HP Hewlett Packard Network Router e1200 160 User Manual

user guide  
hp StorageWorks  
network storage router  
e1200-160  
Product Version: 2.0  
Third Edition (April 2003)  
Part Number: 325741-001  
The HP StorageWorks Network Storage Router provides bidirectional connectivity in a Fibre  
Channel Switched Fabric supporting Fibre Channel and SCSI devices.  
This user guide provides an overview, instructional information for configuration, and basic  
troubleshooting of the router.  
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about this  
guide  
About this Guide  
About this Guide  
F
This user guide provides information to help you:  
Install the Network Storage Router  
Configure the Network Storage Router  
Troubleshoot the Network Storage Router  
About this Guide topics include:  
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About this Guide  
Overview  
This section covers the following topics:  
Intended Audience  
This guide is intended for administrators with a moderate knowledge level about  
network environments.  
Prerequisites  
Before you install this product, make sure you consider the items below.  
Knowledge of operation system  
Knowledge of related hardware/software  
Previous version of the product/firmware  
Related Documentation  
In addition to this guide, HP provides corresponding information:  
Fibre Channel Physical and Signaling Interface (FC-PH), ANSI  
X3T9.3/Project 755D/Rev. 4.3, Contact: Global Engineering,  
1-800-854-7179  
Fibre Channel Protocol for SCSI (FCP) Revision 12  
Fibre Channel Private Loop Direct Attach (FC-PLDA)  
Fibre Channel Arbitrated Loop (FC-AL), ANSI X3T11/Project  
960D/Revision 4.54, Contact: Globe Engineering, 1-800-854-7179  
Gigabit Interface Converter (GBIC), Small Form Factor. SFF-8053,  
Revision 5.X  
Common FC-PH Feature Sets Profiles, Fibre Channel Systems Initiative,  
FCSI-101 Revision 3.1  
SCSI Profile, Fibre Channel System Initiative, FCSI-201-Revision 2.2  
FCSI IP Profile, Fibre Channel System Initiative, FCSI-202-Revision 2.1  
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About this Guide  
Conventions  
Conventions consist of the following:  
Document Conventions  
The document conventions included in Table 1 apply in most cases.  
Table 1: Document Conventions  
Element  
Convention  
Cross-reference links  
Figure 1  
Key and field names, menu items,  
buttons, and dialog box titles  
Bold  
File names, application names, and text  
emphasis  
Italics  
User input, command and directory  
names, and system responses (output  
and messages)  
Monospace font  
COMMAND NAMES are uppercase  
monospace font unless they are case  
sensitive  
Variables  
<monospace, italic font>  
Features that are “service-mode  
restricted access,” or currently not  
supported.  
(service mode-restricted access)  
(settings not supported)  
Website addresses  
Underlined sans serif font text:  
http://www.hp.com  
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About this Guide  
Text Symbols  
The following symbols may be found in the text of this guide. They have the  
following meanings.  
WARNING: Text set off in this manner indicates that failure to follow  
directions in the warning could result in bodily harm or death.  
Caution: Text set off in this manner indicates that failure to follow directions  
could result in damage to equipment or data.  
Note: Text set off in this manner presents commentary, sidelights, or interesting points  
of information.  
Equipment Symbols  
The following equipment symbols may be found on hardware for which this guide  
pertains. They have the following meanings.  
Any enclosed surface or area of the equipment marked with these  
symbols indicates the presence of electrical shock hazards. Enclosed  
area contains no operator serviceable parts.  
WARNING: To reduce the risk of personal safety from electrical shock  
hazards, do not open this enclosure.  
Any RJ-45 receptacle marked with these symbols indicates a network  
interface connection.  
WARNING: To reduce the risk of electrical shock, fire, or damage to  
the equipment, do not plug telephone or telecommunications  
connectors into this receptacle.  
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About this Guide  
Any surface or area of the equipment marked with these symbols  
indicates the presence of a hot surface or hot component. Contact with  
this surface could result in injury.  
WARNING: To reduce the risk of personal safety from a hot  
component, allow the surface to cool before touching.  
Power supplies or systems marked with these symbols indicate  
the presence of multiple sources of power.  
WARNING: To reduce the risk of personal safety from electrical  
shock, remove all power cords to completely disconnect power  
from the power supplies and systems.  
Any product or assembly marked with these symbols indicates that the  
component exceeds the recommended weight for one individual to  
handle safely.  
WARNING: To reduce the risk of personal safety or damage to the  
equipment, observe local occupational health and safety requirements  
and guidelines for manually handling material.  
Rack Stability  
Rack stability protects personnel and equipment.  
WARNING: To reduce the risk of personal safety or damage to the  
equipment, be sure that:  
The leveling jacks are extended to the floor.  
The full weight of the rack rests on the leveling jacks.  
In single rack installations, the stabilizing feet are attached to the rack.  
In multiple rack installations, the racks are coupled.  
Only one rack component is extended at any time. A rack may become  
unstable if more than one rack component is extended for any reason.  
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About this Guide  
Getting Help  
If you still have a question after reading this guide, contact an HP authorized  
service provider or access our website: http://www.hp.com  
.
HP Technical Support  
In North America, call technical support at 1-800-652-6672, available 24 hours a  
day, 7 days a week.  
Note: For continuous quality improvement, calls may be recorded or monitored.  
Outside North America, call technical support at the nearest location. Telephone  
numbers for worldwide technical support are listed on the HP website under  
.
Be sure to have the following information available before calling:  
Technical support registration number (if applicable)  
Product serial numbers  
Product model names and numbers  
Software application name and version  
Applicable error messages  
Operating system type and revision level  
Detailed, specific questions  
HP Storage Website  
The HP website has the latest information on this product, as well as the latest  
drivers. Access storage at: http://www.hp.com. From this website, select the  
appropriate product or solution.  
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About this Guide  
HP Authorized Reseller  
For the name of your nearest HP authorized reseller:  
In the United States, call 1-800-345-1518  
In Canada, call 1-800-263-5868  
Elsewhere, see the HP website for locations and telephone numbers:  
.
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About this Guide  
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Introduction  
1
1F  
The HP StorageWorks Network Storage Router provides bidirectional  
connectivity for Narrow/Wide Fast/Ultra-3 SCSI buses in a Fibre Channel  
Switched Fabric (FC-SW) environment.  
This chapter introduces the following topics:  
— Power Indicator  
— Serial Port  
— Ethernet Port  
— Fibre Channel Port  
— SCSI Buses  
— Fibre Channel to SCSI Protocol Process  
— SCSI to Fibre Channel Protocol Process  
— LAN-free Backup and Restore  
— Operating Environmental Requirements  
— Shipping and Storing Environmental Requirements  
— Power Requirements  
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Introduction  
External Features Overview  
Figure 1 illustrates the I/O panel of the router.  
Figure 1: Router illustration  
Table 2: Router illustration components  
Item  
Description  
Power LED  
1
Serial RJ-11 connector  
Ethernet RJ-45 connector  
2
3
4
5
6
7
8
9
Fibre Channel activity LED  
Fibre Channel link LED  
Fibre Channel Port  
SCSI bus activity LED (on corresponding port)  
SCSI bus activity LED (on corresponding port)  
SCSI VHDCI connector (2)  
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Introduction  
Power Indicator  
The router has one power LED. Power indicator LED definition:  
Green - Power has been applied to this module  
Yellow - Power-On-Self-Test (POST) in process or processor problems  
Serial Port  
The router is equipped with one serial port. See Figure 1 for the location of the  
serial port.  
The serial port can be used to access the Serial/Telnet user interface, which is used  
to locally manage and configure the router.  
Ethernet Port  
One Ethernet port with an LED indicator is included in the router. See Figure 1 for  
the location of the Ethernet port. Ethernet port LED definition:  
Activity - Port activity  
Link - Valid Ethernet link  
Fibre Channel Port  
One Fibre Channel port with LED indicators is included in the router. See  
Figure 1 for the location of the Fibre Channel port. Fibre Channel LED definition:  
Green (ACT) - Fibre Channel port activity  
Green (LINK) - Valid Fibre Channel link  
SCSI Buses  
Two SCSI buses with LED indicators are included in the router. See Figure 1 for  
the location of the SCSI buses. SCSI bus LED definition:  
Green - SCSI bus activity on corresponding port  
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Introduction  
Functional Overview  
The router translates the Fibre Channel Protocol (FCP) to and from the SCSI  
Protocol. It transfers commands, data, and status information to and from Fibre  
Channel controllers and SCSI devices.  
Supported devices include:  
Initiator Devices – Fibre Channel and SCSI hosts  
Direct Access Devices – RAID Controllers, disk drives, JBODs  
Sequential Access Devices – Tape drives  
Changer Devices – Tape and Magneto-Optical Libraries  
The router provides multiple Fibre Channel to SCSI I/O configurations.  
A sample configuration is illustrated in Figure 2.  
Figure 2: Example configuration  
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Introduction  
Fibre Channel to SCSI Protocol Process  
This section describes the steps the router uses to convert Fibre Channel host  
protocol to SCSI device protocol. Figure 3 and Table 3 illustrate and define this  
process.  
Figure 3: Converting Fibre Channel to SCSI process  
Table 3: Converting Fibre Channel to SCSI  
Item  
1
Description  
A Fibre Channel host issues an encapsulated FCP protocol command  
packet to the router.  
2
3
4
5
The router Fibre Channel controller interprets the Fibre Channel  
information, and places the packet in buffer memory.  
The router interprets the Fibre Channel information packet and programs  
the router SCSI controller to process the transaction.  
The router SCSI controller sends the command to the SCSI device  
(target).  
The SCSI target interprets the command and executes it.  
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Introduction  
SCSI to Fibre Channel Protocol Process  
In this example, a SCSI host (initiator) on the SCSI bus issues commands and the  
information is passed through the router to a target on the Fibre Channel Storage  
Area Network (FC-SAN). Figure 4 is an illustration of the process and Table 4  
defines each step.  
FC Device  
5
StorageWorks Router  
Hub or Switch  
SCSI Host  
4
3
FC Controller  
2
FC Device  
SCSI Controller  
1
Fibre Channel  
SCSI  
Figure 4: Converting SCSI to Fibre Channel Protocol Process  
Table 4: Converting SCSI to Fibre Channel Protocol  
Item  
1
Description  
A SCSI host issues a command to the router.  
2
3
4
5
The SCSI controller in the router interprets the command and places it in  
buffer memory.  
The router processor interprets data and programs the router Fibre  
Channel controller to process the transaction.  
The router Fibre Channel controller translates data into an FCP protocol  
packet and sends it to the Fibre Channel target.  
The Fibre Channel target interprets the FCP protocol packet and executes  
the command.  
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Introduction  
LAN-free Backup and Restore  
The router can enable LAN-free backup/restore to allow the bulk of data traffic to  
be moved from the LAN to the storage area network (SAN).  
See Figure 5 for an illustration of this process.  
Fibre Channel  
ETHERNET  
SCSI TAPE  
UNIT  
SCSI  
DATA MOVEMENT  
SCSI TAPE  
UNIT  
StorageWorks  
Router  
Fibre  
Channel  
Link/  
Act  
LVD/SE SCSl  
0
FIBRE CHANNEL  
DISK  
Pwr.  
1
Serial  
Ethernet  
Fibre  
Channel  
Link/  
Act  
LVD/SE SCSl  
0
1
Pwr.  
Serial  
Ethernet  
StorageWorks  
Router  
SAN  
SERVER  
SERVER  
SERVER  
SERVER  
LAN  
Figure 5: LAN-free backup and restore  
Router Specifications  
This section lists the environmental requirements of the router.  
Operating Environmental Requirements  
Temperature: 0 to 50°C  
Relative Humidity: 5 to 80% (non-condensing)  
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Introduction  
Shipping and Storing Environmental Requirements  
Temperature: -40 to +55°C  
Relative Humidity: 0 to 92% (non-condensing)  
Power Requirements  
VDC: 3V and 5V  
25 watt maximum power dissipation  
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Configuration Overview  
2
2F  
The HP StorageWorks Network Storage Router can be configured and managed  
using several user interfaces (UI). Each UI is introduced in this chapter, along  
with information about common configuration settings. Included are:  
— Controller LUN Commands  
— SCSI Bus Configuration  
— Default Fibre Channel Port Configuration  
— Fibre Channel Switched Fabric Configuration  
— Discovery Mode  
— Host Device Configuration  
— Logical Unit Management  
— Buffered Tape Writes  
Note: Before attempting to configure the router, a basic understanding of Fibre Channel and  
SCSI devices is recommended. For information on SCSI standards, refer to publications from the  
X3T10 committee of ANSI (American National Standards Institute). For information on Fibre  
Channel standards, refer to publications from the X3T11 committee of ANSI. For those who are  
interested in purchasing approved American National Standards and Technical Reports, contact  
ANSI at (212) 642-4900.  
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Configuration Overview  
Router Default Ethernet Settings  
Some of the basic factory default values are:  
IP address: http://1.1.1.1/  
Subnet mask: 255.255.255.0  
Gateway address: 0.0.0.0  
User name: root  
Password: password  
HP recommends that you change these values from the defaults.  
All settings within the router configuration are preset with default values. These  
values are set to allow the router to be installed into most HP environments with  
little or no configuration changes.  
After changing the basic default values listed above, carefully consider any  
additional configuration changes.  
After the initial configuration of the router is established, HP recommends  
backing up the configuration to an external file. If needed, during a recovery  
process, this file can then be restored back onto the router.  
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Configuration Overview  
UI Overview  
The router supports the following user interfaces:  
Visual Manager  
Serial  
Telnet  
FTP  
Visual Manager  
Visual Manager lets you view and change router configuration from any standard  
Web browser. Information is dynamically generated in an HTML format so that  
any Web browser can access it.  
Unless the default values are used, the 10/100BaseT Ethernet port must be  
configured using the serial port with an appropriate IP address, subnet mask, and  
gateway prior to use.  
For complete information on accessing and using Visual Manager, see Chapter 3,  
Serial  
The serial port allows for configuration of device characteristics from a terminal  
or terminal emulator. Multiple serial connections cannot be run at the same time.  
For complete information on accessing and using the Serial UI, see Chapter 4,  
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Configuration Overview  
Telnet  
From most Microsoft® Windows® 9x, Windows NT®, and Windows 2000®  
systems, users can start a Telnet session from the DOS (command) shell after the  
IP address has been set.  
For complete information on accessing and using the Telnet UI, see Chapter 4,  
FTP  
The router supports the use of the FTP UI to perform several copy procedures  
using the putand the getcommands.  
For more information, see Chapter 5, "FTP User Interface."  
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Configuration Overview  
Common Configuration Settings  
To provide connectivity between hosts and devices, the router must establish an  
address on each connected Fibre Channel network and SCSI bus. The following  
paragraphs discuss configuration settings that are commonly modified and are  
available in the Visual Manager UI and the Serial/Telnet UI.  
For procedural information on accessing and changing these settings, see Chapter  
Controller LUN Commands  
The router supports a set of SCSI-3 commands that can be received as FCP  
commands over the Fibre Channel port. These commands provide support for  
value added features such as Extended Copy (a future value added option). When  
using these commands, they must be sent to the Controller LUN.  
SCSI Bus Configuration  
The router can appear on a SCSI bus as a pair of initiators. The primary Initiator  
ID can be set to any valid SCSI address (0-15) and is used for most traffic. The  
alternate Initiator ID can also be set to any valid SCSI address (0-15) and is for  
use with high priority traffic. The Initiator IDs (primary and alternate) should not  
be set to the same SCSI address and no other devices on the SCSI bus may use  
either of these SCSI addresses.  
The router can also appear as one or more Target ID on a SCSI bus. By default, no  
Target IDs are set up.  
The router provides the capability to reset SCSI buses during the router boot  
cycle. This allows devices on a SCSI bus to be in a known state. The reset option  
can be enabled/disabled during configuration of the router. The SCSI bus reset  
feature is enabled in the default configuration, but should be disabled for  
configurations using multiple initiators, tape changers or other devices that have  
long reset cycles, or for environments that are adversely affected by bus resets.  
The router negotiates the maximum values for transfer rates and bandwidth on a  
SCSI bus. If an attached SCSI device does not allow the full rates, the router will  
use the best rates it can negotiate for that device. Because negotiation is on a  
device-specific basis, the router can support a mix of SCSI device types on the  
same SCSI bus.  
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Configuration Overview  
Fibre Channel Port Configuration  
By default, the configuration of the Fibre Channel ports is set to N_Port, forcing  
the router to negotiate a fabric only mode.  
Note: By default, the Fibre Channel port speed is set to 2 Gb/s. Changes to the Fibre  
Channel port speed must be manually set, such as for 1 Gb/s. If set incorrectly and the  
router is plugged into a Loop or Fabric, the unit may receive framing errors, which can be  
found in the trace logs, and the fiber link light will be off because of the incorrect Fibre  
Channel link speed. For more information on manually setting the Fibre Channel port  
Fibre Channel Switched Fabric Configuration  
When connected to a Fibre Channel switch, the router is identified to the switch as  
a unique device by the factory programmed World Wide Name (WWN).  
Discovery Mode  
This feature makes it easy to discover attached Fibre Channel and SCSI target  
devices and automatically map them on the host side for the bus/port in question.  
There are two discovery methods available:  
Manual discovery  
Auto discovery  
Auto Discovery can be set to occur after reboot events (when the router reboots)  
or link-up events (for instance, when cables are attached or a hub is rebooted).  
Auto Discovery can be disabled by setting the router to Manual Discovery.  
For more information on setting the Discovery Mode, see Chapter 3, "Fibre  
Channel Port Configuration," when using the Visual Manager User Interface or  
Chapter 4, "Fibre Channel Configuration," when using Serial/Telnet.  
Host Device Configuration  
A host system using a Fibre Channel Host Bus Adapter (HBA) will typically map  
devices into the existing device-mapping scheme used by that operating system.  
Refer to the HBA manual for the mapping table.  
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Configuration Overview  
Mapping involves pairing FC_AL_PA to SCSI target address. The HBA will  
claim enough SCSI bus entries to allow up to 125 Fibre Channel targets to be  
mapped to SCSI Bus: Target entries. This is usually done by a fixed mapping of  
AL_PA to Bus: Target. In such a configuration, the router corresponds to a  
Bus: Target identifier, with the attached SCSI devices appearing as logical units  
(LUNs). Operating systems can extend the available SCSI limit of 15 targets per  
bus. Although this is not an issue for the operating system or most applications,  
there are cases where older applications can have expectations about what  
constitutes a valid SCSI ID, and thus may not correctly handle certain mappings.  
In particular, some applications may exhibit difficulties addressing target IDs  
greater than 15 (for example, 16 and up). This situation can be resolved by  
configuring the router to use hard addressing and setting the AL_PA to a value  
less then 16 that the HBA will be able to map.  
For example, depending on the Fibre Channel HBA, if the hard AL_PA selection  
is 1, then the address is 1. If the selection is 125, the AL_PA address is 0xEF.  
Some Fibre Channel HBAs will map devices differently, so verify the AL_PA by  
reviewing the documentation for the HBA.  
For more information on AL_PA configuration, see Chapter 3, "Fibre Channel  
Port Configuration," when using the Visual Manager User Interface or Chapter 4,  
"Fibre Channel Configuration," when using Serial/Telnet.  
Logical Unit Management  
Because SAN resources can be shared, it is possible for multiple hosts to have  
access to the same devices on the SAN. To prevent conflicts, the router provides  
LUN management as a means to restrict device access to certain hosts. LUN  
management goes beyond simple LUN masking, to prevent gaps in the list of  
LUNs presented to a host.  
LUN management maps can be created for different views of the devices attached  
to the router. Each Fibre Channel host is assigned a specific map configuration.  
Not only can the administrator control which devices a host may access, but also  
which LUNs are used to access these devices.  
For a Fibre Channel host, a map is a table of LUNs, where each entry is either  
empty or contains device address information needed for host/device  
communication.  
For a SCSI host, a map contains a list of target IDs, each of which has its own  
table of LUNs with address information needed for host/device communication.  
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Configuration Overview  
Note: The router can respond to multiple Target IDs on a SCSI bus.  
Both Fibre Channel ports and SCSI buses have predefined maps.  
There are four predefined maps:  
Indexed Map  
Port 0 Device Map  
Auto Assigned Maps  
SCC Map  
When a host sends a command, the router will select which map to use, based on  
the port receiving the command and the ID of the host sending the command. For  
Fibre Channel ports, the host ID is the World Wide Name; for SCSI buses, the  
host ID is the Initiator ID (0 - 15). When a host is unknown or is not assigned a  
specific map, the router will use the default map.  
Indexed Map  
An indexed map is initially empty.  
Port 0 Device Map  
The Port 0 Device Map should be used when editing and assigning oncoming  
hosts.  
Auto Assigned Map  
An auto assigned map is built dynamically and contains all of the devices found  
during discovery. This map will change automatically any time the discovery  
process finds a change in the devices attached. This map cannot be modified by  
the user.  
SCC Map  
An SCC map is only available on Fibre Channel ports and contains only a single  
entry for LUN 0. This LUN is a router controller LUN. Access to attached devices  
is managed using SCC logical unit addressing.  
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Configuration Overview  
Buffered Tape Writes  
This option is designed to enhance system performance by returning status on  
consecutive write commands prior to the tape device receiving data. If data does  
not transfer correctly, the router returns a check condition on a subsequent  
command.  
Commands other than Write are not issued until status is received for any pending  
Write, and status is not returned until the device completes the command. This  
sequence is appropriate for tasks such as file backup or restore.  
Some applications require confirmation of individual blocks being written to the  
medium, such as for audit trail tapes or log tapes. In these instances, the Buffer  
Tape Writes option must be disabled.  
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Configuration Overview  
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Visual Manager User  
Interface  
3
3F  
The HP StorageWorks Visual Manager user interface (UI) provides a graphical  
format that is used to remotely view and change router configurations. Use the  
Microsoft Internet Explorer or Netscape (version 6.2 or greater) Web browsers to  
access Visual Manager.  
Information is presented in HTML format in accordance with the W3C  
specification for HTML 3.2. Current W3C recommendations and other technical  
documents can be found at www.w3.org/TR/  
.
This chapter describes the menus and tasks of the Visual Manager UI and is  
organized using the same structure as the Visual Manager UI:  
— Serial Configuration  
— Network Configuration  
— SNMP Configuration (not supported)  
— Active Fabric Configuration  
— User Configuration  
— Real-Time Clock Configuration  
— Reset Menu  
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Visual Manager User Interface  
— Fibre Channel Port Configuration  
— SCSI Bus Configuration  
— Common Fibre Channel and SCSI Mapping Tasks  
— SCSI Mapping Tasks  
— FTP Utility Access  
— Trace Settings Configuration  
— Current, Previous, and Last Assert Trace Displays  
— Clear Current Traces and Clear Assert Traces  
— Event Log Configuration  
— Event Log Display  
— Clear Event Log  
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Visual Manager User Interface  
Visual Manager Menu Tree  
Main Menu  
Figure 6: Visual Manager Main menu tree  
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Visual Manager User Interface  
Visual Manager Access  
Visual Manager (VM) can be accessed from any standard Web browser:  
1. Connect a 10/100BaseT Ethernet cable to the back of the router.  
2. Apply power to the connected SCSI and/or Fibre Channel devices.  
3. Apply power to the host computer.  
4. Enter the router IP address in the address field of the Web browser of the host  
computer.  
Note: To access VM, the router must be assigned a valid IP address. The factory default  
setting for the IP address allows access on a local area network only. If the factory default  
for the IP address is already used by another device on the local network, the IP address  
must be changed.  
The factory default for the IP address is http://1.1.1.1/  
Note: If the IP address of the router is not known or needs to be changed, connect to the  
router using a serial connection. The current router IP address is displayed and can be  
changed in the serial Ethernet Configuration Menu.  
The Visual Manager home page is displayed, showing router status  
information. The home page is accessible to anyone who knows the router IP  
address.  
5. Select the desired menu option to access menus and screens.  
The Password dialog box is displayed. See Figure 7 for an example of the  
Password Dialog box.  
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Visual Manager User Interface  
6. Enter the authorized user name and password. The username and password  
are case-sensitive.  
The default user name is rootand the default password is password.  
Figure 7: Password Dialog Box  
Note: HP recommends changing the user name and password from the defaults.  
Note: To end the current session of VM, the browser window must be closed.  
Navigating the browser to another URL does not end the current session.  
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Visual Manager User Interface  
Visual Manager Best Practices  
The following recommendations should be observed:  
A standard keyboard and mouse must be used to navigate in the VM.  
The router is shipped with a configuration of default settings that is acceptable  
for most system environments. Few changes to the configuration should be  
necessary.  
After any configuration changes are made, depending on the menu option,  
select Submit or Configure to send changes from the Web browser to the  
router.  
Changes will take effect during the next router reboot cycle.  
If the configuration has been modified to meet specific needs, back up the  
configuration to an external file. If necessary, these settings can later be  
restored to the router.  
Except for the user name, password, and override access, fields are not  
case sensitive.  
HP recommends that you not bookmark VM pages with the Web browser.  
Because configuration information is transmitted via URLs, it is possible that  
the router could be configured with information present at the time a page was  
bookmarked.  
HP recommends navigating using only the Web page links contained in VM  
itself.  
Depending on the Web browser used, these links will often appear as  
highlighted text. By selecting these links, VM can be safely navigated.  
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Visual Manager User Interface  
Main Menu  
The Main Menu home page is displayed whenever VM is accessed.  
The home page contains status information, including a physical image of the  
router.  
Figure 8 is an example of the home page.  
Figure 8: Visual Manager Home page  
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Visual Manager User Interface  
Home page information includes:  
The HP logo is located in the upper left corner of the page. Figure 9 is an  
example of this portion of the home page screen. If the Internet is accessible  
to the host, click the HP logo to open the website.  
Figure 9: HP logo  
An illustration of the router is located near the top of the home page.  
Figure 10 is an example of this portion of the home page screen.  
Figure 10: Router image  
The router image is interactive, allowing quick access to configuration menus:  
— To display current settings and status for a port, click the corresponding  
port shown in the router image.  
— To open a menu for making changes to the configuration for that  
particular port or bus, click the desired Fibre Channel port or SCSI bus.  
— To open the Network Configuration Menu, click the Ethernet port.  
Router status information is located in the body of the home page and  
includes platform information  
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Visual Manager User Interface  
Main Menu options:  
Home displays router status information.  
System configures standard system components.  
Ports configures the Fibre Channel port and SCSI buses.  
Discovery displays devices and discovers new devices.  
Mapping displays and configures maps.  
Statistics displays router statistics.  
Utilities configures utility settings.  
Report displays system information.  
Reboot restarts the router.  
Each Main Menu option is discussed in the following sections of this chapter.  
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Visual Manager User Interface  
System Menu  
The System Menu is accessed from the Main Menu and is used to view and  
configure serial, network, trap, active fabric, clock, and power supply  
components.  
Figure 11 is an example of the System page.  
Figure 11: System page  
System page tasks:  
Serial configures the baud rate.  
Network configures Ethernet settings.  
SNMP is not supported.  
Active Fabric configures Active Fabric settings.  
User configures user security settings.  
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Real-Time Clock configures system date and time.  
Reset Menu  
Factory Settings Reset restores factory default settings.  
Each menu option is discussed in the following paragraphs.  
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Visual Manager User Interface  
Serial Configuration  
The Serial screen is used to change the baud rate for the serial port.  
Figure 12 is an example of the Serial screen.  
If the Autobaud feature is being used, it may not be necessary to set the baud rate.  
.
Figure 12: Serial screen  
The current baud-rate setting is displayed.  
Note: HP recommends setting the baud rate to 115200.  
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Visual Manager User Interface  
Network Configuration  
The Network screen is used to enter network settings, including Ethernet settings.  
Figure 13 is an example of the Network screen.  
Figure 13: Network screen  
Network Menu options:  
Network Settings changes the hostname.  
Port Configuration changes Ethernet configuration settings.  
Each of these Network Menu options is discussed in the following sections.  
Network Settings  
To change the hostname, enter an alphanumeric entry of one word up to 8  
characters in length. Then, select Submit.  
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Visual Manager User Interface  
Port Configuration - Ethernet Settings (Service Mode - Restricted Access)  
To change the Ethernet configuration settings, select the Ethernet port icon. The  
Ethernet Configuration dialog box is displayed.  
See Figure 14 for an example of the Ethernet Configuration dialog box.  
Figure 14: Ethernet Configuration dialog box  
Ethernet configuration settings:  
Ethernet Mode can be set to one of the following options:  
— 10Mps Only  
— 100Mps (half duplex) Only  
— 100Mps (full duplex) Only  
— 10/100Mps (Auto-Neg.)  
MAC address is the Ethernet physical address of the router.  
Caution: If this configuration is incorrectly set, processing difficulties may occur.  
Before changing this setting, evaluate the need for the change and verify the  
desired setting. HP recommends backing up the router configuration to an  
external file before making changes to this setting.  
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Visual Manager User Interface  
The Ethernet physical address is always assigned by the manufacturer.  
IP address (default: 1.1.1.1) is the IP address of the router.  
Subnet Mask (default: 255.255.255.0) is the IP subnet mask for the router.  
IP Gateway (default: 0.0.0.0) is the IP address of the gateway for the Ethernet  
network connected to the router.  
DHCP enables or disables support for Dynamic Host Configuration Protocol  
(DHCP).  
When DHCP is enabled, the router requests a dynamic IP address from a  
DHCP server on the Ethernet network. The router must be rebooted before an  
IP address will be requested from the DHCP server. After the router is  
rebooted, the HTTP session must be restarted. The IP address will be different  
from the former non-DHCP IP address.  
Note: To use the DHCP feature, a DHCP server must be operational on the Ethernet  
network. If the DHCP feature is used when there is not DHCP server, the standard for  
DHCP requires the router wait thee minutes for a response from a DHCP server before  
timing out.  
Some DHCP servers allow a lease reservation to be set up for an IP address by  
providing the server with the Ethernet MAC address. The DHCP server  
always provides the same IP address to the router. This setup can be useful for  
remote management of the router via Telnet or VM. Because the method of  
setting up a lease reservation varies, depending on the DHCP server being  
used contact the Network Administrator for assistance.  
SNMP Configuration  
SNMP configuration is not supported.  
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Visual Manager User Interface  
Active Fabric Configuration  
The Active Fabric screen allows setup of Active Fabric options.  
Figure 15 is an example of the Active Fabric screen.  
Figure 15: Active Fabric screen  
Active Fabric settings:  
Number of Controller LUNs (default: 1) sets the number of controller LUNs  
reported by the router.  
The number must be in the range of 0 through 4.  
For information on controller LUN commands, see Appendix B, "Controller LUN  
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Visual Manager User Interface  
User Configuration  
The User screen is used to set up router security.  
Figure 16 is an example of the User screen.  
Figure 16: User screen: security settings  
User settings:  
User Name (default: root) is any alphanumeric combination.  
Password (default: password) is any alphanumeric combination.  
The user name and password should be unique and kept confidential. HP  
recommends using a combination of letters and numbers when creating the user  
name and password.  
Note: These security settings affect all user interfaces of the router.  
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Visual Manager User Interface  
Real-Time Clock Configuration  
The Real Time Clock screen is used to set the system time and date.  
Figure 17 is an example of the Real-Time Clock screen.  
Figure 17: Real-Time Clock screen  
Real-Time Clock settings:  
Date Settings sets the month, date, and year.  
Use a four-digit number to represent the year.  
Day of Week sets the day of week.  
Time Settings sets the hours, minutes, and seconds.  
The system clock is a 24-hour clock.  
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Visual Manager User Interface  
Reset Menu  
The Reset Menu is used to reset the router to factory default settings.  
Figure 18 is an example of the Reset Menu.  
Figure 18: Reset to Factory Default screen  
Current router activities are disrupted while the unit resets the configuration to the  
factory defaults and saves those options to FLASH memory.  
Caution: Resetting the router configuration to the factory defaults will delete  
custom maps or map changes.  
Note: Resetting to factory defaults through VM will not affect Ethernet connectivity.  
User-configured values for the IP address and gateway will be retained.  
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Visual Manager User Interface  
Ports Menu  
Accessed from the Main Menu, the Ports Menu is used to view and to modify  
configuration settings of the Fibre Channel port and SCSI buses.  
Figure 19 is an example of the initial Ports Menu.  
Figure 19: Ports menu  
The initial screen display of the Ports Menu includes summary information about  
each Fibre Channel port and SCSI bus in the router.  
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Visual Manager User Interface  
Note: To view or change configuration settings of a specific port or bus, select it from  
the menu bar on the left side of the screen or select the port or bus from the router  
image at the top of the screen.  
To make changes, modify the setting and then click Submit.  
Ports Menu tasks:  
Fibre Channel Port configuration changes Fibre Channel port settings.  
SCSI Bus configuration changes SCSI bus settings.  
Each Ports Menu option is discussed in the following subsections.  
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Visual Manager User Interface  
Fibre Channel Port Configuration  
When the Fibre Channel port is selected in Ports Menu, the Fibre Channel  
Configuration screen is displayed. Figure 20 is an example of the Fibre Channel  
Configuration screen.  
Figure 20: Fibre Channel Configuration screen  
Fibre Channel port settings:  
Link Status indicates the port link status.  
Port Name High sets a new value for the World Wide Port Name High.  
(Service Mode - Restricted Access)  
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Caution: If the following configuration settings are incorrectly set, processing  
difficulties may occur. Before changing these settings, evaluate the need for  
the change and verify the desired setting. HP recommends backing up the  
router configuration to an external file before making changes to these  
settings.  
Port Name Low sets a new value for the World Wide Port Name High.  
(Service Mode - Restricted Access)  
Port Mode (default: N_Port) sets the port mode.  
Port Mode settings:  
Auto Sense: In this mode, the Fibre Channel port tries to negotiate as a  
loop. If it is not successful, then the Fibre Channel port negotiates as a  
fabric. If the port comes up as a loop, it then determines whether it is on a  
private or public loop.  
N_Port: (default) This mode allows the router to bypass the loop  
negotiation and come up as a fabric only. If the router is on a loop, and  
N_Port mode is selected, an error in communication may occur.  
Use Hard AL_PA enables or disables Hard AL_PA usage.  
Hard AL_PA Settings displays the AL_PA Lookup Table.  
Use the table to find the node number. This unique one-byte valid value  
(derived from an Arbitrated Loop Topology defined in ANSI specification  
FC_AL version 4.5) is used for the Fibre Channel configuration.  
Discovery Mode (default: Manual Discovery Only) determines how the  
router will discover new Fibre Channel devices.  
Discovery mode settings:  
Auto Discovery on Reboot Events allows the router to automatically  
discover all Fibre Channel devices when rebooted or when link-up events  
occur, such as connecting cables or rebooting network hubs.  
— Both the ports and the devices behind the ports are discovered on all  
subsequent link-up events.  
Auto Discovery on Link Up Events allows the router to automatically  
discover all Fibre Channel devices when rebooted or when link-up events  
occur, such as connecting cables or rebooting network hubs.  
— Both the ports and the devices behind the ports are discovered for the first  
link-up event. Subsequent link-up events will only discover the ports and  
not the devices behind the ports.  
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Visual Manager User Interface  
Manual Discovery Only (default) sets discovery of new devices to occur  
only after the user selects the Discovery option from the Main Menu or  
when a Registered State Change Notification (RSCN) is received from a  
fabric.  
Note: SCSI devices attached to a Fibre Channel must be mapped as sequential Fibre  
Channel LUNs starting at LUN number 00. Skipping LUN numbers is not  
recommended when mapping Fibre Channel LUNs because Fibre Channel Discovery  
stops the discovery process whenever an empty LUN position is found.  
Buffered Tape Writes (default: enabled) enables or disables the Buffered  
Tape Write option.  
Caution: If this configuration setting is incorrectly set, processing difficulties  
may occur. Before changing this setting, evaluate the need for the change  
and verify the desired setting. HP recommends backing up the router  
configuration to an external file before making changes to this setting.  
When enabled, to enhance performance, Buffered Tape Writes return status  
on consecutive write commands prior to the tape device receiving data.  
Buffered Tape Queue Depth sets the Buffered Tape Queue Depth.  
Select a setting of 0 through 10 from the drop-down list.  
Default Map (default: indexed) sets the current mapping mode for the  
selected port.  
The current map can be set to:  
— Port 0 Device Map (HP recommends that this map be used to edit and  
assign oncoming hosts.)  
— Indexed (default) (HP recommends that this map NOT be edited, even  
though the user is able to edit the Indexed map.)  
— Auto-assigned contains all the SCSI devices that are attached to the  
router.  
— SCC  
For more information about mapping modes, see Appendix C, "Addressing  
For information on changing map settings, see “Mapping Menu, page 65,”  
later in this chapter.  
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Performance Mode (default: 2 Gb/s) toggles between 1 Gb/s and 2 Gb/s.  
Note: If Performance Mode is set incorrectly and the router is plugged into a Loop or  
Fabric, the unit may receive Framing errors due to the incorrect Fibre Channel link  
speed.  
Override Settings (service mode-restricted access) enhances interoperability  
with some storage devices that require special consideration during setup of  
the router configuration menus.  
Hi-Sup Bit toggles between Set and Clear.  
Force FCP Response Code toggles between Off and On for support of  
HP-specific HBA #223180-B21 and #120186-001.  
Initiator Bit toggles between Set and Clear.  
When using the router in a router-to-router configuration, this option  
should be configured to Set. A router-to-router configuration is a type of  
configuration where one router appears as a target to another initiator  
router.  
Link Garbage Deletion toggles between Enabled and Disabled.  
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Visual Manager User Interface  
SCSI Bus Configuration  
When a SCSI bus is selected in the Ports Menu, the SCSI Bus Configuration  
screen is displayed. Figure 21 is an illustration of the SCSI Bus Configuration  
screen.  
Figure 21: SCSI Bus Configuration screen  
SCSI bus configuration settings:  
Primary Initiator ID (default: 7) must be a unique ID.  
Alternate Initiator ID (service mode-restricted access) (default: none) will  
be used if the primary ID is taken. Must be a unique ID.  
Target ID(s) adds or removes Target IDs.  
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Visual Manager User Interface  
Caution: If this configuration setting is incorrectly set, processing difficulties  
may occur. Before changing this setting, evaluate the need for the change  
and verify the desired setting. HP recommends backing up the router  
configuration to an external file before making changes to this setting.  
Note: Target IDs must be setup before mapping devices on the SCSI bus.  
Note: Do not enable Target IDs unless there is a SCSI initiator on the bus that wants to  
use Fibre Channel devices. This type of configuration is known as a Target Mode  
configuration.  
Discovery toggles between Enabled and Disabled.  
Discovery Delay is the wait time after a power-up or reboot before  
discovering SCSI devices.  
Note: HP recommends setting the value to at least 30 seconds to ensure all SCSI  
devices complete their individual power-ups.  
Bus Reset on Boot toggles between Enabled and Disabled.  
When enabled, the router will automatically reset SCSI buses during a power  
up or reboot of the router.  
Internal Termination toggles between Enabled and Disabled.  
Caution: If this configuration setting is incorrectly set, processing difficulties  
may occur. Before changing this setting, evaluate the need for the change  
and verify the desired setting. HP recommends backing up the router  
configuration to an external file before making changes to this setting.  
When enabled, internal termination of the selected SCSI bus is allowed.  
When disabled, the SCSI Bus, not the router handles SCSI termination.  
Buffered Tape Writes (default: Enabled) toggles between Enabled and  
Disabled.  
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Visual Manager User Interface  
When enabled, Buffered Tape Writes enhance system performance. Buffered  
Tape Writes return status on consecutive write commands prior to the tape  
device receiving data.  
Default Map (default: auto-assigned) sets the current mapping mode for the  
selected bus.  
Caution: If this configuration setting is incorrectly set, processing difficulties  
may occur. Before changing this setting, evaluate the need for the change  
and verify the desired setting. HP recommends backing up the router  
configuration to an external file before making changes to this setting.  
The current map can be set to:  
— Auto-assigned (default) contains all the devices attached to the router.  
— Indexed  
— SCC  
— Custom  
For more information about mapping modes, see Appendix C, "Addressing  
For information on changing map entries, see “Mapping Menu, page 65,”  
later in this chapter.  
Override Settings (Service mode-restricted access) To override the settings  
of a SCSI target, select a Target ID icon with the appropriate Target ID  
number.  
After a specific Target is selected, the SCSI Override sub-screen is displayed  
and is used to enter the Override settings.  
SCSI bus override settings:  
CDB Length Override enables or disables the override of default CDB  
lengths.  
CDB Group 6 Length Default (default: 0) can be set to 0, 6, 10, or 12.  
CDB Group 7 Length Default (default: 0) can be set to 0, 6, 10, or 12.  
Wide Negotiation enables or disables negotiation on a wide SCSI bus.  
Synchronous Negotiation enables or disables synchronous negotiation  
on the SCSI bus.  
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Synchronous Parameter Override enables or disables parameters for  
synchronous negotiation.  
Synchronous Period (default: 40) sets the maximum number of seconds  
allowed for negotiation.  
Synchronous Offset (default: 16) sets the maximum variation in transfer  
rate that can be negotiated in megabytes per seconds (MB/s).  
Ultra SCSI-3 Negotiation enables or disables Ultra SCSI-3 support for  
the selected Target ID.  
When enabled, Ultra SCSI-3 Negotiation helps solve certain  
compatibility issues in mixed vendor environments where there may be a  
device that cannot handle automatic negotiation of the bus speed or where  
there is a device that negotiates to use Ultra SCSI-3 but cannot handle the  
speed.  
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Visual Manager User Interface  
Discovery Menu  
Accessed from the Main Menu, the Discovery Menu is used to view Target  
devices and discover new Target devices.  
Figure 22 is an example of the Discovery page.  
Figure 22: Discovery page  
To perform a manual discovery:  
1. Select the Fibre Channel port or SCSI bus from the menu bar or the router  
image.  
2. Select Go.  
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Mapping Menu  
Each physical port/bus on the router can have the following maps:  
Table 5: Device Map Types  
Map Type  
Auto Assigned  
Indexed (default)  
Port <0> Device  
SCC  
System/User Generated  
Fibre Channel or SCSI  
Fibre Channel and SCSI  
Fibre Channel and SCSI  
Fibre Channel  
System  
System  
System  
System  
Fibre Channel  
Note: Port 0 Device Map is the HP recommended map to be used for editing and  
assigning oncoming hosts. The Indexed (default) map should not be used for editing,  
even though the user is able to edit this map.  
Each map has a unique name and map ID; one of the maps must be identified as  
the “current” map for the router to use.  
Accessed from the Main Menu, the Mapping Menu is used to view and modify  
host and map information for a Fibre Channel port or SCSI bus. Maps and hosts  
can be added, edited, or deleted.  
To view or change map settings of a specific port or bus:  
1. Select the port or bus from the menu bar on the left side of the screen or from  
the router image at the top of the screen.  
Specific mapping information is displayed, including the name of the port, the  
selected host, and the assigned map.  
2. To make changes to the configuration, enter the new value and then select  
Submit.  
Because some mapping configuration settings are the same for Fibre Channel and  
SCSI maps and some settings are unique, this mapping section is subdivided as  
follows:  
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Common Fibre Channel and SCSI Mapping Tasks  
Although the initial screen display for Fibre Channel and SCSI maps differs  
slightly, the available actions are the same.  
Figure 23 is an illustration of the Fibre Channel mapping screen.  
Figure 23: Initial Mapping screen  
Mapping screen options:  
Select Host adds a known host.  
To select a previously set up host, expand the Select Host drop-down box and  
select the host from the list.  
Edit/View Host displays or changes host information.  
Viewing and changing host information is discussed in the following  
paragraphs.  
Delete Host deletes the current host.  
Note: Host lists built during POST cannot be deleted.  
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Add Map adds a new map.  
To add an undefined map, type the name of the map in the Add Map field and  
then click Add.  
Select Map adds a known map.  
To select a previously set up map, expand the Select Map drop-down box and  
select the map from this list.  
Edit/View Map displays or changes map information.  
Viewing and changing map information is discussed in the following  
paragraphs.  
Delete Map deletes the current map.  
Note: ‘Indexed,’ ‘Auto Assigned,’ and ‘SCC’ maps cannot be deleted or renamed.  
Fibre Channel Mapping Tasks  
Configuration tasks for Fibre Channel mapping includes:  
Each task is discussed in the following paragraphs.  
Note: Port 0 Device Map is the HP recommended map to be used for editing and  
assigning oncoming hosts. The Indexed (default) map should not be used for editing,  
even though the user is able to edit this map.  
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Viewing and Changing Fibre Channel Host Information  
To view or change current host information:  
1. In the Mapping Menu screen, select the desired Fibre Channel port.  
2. Click Edit/View in the Host section of the screen.  
The Fibre Channel Host Name dialog box is displayed. Current host  
information is shown at the top of the dialog box.  
3. Enter the new settings and then select Modify.  
Fibre Channel Host Name settings:  
Host Name  
Host ID (hexadecimal)  
Port WWN Hi (hexadecimal) (service mode-restricted access)  
Port WWN Lo (hexadecimal) (service mode-restricted access)  
Node WWN Hi (hexadecimal) (service mode-restricted access)  
Node WWN Lo (hexadecimal) (service mode-restricted access)  
Map Name  
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Viewing and Changing Fibre Channel Map Information  
Note: Port 0 Device Map is the HP recommended map to be used for editing and  
assigning oncoming hosts. The Indexed (default) map should not be used for editing,  
even though the user is able to edit this map.  
To view or change current Fibre Channel map information:  
1. In the Mapping Menu screen, select the Fibre Channel port.  
2. Select Edit/View in the Map section of the screen.  
The Fibre Channel Map dialog box is displayed. Current map information is  
shown at the top of the dialog box.  
3. Enter the new settings and then select the appropriate action button.  
Note: Auto-Assigned and SCC maps cannot be modified, cleared, filled, or have  
entries removed.  
Note: Map settings are saved to memory when any button within the page is selected.  
Fibre Channel map settings:  
Clear Map clears all entries from the current map.  
Remove Gaps removes any incremental gaps in the sequence of LUNs listed  
in the table.  
When the system removes gaps from the table, the LUNs are renumbered in  
sequential order, starting with LUN 0.  
Note: Some operating systems require gaps be removed in the mapping table in  
order to detect all devices.  
Fill Map fills in the current map.  
To use the Fill Map option, expand the Fill Map Priority drop-down box,  
select the fill option, and then click Fill Map.  
When the map is filled, the display shows the current devices.  
Delete deletes map entries.  
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Visual Manager User Interface  
To delete map entries, expand the Delete Map Item LUN drop-down box,  
select the LUN, and then click Delete.  
To delete a range of LUNs, select the beginning LUN to delete from the  
“from” drop-down box and select the last LUN to delete from the “to”  
drop-down box.  
Discovered Device Entry adds a discovered device to the map.  
To add a discovered device to the map, use the drop-down boxes to enter the  
settings, and then click Create Entry in the Discovered Device Entry section  
of the screen.  
Manual Device Entry creates a map entry for a device that is not yet  
discovered or installed.  
To add a new device to the map, use the drop-down boxes to enter the  
settings, and then click Create Entry in the Manual Device Entry section of  
the screen.  
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Visual Manager User Interface  
SCSI Mapping Tasks  
Configuration tasks for SCSI mapping include:  
Viewing and Changing SCSI Host Information  
Viewing and Changing SCSI Map Information  
Each task is discussed in the following paragraphs.  
Viewing and Changing SCSI Host Information  
To view or change current SCSI host information:  
1. In the Mapping Menu screen, select the desired SCSI bus.  
2. Click Edit/View in the Host section of the screen.  
The SCSI Host Name dialog box is displayed. Current host information is  
shown at the top of the dialog box.  
3. Enter the new settings and then click Modify.  
Figure 24 is an example of the SCSI Host Name configuration dialog box.  
Figure 24: SCSI Host Name dialog box  
SCSI Host Name settings:  
Host Name  
Initiator ID  
Map Name  
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Visual Manager User Interface  
Viewing and Changing SCSI Map Information  
To view or change current SCSI map information:  
1. In the Mapping Menu screen, select the desired SCSI bus.  
2. Select Edit/View in the Map section of the screen.  
The SCSI Map dialog box is displayed. Current map information is shown at  
the top of the dialog box.  
3. Enter the new settings and then click the appropriate action button.  
Figure 25 is an example of the SCSI Map dialog box.  
Figure 25: SCSI Map Dialog box  
Note: To map Fibre Channel devices to any SCSI initiator on the selected bus, a  
Target ID must be enabled from the SCSI Bus Configuration Menu. A Target ID should  
only be added if there is a SCSI initiator that needs to address Fibre Channel devices.  
Each Target ID can be used to store up to 32 Fibre Channel devices.  
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Visual Manager User Interface  
Note: Auto-Assigned and SCC maps cannot be modified, cleared, filled, or have  
entries deleted.  
Note: Map settings are saved to memory when any button within the page is selected.  
Note: SCSI maps can be filled or devices can be added to them only when at least  
one SCSI Target ID has been enabled in the SCSI Bus Configuration Menu.  
SCSI Map settings:  
Clear Map clears all entries from the current map.  
Fill Map fills in the current map.  
When the map is filled, the display shows the current devices.  
Remove Gaps removes any incremental gaps in the sequence of LUNs listed  
in the table.  
When the system removes gaps from the table, the LUNs are renumbered in  
sequential order, starting with LUN 0.  
Note: Some operating systems require gaps be removed in the mapping table to  
detect all devices.  
Delete deletes map entries.  
To delete a range of LUNs, select the beginning LUN to delete from the  
‘from’ drop-down box and select the last LUN to delete from the ‘to’  
drop-down box.  
Discovered Device Entry adds a discovered device to the map.  
To add a discovered device to the map, use the drop-down boxes to enter the  
settings, and then click Create Entry in the Discovered Device Entry section  
of the screen.  
Manual Device Entry creates a map entry for a device that is not yet  
discovered or installed. To add a new device to the map, use the drop-down  
boxes to enter the settings, and then click Create Entry in the Manual Device  
Entry section of the screen.  
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Visual Manager User Interface  
Statistics Menu  
Accessed from the Main Menu, the Statistics Menu is used to display Fibre  
Channel port and SCSI bus information. Figure 26 is an example of the Statistics  
Menu.  
Figure 26: Statistics menu  
To view information for a specific port or bus, click the component on the menu  
bar or the router image. To refresh the display, select Reset SCSI system  
statistics.  
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Visual Manager User Interface  
Utilities Menu  
Accessed from the Main Menu, the Utilities Menu is used to view and configure  
utility options.  
Figure 27 is an example of the Utilities Menu.  
Figure 27: Utilities menu  
Utility Menu tasks:  
FTP Utility access opens an FTP session.  
Trace Settings configuration configures trace settings.  
Current Traces display displays current trace information.  
Previous Traces display displays previous trace information.  
Last Assert Traces display displays last assert trace information.  
Clear Current Traces clears current trace information.  
Clear Assert Traces clear current trace information.  
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Visual Manager User Interface  
Event Log Settings configures Event Log settings.  
Event Log display displays the Event Log.  
Clear Event Log clears the Event Log.  
Each Utility Menu option is discussed in the following sections.  
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Visual Manager User Interface  
FTP Utility Access  
The FTP utility screen is used to open an FTP session.  
Figure 28 is an example of the FTP utility screen.  
Figure 28: FTP Utility screen  
The FTP utility requires the use of a JAVA applet and prompts for permission to  
install the applet, if needed. If the prompt is displayed, follow the onscreen  
instructions to complete the installation. The FTP utility then prompts for  
permission to run the applet.  
Note: Internet access is required to verify the signature for the HP FTP applet and to  
download the JAVA applet plug-in for your browser.  
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To open an FTP session:  
1. Enter the User Name, Password, and the IP address of the router.  
2. Click Connect.  
3. Select the local file to upload or download. If necessary, click Browse to  
scroll through a file list.  
The following file types can be uploaded to the router:  
Configuration (.cfg)  
Firmware (.dlx)  
The following file types can be downloaded from the router:  
Configuration (.cfg)  
Traces for the current boot cycle (curtrace.txt)  
Traces from the previous boot cycle (prvtrace.txt)  
4. Click Binary Transfer mode.  
5. Choose the desired task:  
To download a file, click Get.  
To upload a file, click Put.  
Note: If a valid firmware or configuration file is uploaded to the router, an automatic  
reboot will occur once the file has been received. The router cannot be accessed from  
the Visual Manager UI during the time that the reboot is in process, which is  
approximately 30 seconds.  
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Visual Manager User Interface  
Trace Settings Configuration  
The Trace Settings screen is used to configure the trace settings.  
Figure 29 is an example of the Trace Settings screen.  
Figure 29: Trace Settings screen  
Current Trace settings are displayed.  
To change the settings, use the drop-down boxes and choose the desired setting.  
After all changes are completed, select Submit.  
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Visual Manager User Interface  
Table 6 is a brief description list of the trace settings.  
Table 6: Trace Settings  
Setting  
Description  
General Errors  
FCP Transport  
Displays the most serious errors and exception conditions.  
Fibre Channel Protocol transport functionality will be  
monitored and recorded.  
PS Transport  
PS Driver  
Parallel SCSI transport functionality will be monitored and  
recorded.  
Parallel SCSI driver functionality will be monitored and  
recorded.  
Timing  
AF  
Timer functions will be monitored and recorded.  
Active Fabric firmware will be monitored and recorded.  
FCP Driver  
Fibre Channel Protocol driver functionality will be monitored  
and recorded.  
FCP Management  
Fibre Channel Protocol management functionality will be  
monitored and recorded.  
PS Management  
SG List  
Parallel SCSI functionality will be monitored and recorded.  
Scatter/gather list will be monitored and recorded  
FCP/RMI  
Fibre Channel Protocol routing layer will be monitored and  
recorded.  
INBAND  
Controller management functionality will be monitored and  
recorded.  
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Visual Manager User Interface  
Current, Previous, and Last Assert Trace Displays  
These three Utilities Menu screens show trace information. The Current Traces  
screen shows data since the router was last booted. The Previous Traces screen  
shows data from the last boot cycle. The Last Assert Traces screen shows data  
since the last assertion.  
Figure 30 is an example of the Current Traces screen.  
Figure 30: Current Traces screen  
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Visual Manager User Interface  
Clear Current Traces and Clear Assert Traces  
These Utilities Menu screens are used to clear the current trace buffer or the assert  
trace buffer.  
Current router activities will not be disrupted while the buffer is cleared.  
Figure 31 is an example of the Clear Current Trace Buffer screen.  
Figure 31: Clear Current Trace Buffer screen  
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Visual Manager User Interface  
Event Log Configuration  
The Event Log Setting screen is used to configure Event Log filters. Figure 32 is  
an example of the Event Log Filter configuration screen.  
Figure 32: Event Log Settings screen  
Event Log settings:  
Log All Events  
Disable/Enable Event Logging  
Log Error Events  
Log Notify Events  
Event logging captures the last 215 events and then starts overwriting the log.  
Note: To ensure accurate event logging, correctly set the clock and date in the Real  
Time Clock Configuration Menu.  
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Event Log Display  
The Event Log screen is used to view the Event Log.  
Figure 33 is an example of the Event Log display screen.  
Figure 33: Event Log Display screen  
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Visual Manager User Interface  
Clear Event Log  
The Clear Event Log screen is used to clear the Event Log.  
Figure 34 is an example of the Clear Event Log screen.  
Current router activities will not be disrupted.  
Figure 34: Clear Event Log screen  
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Visual Manager User Interface  
Report Menu  
Accessed from the Main Menu, the Report screen displays a consolidated view of  
all system information, including environmental conditions. Figure 35 is an  
example of the Report screen.  
Figure 35: Report screen  
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Visual Manager User Interface  
Reboot Option  
Router reboots are executed using this router Main Menu option. Figure 36 is an  
example of the Reboot screen.  
When the router is rebooted, current router activities will be disrupted. All  
submitted configuration changes will be activated during the boot-up process.  
Caution: Confirm there is no activity, such as a backup in progress, before  
initiating a reboot as router activities will be disrupted.  
Figure 36: Reboot screen  
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Serial/Telnet User Interface  
4
4F  
The Serial/Telnet User Interface (UI) is used to configure and manage the HP  
StorageWorks Network Storage Router. This chapter describes the configuration  
menus and option tasks available in the Serial/Telnet UI.  
Note: Unless otherwise indicated, configuration changes take effect when the router  
reboots.  
During the router start up process, the Serial/Telnet UI displays initial power-up  
messages. After the power-up process is completed, the Main Menu of the UI is  
displayed. Within the router Main Menu, several configuration menus and tasks  
are listed. All configuration and management tasks are performed from these  
menus.  
This chapter is organized using the same structure as the router Main Menu and its  
associated sub-menus. The sections are:  
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Serial/Telnet User Interface  
— Baud Rate Configuration  
— Ethernet Configuration  
— Fibre Channel Configuration  
— Parallel SCSI Configuration  
— Device Mapping  
— Trace and Event Settings Configuration  
— Real-Time Clock Configuration  
— Active Fabric Configuration  
— Save Configuration  
— Restore Last Saved Configuration  
— Reset and Save Configuration to Factory Defaults  
— System Statistics  
— Event Log  
— Saving Copies of the Trace Buffers using FTP  
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Serial/Telnet User Interface  
Serial/Telnet Menu Tree  
Main Menu  
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Serial/Telnet User Interface  
Telnet UI Access  
To open a Telnet session, the IP address of the router and a Telnet client utility are  
required.  
Note: After each reboot, a new Telnet session must be started. If the router is reset to  
factory settings, the Ethernet port will have to be re-configured using the serial  
interface.  
From most Windows 9x, Windows NT, and Windows 2000 systems, a Telnet  
session can be started from the Command (DOS) shell using the following steps:  
1. From the Windows Start Menu, open the Command Prompt (DOS) window.  
2. At the ‘>’ prompt, enter:  
> TELNET <IP ADDRESS>  
where <IP ADDRESS>is the IP address of the router  
3. Enter the user name and password.  
The default user name is rootand the default password is password.  
HP recommends that the user name and password be changed from the default  
values. The Configuration Menu is displayed.  
Serial UI Access  
To open a serial session, a terminal emulator utility is required.  
From most Windows 9x, Windows NT, and Windows 2000 systems, a  
HyperTerminal session can be started using the following steps:  
1. From the Windows Start Menu, open HyperTerminal.  
2. Name the new terminal session.  
3. Indicate the appropriate COM port.  
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4. Configure the serial port settings, as listed in Table 7.  
Table 7: Terminal Configuration Settings  
BAUD Rate  
Autobaud, 9600, 19200, 38400, 57600, 115200  
Data Bits  
Stop Bit  
8
1
Parity  
None  
Flow Control  
XON/XOFF  
Note: HP recommends setting the baud rate to 115200.  
5. After completing the serial port configuration, select OK to start a serial  
session.  
6. After the serial session has started, press Enter several times to initiate router  
communication and display the Configuration Menu.  
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Serial/Telnet User Interface  
Power up Messages  
When power is applied to the router, a series of messages is displayed on the serial  
terminal or terminal emulation program.  
Figure 37 is an example of these power-up messages.  
Figure 37: Power Up messages  
Note: Throughout this chapter, XX represents value fields.  
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Serial/Telnet User Interface  
Serial/Telnet UI Main Menu  
The Main Menu is the starting point for all configuration sub-menus and tasks.  
Figure 38 is an illustration of the router Main Menu.  
Note: If the power up messages and the Main Menu are not displayed, check the  
serial port settings.  
Figure 38: Serial/Telnet main menu  
Main Menu options:  
1) Perform Configuration enters router configuration settings.  
2) System Utilities displays system statistics and perform diagnostic tests.  
3) Display Trace and Assertion History displays trace information and clear  
the trace buffer.  
4) Reboot reboots the router.  
5) Download a New Revision of the Firmware replaces the current revision  
of the router firmware with a different copy of firmware.  
Each Main Menu option is discussed in a separate section of this chapter.  
Note: Except for the login process, uppercase and lowercase characters can be used  
interchangeably in all of the menus.  
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Configuration Menu  
The Configuration Menu is used to configure the router.  
Figure 39 is an illustration of the Configuration Menu.  
Figure 39: Configuration menu  
Note: The router is shipped with a configuration of default settings that is acceptable  
for most system environments. Few changes to the configuration should be necessary.  
After any configuration changes are made, select A) Save Configuration to record the  
changes.  
If the configuration has been modified to meet company-specific needs, back up the  
company-specific configuration to an external file. If necessary, these settings can later  
be restored to the router.  
Configuration Menu options:  
1) Baud Rate Configuration changes the baud rate on the serial port.  
2) Ethernet and SNMP (SNMP not supported) Configuration enters  
Ethernet network settings.  
3) Fibre Channel Configuration configures the settings for the Fibre  
Channel port.  
4) Parallel SCSI Configuration configures the settings for the SCSI buses.  
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5) Device Mapping modifies map and host settings.  
6) Trace and Event Settings Configuration modifies trace and event filter  
settings.  
7) Real-Time Clock Configuration sets the system clock.  
8) Active Fabric Configuration enables and disables server-free backup and  
changes the number of controller LUNs.  
A) Save Configuration saves changes to memory.  
B) Restore Last Saved Configuration reverts to the previous configuration.  
C) Reset and Save Configuration to Factory Defaults resets all  
configuration options to the factory defaults.  
X) Return to Main Menu goes back to the previous screen.  
Because the Configuration Menu is the primary menu in the UI, each  
Configuration Menu option is discussed in a separate section.  
Baud Rate Configuration  
In the Configuration Menu, choose 1) Baud Rate configuration to change the  
baud rate used on the serial port.  
Figure 40 is an illustration of the Baud Rate Configuration Menu.  
Figure 40: Baud Rate Configuration menu  
Options include:  
1) 9600  
2) 19200  
3) 38400  
4) 57600  
5) 115200  
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Serial/Telnet User Interface  
Note: The asterisk (*) symbol indicates the current setting for the baud rate.  
Note: If the Autobaud feature is being used, it is not necessary to set a baud rate.  
Ethernet Configuration  
In the Configuration Menu, choose 2) Ethernet and SNMP (SNMP not  
supported) Configuration to set up the Ethernet network. When this option is  
selected, the Ethernet Configuration Menu is displayed.  
Current Ethernet settings are displayed, along with available Ethernet  
configuration options. Figure 41 is an illustration of the Ethernet Configuration  
Menu.  
Figure 41: Ethernet Configuration menu  
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To view or change configuration settings:  
1. Select a menu option  
2. Make the configuration changes  
3. Select X) Return to previous menu  
4. Select A) Save Configuration to record the changes.  
Ethernet Configuration Menu options:  
1) Change IP address (default: 1.1.1.1) changes the router IP address.  
2) Change IP Subnet Mask (default: 255.255.255.0) changes the router  
Subnet mask.  
3) Change IP Gateway (default: 0.0.0.0) changes the IP gateway for the  
Ethernet network.  
4) Change Ethernet Physical Address changes the Ethernet physical  
address (MAC address).  
Caution: If this configuration setting is incorrectly set, processing difficulties  
may occur. Before changing this setting, evaluate the need for the change  
and verify the desired setting. HP recommends backing up the router  
configuration to an external file before making changes to this setting.  
The manufacturer always assigns Ethernet physical addresses to the Ethernet  
adapters.  
5) Toggle Ethernet Mode changes the Ethernet mode.  
Options include:  
— 10 Mb/s only  
— 100 Mb/s (half duplex) only  
— 100 Mb/s (full duplex) only  
— 10/100 MPS (Auto-Neg.)  
6) Change Hostname changes the name of the host server.  
The name can be any combination of alphanumeric characters, up to eight  
characters.  
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Serial/Telnet User Interface  
7) Toggle DHCP Configuration enables or disables support for Dynamic  
Configuration Protocol.  
When DHCP is enabled, the router will request a dynamic IP address from the  
DHCP server on the Ethernet network.  
Some DHCP servers allow a lease reservation to be set up for an IP address by  
providing the server with the Ethernet MAC address. The DHCP server will  
then always provide the same IP address to the router. This setup can be  
useful for remote management of the router such as Telnet or Visual Manager  
Because the method of setting up a lease reservation varies depending on the  
DHCP server being used, contact your Network Administrator for assistance.  
Note: To use the DHCP feature, a DHCP server must be operational on the Ethernet  
network. If the DHCP feature is used when there is no DHCP server, DHCP standards  
require the router wait three minutes for a response from a DHCP server before timing  
out.  
8) Change SNMP Settings is not supported.  
9) Change Security Settings changes security settings, including the user  
name and password.  
The default user name is rootand the default password is password.  
Caution: To ensure security, change the user name and password from the  
default settings.  
Note: The security settings entered here affect all user interfaces.  
User names and passwords should be unique and kept confidential. HP  
recommends using a combination of letters and numbers when creating user  
names and passwords.  
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Serial/Telnet User Interface  
Fibre Channel Configuration  
In the Configuration Menu, choose 3) Fibre Channel Configuration to configure  
the Fibre Channel port. The Fibre Channel Configuration Menu allows the  
configuration of ALPA settings, discovery mode, tape backup settings, port mode,  
default map, and override settings.  
Figure 42 is an illustration of the Fibre Channel Configuration Menu.  
Figure 42: Fibre Channel Configuration menu  
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Fibre Channel Configuration Menu options:  
Caution: If these configuration settings are incorrectly set, processing  
difficulties may occur. Before changing these settings, evaluate the need for  
the change and verify the desired setting. HP recommends backing up the  
router configuration to an external file before making changes to these  
settings.  
1) Change World Wide Name High (service mode-restricted access)  
changes the World Wide Port Name High.  
2) Change World Wide Name Low (service mode-restricted access)  
changes the World Wide Port Name Low.  
3) Toggle Hard AL_PA Usage changes the Hard AL_PA usage to either Yes  
or No.  
— If set to Yes, a unique one-byte valid value (derived from an Arbitrated  
Loop Topology as defined in ANSI specification FC_AL version 4.5) is  
used for the Fibre Channel configuration.  
— When configuring the Fibre Channel AL_PA, the router presents a list of  
loop addresses along with the corresponding AL_PA. The user can select  
a loop address.  
4) Change AL_PA Value changes the AL_PA value. The AL_PA lookup  
table is displayed. Enter a node number from the table.  
5) Toggle Discovery Mode (default: Manual Discovery Only) determines  
how the router will discover new Fibre Channel devices.  
Options include:  
Auto Discovery on Reboot Events allows the router to automatically  
discover all Fibre Channel devices during reboots, including both the  
ports and the devices.  
Auto Discovery on Link-up Events allows the router to automatically  
discover all Fibre Channel devices during reboots, including both the  
ports and the devices for the first link-up event. Subsequent link-up  
events will only discover the ports and not attached devices.  
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Note: SCSI devices attached to a Fibre Channel port must be mapped as sequential  
Fibre Channel LUNs starting at LUN number 00. Skipping LUN numbers is not  
recommended when mapping Fibre Channel LUNs because Fibre Channel Discovery  
stops the discovery process whenever an empty LUN position is found.  
Caution: If these configuration settings are incorrectly set, processing  
difficulties may occur. Before changing these settings, evaluate the need for  
the change and verify the desired setting. HP recommends backing up the  
router configuration to an external file before making changes to these  
settings.  
Manual Discovery Only (default) sets discovery of new devices to only  
occur after the user selects the Refresh Device Display option. The  
Refresh Device Display option is accessed from the System Utilities  
Menu.  
6) Toggle Buffered Tape Writes (default: Enabled) changes the tape backup  
mode to either Enabled or Disabled.  
7) Change Buffered Tape Queue Depth changes the tape backup queue  
depth. Select a value from 0 through 10.  
8) Toggle Port Mode (default: N_Port) changes the port mode to either Auto  
Sense or N_Port:  
Auto Sense: In this mode, the Fibre Channel port tries to negotiate as a  
loop. If it is not successful, then the Fibre Channel port negotiates as a  
fabric. If the port comes up as a loop, it then determines whether it is on a  
private or public loop.  
N_Port (default): This mode allows the router to bypass the loop  
negotiation and come up as a fabric only. Use this setting if a HP switch is  
being used. If the router is on a loop and N_Port mode is selected, an error  
in communication may occur.  
9) Change Default Map Value (default: Indexed) changes and displays the  
default current map for the port.  
Mapping modes can be Auto-Assigned, Indexed (default), or SCC.  
For more information about addressing methods, see Appendix C,  
A) Edit FC Override Settings (service mode-restricted access) enters Fibre  
Channel override settings.  
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A sub-screen is displayed, listing the following options:  
1) Toggle Hi-Sup Bit Settings changes the Hi-Sup Bit settings.  
Options include Set and Clear.  
2) Toggle Forcing FCP Response Code for HP HBA #223180-B21 and  
#120186-001, changes the forcing of the FCP response code.  
Options include Off and On.  
3) Toggle Initiator Bit Setting in PRLI_ACC changes the Initiator bit  
setting. Options include Set and Clear.  
If the router is deployed in a router-to-router configuration where at least  
one router appears as target and another as initiator, set this option to Set.  
4) Toggle FC Link Garbage Deletion changes the Fibre Channel Link  
garbage deletion.  
Options include Enabled and Disabled.  
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Parallel SCSI Configuration  
In the Configuration Menu, choose 4) Parallel SCSI Configuration to configure  
the SCSI buses. The Parallel SCSI Configuration Menu allows the configuration  
of the SCSI discovery mode, SCSI bus reset, termination mode, tape backup  
settings, and default current map.  
Figure 43 is an illustration of the Parallel SCSI Configuration Menu.  
Figure 43: SCSI Configuration menu  
Current settings for the selected SCSI bus are displayed.  
Caution: If these configuration settings are incorrectly set, processing  
difficulties may occur. Before changing these settings, evaluate the need for  
the change and verify the desired setting. HP recommends backing up the  
router configuration to an external file before making changes to these  
settings.  
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SCSI Configuration Menu options:  
1) Edit Initiator and Target Settings changes the SCSI Initiator and Target  
settings.  
The SCSI Initiator and Target Menu sub-screen is displayed, listing the following  
options:  
1) Enable/Disable SCSI Initiator enables or disables the SCSI Initiator.  
Options are Enabled and Disabled.  
2) Select primary and select/enable alternate SCSI ID sets the primary  
and alternate initiator SCSI IDs (defaults: primary = 7; alternate = none).  
These should be unique IDs on the bus.  
3) Add Target ID or  
4) Remove Target ID adds or removes a Target ID.  
This adds an ID for a Fibre Channel device that responds to operation  
requests from the SCSI initiator.  
Note: Target IDs must be setup prior to mapping devices on the SCSI bus.  
Note: Do not enable Target IDs unless a SCSI initiator on the bus wants to use Fibre  
Channel devices. This type of configuration is known as a Target Mode configuration.  
2) Enable/Disable SCSI Discovery enables or disables the Discovery Mode.  
3) Enable/Disable SCSI Reset on Boot enables or disables automatic bus  
resets after a reboot.  
When enabled, the router will automatically reset SCSI buses during initial  
power ups and reboots.  
Caution: If these configuration settings are incorrectly set, processing  
difficulties may occur. Before changing these settings, evaluate the need for  
the change and verify the desired setting. HP recommends backing up the  
router configuration to an external file before making changes to these  
settings.  
4) Set Discovery Delay Time sets the length of time the router waits after a  
power-up or reboot before discovering SCSI devices.  
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Note: This value should be set to no less than 250ms, according to the SCSI standard  
for Reset-to-Selection Time. HP recommends setting the value to at least 30 seconds to  
ensure all SCSI devices complete their individual POST.  
5) Set SCSI Termination Mode enables or disables the SCSI termination  
mode.  
6) Edit SCSI Target Override Settings changes the SCSI Target overrides.  
SCSI Parameter Override Configuration Menu options:  
1) Toggle CDB Length Override: enabled or disabled.  
If enabled, the following configuration options are displayed:  
CDB Group 6 Length Default (default = 0) can be set to 0, 6, 10, or 12.  
CDB Group 7 Length Default (default = 0) can be set to 0, 6, 10, or 12.  
2) Toggle Wide Negotiation: enabled or disabled.  
3) Toggle Synchronous Negotiation: enabled or disabled.  
If enabled, the following configuration options are displayed:  
Synchronous Period (default = 40) is the maximum number of seconds  
allowed for negotiation.  
Synchronous Offset (default =16) is the maximum variation in transfer  
rate that can be negotiated in MB/s.  
4) Toggle Synchronous Parameter Override: enabled or disabled.  
7) Enable/Disable Buffered Tape Writes (default: Enabled) enables or  
disables Buffered Tape Writes.  
Buffered Tape Writes return status on consecutive write commands before the  
tape device receives data, to enhance performance.  
8) Change Default Map Value sets the default map to use for the bus.  
Mapping modes can be Auto-Assigned (default), Indexed, or SCC.  
For more information about addressing methods, see Appendix C,  
X) Return to previous menu returns to previous menu.  
Command <Enter>scrolls to the next SCSI bus.  
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Device Mapping  
Each physical port/bus on the router can have the following maps:  
Table 8: Device Map Types  
System/User  
Generated  
Map Type  
Auto Assigned  
Indexed (default)  
Port <0> Device  
SCC  
Fibre Channel or SCSI  
Fibre Channel and SCSI  
Fibre Channel and SCSI  
Fibre Channel  
System  
System  
System  
System  
Fibre Channel  
Each map has a unique name and map ID; one of the maps must be identified as  
the “current” map for the router to use.  
In the Configuration Menu, choose 5) Device Mapping to manipulate maps and  
associate the selected hosts with a particular map. Maps are viewed, edited, and  
deleted, in the Device Mapping Menu.  
Figure 44 is an example of the Device Mapping Configuration Menu.  
Figure 44: Device Mapping Configuration menu  
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Device Mapping Configuration Menu options:  
1) Select Current Map indicates which map is to be the current map.  
2) Display Current Map displays the current map.  
3) Edit Current Map changes current map settings.  
4) Edit Host List for Current Map changes the host information for the  
current map.  
5) Display Device List displays the device list.  
X) Return to previous menu returns to previous menu.  
Command, <Enter> for next port/bus to scroll to the next SCSI bus, press  
Enter.  
Because each menu option includes a menu or sample screen display, each menu  
option is discussed in the following separate sections.  
Selecting the Current Map  
In the Device Mapping Configuration Menu, choose 1) Select Current Map to  
select the current map for each port or bus.  
When this option is selected, the Select Current Map screen is displayed. The  
current map assignment is displayed at the top of the screen. Figure 45 is an  
illustration of the Select Current Map screen for a Fibre Channel port.  
Figure 45: Select Current Map screen  
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Caution: If this configuration setting is incorrectly set, processing difficulties  
may occur. Before changing this setting, evaluate the need for the change  
and verify the desired setting. HP recommends backing up the router  
configuration to an external file before making changes to this setting.  
To indicate which map is to be the current map, type the number that corresponds  
to the desired map.  
Displaying the Current Map  
In the Device Mapping Configuration Menu, choose 2) Display Current Map to  
view the entries for the current Map.  
The Current Map Display screen is displayed.  
Depending on whether a Fibre Channel map or a SCSI map was selected, the  
screen display will differ.  
Figure 46 and Figure 47 are illustrations of the different screen displays for Fibre  
Channel maps and SCSI maps.  
Figure 46: FCP Current Map Display screen  
Note: The entire list may not fit on one screen. Press N or P to go back and forth  
between screens.  
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Figure 47: SCSI Current Map Display screen  
Editing the Current Map  
In the Device Mapping Configuration Menu, choose 5) Edit Current Map to edit  
the current map.  
The Map Edit Menu subscreen is displayed.  
Figure 48 is an illustration of the Map Edit Menu.  
Figure 48: Map Edit menu  
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Note: Auto-Assigned and SCC Maps cannot be edited.  
Map Edit Menu options:  
1) Edit Name changes the name of the current map.  
2) Edit Map Entries changes the content of the current map.  
3) Clear Map erases all entries from the current map.  
4) Fill Map automatically completes the entries for the current map.  
Each editing option is discussed in the following sections.  
Changing the Name of the Current Map  
To change the name of the current map, in the Map Edit Menu, select 1) Edit  
Name. Enter the new name at the prompt.  
Note: Only user-defined map names can be changed.  
Editing the Map Entries of the Current Map  
To edit the details of the current map, in the Map Edit Menu, choose 2) Edit Map  
Entries. This editing screen allows the user to navigate up and down the map  
entries and create or remove entries. Device lists are also available to make it  
easier to identify the device to be mapped.  
Note: Mapping a device to its native port/bus is not allowed. The information needed  
to create entries is protocol/port dependent.  
Although the options are the same for editing Fibre Channel and SCSI maps, the  
screen displays differ.  
Figure 49 is an example screen display for Fibre Channel maps and Figure 50 is  
an example screen display for a SCSI map.  
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Figure 49: Edit Map Entries for a Fibre Channel map  
Figure 50: Edit Map Entries for a SCSI map  
Edit Map Entries options:  
Next (N) scrolls down the list of map entries.  
Previous (P) scrolls up the list of map entries.  
Add (A) adds new map entries.  
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Create (C) creates a new map entry for a newly added device.  
Remove Gaps (R) removes gaps in the listed sequence of LUNs.  
Delete (D) deletes a map entry.  
Exit (X) returns to the previous menu.  
Scrolling between Display Pages of the Edit Map Entries Screen  
To scroll up and down the map entries, select P or N.  
Adding a Map Entry to a Fibre Channel Map  
To add a new entry to a Fibre Channel map:  
1. In the Map Edit Entries screen, select Add (A).  
2. Enter the desired LUN ID.  
If the selected LUN is already present in the map, a prompt is displayed that  
asks to either confirm the override or enter different address information.  
A device selection list is automatically generated.  
Note: Devices cannot be mapped to their native port.  
3. To select the map entry to edit, enter the number from the left-hand column of  
the Port Map Edit Display screen.  
A Device List is displayed.  
Figure 51: Device List generated for a Fibre Channel port  
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4. In the Device List, to add a listed device to the map, enter the number from  
the “Num” column.  
If the selected device is already mapped, an error message will appear,  
warning the user about adding a duplicate device.  
Adding a Map Entry to a SCSI Map  
To add a new entry to a SCSI map:  
1. In the Edit Map Entries screen, select Add (A).  
2. Enter a Target/LUN ID combination.  
If the selected Target/LUN is already present in the map, a prompt is  
displayed that asks to either confirm the override or enter different address  
information.  
A device selection list is automatically generated.  
Note: Devices cannot be mapped to their native port.  
Note: A target ID must be defined in the SCSI Configuration to add devices.  
3. In the Device List, to add a device to the map, enter the number from the  
“Num” column. If the selected device is already mapped, an error message  
will appear, warning about adding a duplicate device.  
Note: If a device with LUN = “-‘ is selected, all LUNs for this Target will be added to  
the map.  
Creating a Map Entry for a Fibre Channel Map  
To pre-enter a map entry for devices that are not yet online, select Create (C).  
Note: All essential information about the device must be known.  
A series of questions is displayed. The questions will vary based on the “current”  
map protocol. Required information includes the LUN address, protocol, port,  
device name, and device type.  
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Figure 52 is an example of the screen display when creating an entry for a Fibre  
Channel map.  
Figure 52: Creating a map entry for a Fibre Channel map  
Note: If the device being added is a SCSI device, the Target ID and LUN ID must be  
entered. The Target ID must already be defined in the SCSI configuration.  
Creating an Entry for a SCSI Map  
To pre-enter a map entry for devices that are not yet online, select Create (C).  
Note: All essential information about the device must be known.  
A series of questions is displayed. The questions will vary based on the “Current”  
map protocol. Required information includes the Target ID and LUN address,  
protocol, port, device name, and device type must be entered.  
Figure 53 is an example of the screen display when creating an entry for a SCSI  
map.  
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Figure 53: Creating an entry for a SCSI map  
Note: If the device being added is a Fibre Channel device, the Node WWN, Port  
WWN, and LUN ID must be entered.  
Note: If this device is a duplicate of a device currently present in the device list, an  
error message will be displayed.  
Removing Gaps in the Map  
To remove any incremental gaps in the sequence of LUNs listed in the table, in  
the Edit Map Entries screen, select Remove (R).  
As the system removes any gaps from the table, the LUNs are renumbered in  
sequential order, starting with LUN 0.  
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Note: Some operating systems require gaps be removed in the mapping table in  
order to detect all devices.  
Deleting a Map Entry  
To delete an entry from a map, in the Edit Map Entries screen, select Delete (D).  
For Fibre Channel maps, at the prompt, either enter the LUN ID of the LUN to  
delete or enter D to delete multiple LUNs.  
For SCSI maps, at the prompt, enter the Target ID and LUN ID of the LUN to  
delete or enter D to delete multiple LUNs.  
Clearing the Entries from the Current Map  
To remove all entries from the current map, in the Edit Map Entries screen, select  
3) Clear Map. A confirmation prompt is displayed.  
Filling in the Current Map  
To instruct the system to automatically fill in the current map, in the Edit Map  
Entries screen, select 4) Fill Map.  
All new devices are added to the end of the current map. After this operation is  
completed, the Edit Map Entries Menu is redisplayed.  
Note: Devices marked DOWN are not mapped.  
Editing the Host List for the Current Map  
In the Device Mapping Configuration Menu, choose 7) Edit Host List for  
Current Map to edit the host list for the current map.  
The current map can be associated with hosts available in the host list on the same  
port where the map is defined. Initially all hosts are associated with an Auto  
Assigned map. These are built at runtime hosts and cannot be edited or deleted.  
Although the options are the same for FCP maps and SCSI maps, the screen  
display differs. Figure 54 and Figure 55 are examples of the Host List Display  
screens for FCP and SCSI maps.  
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Figure 54: Host List Display for Fibre Channel maps  
Figure 55: Host List Display for SCSI maps  
Host List Edit Display options:  
Next (N) scrolls down the Host List.  
Previous (P) scrolls up the Host List.  
Add (A) adds a new host to the Host List.  
Delete (D) deletes a host from the Host List.  
Edit (E) edits host information.  
Exit (X) returns to the previous menu.  
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Each of the options is discussed in the following paragraphs.  
Scrolling between the Display Pages of the Host List Edit Screen  
To scroll up and down the host entries, select P or N.  
Selecting a Host  
To select a host from the list, enter the number displayed in the “N#” or the  
“Num” column at the left of the screen.  
Adding a Host to the Host List  
To add a host to the Host List, select Add (A).  
If the host is an FCP host, the Host Name, Host ID, port WWN, and Node WWN  
for FCP host must be entered. (WWN values are hexidecimal.)  
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Figure 56 is an example of the screen display when adding a host to the Host List  
of an FCP host.  
Figure 56: Adding a host to the host list - FCP host  
If the host is a SCSI host, the host name and the initiator ID must be entered.  
Deleting a Host from the Host List  
To remove a host from the Host List, select Delete (D). After entering the number  
of the host to delete, a confirmation prompt is displayed.  
Editing Host information  
To change host information, select Edit (E).  
Current host information is displayed on the screen. The system will display a  
series of prompts, allowing changes to be entered.  
Note: To retain the current information for a prompt, press Enter at the prompt.  
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Figure 57 is an example of editing host information for a Fibre Channel port.  
Figure 57: Editing host information on a Fibre Channel port  
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Figure 58 is an example of editing host information for a SCSI bus.  
Figure 58: Editing host information for a SCSI bus  
Displaying the Entire Device List  
In the Device Mapping Configuration Menu, choose 8) Display Device List to  
view the entire device list for all buses and ports.  
The Entire Device List screen is displayed.  
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Figure 59 is an illustration of the Entire Device screen.  
Figure 59: Entire Device List screen  
Note: The entire list of maps may not fit on one screen. Select N or P to go back and  
forth between screens displaying more maps. Select X to return to the previous menu.  
Trace and Event Settings Configuration  
In the Configuration Menu, choose 5) Trace and Event Settings Configuration  
to view and change Trace and Event settings. When this option is selected, the  
following menu is displayed.  
Figure 60: Utility Settings (trace settings) menu  
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Trace Settings Menu options:  
1) Trace Settings Configuration configures the trace settings.  
2) Event Settings Configuration configures the event settings.  
Each of these options is discussed in the following sections.  
Configuring Trace Settings  
In the Utility Trace Settings Menu, 1) Trace Setting Configuration is used to  
modify trace levels. Two pages of trace level settings are displayed.  
Figure 61 and Figure 62 are illustrations of the two Trace Settings screens.  
Note: Trace settings should not be modified in normal operation; performance  
degradation may result.  
1. To change any of the settings in these screens, enter the number that  
corresponds to the option that needs to be changed.  
The current setting is toggled to either On or Off.  
2. Repeat Step 2 for each setting that needs to be changed in the page.  
3. Before leaving the page, activate the new setting by entering U) Update  
Current Operating Trace Levels.  
This option forces the currently displayed trace settings to become effective  
immediately, without requiring a reboot or power cycle.  
Figure 61: Trace Settings screen  
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4. Press Enter to display the second Trace Settings page.  
Figure 62 is an illustration of the second Trace Settings page.  
5. If needed, change the settings in the second Trace Settings page.  
Note: Be sure to set the clock and date in the Real Time Clock Configuration Menu so  
that event logging is accurate.  
Figure 62: Trace Settings screen, continued  
Configuring Event Settings  
In the Utility Trace Settings Menu, 2) Event Setting Configuration is used to  
modify event filters:  
The following Event Filter Settings screen is displayed.  
Figure 63: Event Filter settings  
Note: The asterisk in the screen display denotes the current setting.  
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1. To change any of the settings in this screen, enter the number of the desired  
setting (1, 2, 3, or 4) that corresponds to the option that needs to be changed.  
Settings include:  
1) Log All Events (default)  
2) Disable Event Logging  
3) Error Events  
4) Notify Events  
2. Before leaving the page, activate the new setting by entering U) Update  
Current Operating Trace levels.  
3. This option forces the currently displayed trace settings to become effective  
immediately, without requiring a reboot or power cycle.  
Note: Set the clock and date in the Real Time Clock Configuration Menu so that event  
logging is accurate.  
Real-Time Clock Configuration  
In the Configuration Menu, choose 7) Real-time Clock Configuration to change  
the system time and date.  
Figure 64 is an illustration of the System Clock Setup Menu.  
Figure 64: Clock Setup menu  
1. To change the date or time, select 1) Set Clock.  
2. A series of prompts are displayed, allowing setup of:  
24-hour time  
Current date  
Current day of the week  
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Active Fabric Configuration  
In the Configuration Menu, select 8) Active Fabric Configuration to enter  
Active Fabric options.  
Figure 65 is an illustration of the Active Fabric Configuration Menu.  
Figure 65: Active Fabric Configuration menu  
Active Fabric Configuration Menu options:  
1) Change the number of controller LUNs (default: 1) changes the  
number of controller LUNs.  
This setting is a number in the range of 0 through 4.  
For more information on controller LUN commands, see Appendix B,  
Save Configuration  
In the Configuration Menu, A) Save Configuration is used to save any  
configuration changes.  
The current configuration state is saved in FLASH, which updates the previous  
configuration. This configuration is retained across future device resets or power  
cycles.  
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Restore Last Saved Configuration  
In the Configuration Menu, B) Restore Last Saved Configuration is used to  
revert to the previous configuration. This can be useful when configuration  
changes have been made, and the user wishes to return to the previous  
configuration.  
Reset and Save Configuration to Factory Defaults  
In the Configuration Menu, choose C) Reset and Save Configuration to reset the  
router configuration to its initial settings (factory default).  
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System Utilities Menu  
Accessed from the router Main Menu, the System Utilities Menu is primarily  
used to view system information.  
To access the System Utilities Menu, in the router Main Menu, choose 2) System  
Utilities.  
Figure 66 is an illustration of the System Utility Menu.  
Figure 66: System Utility menu  
System Utility Menu options:  
1) System Statistics Menu displays a variety of system status information.  
2) Event Log displays the system Event Log.  
3) Enter System Diagnostics Mode performs Ethernet, SCSI, and Fibre  
Channel connection tests.  
Note: This option is reserved for service personnel and is not documented.  
4) Special Fibre Channel Link States performs special diagnostics.  
This option is reserved for service personnel and is not documented.  
The System Statistics Menu and the Event Log options are discussed in the  
following separate sections.  
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System Statistics  
In the System Utility Menu, select 1) System Statistics Menu to view system  
status information.  
Figure 67 is an illustration of the System Status/Statistics Menu.  
Figure 67: System Statistics menu  
System Statistics Menu options:  
1) Display System Status displays router status information.  
2) Display Fibre Channel Protocol Status displays Fibre Channel status  
information.  
3) Display Parallel SCSI Protocol Status displays SCSI status information.  
Because each option offers a variety of display screens, each of these menu  
options is discussed in the following separate subsections.  
Viewing System Status Information  
In the System Statistics Menu, choose 1) Display System Status to view a variety  
of status information, including memory statistics, current active tasks, and stack  
usage.  
The System Status Menu is displayed.  
Figure 68 is an illustration of the System Status Menu.  
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Figure 68: System Status menu  
System Status Menu options:  
1) Display memory statistics displays memory usage information  
2) Display active tasks displays a list of current tasks.  
3) Display stack usage displays current stack information.  
4) Display SCSI Protocol Resources displays SCSI protocol information.  
Viewing Fibre Channel Status Information  
To display Fibre Channel status information, in the System Statistics Menu,  
choose 2) Display Fibre Channel Protocol Status. The Fibre Channel Status  
Menu is displayed. Figure 69 is an illustration of the Fibre Channel Status Menu.  
Figure 69: Fibre Channel Status menu  
The Fibre Channel Status Menu lists the following options:  
1) Display Fibre Channel Link Status displays Fibre Channel link  
information.  
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2) Display Attached Fibre Channel Devices displays a list of devices  
attached to this Fibre Channel port.  
3) Display Fibre Channel Resource Status displays Fibre Channel resource  
transport information.  
4) Display Fibre Channel Driver Resource Status displays Fibre Channel  
driver information.  
Each menu option and example screen displays are discussed in the following  
subsections.  
Viewing Fibre Channel Link Information  
To see link statistics for the Fibre Channel port:  
1) In the Fibre Channel Status Menu, choose Display Fibre Channel Link  
Status.  
The following page is displayed.  
See Table 9 for a list of term definitions.  
Figure 70: Fibre Channel Link Status screen  
A) To refresh the screen display, select Autorepeat.  
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Table 9: Link Status Definitions  
Link Status Field  
Definition  
LinkState  
Current Fibre Channel link status.  
AL_PA  
Arbitrated loop physical address. (not supported)  
Number of Device Data sequences received by this port.  
InDevDataSeqs  
OutDevDataSeq  
Number of Device Data sequences transmitted by this  
port.  
InLnkDataSeqs  
InP_BSYFrames  
OutP_BSYFrms  
InF_BSYFrames  
InP_RJTFrames  
OutP_RJTFrame  
LinkDowns  
Number of Link Data frames received by this port.  
Number of P_BSY frames received by this port.  
Number of P_BSY frames transmitted by this port.  
Number of F_BSY frames received by this port.  
Number of P_RJT frames received by this port.  
Number of P_RJT frames transmitted by this port.  
Number of Link Down conditions detected.  
Number of ABTS frames received.  
InABTSs  
OutABTSs  
Number of ABTS frames transmitted.  
LaserFaults  
Number of laser faults detected.  
SignalLosses  
SyncLosses  
Number of times Loss of Signal was detected.  
Number of times Loss of Sync was detected.  
Number of bad characters received.  
BadRxChars  
LinkFailures  
Number of Link Failure conditions.  
BadCRCFrames  
ProtocolErrs  
BadSCSIFrames  
Number of frames received with a bad CRC.  
Number of protocol errors detected.  
Number of BAD SCSI frames detected.  
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Viewing Attached Fibre Channel Devices  
To view a list of the devices attached to this port:  
1. In the Fibre Channel Status Menu, choose 2) Display Attached Fibre  
Channel Devices.  
The Fibre Channel Device Display page is displayed.  
Figure 71 is an illustration of the Fibre Channel Device Display page when it  
is first displayed.  
Figure 71: Fibre Channel Device Display page  
2. To refresh the display, select R) Refresh Device Display.  
Note: In Router-to-Router (R2R) configurations, only the first device of all the attached  
devices will be shown. To see all of the devices in R2R configurations, use Visual  
Manage.  
3. To view device details, select D) Display Device Details.  
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Viewing Fibre Channel Resource Transport Information  
To view FCP transport information, in the Fibre Channel Status Menu, choose  
3) Display Fibre Channel Resource Status.  
The FCP Transport Queues page is displayed.  
The FCP Transport Queue page has no options. It is used only for viewing  
resource status.  
Figure 72 is an illustration of the FCP Transport Queue page.  
Figure 72: FCP Transport Queues screen  
Viewing Fibre Channel Driver Status Information  
To display Fibre Channel Driver Queue information, in the Fibre Channel Status  
Menu, select 4) Display Fibre Channel Driver Resource Status.  
The Fibre Channel Driver Queues page is displayed.  
The Fibre Channel Driver Queues page has no options. It is used only for viewing  
Fibre Channel driver resources.  
Figure 73: Fibre Channel Driver Queues screen  
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Serial/Telnet User Interface  
Viewing SCSI Status Information  
To display SCSI status information, in the System Statistics Menu, choose  
3) Display Parallel SCSI Protocol Status.  
The Parallel SCSI Protocol Status Menu is displayed.  
Figure 74 is an illustration of the SCSI Status Menu.  
Figure 74: SCSI Status menu  
SCSI Status Menu options:  
1) Display SCSI Statistics displays SCSI statistics.  
2) Display Attached SCSI Devices displays attached SCSI devices.  
3) Display SCSI Resource Status displays SCSI resource status.  
Each option is discussed in the following paragraphs.  
Viewing SCSI Statistics  
To view the SCSI status page, in the SCSI Status Menu, choose 1) Display SCSI  
Statistics. There are no options in this display screen.  
Viewing Attached SCSI Devices  
To see a list of the devices attached to this SCSI bus in the SCSI Status Menu,  
choose 2) Display Attached SCSI Devices.  
The SCSI Device Display Menu is displayed.  
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Serial/Telnet User Interface  
Figure 75 is an illustration of the SCSI Device Display Menu.  
Figure 75: SCSI Device Display menu  
SCSI Device Display Menu options:  
1) Issue discovery for all buses issues a discovery command for all SCSI  
buses.  
2) Issue discovery for selected bus issues a discovery command for the  
selected bus.  
3) Issue boot discovery issues a boot discovery command.  
4) Display all local devices displays a list of local devices for all buses.  
5) Display local devices on specified bus displays a list of local devices for  
the selected bus.  
Viewing SCSI Resource Information  
To display SCSI resource information, in the SCSI Status Menu, choose  
3) Display SCSI Resource Status.  
The SCSI Resource Display page is displayed. There are no options in the SCSI  
Resource Display. It is used only for viewing SCSI resource status.  
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Serial/Telnet User Interface  
Figure 76 is an illustration of the SCSI Resource Display page.  
Figure 76: SCSI Resource Display screen  
Event Log  
In the System Utilities Menu, 2) Event Log is used to view and clear the system  
Event Log.  
Figure 77 is an illustration of the Event Log Menu.  
Figure 77: Event Log menu  
Event Log Menu options:  
1) Display event log displays the Event Log.  
2) Clear event log deletes all entries from the Event Log.  
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Serial/Telnet User Interface  
Trace Dump Menu  
In the router Main Menu, 3) Display Trace and Assertion History is used to  
manage trace history information.  
Figure 78 is an illustration of the Trace Dump Menu.  
Figure 78: Trace Dump menu  
Trace Dump Menu options:  
1) Display trace for current boot cycle displays current boot cycle trace  
history information.  
2) Display trace from previous boot cycle displays previous boot cycle trace  
history information.  
3) Display trace from the last assertion failure displays trace history  
information from the last assertion failure.  
4) Clear current trace buffer clears the current trace buffer.  
5) Clear (flash) assert trace buffer clears the assertion failure trace buffer.  
X) Return to previous menu  
Saving Copies of the Trace Buffers using FTP  
Using an FTP session, the trace buffers from the router can be copied and saved.  
1. Verify the router is connected to the Ethernet network.  
2. Start an FTP session.  
3. Enter the router IP address at the FTP prompt:  
ftp <IP address>  
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Serial/Telnet User Interface  
Note: Initially, the factory default router IP address is 1.1.1.1. To view the current IP  
address, navigate to the Ethernet Configuration Menu and view the screen display.  
See the “Configuration Menu” section for information on viewing and changing the  
router IP address.  
4. Specify the directory location on the computer or network where the FTP  
program will store the trace file.  
5. Enter the user name and password.  
The factory default user name is rootand the default password is password.  
6. Specify Bin mode:  
bin  
7. Enter the appropriate command to copy the current or previous trace buffer:  
To copy the current trace buffer:  
get curtrace.txt  
The file will transfer from the router.  
To copy the previous trace buffer:  
get prvtrace.txt  
The file will transfer from the router.  
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Serial/Telnet User Interface  
Reboot Option  
To reboot the router, in the Main Menu, select 4) Reboot.  
After this option is selected, a confirmation prompt is displayed. If a positive  
response is given to the confirmation message, the router is restarted.  
Note: Current router activities will be disrupted during a reboot.  
Download New Firmware Option  
To download a new version of the firmware:  
1. Select 5) Download a New Revision of the Firmware in the router Main  
Menu.  
A confirmation prompt is displayed.  
2. Respond to the confirmation prompt.  
3. Select Transfer, Send File in the terminal emulator utility.  
4. Select the location of the firmware.  
If necessary, use Browse to search for the file.  
5. Select XMODEM as the transfer protocol.  
6. Press the Send button.  
The firmware will begin downloading to the router.  
When the download process is complete, the system verifies that the firmware  
image was successfully written to the FLASH memory and reboots. When the  
router is rebooted, it detects that there is a newly downloaded firmware  
image, copies that image to the boot sector of the FLASH, and boots using the  
new image.  
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Serial/Telnet User Interface  
Figure 79 is an illustration of the Download Firmware Menu after a new version  
of the firmware has been loaded.  
Figure 79: Download Firmware menu  
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Serial/Telnet User Interface  
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FTP User Interface  
5
5F  
The following tasks can be managed through an FTP interface:  
Each of these procedures is discussed in this chapter.  
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FTP User Interface  
Access the FTP User Interface (UI)  
To access the router using an FTP UI:  
1. Connect the router to the Ethernet network used by the host computer.  
2. Start an FTP session using the router IP address:  
ftp <IP address>  
where IP address is the IP address of the router.  
The default router IP address is 1.1.1.1.  
Note: You may also need to specify the external directory location where your FTP  
utility will store the backup configuration file.  
3. Enter the user name and password.  
The default user name is rootand the default password is password.  
Backup and Restore Configuration Settings  
The router supports the backup and restore of configuration settings over FTP.  
This allows multiple configuration files to be maintained in a location external to  
the router. When backing up a configuration, the settings are saved from the flash  
memory on the router to a binary file in an external location determined by the  
user.  
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FTP User Interface  
Backing up the Router Configuration  
To backup the router configuration settings:  
1. Connect the router to the Ethernet network used by the host computer.  
2. Start an FTP session using the router IP address:  
ftp <IP address>  
where IP address is the IP address of the router.  
The default router IP address is 1.1.1.1.  
Note: You will need to specify the external directory location where your FTP utility is  
to store the backup configuration file.  
3. Enter the user name and password.  
The default user name is rootand the default password is password.  
HP recommends that the user name and password be changed from the default  
values.  
4. Specify binary mode:  
bin  
5. Specify the filename (with the extension .cfg) using the get command:  
get filename.cfg  
The file will transfer to the user-specified location.  
Note: When backing up a configuration file, the World Wide Name (WWN) values  
and Ethernet physical address (MAC address) values are not saved in the  
configuration file. All other configuration settings are saved.  
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FTP User Interface  
Restoring the Router Configuration  
To restore a configuration to the router:  
1. Connect the router to the Ethernet network used by the host computer.  
2. Start an FTP session using the router IP address:  
ftp <IP address>  
where IP address is the address of the router.  
The default IP address of the router is 1.1.1.1.  
3. Enter the user name and password.  
The default user name is rootand the default password is password.  
HP recommends that the user name and password be changed from the default  
values.  
4. Specify binary mode:  
bin  
5. Specify the configuration’s path and filename (with the filename extension  
.cfg) using the put command:  
put <path:filename.cfg>  
The file is transferred to the router. After the file transfer is complete, the  
router will automatically reboot. When the router completes the POST  
process, it will use the restored configuration.  
Note: When restoring a configuration, World Wide Name (WWN) values and  
Ethernet physical address (MAC address) values revert to the factory default settings.  
User defined values for these settings are not retained and must be re-entered after the  
restoration of the configuration is complete.  
Confirm the restored configuration by verifying that the settings are correct.  
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FTP User Interface  
Copy Trace Buffers  
Use the following procedure to save copies of the trace buffers:  
1. Connect the router to the Ethernet network used by the host computer.  
2. Start an FTP session using the router IP address:  
ftp <IP address>  
where IP address is the address of the router.  
The default router IP address is 1.1.1.1.  
Note: You will need to specify the directory location where your FTP utility will store  
the trace file.  
3. Enter the user name and password.  
The default user name is rootand the default password is password.  
HP recommends that the user name and password be changed from the default  
values.  
4. Specify binary mode:  
bin  
5. Specify the filename (with the extension .txt) using the get command.  
For the current trace buffer, use the following command:  
get curtrace.txt  
For the previous trace buffer, use the following command:  
get prvtrace.txt  
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FTP User Interface  
Upgrade Firmware  
Use the following procedure for Windows-based systems to upgrade the router  
firmware.  
Note: A JAVA applet-based FTP utility is also accessible from the UI.  
1. Connect the router to the Ethernet network used by the host computer.  
2. Start an FTP session using the router IP address:  
ftp <IP address>  
where IP address is the IP address of the router.  
The default router IP address is 1.1.1.1.  
3. Enter the user name and password.  
The default user name is rootand the default password is password.  
HP recommends that the user name and password be changed from the default  
values.  
4. Specify binary mode:  
bin  
5. Specify the path and filename (extension.dlx) of the firmware file to be  
transferred by using the put command as shown:  
put <path:filename.dlx>  
The firmware file will be transferred and the router automatically reboots. The  
firmware upgrade will be effective after POST process completes.  
Note: Confirm the firmware level by checking the reboot messages through the serial  
interface.  
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Basic Troubleshooting  
6
6F  
This chapter discusses some basic methods of identifying problems in the setup  
and configuration of the HP StorageWorks Network Storage Router.  
Most problems occur during the initial installation of the router. Before  
proceeding with advanced troubleshooting techniques, verify all connections and  
review the configuration.  
The following topics are discussed in this chapter:  
Verifying SCSI bus configuration  
Verifying Fibre Channel Port Connection  
Verifying SCSI devices in Windows NT  
Verifying the router configuration  
Verifying mapping  
Verifying devices  
Verifying host configuration  
Verifying HBA device driver information  
Verifying serial port configuration  
Verifying PRLI data  
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Basic Troubleshooting  
— Software Features  
— Finding Additional Information  
— Getting Support  
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Basic Troubleshooting  
LED Indicators  
The LED indicators on the router are useful for diagnosing various problems:  
The Fibre Channel port LEDs indicates Fibre Channel activity and link  
status. If one of these indicators does not light or stays continually lit without  
any corresponding SCSI bus activity, it may indicate a problem with the Fibre  
Channel link. Verify the Fibre Channel configuration.  
The SCSI bus LEDs indicates SCSI activity. These indicators are lit during  
power up, configuration, and when the unit is transferring data. If the SCSI  
indicator stays continually lit without any corresponding Fibre Channel LED  
activity, it may indicate a problem with the SCSI bus configuration. Verify  
the SCSI bus configuration.  
The Ethernet LEDs indicates activity and link status. If one of these indicators  
does not light or stays continuously lit, it may indicate a problem with the  
network connection. Verify the network connection. The port must be  
connected to a 10/100BaseT Ethernet network to function properly.  
Additional information on the specific LEDs is available in Chapter 1, "External  
For an illustration of the router components and LED locations, see Figure 80.  
Figure 80: Router illustration  
Table 10: Router illustration components  
Item  
1
Description  
Power LED  
Serial RJ-11 connector  
Ethernet RJ-45 connector  
Fibre Channel activity LED  
Fibre Channel link LED  
Fibre Channel Port  
2
3
4
5
6
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Table 10: Router illustration components  
Item  
7
Description  
SCSI bus activity LED (on corresponding port)  
SCSI bus activity LED (on corresponding port)  
SCSI VHDCI connector (2)  
8
9
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Basic Troubleshooting  
If possible, simplify the installation by reducing it to the most basic configuration.  
Then, add elements one at a time, verifying the operation after each step.  
Basic troubleshooting includes verifying the setup and the connections, including:  
Verifying SCSI bus configuration  
Verifying Fibre Channel port connection  
Verifying SCSI devices in Windows NT  
Verifying the router configuration  
Verifying mapping  
Verifying devices  
Verifying host configuration  
Verifying HBS device driver information  
Verifying serial port configuration  
Verifying PRLI data  
Each of these topics is discussed in the following sections.  
Verifying SCSI Bus Configuration  
Items to check include:  
Termination — Problems with termination can cause intermittent or hard  
failures. A SCSI bus must be terminated on both ends. Termination problems  
are common when both narrow and wide devices are on the same bus.  
Bus Type — On an LVD SCSI bus, SE and LVD devices can be connected to  
the same bus. However, if one SE device is detected during power up,  
communication to all devices will convert to SE mode.  
Device ID — Each device on a SCSI bus must have a unique ID. Verify  
configured IDs are not in use by other devices on the same SCSI bus.  
Cabling — Check SCSI cables to verify they are functional. SCSI rules for  
total length, distance between devices, and stub length must be followed.  
Connections should also be checked and reseated if necessary.  
SCSI Devices Verify that the SCSI devices on a particular SCSI bus can  
be seen in the Configuration Menu of the router. If the router cannot see the  
devices, verify SCSI configuration, cabling, and termination.  
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Basic Troubleshooting  
Verifying Fibre Channel Port Connection  
If SCSI devices are recognized on the SCSI buses, but do not appear to the Fibre  
Channel host, it may be that the Fibre Channel link is not properly established.  
Most hubs and switches have link indicators showing link status. When the router  
is connected and powered on, this link indicator should be solid. If it is not, check  
the cabling or connections.  
One method of verifying link integrity when connected to a functional host,  
involves disconnecting and then reconnecting the Fibre Channel cable. This  
procedure should cause momentary activity of this indicator as the link  
reinitializes.  
Additionally, verify that the cable type of the router and the attached hub, HBA,  
or switch is of corresponding types. When using optical media, verify that the  
attached device is using non-OFC type optical devices.  
Note: By default, the Fibre Channel port speed is set to 2 Gb/s. Changes to the Fibre  
Channel port speed must be manually set, such as for 1 Gb/s. If set incorrectly and the  
router is plugged into a Loop or Fabric, the unit may receive framing errors, which can be  
found in the trace logs, and the fiber link light will be off because of the incorrect Fibre  
Channel link speed. For more information on manually setting the Fibre Channel port  
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Verifying SCSI Devices in Windows NT  
If running Fibre Channel-to-SCSI mapping mode, verify the Fibre Channel and  
the SCSI devices are recognized by the router.  
Sometimes Windows NT may need to be rebooted with all SCSI devices and the  
router powered up before recognizing the devices.  
To verify the Fibre Channel and SCSI devices:  
1. Navigate to the Windows NT Control Panel, and select SCSI Adapters.  
2. Double click the Fibre Channel HBA.  
The SCSI devices should be listed.  
If no devices are listed, verify the router configuration, Fibre Channel HBA  
configuration, and cabling.  
If devices are listed, verify the Fibre Channel HBA mapping mode or the  
AL_PA addresses.  
Verifying the Router Configuration  
If you are in doubt about the configuration or about the location of the error,  
restore the router to the factory default configuration and proceed to configure the  
unit one step at a time, verifying the functionality of the configuration after each  
change is made.  
Caution: Restoring factory defaults overwrites user configurations. In the  
Serial/Telnet interface, use the save configuration option before resetting  
factory defaults to allow recovery of user configuration.  
Verifying Mapping  
If the router is working in Fibre Channel-to-SCSI Initiator mode and is using  
Indexed or SCC mapping, try changing to Auto-assigned mapping.  
Verifying Devices  
It may be useful to connect the SCSI target devices directly to a SCSI interface  
(for example, a host SCSI bus) to verify that the devices are functional.  
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Basic Troubleshooting  
Verifying the Host Configuration  
In some cases, the Fibre Channel HBA or host device driver may not be working  
properly. Check the configuration of these elements.  
It may be useful to check the release notes for the device driver to see if there are  
any specific issues or a required configuration. It may also be useful to ensure that  
the current version of the HBA driver is being used.  
There are cases where older applications can have expectations about what  
constitutes a valid SCSI ID, and thus may not correctly handle certain mappings.  
This is not an issue for the operating system or most applications. However, some  
applications may exhibit difficulties addressing target IDs greater than 15 (16 and  
higher.) To resolve this situation, configure the router to use hard addressing and  
set the AL_PA to a value that the HBA will be able to map with an ID less than  
16.  
Verifying HBA Device Driver Information  
Review the HBA device driver Readme.txt file for configuration specifics. An  
HBA may require a different configuration. HBAs typically come with utility  
programs to view or change their configurations.  
Verifying Serial Port Configuration  
If you are having problems connecting via the serial interface, verify the  
configuration of the terminal or terminal emulation program.  
Table 11: Terminal Configuration Settings  
BAUD Rate  
Autobaud, 9600, 19200, 38400, 57600, 115200  
Data Bits  
8
Stop Bit  
1
Parity  
None  
Flow Control  
XON/XOFF  
If problems persist, verify the cabling.  
If a valid Ethernet IP address is configured, serial configuration settings can also  
be set via Telnet.  
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Basic Troubleshooting  
Verifying PRLI Data  
The router returns the PRLI (preliminary login) response data as specified in  
Table 12.  
In the default configuration, the router returns PRLI Data (PRLI Accept Payload)  
with the Target bit SET and the Initiator bit CLEAR. However, some  
configurations require the Initiator bit be SET, such as in router-to-router  
configurations. See the Fibre Channel Overrides Menu for more information  
about changing the initiator bit.  
Table 12: PRLI  
Item  
PRLI Command Code  
Page Length  
Value  
0x20  
0x10  
0x10  
0x8  
0x0  
0x0  
0x0  
0x1  
0x1  
0x0  
0x0  
0x1  
0x1  
0x0  
0x0  
0x1  
0x0  
Payload Length  
Type Code  
Type Code Extension  
OPA  
RPA  
IPE  
Response Code  
Originator Process Associator  
Responder Process Associator  
Initiator Function  
Target Function  
Command/Data Mixed Allowed  
Data/Response Mixed Allowed  
Read XFER_RDY Disabled  
Write XFER_RDY Disabled  
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Basic Troubleshooting  
Introducing HP StorageWorks Library and Tape Tools  
To provide continued service to our customers, HP provides the HP  
StorageWorks Library and Tape Tools (L&TT) software application. L&TT is a  
diagnostic tool that is designed to aid in the installation and maintenance of both  
HP tape devices and tape libraries. L&TT includes several features designed for  
use by both HP storage customers and trained service personnel. The key features  
include:  
Diagnostic tools for tape drive and tape automation devices designed for  
simple troubleshooting.  
Multiple options for retrieving and updating both the latest firmware and the  
most current version of L&TT.  
Frequent firmware image updates are released on the Internet. For optimal  
performance, HP recommends that you update your system periodically with the  
latest device firmware.  
L&TT is available for download at no cost from the HP website at:  
Software Features  
L&TT offers the following features:  
Installation Check-L&TT guides the user through a basic installation check  
of your product. The software assists the user in choosing an appropriate HBA  
and SCSI ID(s), ensuring that the device is detected by the system, and  
verifying key device functionality. This feature is essentially HTML  
documentation that helps with the most common generic installation issues  
while also describing how to use L&TT to verify the device installation.  
Device Identification-L&TT clearly identifies the storage products  
connected to the system, along with key information on product configuration  
and status.  
Troubleshooting Tests-L&TT provides various tests to verify product  
functionality or to isolate product issues. Tests include device self-tests,  
read/write tests on drives, exerciser tests for autoloaders and libraries, and  
specific device utilities.  
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Firmware Upgrades-L&TT provides a convenient way of updating product  
firmware, enabling users with an Internet connection to take advantage of  
ongoing enhancements. The software can be configured to check the Web  
automatically for firmware updates for connected devices, or you can  
manually check the Web for updates if the automatic update feature is not  
desired. If updated firmware is available, the program notifies the user, and  
the updates can easily be copied to the system. With libraries, users can  
upgrade the library and the embedded drive firmware in the same operation.  
Wherever possible, the embedded drives are updated in parallel to reduce  
time.  
Support Ticket Generation-If users experience a problem with a storage  
product, L&TT can generate a support ticket that includes essential  
information for troubleshooting the problem. As an alternative to phone  
support, users can E-mail the support ticket to a support center for assistance.  
This information streamlines the support process and enables the support staff  
to better serve the user if a support call is made later.  
Device Analysis-When you generate a support ticket for a device, L&TT  
performs a Device Analysis test on the device. The support ticket contains  
generic information about a device, as well as the results of the Device  
Analysis test. You can perform the Device Analysis test by itself, but HP  
recommends generating a support ticket because the resulting data is  
presented in a more useful format.  
Automatic Notification of Web Updates-If you have an Internet connection  
and web updates are enabled in the tool preferences, you are automatically  
informed of the following updates, if available, each time the program is  
started:  
— New versions of L&TT  
— New firmware files for connected devices  
— New device-specific functionality (such as new or updated tests) for  
connected devices  
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Finding Additional Information  
The HP website provides the current version of L&TT for download, and general  
information about the tool. Access the website at:  
Getting Support  
E-mail support is available from ltt_team@hp.com. You should expect a response  
within 24 hours (usually sooner) during a normal business week.  
Use this address to obtain support for L&TT, to report bugs, to report any issues  
with the L&TT Website, or to provide enhancement suggestions. HP appreciates  
feedback on how to make improvements for future versions of L&TT.  
Note: This address is intended to provide support for L&TT software. This address is  
NOT for assistance in troubleshooting hardware products. Refer to the documentation  
that comes with your hardware for support options for that product.  
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Serial and Ethernet Pin  
Assignments  
A
AF  
This appendix provides details for:  
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Serial and Ethernet Pin Assignments  
RJ-11 Serial Pin Assignments  
The layout of the pin assignments for the serial receptacle on the router is  
illustrated in Figure 81.  
6
5
4
3
2
1
Fibre  
Channel  
Link/  
Act  
1
Pwr.  
Serial  
Ethernet  
Figure 81: RJ-11 Serial pin assignments  
The pin definitions listed in Table 13 correspond to the pin assignments in  
Table 13: RJ-11 Serial Pin Assignments  
Item  
1
Description  
No connection  
2
3
4
5
6
Serial common (ground)  
Transmit data  
Receive data  
CTS (clear to send)  
RTS (request to send)  
Note: To connect the router to a host system, use a RS-232 null modem cable.  
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Serial and Ethernet Pin Assignments  
RJ-45 Ethernet Cable Pin Assignments  
The layout of the pin assignments for RJ-45 Ethernet receptacle is illustrated in  
1
2
3
4
5
6
7
8
Fibre  
Channel  
Link/  
Act  
Pwr.  
1
Serial  
Ethernet  
Figure 82: RJ-45 Ethernet pin assignments  
The pin definitions listed in Table 14 correspond to the pins assignments in  
The router Ethernet connection supports the IEEE specifications for 10BASE-T  
and 100BASE-TX Ethernet standards.  
Table 14: RJ-45 Ethernet Pin Assignments  
Item  
1
Description  
Transmit Out +  
2
3
4
5
6
7
8
Transmit Out -  
Receive in +  
No Connection  
No Connection  
Receive in -  
No Connection  
No Connection  
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Serial and Ethernet Pin Assignments  
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Controller LUN Commands  
B
BF  
The HP StorageWorks Network Storage Router supports and executes the set of  
SCSI-3 commands listed in this Appendix. These commands can be received as  
FCP commands over the Fibre Channel bus and are supported by the Controller  
LUNs. This document refers to these commands as Controller LUN commands.  
Complete definitions of SCSI-3 commands can be found in the SCSI-3 standard  
available from the American National Standards Institute (ANSI).  
This Appendix explains general Controller LUN commands.  
To first determine which router LUNs are controller LUNs and which are device  
LUNs, the host software must use the Inquiry general command.  
Controller LUNs are addressable in all addressing modes. In SCC mode, there is  
one controller LUN. In Auto-Assigned and Indexed modes, there can be up to four  
configurable controller LUNs.  
Note: Controller LUNs are numbered in sequence following the last device LUN,  
without any gaps. A controller LUN may be placed anywhere in custom tables.  
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Controller LUN Commands  
General Commands  
Report LUNs  
Inquiry  
Each of these commands is discussed in the following paragraphs.  
Report LUNs Command  
The Report LUNs command returns a list of LUNs that can receive commands.  
The format of the Report LUNs command is shown in Table 15.  
Table 15: Format of Report LUNs Command  
Bit/  
Byte  
0
7
6
5
4
3
2
1
0
Operation Code (Example: 0xA0)  
Reserved  
1
2
Reserved  
3
Reserved  
4
Reserved  
5
Reserved  
6
Most Significant Byte (MSB)  
Allocation Length  
7
8
9
Least Significant Byte (LSB)  
Reserved  
10  
11  
Control Byte  
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Controller LUN Commands  
The router returns the LUN Parameters as defined in Table 16.  
Table 16: Report LUNs Data  
Bit/  
Byte  
0
7
6
5
4
3
2
1
0
Most Significant Byte (MSB)  
LUNs Length List  
1
2
3
Least Significant Byte (LSB)  
Reserved  
4
5
Reserved  
6
Reserved  
7
Reserved  
All LUNs are reported and will appear in the host map.  
Note: In addition to the device LUNs, controller LUNs are also included in the report.  
Controller LUN values are displayed at the end of the list. Controller LUN Inquiries  
report peripheral device types as 0x0c.  
Inquiry Command  
The format of the Inquiry Command is shown in Table 17.  
Table 17: Format of LUN Inquiry Command  
Bit/  
Byte  
7
6
5
4
3
2
1
0
0
Operation Code (Example: 0x12)  
Reserved  
1
EVPD  
2
Page Code or Operation Code  
Reserved  
3
4
Allocation Length  
Control  
5
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Controller LUN Commands  
EVPD Page 0x80  
If the EVPD bit (bit 0 of byte 1) is set and the Page Code is 0x80, the unit serial  
number page is returned. The format of this page is shown in Figure 18.  
Table 18: Format of EVPD Page 0X80  
Bit/  
Byte  
0
7
6
5
4
3
2
1
0
Device Type (Example: 0x0c)  
Page Code (80h)  
Reserved  
1
3
4
Page Length  
5
Serial Number  
The router returns the LUN Inquiry Data as defined in Table 19  
Table 19: LUN Inquiry Data  
Item  
Value  
Peripheral Qualifier  
Peripheral Device Type  
RMB  
0x00  
0x0C – Indicates Router/Router function  
0x00  
Device Type Qualifier  
ISO Version  
AENC  
0x00  
0x00  
0x00  
TrmIOP  
0x00  
Response Data Format  
Additional Length  
RelAdr  
0x02 – SCSI-2 Inquiry Data Format  
0x20  
0x00  
0x00  
0x00  
0x00  
0x00  
0x00  
Wbus32  
Sync  
Linked  
CmdQue  
SftRe  
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Controller LUN Commands  
Table 19: LUN Inquiry Data  
Item  
Value  
Vendor ID  
Product ID  
Revision Level  
“HP”  
“router”  
“XXXXXX”  
The router will only reply to a SCSI Inquiry using 8-byte LUN field of 0x00.  
Note: The Revision Level comes from the last four characters of the build string, which  
appears in the headings for most menu screens.  
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Controller LUN Commands  
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Addressing Methods and  
Table Structures  
C
CF  
Fibre Channel and SCSI systems use different methods of addressing devices. The  
router has a method of translating device IDs so each SCSI device is mapped to  
the appropriate Fibre Channel LUN. The SCSI buses establish the bus connections  
between devices. Targets on a SCSI bus may internally address LUNs. The  
addressing of a specific SCSI device is represented by the BUS:TARGET:LUN  
triplet.  
When a Fibre Channel Initiator initializes on a loop, the host must first determine  
what devices exist on the loop. Device discovery is performed and an FCP target  
device list is built. Each device is queried for FCP LUNs (the LUNs are the actual  
devices that the operating system will address.) The addressing used is the SCC  
Logical Unit Addressing and Peripheral Device Addressing method, shown in  
Table 20 through Table 23. First level addressing is supported, so only the first  
two bits of the 8-bit FCP LUN are used.  
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Addressing Methods and Table Structures  
Table 20: Addressing Sequence  
Bit/Byte  
N
7
6
5
4
3
2
1
0
Address Method  
Address Method Specific  
N+1  
Address Method Specific  
Table 21: Address Method Definitions  
Code  
Description  
00  
01  
10  
11  
Peripheral Device Addressing Method  
Volume Set Addressing Method  
Logical Unit Addressing Method  
Reserved  
Table 22: SCSI Logical Unit Addressing  
Bit/Byte  
N
7
6
5
4
4
3
3
2
2
1
1
0
0
1
0
Target  
Table 23: Peripheral Device Addressing  
Bit/Byte  
N
7
6
5
0
0
Bus  
N+1  
Target/LUN  
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Addressing Methods and Table Structures  
Depending on the configuration, the router supports the Peripheral Device  
Addressing method and the Logical Unit Addressing method.  
The data shown in Table 24 comes from the Fibre Channel Configuration Menu.  
The administrator enters the node number (number to the left of the colon in  
Table 24) and the router translates the node number into the corresponding  
AL_PA value (number to the right of the colon in Table 24).  
Table 24: Arbitrated Loop Node-Number to AL-PA Lookup Table  
0:0x01  
1:0x02  
2:0x04  
3:0x08  
4:0x0F  
21:0x2E  
22:0x31  
23:0x32  
24:0x33  
25:0x34  
26:0x35  
27:0x36  
28:0x39  
29:0x3A  
30:0x3C  
31:0x43  
32:0x45  
33:0x46  
34:0x47  
35:0x49  
36:0x4A  
37:0x4B  
38:0x4C  
39:0x4D  
40:0x4E  
41:0x51  
42:0x52  
43:0x53  
44:0x54  
45:0x55  
46:0x56  
47:0x59  
48:0x5A  
49:0x5C  
50:0x63  
51:0x65  
52:0x66  
53:0x67  
54:0x69  
55:0x6A  
56:0x6B  
57:0x6C  
58:0x6D  
59:0x6E  
60:0x71  
61:0x72  
62:0x73  
63:0x74  
64:0x75  
65:0x76  
66:0x79  
67:0x7A  
68:0x7C  
69:0x80  
70:0x81  
71:0x82  
72:0x84  
73:0x88  
74:0x8F  
75:0x90  
76:0x97  
77:0x98  
78:0x9B  
79:0x9D  
80:0x9E  
81:0x9F  
82:0xA3  
83:0xA5  
84:0xA6  
85:0xA7  
86:0xA9  
87:0xAA  
88:0xAB  
89:0xAC  
90:0xAD  
91:0xAE  
92:0xB1  
93:0xB2  
94:0xB3  
95:0xB4  
96:0xB5  
97:0xB6  
98:0xB9  
99:0xBA  
100:0xBC  
101:0xC3  
102:0xC5  
103:0xC6  
104:0xC7  
105:0xC9  
106:0xCA  
107:0xCB  
108:0xCC  
109:0xCD  
110:0xCE  
111:0xD1  
112:0xD2  
113:0xD3  
114:0xD4  
115:0xD5  
116:0xD6  
117:0xD9  
118:0xDA  
119:0xDC  
120:0xE0  
121:0xE1  
122:0xE2  
123:0xE4  
124:0xE8  
125:0xEF  
5:0x10  
6:0x17  
7:0x18  
8:0x1B  
9:0x1D  
10:0x1E  
11:0x1F  
12:0x23  
13:0x25  
14:0x26  
15:0x27  
16:0x29  
17:0x2A  
18:0x2B  
19:0x2C  
20:0x2D  
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Addressing Methods and Table Structures  
SCC (SCSI Controller Command) Addressing Method  
When a router is configured to use SCSI Controller Command addressing (SCC)  
and a command is received, the router either will respond as a controller device to  
the FCP Initiator or will route the FCP request to a specified BUS:TARGET:LUN.  
If a request using the Peripheral Device Addressing method is received (an FCP  
command with the LUN field bits 7 and 6 of byte 0 set to 0), the router routes the  
request to the internal processor, which acts on the command directly. If a request  
using the Logical Unit Addressing method is received (bits 7 and 6 set to 00x10),  
the request is routed to the BUS:TARGET:LUN as specified in the defined field  
Host systems using SCC addressing will typically do initial device discovery  
using the Peripheral Device Addressing method. On issuing an Inquiry command  
to the router, the host will receive the router Inquiry data, indicating the device  
type as a controller device (Inquiry data indicates device type is 0xC). The host  
will then know that subsequent commands to router-attached devices will use the  
Logical Unit Addressing method.  
The host can perform discovery by either progressing through the  
BUS:TARGET:LUN values, as would a standard SCSI driver, or by issuing a  
Report LUNs command. This command is sent to the router (using the Peripheral  
Device Addressing method). The router returns a table indicating the attached  
devices. The host can then perform actions on these devices directly without  
performing further discovery processing.  
Auto Assigned Addressing Method  
The Auto Assigned addressing method is created through SCSI device discovery  
on power up or reset. As the router performs device discovery on the SCSI bus,  
the index table FCP LUN values are filled with adjacent FCP LUN referencing  
each subsequent SCSI device. The index table generated by the Auto Assigned  
option cannot be manually edited.  
When the Auto Assigned option is used, the host system will detect every attached  
SCSI device without voids, allowing full device access to the host. This method  
allows easy configuration in environments where SCSI device ordering is not  
important and where hot plugging of SCSI devices will not occur. For example,  
tape libraries are excellent candidates for using Auto Assigned Addressing.  
Configuration options provide for the SCSI discovery to be performed in order of  
bus, target, or LUN as desired for the specific environment.  
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Addressing Methods and Table Structures  
Indexed Addressing Method  
Indexed addressing allows for host bus adapter (HBA) drivers that use only  
Peripheral Device Addressing to access SCSI devices attached to the router. This  
addressing is done by use of a table, which is indexed by sequential LUN values,  
indicating the selected BUS:TARGET:LUN devices. In this mode, it is not  
possible to address the router as a controller unit directly.  
The maximum size of the table is equal to the number of buses multiplied by the  
number of targets per bus less one Initiator ID per bus, multiplied by the number  
of LUNs per target. The index table can be manually edited. A method is also  
provided to perform SCSI device discovery and fill the index table.  
See Table 25 for the Indexed addressing table.  
Table 25: Indexed Addressing Table  
FCP LUN Value  
SCSI BUS:TARGET:LUN  
0
1
2
3
4
5
6
0:0:0  
0:1:0  
0:2:0  
0:3:0  
0:4:0  
0:5:0  
0:6:0  
(0:7:0 occupied by Initiator ID)  
7
0:8:0  
(...)  
(...)  
13  
14  
15  
16  
17  
(...)  
0:14:0  
0:15:0  
1:0:0  
1:1:0  
1:2:0  
(...)  
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Addressing Methods and Table Structures  
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Regulatory Compliance  
Notices  
D
DE  
Federal Communications Commission Notice  
Part 15 of the Federal Communications Commission (FCC) Rules and  
Regulations has established Radio Frequency (RF) emission limits to provide an  
interference-free radio frequency spectrum. Many electronic devices, including  
computers, generate RF energy incidental to their intended function and are,  
therefore, covered by these rules. These rules place computers and related  
peripheral devices into two classes, A and B, depending upon their intended  
installation. Class A devices are those that may reasonably be expected to be  
installed in a business or commercial environment. Class B devices are those that  
may reasonably be expected to be installed in a residential environment (for  
example, personal computers). The FCC requires devices in both classes to bear a  
label indicating the interference potential of the device as well as additional  
operating instructions for the user.  
The rating label on the device shows the classification (A or B) of the equipment.  
Class B devices have an FCC logo or FCC ID on the label. Class A devices do not  
have an FCC logo or FCC ID on the label. After the Class of the device is  
determined, refer to the corresponding statement in the following sections.  
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Regulatory Compliance Notices  
Class A Equipment  
This equipment has been tested and found to comply with the limits for a Class A  
digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to  
provide reasonable protection against harmful interference when the equipment is  
operated in a commercial environment. This equipment generates, uses, and can  
radiate radio frequency energy and, if not installed and used in accordance with  
the instructions, may cause harmful interference to radio communications.  
Operation of this equipment in a residential area is likely to cause harmful  
interference, in which case the user will be required to correct the interference at  
personal expense.  
Class B Equipment  
This equipment has been tested and found to comply with the limits for a Class B  
digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to  
provide reasonable protection against harmful interference in a residential  
installation. This equipment generates, uses, and can radiate radio frequency  
energy and, if not installed and used in accordance with the instructions, may  
cause harmful interference to radio communications. However, there is no  
guarantee that interference will not occur in a particular installation. If this  
equipment does cause harmful interference to radio or television reception, which  
can be determined by turning the equipment off and on, the user is encouraged to  
try to correct the interference by one or more of the following measures:  
Reorient or relocate the receiving antenna  
Increase the separation between the equipment and receiver  
Connect the equipment into an outlet on a circuit that is different from that to  
which the receiver is connected  
Consult the dealer or an experienced radio or television technician for help  
Designation Clarification  
MSL libraries are Class A devices with the HP StorageWorks Network Storage Router  
e1200-160 installed.  
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Regulatory Compliance Notices  
Declaration of Conformity for Products Marked with the FCC Logo,  
United States Only  
This device complies with Part 15 of the FCC Rules. Operation is subject to the  
following two conditions: (1) this device may not cause harmful interference, and  
(2) this device must accept any interference received, including interference that  
may cause undesired operation.  
For questions regarding this FCC declaration, contact us by mail or telephone:  
Hewlett-Packard Company  
Network Storage Solutions - Automation Business Segment  
Regulatory Engineering  
825 14th Street S.W., Bldg. E, MS E200  
Loveland, CO 80537  
(970) 898-1738  
To identify this product, refer to the part, series, or model number found on the  
product.  
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Regulatory Compliance Notices  
Canadian Notice (Avis Canadien)  
Class A Equipment  
This Class A digital apparatus meets all requirements of the Canadian  
Interference-Causing Equipment Regulations.  
Cet appareil numérique de la classe A respecte toutes les exigences du Règlement  
sur le matériel brouilleur du Canada.  
Class B Equipment  
This Class B digital apparatus meets all requirements of the Canadian  
Interference-Causing Equipment Regulations.  
Cet appareil numérique de la classe B respecte toutes les exigences du Règlement  
sur le matériel brouilleur du Canada.  
European Union Notice  
Products with the CE Marking comply with both the EMC Directive  
(89/336/EEC) and the Low Voltage Directive (73/23/EEC) issued by the  
Commission of the European Community.  
Compliance with these directives implies conformity to the following European  
Norms (the equivalent international standards are in parenthesis):  
EN55022 (CISPR 22) – Electromagnetic Interference  
EN55024 (IEC61000-4-2, 3, 4, 5, 6, 8, 11) – Electromagnetic Immunity  
EN61000-3-2 (IEC61000-3-2) – Power Line Harmonics  
EN61000-3-3 (IEC61000-3-3) – Power Line Flicker  
EN60950 (IEC950) – Product Safety  
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Regulatory Compliance Notices  
Japanese Notice  
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Regulatory Compliance Notices  
BSMI Notice  
Laser Device  
All HP systems equipped with a laser device comply with safety standards,  
including International Electrotechnical Commission (IEC) 825. With specific  
regard to the laser, the equipment complies with laser product performance  
standards set by government agencies as a Class 1 laser product. The product does  
not emit hazardous light; the beam is totally enclosed during all modes of  
customer operation and maintenance.  
Laser Safety Warnings  
WARNING: To reduce the risk of exposure to hazardous radiation:  
Do not try to open the laser device enclosure. There are no user-serviceable  
components inside.  
Do not operate controls, make adjustments, or perform procedures to the  
laser device other than those specified herein.  
Allow only HP authorized service technicians to repair the laser device.  
Compliance with CDRH Regulations  
The Center for Devices and Radiological Health (CDRH) of the U.S. Food and  
Drug Administration implemented regulations for laser products on August 2,  
1976. These regulations apply to laser products manufactured from August 1,  
1976. Compliance is mandatory for products marketed in the United States.  
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Regulatory Compliance Notices  
Compliance with International Regulations  
All HP systems equipped with laser devices comply with appropriate safety  
standards including IEC 825.  
Laser Product Label  
A label is located on the surface of the HP supplied laser device.  
Laser Information  
Table 26: Laser Information  
Feature  
Description  
Laser type  
Semiconductor GaAIAs  
Wave length  
Divergence angle  
Output power  
Polarization  
780 nm +/- 35 nm  
53.5 degrees +/- 0.5 degrees  
Less than 0.2 mW or 10,869 W m-2 sr-1  
Circular 0.25  
Numerical aperture  
0.45 inches +/- 0.04 inches  
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Regulatory Compliance Notices  
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Electrostatic Discharge  
E
EF  
To avoid damaging equipment, be aware of the precautions you need to follow  
when setting up the system or handling parts. A discharge of static electricity from  
a finger or other conductor may damage system boards or other static-sensitive  
devices. This type of damage may reduce the life expectancy of the device.  
To prevent electrostatic damage, observe the following precautions:  
Avoid hand contact by transporting and storing products in static-safe  
containers.  
Keep electrostatic-sensitive parts in their containers until they arrive at  
static-free workstations.  
Place parts on a grounded surface before removing them from their  
containers.  
Avoid touching pins, leads, or circuitry.  
Always be properly grounded when touching a static-sensitive component or  
assembly.  
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Electrostatic Discharge  
Grounding Methods  
There are several methods for grounding. Use one or more of the following  
methods when handling or installing electrostatic-sensitive parts:  
Use a wrist strap connected by a ground cord to a grounded workstation or  
computer chassis. Wrist straps are flexible straps with a minimum of  
1 megohm ± 10 percent resistance in the ground cords. To provide proper  
ground, wear the strap snug against the skin.  
Use heel straps, toe straps, or boot straps at standing workstations. Wear the  
straps on both feet when standing on conductive floors or dissipating floor  
mats.  
Use conductive field service tools.  
Use a portable field service kit with a folding static-dissipating work mat.  
If you do not have any of the suggested equipment for proper grounding, have a  
HP authorized reseller install the part.  
Note: For more information on static electricity, or assistance with product installation,  
contact your HP authorized reseller.  
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index  
A
C
Active Fabric configuration  
Serial/Telnet UI 128  
Visual Manager UI 50  
addressing, defined 173  
audience 10  
clock configuration  
Serial/Telnet UI 127  
Visual Manager UI 52  
configuration settings  
backing up 147  
authorized reseller, HP 15  
auto-assigned addressing  
described 176  
common 29  
auto-assigned maps, defined 32  
restoring 148  
troubleshooting 157  
configurations, Fibre Channel to SCSI,  
illustrated 20  
controller LUN commands  
general commands, listed 168  
conventions  
B
backing up the configuration, FTP UI 147  
backup and restore, LAN-free, illustrated 23  
baud rate configuration  
Serial/Telnet UI 97  
document 11  
equipment symbols 12  
text symbols 12  
Visual Manager UI 46  
buffered tape writes  
Fibre Channel  
conversion process, FCP to SCSI protocol,  
illustrated 21  
copying trace buffers, FTP UI 149  
current map, default  
Fibre Channel  
Serial/Telnet UI 103  
Visual Manager UI 58  
overview of 33  
SCSI  
Serial/Telnet UI 107  
Visual Manager UI 61  
bus reset on boot  
Serial/Telnet UI 103  
Visual Manager UI 58  
SCSI  
overview of 29  
Serial/Telnet UI 106  
Visual Manager UI 61  
Serial/Telnet UI 107  
Visual Manager UI 62  
D
date configuration  
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Index  
Serial/Telnet UI 127  
location of 19  
event log  
clearing  
Serial/Telnet UI 139  
Visual Manager UI 52  
DB-9 pin assignments 164  
DB-9 pin layout 164  
DB-9 serial pin assignments, illustrated 164  
default settings, Ethernet 26  
default settings, router 26  
devices  
Visual Manager UI 85  
configuration of  
Serial/Telnet UI 127  
Visual Manager UI 83  
viewing  
supported 20  
troubleshooting 157  
DHCP setup  
Serial/Telnet UI 139  
Visual Manager UI 84  
external features, overview 18  
Serial/Telnet UI 100  
Visual Manager UI 49  
discovery mode  
F
Fibre Channel  
factory settings, resetting  
Serial/Telnet UI 129  
Serial/Telnet UI 102  
Visual Manager UI 57  
overview of 30  
Visual Manager UI 53  
FCC notices  
SCSI  
Class A Equipment 180  
Class B Equipment 180  
classification label 179  
Declaration of Conformity 181  
FCP to SCSI protocol conversion process,  
illustrated 21  
Serial/Telnet UI 106  
Visual Manager UI 61  
document  
conventions 11  
prerequisites 10  
related documentation 10  
features of router, external 18  
Fibre Channel  
E
LED indicators 19  
environmental requirements  
operating 23  
port configuration, overview 30  
Fibre Channel connection, troubleshooting 156  
Fibre Channel hosts  
shipping and storing 24  
equipment symbols 12  
ESD (electrostatic discharge)  
obtaining additional information 188  
precautions 187  
viewing and changing  
Serial/Telnet UI 118  
Visual Manager UI 68  
Fibre Channel maps  
preventing 187  
adding entries  
transporting products 187  
Ethernet configuration  
default settings 26  
Serial/Telnet UI 114  
Visual Manager UI 70  
clearing entries  
Serial/Telnet UI 99  
Visual Manager UI 69  
creating entries  
Visual Manager UI 48  
Ethernet port  
Serial/Telnet UI 115  
Visual Manager UI 70  
LED indicators 19  
190  
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Index  
deleting entries  
firmware versions, upgrading  
FTP UI 150  
Serial/Telnet UI 118  
Visual Manager UI 69  
editing entries  
Serial/Telnet UI 142  
FTP UI  
Serial/Telnet UI 112  
Visual Manager 69  
filling entries  
Serial/Telnet UI 118  
Visual Manager UI 69  
removing gaps in  
accessing 146  
Visual Manager UI 77  
configuration, backing up 147  
configuration, restoring 148  
firmware, upgrading 150  
overview of the UI 28  
tasks 145  
Serial/Telnet UI 117  
Visual Manager UI 69  
viewing and changing  
Serial/Telnet UI 110  
Visual Manager UI 69  
Fibre Channel port  
buffered tape writes  
Serial/Telnet UI 103  
Visual Manager UI 58  
configuration  
trace buffers, copying 149  
functional overview, of router 20  
G
getting help 14  
grounding methods 188  
grounding, suggested equipment for 188  
H
Serial/Telnet UI 101  
Visual Manager UI 56  
Configuration screen, illustrated 56  
default map  
Serial/Telnet UI 103  
Visual Manager UI 58  
discovery mode  
Serial/Telnet UI 102  
Visual Manager UI 57  
override settings  
Serial/Telnet UI 103  
Visual Manager UI 59  
performance mode  
Visual Manager UI 59  
port mode  
HBA device driver, troubleshooting 158  
heel straps, using 188  
help, obtaining 14  
host configuration, troubleshooting 158  
host lists  
adding to  
Serial/Telnet UI 120  
deleting from  
Serial/Telnet UI 121  
editing, Fibre Channel  
Serial/Telnet UI 120  
Visual Manager UI 68  
editing, SCSI  
Serial/Telnet UI 121  
Visual Manager UI 71  
selecting a host for the current map  
Serial/Telnet UI 120  
Visual Manager UI 66  
hostname  
Serial/Telnet UI 103  
Visual Manager UI 57  
port name  
Serial/Telnet UI 102  
Visual Manager UI 56  
Fibre Channel to SCSI configurations, illustrated  
Serial/Telnet UI 99  
Visual Manager UI 47  
191  
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Index  
HP  
Library and Tape Tools, Getting support 162  
Library and Tape Tools, Key features 160  
Library and Tape Tools, Software features 160  
link status, Fibre Channel  
authorized reseller 15  
storage website 14  
technical support 14  
Serial/Telnet UI 133  
I
Visual Manager UI 56  
LUN management  
I/O configuration  
Visual Manager UI 54  
indexed addressing  
described 177  
overview 31  
M
indexed maps, defined 32  
initiator IDs, SCSI  
Serial/Telnet UI 106  
Visual Manager UI 60  
interfaces  
mapping tasks, Fibre Channel  
adding entries  
Serial/Telnet UI 114  
Visual Manager 70  
changing the name of the host  
Visual Manager 68  
clearing entries  
Visual Manager 69  
creating entries  
user, listed 27  
internal termination, SCSI  
Visual Manager UI 61  
IP address  
Serial/Telnet UI 99  
Visual Manager UI 49  
IP gateway  
Serial/Telnet UI 115  
Visual Manager 70  
default current map  
Serial/Telnet UI 103  
Visual Manager UI 58  
deleting entries  
Serial/Telnet UI 118  
Visual Manager 69  
filling entries  
Serial/Telnet UI 99  
Visual Manager UI 49  
L
LAN-free backup and restore, illustrated 23  
laser device  
Serial/Telnet UI 118  
Visual Manager 69  
removing gaps in  
product classification label 185  
radiation warning 184  
regulatory compliance notice 184  
LED indicators  
Serial/Telnet UI 117  
Visual Manager 69  
viewing and changing 108  
Visual Manager UI 69  
mapping tasks, Fibre Channel and SCSI  
adding (creating) a map  
Visual Manager UI 67  
adding a host to the host list  
Serial/Telnet UI 120  
changing the name of  
Serial/Telnet UI 112  
defined 153  
Ethernet port 19  
Fibre Channel 19  
power supply 19  
SCSI bus 19  
types of 153  
Library and Tape Tools 160  
Library and Tape Tools, Additional information  
192  
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Index  
deleting (removing) the current map  
Visual Manager UI 67  
deleting a host from the host list  
Serial/Telnet UI 121  
Visual Manager UI 66  
displaying the entire device list  
Serial/Telnet UI 123  
editing entries  
Serial/Telnet UI 112  
editing host information  
Serial/Telnet UI 121  
editing the current map  
Serial/Telnet UI 111  
editing the host list of the current map  
Serial/Telnet UI 118  
overview of  
Serial/Telnet UI 118  
Visual Manager UI 73  
removing gaps in  
Serial/Telnet UI 117  
Visual Manager UI 73  
viewing and changing 108  
Visual Manager UI 72  
maps  
auto-assigned, defined 32  
indexed, defined 32  
overview 31  
predefined maps 32  
SCC, defined 32  
troubleshooting 157  
N
Visual Manager UI 65  
selecting a host for the current map  
Serial/Telnet UI 120  
Visual Manager UI 66  
selecting the current map  
Serial/Telnet UI 109  
Visual Manager UI 67  
viewing and changing  
Serial/Telnet UI 110  
Visual Manager UI 66  
mapping tasks, SCSI  
adding entries  
network configuration  
Serial/Telnet UI 98  
Visual Manager UI 47  
O
override settings  
Fibre Channel  
Serial/Telnet UI 103  
Visual Manager UI 59  
SCSI  
Serial/Telnet UI 107  
Visual Manager UI 62  
Serial/Telnet UI 115  
Visual Manager UI 73  
clearing entries  
Visual Manager UI 73  
creating entries  
Serial/Telnet UI 116  
Visual Manager UI 73  
default current map  
Serial/Telnet UI 107  
Visual Manager UI 62  
deleting entries  
P
parts  
proper handling 187  
storing 187  
performance mode, Fibre Channel  
Visual Manager UI 59  
pin assignments  
DB-9 serial 164  
RJ-45 Ethernet 165  
pin layout  
Serial/Telnet UI 118  
Visual Manager UI 73  
filling entries  
DB-9 serial 164  
RJ-45 Ethernet 165  
193  
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Index  
port configuration  
S
Serial/Telnet UI 101  
SCC addressing, described 176  
SCC maps, defined 32  
SCSI bus  
port mode, Fibre Channel  
Serial/Telnet UI 103  
Visual Manager UI 57  
port name, Fibre Channel  
Serial/Telnet UI 102  
Visual Manager UI 56  
power requirements, of router 24  
power supply  
LED indicators 19  
power-up messages, illustrated 94  
prerequisites 10  
PRLI data, troubleshooting 159  
process, converting Fibre Channel to SCSI,  
illustrated 21  
process, converting SCSI to Fibre Channel,  
illustrated 22  
buffered tape writes  
Serial/Telnet UI 107  
Visual Manager UI 61  
bus reset on boot  
Serial/Telnet UI 106  
Visual Manager UI 61  
configuration of  
Serial/Telnet UI 105  
Visual Manager UI 60  
configuration overview 29  
configuration, troubleshooting 155  
default map  
Serial/Telnet UI 107  
Visual Manager UI 62  
discovery settings  
Serial/Telnet UI 106  
Visual Manager UI 61  
Initiator and Target settings  
Serial/Telnet UI 106  
Visual Manager UI 60  
LED indicators 19  
override settings 107  
Visual Manager UI 62  
termination mode  
R
rack stability, warning 13  
rebooting  
Serial/Telnet UI 142  
Visual Manager UI 87  
regulatory compliance notices  
Canadian 182  
European Union 182  
related documentation 10  
report option  
Visual Manager UI 61  
SCSI devices, troubleshooting 157  
SCSI hosts  
Visual Manager UI 86  
requirements of router, physical 23  
resetting to factory settings  
Serial/Telnet UI 129  
viewing and changing  
Serial/Telnet UI 118  
Visual Manager UI 71  
SCSI maps  
Visual Manager UI 53  
restoring the configuration, FTP UI 148  
RJ-45 Ethernet pin assignments 165  
RJ-45 Ethernet pin layout 165  
RJ-45 Ethernet pin layout, illustrated 165  
router, illustrated 18, 153  
adding entries  
Serial/Telnet UI 115  
Visual Manager UI 73  
clearing entries  
Visual Manager UI 73  
creating entries  
194  
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Index  
Serial/Telnet UI 116  
Visual Manager UI 73  
deleting entries  
Serial/Telnet UI 118  
Visual Manager UI 73  
editing entries  
Serial/Telnet UI 112  
Visual Manager 72  
filling entries  
MAC address 99  
subnet mask 99  
event filter setting options, listed 127  
event log  
clearing 139  
configuration of 126  
viewing 139  
event settings, configuration of 126  
factory settings, resetting 129  
Fibre Channel devices, viewing 135  
Fibre Channel driver status information,  
viewing 136  
Serial/Telnet UI 118  
Visual Manager UI 73  
removing gaps in  
Serial/Telnet UI 117  
Visual Manager UI 73  
viewing and changing  
Serial/Telnet UI 110  
Visual Manager UI 72  
SCSI to Fibre Channel conversion process,  
illustrated 22  
security configuration  
Serial/Telnet UI 100  
Visual Manager UI 51  
serial port  
Fibre Channel link information, viewing 133  
Fibre Channel port  
buffered tape writes 103  
configuration of 101  
discovery mode 102  
override settings 103  
port mode 103  
port name 102  
Fibre Channel status information, viewing  
main menu, described 95  
mapping tasks, Fibre Channel  
adding entries 114  
configuration, troubleshooting of 93, 158  
location of 19  
Serial UI, accessing 92  
Serial/Telnet main menu, illustrated 95  
Serial/Telnet UI  
creating entries 115  
deleting entries 118  
filling entries in 118  
accessing 92  
removing gaps in 117  
Active Fabric configuration 128  
baud rate, changing 97  
Configuration Menu, options, listed 96  
DHCP setup 100  
download new firmware option, described  
mapping tasks, Fibre Channel and SCSI  
adding a host to the host list 120  
changing the name of the current map 112  
deleting a host from the host list 121  
displaying the entire device list 123  
editing entries of the current map 112  
editing host information 121  
editing options, listed 112  
editing the current map 111  
editing the entries of the current map,  
options, listed 113  
editing host information on a Fibre Channel  
port, illustrated 122  
Ethernet configuration 98  
DHCP 100  
Ethernet mode 99  
I/P address 99  
editing the host list of the current map 118  
I/P gateway 99  
195  
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Index  
editing the host list of the current map, edit  
options, listed 119  
trace settings, configuring 125  
Serial/Telnet UI Active Fabric Configuration  
Menu, illustrated 128  
Serial/Telnet UI adding a host to the host list -  
FCP host, illustrated 121  
initial access 108  
listed 109  
screen navigation 109  
selecting the current map 109  
selecting the host for the current map 120  
viewing the current map 110  
Serial/Telnet UI Baud Rate Configuration  
screen, illustrated 97  
Serial/Telnet UI Configuration Menu, illustrated  
Serial/Telnet UI creating an entry for a SCSI  
map, illustrated 117  
Serial/Telnet UI creating an map entry for a  
Fibre Channel map, illustrated 116  
Serial/Telnet UI device list generated for a Fibre  
Channel port, illustrated 114  
Serial/Telnet UI Device Mapping Configuration  
Menu, illustrated 108  
Serial/Telnet UI Download New Firmware  
Menu, illustrated 143  
Serial/Telnet UI Edit Map Entries for a Fibre  
Channel Map, illustrated 113  
mapping tasks,SCSI  
adding entries 115  
creating map entries 116  
deleting entries 118  
filling entries 118  
removing gaps in 117  
overview of the UI 27  
port configuration 101  
reboot option, described 142  
Reset and Save Configuration to Factory  
defaults option, described 129  
Restore Last Saved Configuration option,  
described 129  
Save Configuration option, described 128  
SCSI attached devices 137  
SCSI bus, configuration  
Serial/Telnet UI Edit Map Entries for a SCSI  
Map, illustrated 113  
Serial/Telnet UI editing host information on a  
SCSI bus, illustrated 123  
Serial/Telnet UI entire device list, illustrated 124  
Serial/Telnet UI event filter settings, illustrated  
Serial/Telnet UI Event Log Menu, illustrated 139  
Serial/Telnet UI FCP Current Map display,  
illustrated 110  
buffered tape writes 107  
bus reset on boot 106  
discovery settings 106  
Initiator and Target settings 106  
Target override settings 107  
SCSI resource information 138  
SCSI statistics 137  
SCSI status information 137  
SCSI Status Menu, options, listed 137  
system statistics information, described 131  
System Statistics Menu, options, listed 131  
system status information 131  
System Utilities Menu, options, listed 130  
System Utility Menu, described 130  
trace and event settings configuration,  
described 124  
Serial/Telnet UI Fibre Channel configuration  
screen, illustrated 101  
Serial/Telnet UI Fibre Channel Devices Display  
page, illustrated 135  
Serial/Telnet UI Fibre Channel Driver resource  
status screen, illustrated 136  
Serial/Telnet UI Fibre Channel link status  
screen, illustrated 133  
Serial/Telnet UI Fibre Channel Status Menu,  
illustrated 132  
trace buffers, saving copies 140  
Trace Dump menu, described 140  
196  
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Index  
Serial/Telnet UI Fibre Channel Transport  
Queues page, illustrated 136  
Serial/Telnet UI host list display for Fibre  
Channel maps, illustrated 119  
Serial/Telnet UI host list display for SCSI maps,  
illustrated 119  
Serial/Telnet UI RealTime Clock Configuration  
Menu, described 127  
Serial/Telnet UI SCSI bus configuration menu,  
illustrated 105  
Serial/Telnet UI SCSI Current Map display,  
illustrated 111  
Serial/Telnet UI SCSI Device Display Menu,  
illustrated 138  
Serial/Telnet UI SCSI Resource Display screen,  
illustrated 139  
Serial/Telnet UI SCSI Status Menu, illustrated  
Serial/Telnet UI Select Current Map screen,  
illustrated 109  
Serial/Telnet UI System Statistics Menu,  
illustrated 131  
Serial/Telnet UI System Status screen, illustrated  
Serial/Telnet UI Trace Dump menu, illustrated  
T
tables  
peripheral device addressing 174  
SCSI addressing sequence 174  
SCSI logical unit addressing 174  
target override settings  
Serial/Telnet UI 107  
Visual Manager 62  
technical support, HP 14  
Telnet UI, accessing 92  
text symbols 12  
tools  
conductive field service type 188  
traces  
clearing buffers  
Serial/Telnet UI 140  
Visual Manager UI 82  
configuration  
Serial/Telnet UI 140  
configuration of  
Serial/Telnet UI 125  
Visual Manager UI 79  
copying buffers 149  
viewing  
Serial/Telnet UI 140  
troubleshooting  
Serial/Telnet UI trace settings menu, illustrated  
basic steps, listed 155  
devices, verifying 157  
Fibre Channel connection, verifying 156  
HBA device driver, verifying 158  
host configuration, verifying 158  
mapping, verifying 157  
PRLI data, verifying 159  
router configuration, verifying 157  
SCSI bus configuration 155  
SCSI devices, verifying 157  
serial port configuration, verifying 93, 158  
Serial/Telnet UI trace settings screen,  
continued, illustrated 126  
settings, common configuration 29  
standby power button  
location of 19  
statistics information, viewing  
Serial/Telnet UI 131  
Visual Manager UI 74  
subnet mask  
Serial/Telnet UI 99  
Visual Manager UI 49  
U
symbols in text 12  
upgrading the firmware  
FTP UI 150  
symbols on equipment 12  
197  
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Index  
Serial/Telnet UI 142  
Active Fabric configuration 50  
number of controller LUNs 50  
options 50  
baud rate configuration 46  
best practices 40  
clock configuration 52  
discovery 64  
user configuration  
Serial/Telnet UI 100  
Visual Manager UI 51  
user interfaces, listed 27  
utilities configuration  
Serial/Telnet UI 130  
Visual Manager UI 75  
Ethernet configuration 48  
DHCP 49  
V
Ethernet mode 48  
IP address 49  
Visual Manager Clear Current Trace Buffer  
screen, illustrated 82  
Visual Manager Current traces screen,  
illustrated 81  
Visual Manager Discovery screen, illustrated 64  
Visual Manager Ethernet Configuration dialog  
box, illustrated 48  
Visual Manager Event Log settings screen,  
illustrated 83  
Visual Manager FTP Utility screen, illustrated 77  
Visual Manager Home page, illustrated 41  
Visual Manager main menu, illustrated 41  
Visual Manager Network screen, illustrated 47  
Visual Manager Ports menu, illustrated 54  
Visual Manager Reboot screen, illustrated 87  
Visual Manager Report screen, illustrated 86  
Visual Manager Reset to Factory Default screen,  
illustrated 53  
Visual Manager router image, illustrated 42  
Visual Manager SCSI bus configuration screen,  
illustrated 60  
Visual Manager SCSI Host Name dialog box,  
illustrated 71  
IP gateway 49  
subnet mask 49  
event log  
clearing 85  
configuration 83  
display 84  
factory settings, resetting 53  
Fibre Channel  
buffered tape writes 58  
configuration of 56  
default map 58  
discovery mode 57  
hard AL_PA 57  
link status 56  
override settings 59  
performance mode 59  
port mode 57  
port name 56  
Fibre Channel hosts, viewing and changing  
FTP access 77  
home page 41  
host name, changing 47  
I/O configuration 54  
main menu 41  
mapping tasks 65  
overview of 65  
mapping tasks, Fibre Channel  
adding entries 70  
clearing maps 69  
creating entries 70  
Visual Manager SCSI Map dialog box,  
illustrated 72  
Visual Manager Serial screen, illustrated 46  
Visual Manager Statistics menu, illustrated 74  
Visual Manager System Menu, illustrated 44  
Visual Manager Trace Settings screen,  
illustrated 79  
Visual Manager UI  
accessing 38  
198  
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Index  
deleting entries 69  
filling maps 69  
removing gaps in 69  
viewing and changing 69  
mapping tasks, Fibre Channel and SCSI  
adding a new map 67  
deleting a host 66  
deleting a map 67  
selecting a host 66  
selecting a map 67  
mapping tasks, SCSI  
adding entries 73  
discovery mode 61  
initiator IDs 60  
internal termination 61  
override settings 62  
settings 60  
Target IDs 60  
SCSI hosts  
viewing and changing 71  
serial configuration 46  
statistics information,viewing 74  
System Menu 44  
traces  
clearing map entries 73  
creating entries 73  
clearing buffers 82  
configuration 79  
displays XE 81  
deleting entries 73  
filling maps 73  
user configuration 51  
utilities configuration 75  
options 75  
removing gaps in 73  
viewing and changing 72  
network configuration 47  
Network Menu options, listed 47  
overview of the UI 27  
reboot option 87  
Visual Manager Utilities menu, illustrated 75  
W
warning  
report options 86  
resetting to factory settings 53  
SCSI  
rack stability 13  
symbols on equipment 12  
websites  
buffered tape writes 61  
bus reset on boot 61  
configuration of 60  
default map 62  
HP storage 14  
wrist straps  
using 188  
199  
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200  
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