IntraServer Technology Network Card ITI 90 100250 User Manual

CompactPCI®  
Multi-Function Adapters  
Installation and User’s Guide  
Order Number ITI-90-100250  
Version 1.2 (Second Publication)  
LSI Logic Copyright 2000  
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The, software, if any, described in this document is furnished under a license  
and may be used or copied only in accordance with the terms of such license.  
No responsibility is assumed for the use or reliability of software or  
equipment that is not supplied by IntraServer Technology, Inc. or its  
affiliated companies.  
CopyrightÓ IntraServer Technology, Inc., 2000. All Rights Reserved.  
The Reader’s Comment form at the end of this document requests your  
critical evaluation to assist in preparing future documentation.  
The following are trademarks of IntraServer Technology, Inc.: ITIpciTM  
ClusterReady, IntraServer, and the IntraServer logo.  
,
All other trademarks and registered trademarks are the property of their  
respective holders.  
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FCC NOTICE:  
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 instruction manual, may  
cause harmful interference to radio communications. Operation of this  
equipment in a residential area may cause harmful interference if not installed  
properly; in which case, the user will be required to correct the interference at  
the user's own expense.  
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FCC Declaration of Conformity  
The IntraServer Technology, Inc. CompactPCI® Ultra2 SCSI, Video and  
Ethernet adapter, model numbers ITI-8241, ITI-8240, ITI-8200, ITI-8040 and  
ITI-8001 comply with the requirements of FCC part 15, class A as defined  
under paragraph 2.909 of these rules.  
This declaration covers products identified with ITI-8241, ITI-8240,  
ITI-8200, ITI-8040 and ITI-8001 on the product label.  
A copy of the test report substantiating compliance is available on request  
from:  
Corporate EMC Manager  
IntraServer Technology, Inc.  
Seven October Hill Road  
Holliston, MA 01746  
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Table of Contents  
TABLE OF CONTENTS ...............................................................................6  
INTRODUCTION..........................................................................................9  
ITI-8000 SERIES ADAPTERS INCLUDED IN THIS GUIDE ...............................10  
SOFTWARE COVERED BY THIS GUIDE ..........................................................11  
DOCUMENTATION ORGANIZATION...............................................................12  
ADAPTER CONFIGURATION.................................................................13  
I/O CONNECTORS ........................................................................................13  
SCSI........................................................................................................13  
Ethernet...................................................................................................13  
Video.......................................................................................................14  
ITI-8241C-S HANDLE CONNECTIONS.........................................................15  
ITI-8241C-R HANDLE CONNECTIONS.........................................................16  
ITI-8241C-S MODULE CONFIGURATION.....................................................17  
Table 4: Configuration Headers and Jumpers...................................18  
ITI-8241C-R Rear I/O Transition Module........................................19  
INSTALLING THE ITI-8241C-S ADAPTER.....................................................20  
Configuring SCSI for Rear I/O ...............................................................20  
Configuring the Video for Rear I/O........................................................21  
Configuring Ethernet for Rear I/O .........................................................22  
CONFIGURING THE SCSI BUS ..............................................................24  
TERMINATION..............................................................................................24  
AUTOMATIC SCSI TERMINATION ................................................................24  
SCSI IDS.....................................................................................................26  
CABLING SCSI DEVICES .........................................................................27  
ITI-8000 SERIES LVD/SE SCSI CABLE SELECTION GUIDE ........................28  
CONNECTING INTERNAL SCSI DEVICES.......................................................29  
Attaching Ultra2 LVD Devices...............................................................29  
Attaching SE (non-Ultra2/LVD) Devices ...............................................31  
HARD DISK ACTIVITY LIGHT .......................................................................32  
CONNECTING EXTERNAL SCSI DEVICES......................................................32  
EXAMPLE SCSI CONFIGURATIONS....................................................33  
CABLING INTERNAL DEVICES......................................................................34  
CABLING EXTERNAL DEVICES......................................................................35  
Installing the Ethernet Function.............................................................41  
HARDWARE AND SOFTWARE REQUIREMENTS FOR ETHERNET......................42  
CHECKING THE OPENBOOT PROM REVISION LEVEL...................................42  
Displaying the OpenBoot PROM Revision Level...................................42  
INSTALLING THE ETHERNET PORTS ..............................................................43  
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Ethernet 10/100 Auto-Negotiation..........................................................43  
Verifying the Installation........................................................................44  
Diagnostic Testing..................................................................................45  
Verify Connectivity by Monitoring Network Activity..............................47  
SOFTWARE INSTALLATION .................................................................48  
INSTALLATION FOR SUN™ SPARC™ SOLARIS™ ULTRA2 SCSI OPTIONS  
(ITI-8200 SERIES).......................................................................................48  
Introduction ............................................................................................49  
Features ..................................................................................................49  
System Requirements........................................................................49  
Verifying Correct Installation ...........................................................50  
Identifying the SCSI disks ................................................................51  
ITHPS and ITSPS Device Drivers .........................................................53  
Installing ITHPS Ultra2 SCSI Drivers...................................................53  
Existing System Installation..............................................................53  
Floppy Disk Install .......................................................................53  
Distribution File Install.................................................................54  
Network Installation Procedure.........................................................54  
Setting up a Boot/Install Server ....................................................54  
Installing the ITHPS/ITSPS Drivers on the Boot/Install Server...55  
Adding Clients to your Boot/Install Server...................................55  
Booting the Client using ITHPS/ITSPS drivers............................56  
CONFIGURING THE DRIVER SOFTWARE ........................................................58  
Configuring Host Files ...........................................................................58  
Installing the software for the ITI-8241C-S qfe adapter entry...............58  
Booting from the Network Using Solaris ...............................................59  
Customizing the Installation...................................................................60  
Network Hubs that do not send Link Pulses .....................................60  
Configuring Driver Parameters.........................................................60  
Increasing TCP/IP performance........................................................61  
Manually Specifying 10Mbps or 100Mbps Connection...................61  
qfe local-mac-address........................................................................62  
Conflicts With FastEthernet Switches ..............................................62  
Increasing Performance on Enterprise Servers .................................63  
IP Forwarding Routing Protocols......................................................63  
Troubleshooting......................................................................................64  
GLOSSARY OF TERMS ............................................................................67  
APPENDIX A CONNECTOR SPECIFICATIONS..................................................70  
VGA Video Connector ............................................................................70  
Ethernet Connector.................................................................................71  
Network Cabling Requirements..............................................................72  
APPENDIX B: BLOCK DIAGRAM...................................................................73  
APPENDIX C: REAR I/O BACKPLANE CONNECTIONS....................................74  
List of Figures.........................................................................................76  
List of Tables ..........................................................................................76  
SOFTWARE LICENSE...............................................................................77  
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END-USER LICENSE AGREEMENT FOR SOFTWARE........................................77  
PRODUCT WARRANTY.........................................................................81  
READERS COMMENTS.................................................................................83  
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________________________1  
Introduction  
IntraServer’s ITI-8000 Series Ultra2/Ultra3 SCSI, Quad Fast Ethernet and  
Video adapters for CompactPCI® combine state of the art Low Voltage  
Differential (LVD) Ultra2 and Ultra3 SCSI technology with multiport Fast  
Ethernet and Video. IntraServer ITI-8000 Series adapters provide maximum  
integration of the most commonly required server functions, leaving the  
maximum number of free CompactPCI® slots available for your application.  
IntraServer provides state of the art software drivers, which take full  
advantage of the embedded RISC SCRIPTS multiport SCSI controller to  
minimize system overhead and maximize data throughput. Four integrated  
Fast Ethernet channels provide high performance network connectivity, with  
full compatibility with the Sun™ Solaris™ QFE driver. An integrated ATI  
Rage2C graphics engine provides high performance graphics capability  
without the need for an additional CompactPCI® slot.  
IntraServer provides the highest performance and the maximum functionality,  
while leaving the system integrator the most expandable system platform.  
Available CompactPCI® compliant hot swap makes the ITI-8000 Series a  
must for your high availability CompactPCI® application.  
This manual will serve as a step by step guide during the installation of your  
CompactPCI® IntraServer host adapter in your computer.  
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ITI-8000 Series Adapters  
Included in This Guide  
This guide covers the installation and operation of IntraServer’s ITI-8000  
Series CompactPCI® Combination adapters as follows:  
IntraServer  
Part  
Description  
ITI-8241C-S  
IntraServer CompactPCI® Combination Adapter with:  
Two Ultra2 SCSI ports, Four Fast Ethernet Ports and  
one Video Port.  
IntraServer CompactPCI® Combination Adapter with:  
Two Ultra2 SCSI ports and Four Fast Ethernet Ports.  
ITI-8240C-S  
ITI-8200C-S  
ITI-8040C-S  
ITI-8001C-S  
IntraServer CompactPCI® Adapter with two Ultra2  
SCSI ports.  
IntraServer CompactPCI® Adapter with four Fast  
Ethernet Ports.  
IntraServer CompactPCI® Adapter with one Video Port.  
Table 1: Hardware Covered by this Guide  
The following variations are available for the adapters above. The variations  
can be combined when applicable. Contact IntraServer sales for additional  
information.  
-Variation  
Description  
-S  
Sun™ Solaris™ Support  
-H  
-R  
Hot Swap  
Rear I/O  
Table 2: Available Options  
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Software Covered by This Guide  
All IntraServer’s ITI-8000 Series CompactPCI adapters are supported by the  
Solaris operating system on SPARC™ based systems. Information regarding  
software installation is included in the software driver section of this guide.  
Support is currently available for the following operating systems:  
Operating System  
Sun Solaris Version 2.6  
Sun Solaris Version 7.0  
Sun Solaris Version 8.0  
WindowsNT/Windows95/98  
Linux  
Intel SPARC™  
No  
No  
No  
No  
No  
Yes1  
Yes1  
Yes2  
N/A  
N/A  
Notes: 1. No Hot Swap  
2. Currently in qualification. Contact IntraServer Sales for more  
information.  
Table 3: Operating System Support  
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Documentation Organization  
This manual is organized into the following sections:  
·
·
·
·
Adapter Configuration and Installation  
BIOS and Firmware Configuration  
Testing the Installation  
Software Driver Installation and Configuration  
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________________________2  
Adapter Configuration  
IntraServer CompactPCI® Combination adapters will have a different  
connector configuration depending on which variation you have purchased.  
This guide will cover the ITI-8241C-S, two Ultra2/LVD SCSI port, four Fast  
Ethernet and Video, fully configured module. For all other variations of the  
adapter, simply skip those sections that do not apply to your adapter.  
I/O Connectors  
SCSI  
ITI-8000 host adapters include an external SCSI Connector for each SCSI  
channel, accessible through the front bulkhead handle. The ITI-8241C-R  
variant of the module allows SCSI to exit the rear of the system enclosure, by  
connecting to J3 and J5 of the ITI-8000 module. See appendix A and  
Appendix B for additional Information.  
Correct installation of your adapter requires that you first understand the  
basic rules of the SCSI bus and correctly configure the termination based on  
the position of the IntraServer CompactPCI® adapter on the bus. In order for  
a SCSI bus to operate, it must be electrically terminated at both ends.  
The terminators for LVD/SE and SE on the ITI-8000 Series adapters are fully  
automatic, and in normal circumstances need no manual intervention for  
correct operation. Indicator lights on the handle of the module will confirm  
correct operation of each of the buses.  
Each of the two Ultra2 SCSI ports are capable of running Low Voltage  
Differential (LVD) at up to 80MB/sec, or Single Ended (SE) at up to  
40MB/sec. Placing a Single Ended device on an LVD bus will cause the bus  
to run in SE mode, and reduce the overall bandwidth of the bus to 40MB/sec.  
Ethernet  
Four Ethernet connectors are provided on the adapter handle. They will be  
known to the Solaris system as qfe0 – qfe31, and are numbered from the top  
of the handle to the middle, where the port closest to the top (or end) of the  
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handle is qfe0. See Figure 1 for location of the ports, and Appendix A for  
connector pin-out.  
1Note: Your ports will be named with the next four available qfe numbers if  
there are existing qfe ports in your system.  
Video  
A 15-pin “D” standard VGA connector is provided on the module handle.  
Plug your VGA monitor into this connector, and your system keyboard and  
mouse to the CPU keyboard and mouse port. Solaris will automatically  
recognize the ATI video subsystem under the m64 driver.  
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ITI-8241C-S Handle Connections  
Use the following diagram as a guide when connecting your external devices  
to IntraServer’s ITI-8241C-S adapter.  
Ethernet Port 0 [qfe0]  
Ethernet Port 1 [qfe1]  
Ethernet Port 2 [qfe2]  
Ethernet Port 3 [qfe3]  
Link/Activity Port 1  
Link/Activity Port 3  
Link/Activity Port 0  
Link/Activity Port 2  
SCSI Status Port A  
Left = LVD  
Center = TERM  
Right = Activity  
Ultra2 SCSI Port A  
Ultra2 SCSI Port B  
SCSI Status Port B  
Left = LVD  
Center = TERM  
Right = Activity  
VGA Video Connector  
Hot Swap Status LED  
Blue = OK to Remove*  
*Note: Contact your Software  
Vendor for details. Some  
operating systems do not  
support hot swap.  
Figure 1: ITI-8241C-S I/O Connector Configuration  
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ITI-8241C-R Handle Connections  
Use the following diagram as a guide when connecting your external devices  
to IntraServer’s ITI-8241C-R rear I/O module.  
Ethernet Port 3 [qfe3]  
Ethernet Port 2 [qfe2]  
Ethernet Port 1 [qfe1]  
Ethernet Port 0 [qfe0]  
Link/Activity Port 1  
Link/Activity Port 3  
Link/Activity Port 0  
Link/Activity Port 2  
SCSI Status Port B  
Left = Activity  
Center = TERM  
Right = LVD  
Ultra2 SCSI Port B  
Ultra2 SCSI Port A  
SCSI Status Port A  
Left = Activity  
Center = TERM  
Right = LVD  
VGA Video Connector  
Figure 2: ITI-8241C-R Rear I/O Connector Configuration  
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ITI-8241C-S Module  
Configuration  
The following diagram can be used to locate the major components and  
option jumpers on the ITI-8241C-S adapter.  
J 6,7,8,9  
HDR 1,6,3,7  
J 11  
HDR 1002  
J 10  
HDR 5  
HDR 4  
Figure 3: ITI-8241C-S Configuration Jumper and Header Location  
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Header Number  
Function  
HDR 1  
HDR 3  
HDR 4  
HDR 5  
HDR 6  
HDR 7  
HDR 1002  
J 6  
Bus A Internal Termination Invert  
Bus B Internal Termination Invert  
Video Disable  
Video Interrupt Disable  
Bus A External Termination Invert  
Bus B External Termination Invert  
Hot Swap Register Disable  
Ethernet Port 0 Front/Rear Select  
Ethernet Port 1 Front/Rear Select  
Ethernet Port 2 Front/Rear Select  
Ethernet Port 3 Front/Rear Select  
Video Front/Rear  
J 7  
J 8  
J 9  
J 11  
J 10  
Video Front/Rear  
Table 4: Configuration Headers and Jumpers  
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ITI-8241C-R Rear I/O Transition Module  
Figure 4: IntraServer ITI-8241C-R Rear I/O Transition Module  
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Installing the ITI-8241C-S  
Adapter  
The ITI-8241C-S Combination host adapter is plug and play compatible with  
Sun Solaris SPARC™ systems. All functions of the ITI-8241C-S adapter are  
accessible from the front of the adapter. With the addition of the optional  
ITI-8241C-R rear I/O module, all functions can also be brought to the rear of  
the system.  
If you plan on using the ITI-8241C-R rear I/O module, you must configure  
your ITI-8241C-S adapter to select rear or front output for the Video and  
Ethernet functions.  
Configuring SCSI for Rear I/O  
The ITI-8241C-S SCSI ports on the front and rear are all active at the same  
time. If the Front ports are used alone, or the rear ports are used alone, the  
module will terminate the SCSI bus. If the rear and front SCSI port on either  
the A or B SCSI channel are used together, the module will automatically  
disable the onboard terminators for that port.  
No manual configuration of the SCSI termination is required. The state of  
the on-board termination can be monitored on the TERM LED on the module  
handle.  
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Configuring the Video for Rear I/O  
To configure the ITI-8241C-S Video to exit the rear of the system cabinet via  
the ITI-8241C-R rear I/O module, use the following procedure:  
§
§
Locate J10 and J11. (See Figure 2 for jumper locations)  
Move each of the jumpers on J10 and J11 from the “F”  
position to the “R” position.  
F
R
F
J11  
J10  
R
Figure 5: Video Configured for Front I/O  
F
R
F
J11  
J10  
R
Figure 6: Video Configured for Rear I/O  
The Video connector on the ITI-8241C-R rear I/O module will now be active,  
and the front Video connector on the ITI-8241C-R module will be inactive.  
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Configuring Ethernet for Rear I/O  
To configure the ITI-8241C-S Ethernet to exit the rear of the system cabinet  
via the ITI-8241C-R rear I/O module, use the following procedure:  
§
§
Locate J6, J7, J8 and J9. (See Figure 2 for jumper locations)  
Move the jumpers for each port to the Front “F” or Rear “R”  
position.  
Each port can be configured for front I/O or rear I/O.  
J9 = Port 3  
J8 = Port 2  
J7 = Port 1  
J6 = Port 0  
R
F
R
F
R
F
R
F
Figure 7: Ethernet Configured for Front I/O  
J9 = Port 3  
J8 = Port 2  
J7 = Port 1  
J6 = Port 0  
R
F
R
F
R
F
R
F
Figure 8: Ethernet Configured for Rear I/O  
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The following procedure should be used to install all IntraServer  
CompactPCI® adapters:  
1. Turn OFF the power to the computer system, and to all  
peripherals directly connected to the system (monitor, printer,  
external SCSI enclosures, etc.)  
2. Unplug the system from the AC power line  
3. Use an anti-static strap or precautions to avoid static discharge  
to your computer system or the IntraServer CompactPCI®  
adapter  
4. Remove the access cover for your system (refer to the  
system’s documentation).  
5. Locate a free CompactPCI® expansion slot and remove the  
screws and metal cover for the selected slot. Be certain not to  
install the adapter in a CPU slot  
6. Install the adapter in the selected slot. The module should fit  
without forcing, and should line up with the I/O bulkhead. Be  
certain that the adapter is fully seated in the slot.  
7. Tighten the retaining screws.  
8. Connect any SCSI devices to the SCSI connectors (see figure  
1), following the guidelines in the “Configuring the SCSI  
Bus” chapter of this manual.  
9. Plug your VGA monitor into the 15-Pin VGA port shown in  
figure 1.  
10. Plug your network cables into the four network jacks, starting  
from the top (qfe0) port.  
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3
Configuring the SCSI Bus  
Some basic SCSI principles must be applied to correctly configure the SCSI  
bus on your system.  
Termination  
Most difficulties with the SCSI bus can be traced to improper  
termination and cabling.  
The SCSI bus must be terminated at both ends, and only at the ends.  
Configure the termination on your IntraServer CompactPCI® adapter using  
the configuration information in the preceding chapter. Refer to the  
documentation for each device on the SCSI bus, to ensure:  
1
Devices at the ENDS of the bus have TERMINATION  
ENABLED  
2
Devices not at the END of the bus have TERMINATION  
DISABLED  
3
4
Use LVD/SE termination on the Ultra2 buses.  
Use active termination for Ultra Wide SCSI.  
Automatic SCSI Termination  
All IntraServer’s ITI-8000 Series adapters employ automatic termination. In  
normal cases, no operator action is required to correctly terminate the SCSI  
bus, provided the following rules are observed:  
·
Each SCSI bus must be terminated ONLY at the ends. If the  
IntraServer ITI-8000 Series module is at the end of the SCSI  
bus, the termination will be set Automatically Enabled (the  
TERM light will light to indicate the module IS terminating  
the bus).  
·
If the LVD/SE bus on an ITI-8000 Series module is located on  
a bus containing LVD devices, it will automatically set to  
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LVD signal levels. The LVD light will light to indicate the bus  
is running in ULTRA2 LVD (80MB/sec) mode.  
·
If the LVD/SE bus on an ITI-8000 Series module senses ANY  
Single Ended (SE Only) devices on the bus, it will  
automatically set to SE signal levels and run in ULTRA  
(40MB/sec) mode.  
NOTE: Placing Single Ended devices on the LVD bus on a ITI-8000  
Series adapter will force the LVD bus to run in ULTRA mode.  
QUICK CHECK: If the LVD LED (see Figure 1) is ON, the bus is  
capable of Ultra2 (80MB/sec) performance. If the  
LED is OFF the bus is capable of 40MB/sec.  
As a rule, SE devices and LVD devices should NOT be mixed on a bus. If all  
SE devices are kept on one SE bus, the LVD bus will run at Ultra2 speeds,  
while the SE devices will run at their maximum Ultra performance.  
If a “Y” cable is used on the FRONT external connector, placing the ITI-  
8000 Series adapter in the middle of the LVD SCSI bus, you must install a  
jumper on the invert termination headers HDR1 and HDR3 (see Figure 2),  
this will force the module NOT to terminate the bus. This situation could  
arise in a SCSI cluster.  
If a “Y” cable is used on the REAR external connector, placing the ITI-8000  
Series adapter in the middle of the LVD SCSI bus, you must install a jumper  
on the invert termination headers HDR6 and HDR7 (see Figure 2), this will  
force the module NOT to terminate the bus. This situation could arise in a  
SCSI cluster.  
QUICK CHECK: If the TERM LED (see Figure 1) is ON the ITI-8000  
Series adapter is terminating the bus. If you are using the  
“Y” configuration as described above, the termination  
LED must be OFF.  
LVD technology is not compatible with the older High Voltage Differential  
SCSI standard. If an HVD device is placed on the Ultra2/LVD bus, the  
IntraServer host adapter will turn off the port, and indicate the error by  
flashing the LVD LED Status Indicator. Do not use HVD terminators on  
your LVD bus.  
QUICK CHECK: If the LVD LED is Flashing, a HVD device has been  
sensed on the LVD bus, and the bus has been disabled.  
Remove the HVD device.  
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SCSI IDs  
Each device and host adapter on the SCSI bus must have a unique SCSI ID.  
It is recommended that the host adapter be left at its default ID of 7. Should  
it be necessary for the host adapter ID to be changed, use the OBP setenv  
command to change the scsi-initiator-id from 7 to the desired value. It will  
be necessary to change the SCSI ID of one or more of the adapters in a SCSI  
Clustered system because there will be more than one IntraServer  
CompactPCI® adapter on the same SCSI bus.  
On a 16-bit (WIDE) SCSI bus, each device must have a unique SCSI ID from  
0 - 15. All IntraServer CompactPCI® adapters default to ID 7. All other  
devices on the bus should be given Ids from 0 - 6 or 8 - 15. Refer to the  
target devices’ documentation setting the targets’ SCSI ID.  
NOTE: Not all operating systems currently support SCSI IDs above 7.  
Refer to your specific operating system for details.  
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4
Cabling SCSI Devices  
All IntraServer CompactPCI® SCSI adapters support up to 15 devices per  
SCSI channel. Devices can be connected internally, externally or a  
combination of internally and externally. For FAST SCSI operation, it is  
recommended that the total bus (cable) length from end to end be kept to 3  
meters. For Ultra2 SCSI running in Low Voltage Differential (LVD) mode,  
the cable must be kept within 12 meters for multidrop connections or 25  
meters point to point. For Ultra2 SCSI in Single Ended (SE) mode, it is  
recommended that the total bus (cable + module etch) length be kept to 1.5  
meters.  
It is highly recommended that a high quality SCSI cable be selected for all  
device connections, due to the importance of optimal signal integrity, and to  
ensure compliance with regulatory agency approval for system emissions.  
Most problems encountered during the initial installation of a SCSI system  
can be traced to improper or low quality cabling and termination. IntraServer  
carries a complete line of high quality SCSI cables, which can be ordered to  
meet the requirements of your configuration.  
NOTE: In order to ensure optimal signal integrity in the Ultra2 LVD  
environment, a differential pair (twisted pair) cable should be  
used on all LVD segments of the bus.  
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ITI-8000 Series LVD/SE SCSI  
Cable Selection Guide  
Cable Description  
BUS  
Length  
Meters  
Adapter  
Connector  
Device  
Connector  
Part  
Number  
Internal 68-pin ribbon, LVD  
differential high density, 5  
position (1 adapter & 4  
16-Bit  
LVD/SE  
Internal  
1.0  
68-pin High  
Density  
68-pin High  
Density  
50-401030  
devices) with built in LVD/SE  
Terminator  
1.0  
50-500175  
External 68-pin high density  
to 68-pin micro  
16-Bit LVD  
External  
68-pin high  
density  
micro  
68-pin high  
density  
male, rt.  
angle  
External Adapter Cable, 68-  
pin micro to 68 position high  
density receptacle.  
16-Bit LVD  
External  
0.2  
2.0  
68-pin micro  
68-pin high  
density  
receptacle  
50-500170  
50-500120  
External 68-pin, high density,  
one end right angle cable exit.  
NOTE: Extends 50-500170  
16-Bit LVD  
External  
68-pin High  
Density  
68-pin High  
Density, rt.  
Angle  
Table 5: ITI-8000 Series SCSI Cable Selection Guide  
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Connecting Internal SCSI  
Devices  
Internal SCSI devices (disks inside the host enclosure) can be connected to  
the ITI-8241C-R rear I/O adapter using a multi-conductor 68 position ribbon  
cable for 16-bit (WIDE) devices. There is one 68 position connector for each  
of the two SCSI buses. SCSI bus A is wired to J7 and SCSI bus B is wired to  
J8.  
Connectors that are labeled ULTRA2 LVD/SE are capable of running LVD  
SCSI at 80MB/sec. To maximize the performance of the card, use all LVD  
capable devices. Connecting a non-LVD device to the LVD bus will cause it  
to run in SE mode and reduce the maximum performance of the port to  
40MB/sec.  
If the SCSI bus is not in LVD mode (LVD LED is off), the SCSI bus length  
must be kept to the Ultra2 SE length of 1.5 meters.  
NOTE: If the LVD LED is not illuminated, the LVD bus is not running in  
LVD mode. This is a quick check to indicate if a non-Ultra2/LVD  
device is on the LVD segment of the card.  
Attaching Ultra2 LVD Devices  
A differential internal cable (50-401030) can be used to attach internal LVD  
disks to the ITI-8241C-R rear I/O module. The LVD cable should be  
plugged into one of the LVD/SE connectors on the rear I/O adapter (J7 or J8).  
All internal LVD devices should be connected to this cable.  
To configure internal devices on the LVD/SE bus:  
·
·
Set the device to a unique SCSI ID (0-6 or 8-15), the host adapter  
default is 7.  
Plug the unterminated end of the SCSI cable into the IntraServer  
CompactPCI® adapter, making sure pin 1 (usually marked on the  
cable with a red stripe), corresponds to pin 1 on the connector.  
·
·
·
Plug one connector on the ribbon cable to each of the devices on  
the bus  
Plug a 4-pin power connector into the power connector of each  
SCSI device  
The end of the LVD differential cable has a built in LVD  
terminator, which will correctly terminate the end of the internal  
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LVD bus segment. The adapter will terminate the other end of the  
bus automatically.  
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Attaching SE (non-Ultra2/LVD) Devices  
The IntraServer internal cable (50-401030) can also be used to attach internal  
Single Ended (SE) disks to the ITI-8241C-R rear I/O module. Note that  
placing any non-LVD drives on a bus will cause the entire bus to run in  
Single Ended mode, and reduce the maximum I/O throughput from  
80MB/sec to 40MB/sec. If you must use SE drives on your system, place  
them all on the same bus, if possible.  
To configure SE internal devices on the ITI-8241C-R adapter:  
·
Disable termination on all SE devices, and use a cable (50-401030)  
that is capable of SE/LVD termination. This will ensure the SCSI  
bus is only terminated at the end, and that a high quality terminator  
is being used.  
·
·
Set the device to a unique SCSI ID (0-6 or 8-15), the host adapter  
default is 7.  
Plug the end of the SCSI cable into the J7 or J8 connector on the  
ITI-8241C-R adapter, making sure pin 1 (usually marked on the  
cable with a red stripe), corresponds to pin 1 on the connector.  
·
·
Plug one connector on the ribbon cable to each of the devices on  
the SE bus  
Plug a 4-pin power connector into the power connector of each  
SCSI device  
NOTE: If you are using J7 or J8, you must NOT also attach a cable to  
the corresponding external SCSI bus on the rear I/O module.  
Attempting to use J7 and disks on the “A” external rear I/O  
connector, or disks on J8 and disks on the “B” external rear I/O  
connector will result in unpredictable behavior.  
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Hard Disk Activity Light  
IntraServer’s ITI-8000 Series adapters have a built in activity LED, which  
indicates when the SCSI bus is busy. The LED will flash to indicate activity  
on the bus.  
Connecting External SCSI  
Devices  
Optional cables are available from IntraServer for all external devices. See  
the cable selection Table 5 in this guide to determine the correct cable for  
your application. You will need to know the type of connector you require  
on each end of the cable, and the length of cable required.  
Apply the same rules for ID and termination as for internal devices:  
·
Only the end device on the bus (last device on the cable) should  
have termination enabled  
·
Each device must have a unique SCSI ID  
All IntraServer ITI-8000 Series modules will automatically enable or disable  
SCSI termination by sensing the cable configuration.  
NOTE: If you are using external devices, the end of the external cable  
MUST be correctly terminated with an LVD Ultra2 terminator.  
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5
Example SCSI Configurations  
IntraServer’s ITI-8000 Series adapters greatly increase the configuration  
flexibility for SCSI while allowing increased performance two to four times  
over previous generation products. LVD technology allows multi-drop  
cables up to 12 meters, while operating at 80MB/sec.  
To maximize the performance of the ITI-8000 Series adapter, the following  
general rules must be followed.  
·
·
Ultra2/LVD devices must be connected only to the Ultra2/LVD  
connectors.  
If Ultra/SE devices must be connected to the adapter, put them all  
on one bus, SE drives will cause the bus they are on to run at Ultra  
speeds, and limit the bus performance to 40MB/sec.  
·
·
·
·
The maximum cable length, end to end, of the LVD bus must be 12  
meters or less for multi-drop connections  
The maximum cable length, end to end, of any bus running in SE  
mode must be 1.5 meters or less  
Use the LVD cable supplied in your kit to attach LVD devices to  
the LVD/SE connector on the card  
The end of the SCSI bus MUST provide LVD termination.  
Refer to the cabling examples below to correctly configure your adapter.  
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Cabling Internal Devices  
Be certain to use the IntraServer LVD differential cable and the LVD/SE 68-  
pin connector to connect all your internal LVD peripherals. The cable has a  
built in terminator at the drive end. The ITI-8000 Series adapter will  
terminate the controller end.  
Ultra2 SCSI LVD/SE  
Ultra2 SCSI LVD/SE  
Ultra2 Wide SCSI  
LVD/SE Internal  
Connector  
Internal Connector  
Internal Cable  
T
Ultra2 SCSI LVD/SE  
Terminator  
Ultra2 SCSI LVD Internal  
Devices  
Figure 9: Internal Ultra2/LVD Devices Using ITI-8241C-R Rear I/O  
This example shows correct cabling of internal LVD devices to SCSI bus B  
of the ITI-8241C-R Rear I/O module.  
Note: In this configuration external drives connected to the bus B rear I/O  
connector are not supported.  
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Cabling External Devices  
Be certain to use high quality differential cable for all your external LVD/SE  
connections. When running in LVD mode (LVD LED indicator ON), your  
total LVD bus must be kept to 12 meters for multi-drop connections. If the  
bus is being used in SE mode (LVD LED indicator OFF), the bus must be  
kept to 1.5 meters. You must provide LVD termination at the end of the  
external bus.  
Ultra2 SCSI  
Differential Cable  
Ultra2 SCSI  
LVD/SE Terminator  
(External)  
Ultra2 SCSI LVD  
External Devices  
Ultra2 SCSI LVD/SE  
External Connector  
Figure 10: External Ultra2/LVD Devices  
SUNCluster™ Cabling Examples  
The SCSI cable shall not exceed 1.5M total length if the bus is running in  
Single Ended Mode, or 6M Ultra2/LVD Mode and needs correct termination  
at each end of the cable. There is a short internal cable inside the box, which  
connects the IntraServer rear transition card internal connector to the Cable  
adapter at the rear end of the HDD (see the cabling diagrams below).  
There is ONE external cable per SCSI channel, which connects the two  
System boxes. SCSI terminators are required at each end of the cable. This is  
achieved by enabling the auto terminators on the SCA adapters. The same  
arrangement may be repeated for the second SCSI chain.  
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The configuration example figures in this section show how the shared disk  
drives, the cables, and the controller cards are physically located in Node 0  
and Node 1.  
Table 6 shows the recommended termination scheme and SCSI ID  
settings for one mirrored drive configuration. Table 6 can also be applied  
to the second mirrored drive configuration.  
Figure 11: Dual Rear SCSI Cabling in Side-by-Side Layout - one disk per  
node using SCA adapter  
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Figure 12: Dual Rear SCSI Cabling in Side-by-Side Layout - two disks per  
node using SCA adapter  
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Figure 13: Dual Rear SCSI Cabling in Side-by-Side Layout - one disk per  
node using internal SCSI cable with terminator  
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Figure 14: Dual Rear SCSI Cabling in Side-by-Side Layout - two disks per  
node using internal SCSI cable with terminator  
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Device  
at  
Description  
Notes  
HDD  
Node0  
Shared Disk Drive 1 mounted SCSI-ID = 0  
on the removable caddy. The Terminator = Disabled  
drive has an SCA connector  
TermPwr = Off  
that permits hot swap.  
SCA-Adapter  
Internal Cable  
Node0  
Node0  
Adapter fixed at the rear of  
the backplane on top section.  
SCSI-68 pin ultra-wide cabel  
8’ long that connects the  
SCA-adapter (IN) and the  
ITI-8241C-R (Channel A)  
The rear I/O Transition card  
Terminator = Auto  
ITI-8241C-R  
Node0  
This card is plugged at  
has a SCSI channel A internal the rear of the ITI-  
connector and an external  
micro connector.  
8241C-S.  
External Cable Node0  
(One End)  
Micro connector SCSI  
external cable  
External Cable Node1  
(Other end)  
Micro connector SCSI  
external cable  
ITI-8241C-R  
Node1  
The rear I/O Transition card  
has a SCSI channel A internal the rear of t he ITI-  
This card is plugged at  
connector and an external  
micro connector.  
82141C-S.  
Internal Cable  
Node1  
SCSI-68 pin ultra-wide cable  
8’ long that connects between  
SCA-adapter (IN) and ITI-  
8241C-R (channel A)  
SCA-Adapter  
DHH  
Node1  
Node1  
Adapter fixed at the rear of  
the backplane on top section.  
Shared Disk Drive 1 mounted SCSI-ID=0  
Terminator = Auto  
on the removable caddy. The Terminator = Disabled  
drive has an SCA connector  
that permits hot swap.  
TermPwr = Off  
Table 6: SUNCluster™ Cabling and Termination Details  
Additional configurations are possible, additional  
diagrams may be added in a future manual revision.  
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Installing the Ethernet Function  
The IntraServer ITI-8241C-S adapter contains four fully-buffered twisted-  
pair Ethernet ports (RJ-45), providing four 10BASE-T/100BASE-TX  
channels on one CompactPCI® adapter.  
Features  
·
·
Fully complies with the ANSI/IEEE std. 802.3 CSMA/CD  
physical layer specification  
Four switchable 10BASE-T/100BASE-TX Ethernet channels  
with auto-negotiation. Conforms to IEEE 802.3 Ethernet  
standard  
·
·
Up to 100 meters of twisted-pair without the use of repeaters  
Four independent Ethernet channels can run at either 10Mbps  
or 100Mbps  
·
·
Support for half duplex or full duplex operation  
Multiple 48-bit IEEE 802.3 style media access control (MAC)  
identifiers, one for each Ethernet channel  
·
LED indicators – link integrity for each Ethernet channel  
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Hardware and Software  
Requirements for Ethernet  
Before installing the adapter, the system must meet the following hardware  
and software requirements:  
Table 7: Hardware and Software Requirements  
Requirements  
Hardware /Software  
Supported Systems  
systems  
Sun SPARC™ or SPARC™ OEM  
Supported Operating  
Environments  
Solaris 2.6 and above  
Release 3.0 or later  
OpenBoot PROM (OBP)  
Note – For up to date technical information visit IntraServer’s web site at  
Checking the OpenBoot PROM  
Revision Level  
You can use the OpenBoot command .version to display your system’s  
OpenBoot PROM revision level.  
Displaying the OpenBoot PROM Revision  
Level  
At the ok prompt, type .version to check your system’s OpenBoot PROM  
revision level.  
ok .version  
Release 3.00 Version 1203 created 97/04/19 09:44:48  
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Installing the Ethernet Ports  
This chapter covers how to install the Ethernet portion of the ITI-8241C-S  
CompactPCI® Combination adapter in your system and how to verify that the  
Ethernet ports have been installed correctly.  
Refer to section “Installing the IntraServer CompactPCI Host Adapter” to  
install the combination adapter in your CompactPCI® machine.  
Ethernet 10/100 Auto-Negotiation  
The qfe Ethernet interface used on the IntraServer ITI-8241C-S adapter  
supports auto-negotiation. The auto-negotiation protocol, as specified in the  
100BASE-T standard, automatically selects the operation mode (half-duplex  
or full-duplex) and speed (10Mbps or 100Mbps) based on the network the  
adapter is on.  
The link speed and modes supported by the IntraServer ITI-8241C-S adapter  
are listed below in order of decreasing priority:  
·
·
·
·
100Mbps, full-duplex  
100Mbps, half-duplex  
10Mbps, full-duplex  
10Mbps, half-duplex  
When the system is booted, the IntraServer CompactPCI® adapter advertises  
these capabilities to the Link Partner at the other end of the link (a hub,  
switch, or another network interface card (NIC) in a host system). If the Link  
Partner also supports auto-negotiation, it will advertise its capabilities over  
the link, the common highest priority mode supported by both sides will be  
selected automatically for the link operation.  
If the IntraServer CompactPCI® adapter is connected to a remote system or to  
an interface that is capable of auto-negotiation, your system will  
automatically select the speed and duplex mode.  
If the IntraServer CompactPCI® adapter is connected to a Link Partner in  
which auto-negotiation protocol is not operational, you can configure the  
device to not use this protocol and force the driver to set up the link in the  
mode and speed of your choice.  
Refer to the Platform Notes; “The qfe Ethernet Device Driver” document for  
mode information on the qfe driver and auto-negotiation. This document is  
also available in the Solaris™ AnswerBook.  
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Verifying the Installation  
After you have installed the ITI-8241C-S combination adapter, but before  
you boot the system, perform the following tasks to verify the installation.  
Power on the system and when the banner appears, press the Stop-A keys to  
interrupt the boot process and to get to the ok prompt.  
1. Use the show-devs command to list the system devices.  
You should see lines in the list of devices, similar to the example below.  
Ports identified as “/pci@1f,2000/pci@2/IntraServer,qfe@0,1” are the  
IntraServer fast Ethernet ports on the ITI-8241C-S adapter.  
Your system will vary significantly from the example below depending  
on your system configuration.  
ok show-devs  
/pci@1f,2000/pci@2/IntraServer,qfe@0,1  
/pci@1f,2000/pci@2/IntraServer,qfe@1,1  
/pci@1f,2000/pci@2/IntraServer,qfe@2,1  
/pci@1f,2000/pci@2/IntraServer,qfe@3,1  
Note: If you do not see the devices listed, check to see that the adapter  
is firmly seated in the PCI slot. Remove and reinstall the  
adapter if necessary  
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Diagnostic Testing  
The following tests are available to help identify problems when the system  
containing the IntraServer ITI-8241C-S adapter does not boot.  
The FCode selftest is added to the device tree during the probing phase of the  
OpenBoot™ PROM start-up sequence. You can invoke the FCode selftest  
diagnostics by using the OpenBoot™ user interface test or test-all  
commands. If you encounter an error while running the diagnostics,  
appropriate messages will be displayed. Refer to the OpenBoot™ 3.X  
Command reference Manual for more information on the test and test-all  
commands.  
The selftest exercises most functionality of the adapter and checks for the  
following conditions:  
·
·
·
·
Isolates faulty devices  
Checks that no hardware fault exists  
Checks connectivity during adapter card installation  
Verifies that all components are functional  
Use the following example to run selftest using the test command:  
ok setenv diag-switch? true  
ok test <device-path>  
(example: /pci@1f,0/pci@1/pci@2/IntraServer,qfe@0,1  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@1,1  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@2,1  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@3,1)  
Hme register test --- succeeded.  
Internal loopback test -- succeeded.  
Transceiver check -- Using Onboard Transceiver - Link Up.  
passed  
ok  
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The following tests are run when the test command is executed and the  
adapter is connected to a network.  
·
·
·
·
·
qfe register  
MAC Internal Loopback  
100MBit PHY Loopback  
100MBit TP Loopback  
10MBit XCVR Loopback  
Note: To test other channels of the adapter, you will need to execute the test  
command separately on each channel.  
Note: After testing is complete use the following command:  
ok setenv diag-switch? False  
to turn off diagnostic mode. If diag-switch? is left as true the time for the  
system to initialize will increase.  
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Verify Connectivity by Monitoring  
Network Activity  
Perform the following task to verify that the system recognizes the Ethernet  
connection. Make sure that you are connected to an active network.  
To monitor network activity of incoming network packets, type the following  
at the ok prompt, including quotation marks and spaces:  
ok setenv diag-switch? true  
ok apply watch-net <full path name of the qfe interface>  
Internal loopback test -- succeeded.  
Transceiver check -- passed  
Looking for Ethernet Packets.  
'.' is a Good Packet. 'X' is a Bad Packet.  
Type any key to stop.  
................................................................  
................................................................  
...............................  
ok  
Note: <full path name of the qfe interface> in the example above  
is the full path name of the qfe found with the show-devs  
command at the ok prompt. For example:  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@0,1  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@1,1  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@2,1  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@3,1  
Note: After testing is complete use the following command:  
ok setenv diag-switch? False  
to turn off diagnostic mode. If diag-switch? is left as true the time for the  
system to initialize will increase.  
Reboot the system after examining the network activity.  
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________________________6  
Software Installation  
Custom, high performance, Ultra2 SCSI device drivers for Sun Solaris  
SPARC™ based platforms, including Versions 2.6 and 7.0 are available from  
IntraServer, and are included with your adapter.  
Detailed instructions for software installation for Sun Solaris are included in  
this section.  
The Ethernet ports on the card are supported under the qfe Ethernet driver,  
which is resident on the Solaris 2.6 and later software distribution media.  
The video section of the card is based on ATI’s RAGE IIC, and is supported  
under the m64 driver on the Solaris 2.6 and later software distribution media.  
NOTE: It is highly recommended that you make a backup of your system  
disk before installing any software. Failure to back up all files on  
your system may result in unrecoverable loss of data.  
Installation for Sun™ SPARC™  
Solaris™ Ultra2 SCSI Options  
(ITI-8200 Series)  
IntraServer’s ITI-8000 Series adapters offer the highest possible performance  
on Sun™ Solaris™ systems. IntraServer’s Ultra2 SCSI drivers, (ITSPS and  
ITHPS) are optimized for low CPU overhead and high I/O throughput,  
making use of IntraServer’s single interrupt scripts.  
IntraServer’s Ultra2 SCSI adapters have built in Fcode, designed to operate  
in Sun’s OpenBoot environment, allowing Ultra2 SCSI devices to be  
available to the OpenBoot (ok) prompt.  
This chapter describes the features and use of the IntraServer Device Drivers  
for the Solaris Operating system 2.6 and 7.0  
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Introduction  
The IntraServer driver, ITHPS, allows the Solaris operating system to  
interface with SCSI devices connected to IntraServer 8200 series Ultra2  
controllers with support for Low Voltage Differential (LVD) devices. This  
driver takes advantage of new hardware features in the 8200 series controllers  
to minimize CPU utilization, including a single interrupt per I/O.  
Features  
·
Provides synchronous negotiation (including Fast  
SCSI/Ultra SCSI/Ultra2 SCSI)  
·
·
·
·
·
·
Supports multiple host adapters  
Supports disconnect/reselect  
Allows multiple and non-contiguous LUN support  
Supports scatter/gather  
Supports wide devices, and tagged command queuing  
Supports multiprocessors  
System Requirements  
Your SPARC™ Solaris™ system must have the following available  
resources in order to install the ITI-8000 Series Ultra2 SCSI adapter.  
Resource  
Requirement  
Host Bus Slot  
Sun™  
Solaris™  
system  
with  
available  
CompactPCI® 6U slot  
Operating system  
Network Boot Server  
Firmware  
Solaris™ 2.6 release or later  
SPARC™ or Intel Solaris boot server*  
OpenBoot™ PROM Version 3.0 or greater  
* Only required if you will be using the IntraServer module to support your  
System disk.  
After installing the module in an appropriate PCI slot and making all the  
necessary internal and external connections to the module, power on the host  
system.  
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Verifying Correct Installation  
Use this procedure to verify installation of your ITI-8000 Series Ultra2 SCSI  
adapter before booting your system:  
1
2
Power on the system.  
When the banner is displayed, press the Stop-A keys to  
interrupt the boot process and stop at the ok prompt.  
3
Use the show-devs command to list the system devices. You  
should see an output similar to the following:  
/SUNW,UltraSPARC-IIi@0,0  
/pci@1f,0  
/virtual-memory  
/memory@0,0  
/packages  
/pci@1f,0/pci@1  
/pci@1f,0/pci@1,1  
/pci@1f,0/pci@1/pci@1  
/pci@1f,0/pci@1/pci@1/IntraServer,Ultra2-scsi@0,1  
/pci@1f,0/pci@1/pci@1/IntraServer,Ultra2-scsi@0  
/pci@1f,0/pci@1/pci@1/IntraServer,Ultra2-scsi@0,1/tape  
/pci@1f,0/pci@1/pci@1/IntraServer,Ultra2-scsi@0,1/disk  
/pci@1f,0/pci@1/pci@1/IntraServer,Ultra2-scsi@0/tape  
/pci@1f,0/pci@1/pci@1/IntraServer,Ultra2-scsi@0/disk  
/pci@1f,0/pci@1,1/network@3,1  
/pci@1f,0/pci@1,1/scsi@2  
/pci@1f,0/pci@1,1/network@1,1  
/pci@1f,0/pci@1,1/ebus@1  
ok  
·
·
/pci@1f,0/pci@1/pci@1/IntraServer,Ultra2-scsi@0  
identifies the FIRST SCSI interface on an IntraServer ITI-  
8000 Series adapter  
/pci@1f,0/pci@1/pci@1/IntraServer,Ultra2-scsi@0,1  
identifies the SECOND SCSI interface on the IntraServer ITI-  
8000 Series adapter  
Note: The above are examples. The output of show-devs will vary  
depending on your system and configuration. Use the  
corresponding entries on your system, not the ones given here.  
If these devices are not listed, check that the adapter is correctly installed, and  
re-seat the adapter if necessary.  
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Identifying the SCSI disks  
The probe-scsi-all command is used to identify the SCSI devices on your  
IntraServer adapter.  
ok probe-scsi-all  
/pci@1f,0/pci@1/pci@1/IntraServer,Ultra2-scsi@0,1  
Target 0  
Unit 0 Disk SEAGATE ST39102LC  
Target 1  
Unit 0 Disk SEAGATE ST39102LC  
0004  
0004  
/pci@1f,0/pci@1/pci@1/IntraServer,Ultra2-scsi@0  
Target 0  
Unit 0 Disk IBM DDRS-34560D DC1B  
Target 1  
Unit 0 Disk IBM DDRS-34560D DC1B  
If the SCSI disks on your IntraServer adapter are not identified by your  
system, check the following:  
1. Does each disk have a unique SCSI ID?  
2. Does each disk have an ID that does not conflict with the ID of the  
IntraServer adapter (Default id = 7)?  
3. Is the bus correctly terminated?  
The IntraServer adapter will  
automatically terminate the host end of the bus. You must have an  
SE/LVD terminator at the end of the SCSI chain.  
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IntraServer adapters can be identified at the ok prompt using the following  
procedure:  
1. select the adapter entry:  
cd /pci@1f,0/pci@1/pci@1/IntraServer,Ultra2-scsi@0,1  
2. use .properties to show the adapter properties  
.properties  
assigned-addresses 81036810 00000000 00001000 00000000 00000100  
82036814 00000000 00100000 00000000 00000400  
8203681c 00000000 00102000 00000000 00002000  
82036830 00000000 00140000 00000000 00040000  
compatible  
version#  
model  
ithps  
1.0.0  
IntraServer,ITI82xx  
wide  
device_type  
scsi-2  
clock-frequency  
02faf080  
reg  
00036800 00000000 00000000 00000000 00000000  
01036810 00000000 00000000 00000000 00000100  
02036814 00000000 00000000 00000000 00000400  
0203681c 00000000 00000000 00000000 00002000  
02036830 00000000 00000000 00000000 00040000  
arc-identifier  
name  
NCRC810  
IntraServer,Ultra2-scsi  
fcode-rom-offset 0000d000  
devsel-speed  
class-code  
interrupts  
max-latency  
min-grant  
00000001  
00010000  
00000001  
00000040  
00000011  
00000005  
0000000b  
revision-id  
device-id  
vendor-id  
00001000  
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ITHPS and ITSPS Device Drivers  
The IntraServer ITHPS and ITSPS drivers are designed to Sun Microsystems  
SCSA specifications' for device drivers. These drivers allows connection of  
SCSI devices including disk drives, CD-ROMs, and tape drives for PCI-  
based machines. To support a new SCSI device, the Solaris 2.6/7.0  
architecture requires that the device complies to the SCSI standard.  
The following sections describe the procedures to install the drivers on  
Solaris.  
Installing ITHPS Ultra2 SCSI Drivers  
IntraServer’s ITI-8200 Series adapter uses the ITHPS Ultra2 SCSI driver for  
Solaris, this driver is included with your adapter kit.  
Note: If you plan on using an IntraServer adapter for your SYSTEM  
DISK, you MUST use the NETWORK install procedure in order to  
load the device driver during installation.  
Existing System Installation  
These instructions provide details to install the IntraServer ITHPS driver to  
an existing Solaris operating system installation.  
Note: You must be logged on as root to perform the installation.  
Floppy Disk Install  
If you received the drivers on a floppy diskette:  
1. Place the diskette in the floppy drive and execute the  
"volcheck" command to ensure the system sees the floppy.  
2. Change directory to the root of the floppy  
(e.g. "cd /floppy/floppy0")  
3. Execute the install.sh shell script to add the ITHPS and ITSPS  
drivers to the operating system:  
./install.sh  
4. The ITHPS and ITSPS device drivers are now installed.  
Reboot the machine to reconfigure the system and to  
recognize the new devices.  
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Distribution File Install  
If you received the drivers in an itis_install.tar.Z file:  
1. Uncompress and un-tar the itis_install.tar.Z file by typing the  
following commands in order to create a directory named  
install:  
uncompress itis_install.tar.Z  
tar -xvf itis_install.tar  
cd install  
2. Execute the install.sh shell script to add the ITHPS and ITSPS  
drivers to the operating system:  
/install.sh  
3. The ITHPS and ITSPS device drivers are now installed.  
Reboot the machine to reconfigure the system and to  
recognize the new devices.  
Note: If you change the disk drive configuration of your machine, it may  
be necessary to issue the command:  
touch /reconfigure  
and then reboot the system in order for the system to detect and  
correctly install your new disks.  
Network Installation Procedure  
If you are using your IntraServer adapter to support your SPARC™ Solaris  
system disk, you must install the Solaris operating system using a network  
install. This section describes a complete installation of Solaris to a client  
system using IntraServer SCSI adapters for the system disk. The method  
described in this section allows you to install the IntraServer ITSPS and  
ITHPS drivers onto a network boot kit, making them available during the  
SPARC™ installation script.  
If you are simply installing an IntraServer adapter as an additional storage  
adapter in an existing system, use the driver installation procedure described  
in the previous section.  
Setting up a Boot/Install Server  
Refer to the “Preparing to Install Solaris Software Over the Network” section  
of the Solaris Advanced Installation Guide, available at http://docs.sun.com  
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The basic steps to set up a boot/install server are as follows:  
1. Insert your Solaris distribution CD in your boot/install server’s CDROM  
drive.  
2. Change your directory to the Tools area on your distribution CD:  
cd /cdrom/cdrom0/Solaris_2.6/Tools  
3. Use the setup_install_server script to copy the boot and installation files  
to your boot/install server:  
./setup_install_server /export/home/install  
Installing the ITHPS/ITSPS Drivers on the  
Boot/Install Server  
Once you have set up your network boot and install server, run the  
install.sh” script with the “–n” parameter to copy the driver kit to the boot  
server’s boot files:  
1. Place the diskette in the floppy drive and execute the "volcheck"  
command to ensure the system sees the floppy.  
2. Change directory to the root of the floppy  
cd /floppy/floppy0  
3. Execute the install.sh shell script to add the ITHPS and ITSPS drivers to  
the boot installation area:  
./install.sh –n /export/home/install/Solaris_2.6  
Note: For Solaris 2.7 boot files, the directory would be  
/export/home/install/Solaris_2.7.  
Note: The message “major number maximum based on server, not client”  
can safely be ignored.  
Running the install.sh script this way will copy and install the IntraServer  
drivers into the Tools/Boot/ area of the boot files and allow IntraServer  
adapters be booted for installation via the bootserver.  
Adding Clients to your Boot/Install Server  
For each machine that will boot into the boot/install server add a client entry  
on the boot/install server, as follows:  
1. Change directory to the boot/install kit  
cd /export/home/install/Solaris_2.6/Tools  
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2. Use the add_install_client script to add the client machine  
./add_install_client -i ipaddr  
-e ethernetid client_name platform_group  
Where: ipaddr is the tcp/ip address of the client  
ethernetid is the ethernet hardware (mac) address of the client  
client_name is the client’s system name  
platform_group is the client’s vendor defined hardware group  
Example: ./add_install_client -i 192.168.103.124 –e 00:08:26:02:25:34  
sunsys sun4u  
Note: You can obtain the platform_group from a machine of the same  
type as the target client using the uname –m command.  
Booting the Client using ITHPS/ITSPS drivers  
Now you can begin the installation of Solaris to the client target machine via  
the boot and install server. On the client machine, boot the network install kit  
you created in the preceding steps as follows:  
ok boot net -v  
Note: It is important to choose "Manual Reboot" rather than "Auto  
Reboot" during the installation of Solaris on the target machine. If  
you choose "Auto Reboot", you will not have the opportunity to  
complete the installation of the IntraServer SCSI drivers and your  
system will fail to boot.  
Once the installation has completed and the system is waiting to be manually  
rebooted, proceed to a console window and run the following script:  
/sbin/itisinst  
This will copy and install the drivers from the boot server to the newly  
created Solaris installation. Once this script has been run, the IntraServer  
device driver installation is complete and the system can be rebooted.  
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Notes: The message “major number maximum based on server, not client”  
can safely be ignored.  
Your SUN machine will prompt you to allow power saving  
automatic shutdown. You must answer no to this question if you  
are using the IntraServer adapter to support your boot disk  
If you change the disk drive configuration of your machine, it may  
be necessary to issue the command:  
touch /reconfigure  
and then reboot the system in order for the system to detect and  
correctly install your new disks.  
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Configuring the Driver Software  
Beginning with the Solaris 2.6 Hardware: 5/98 release the Solaris qfe  
software driver that is used by the ITI-8241C-S is bundled with the Solaris  
operating system.  
Note: For information on how to obtain the latest patches and patch  
revisions, visit the SunSolveä website at http://sunsolve.sun.com,  
SunServiceä or you local reseller.  
Configuring Host Files  
After installing the IntraServer ITI-8241C-S CompactPCI® Adapter, you  
must create a hostname.qfe<num> file for each Ethernet interface. You must  
also assign an IP address and a hostname for each Ethernet interface in the  
/etc/hosts file.  
Installing the software for the ITI-8241C-S  
qfe adapter entry  
Create an /etc/hostname.qfe0 file. The number 0 following qfe represents the  
first instance of the qfe device. Use channel qfe1 for a second Ethernet  
channel and so on.  
·
Do not create /etc/hostname.qfe<num> files for the IntraServer qfe  
channels (if any) you do not plan to use. The /etc/hostname.qfe<num>  
file must contain the hostname for the appropriate network interface.  
·
·
The hostname should have an IP address and should be entered in the  
/etc/hosts file.  
The hostname should be different from any hostname of any other  
interface, for example: /etc/hostname.qfe0 and /etc/hostname.qfe1  
cannot share the same hostname.  
·
The following is an example of the /etc/hostname.qfe<num> files  
required for a machine called intra that will be known as intra-1 and  
intra-2 on the networks connected to the qfe0 and qfe1 Ethernet  
interfaces.  
intra # cat /etc/hostname.qfe0  
intra-1  
intra # cat /etc/hostname.qfe1  
intra-2  
intra # cat /etc/hostname.qfe2  
intra-3  
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intra # cat /etc/hostname.qfe3  
intra-4  
Create an appropriate entry in the /etc/hosts file for each active qfe channel.  
intra # cat /etc/hosts  
127.0.0.1 localhost  
192.168.120.10  
192.168.121.10  
192.168.122.10  
192.168.123.10  
192.168.124.10  
intra  
loghost  
intra-1  
intra-2  
intra-3  
intra-4  
Reboot your system  
Booting from the Network Using Solaris  
You can use the qfe driver on your ITI-8241C-S adapter to boot over the  
network using the following example:  
Find the hme device from the ok prompt:  
ok show-devs  
Find the full name of the hme you want to boot, for example:  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@0,1  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@1,1  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@2,1  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@3,1  
Note: You need to select only one of these qfe devices for booting  
Start the boot:  
ok boot /pci@1f,0/pci@1/pci@2/IntraServer,qfe@0,1  
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Customizing the Installation  
Network Hubs that do not send Link Pulses  
Certain 10BASE-T hubs are not compliant with the IEEE 802.3 Ethernet  
standards for link pulses. To connect your system to these hubs that do not  
send link pulses, you need to disable your system from looking for link  
pulses, as in the following example:  
Find the qfe device from the ok prompt:  
ok show-devs  
Find the full name of the qfe you want to boot, for example:  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@0,1  
Type:  
ok nvedit  
Type the following, press the return key at the end of line 0:  
0: probe-all install-console banner  
1: apply disable-link-pulse  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@0,1  
Press the Control-C keys after typing  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@0,1  
Type:  
ok nvstore  
ok setenv use-nvramrc? true  
Reboot your system.  
Configuring Driver Parameters  
The qfe device driver controls the IntraServer ITI-8241C-S, qfe Ethernet  
Device. The device driver automatically selects the link speed using the  
auto-negotiation protocol with the link partner.  
You can manually configure the qfe device driver parameters to customize  
each qfe device in your system in three ways:  
·
Configure the qfe driver parameters generally for all qfe devices in the  
system by entering the parameter variables in the /etc/system file.  
·
Set a parameter on a per-device basis by creating the qfe.conf file in the  
/kernel/drv directory.  
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·
Use the ndd (1M) utility to temporarily change a parameter. This  
change is lost when you reboot the system.  
Refer to the Platform Notes: The qfe Fast Ethernet Device Driver document  
for more information on configuring driver parameters. This document is  
also available on the Solaris™ AnswerBook.  
Increasing TCP/IP performance  
You can increase the TCP/IP performance of the ITI-8241C-S qfe adapter by  
changing the TCP highwater mark to 64K. This can be done with the ndd  
(1M) utility as follows.  
As superuser, type:  
# ndd –set /dev/tcp tcp_xmit_hiwat 65535  
# ndd –set /dev/tcp tcp_recv_hiwat 65535  
# ndd –set /dev/tcp tcp_cwnd_max 65534  
The changes will take effect immediately and affect all system networking  
interfaces.  
Manually Specifying 10Mbps or 100Mbps  
Connection  
If you need to manually specify the speed of the network your ITI-8241C-S  
adapter is on, use the following process at the ok prompt:  
Find the hme device from the ok prompt:  
ok show-devs  
Find the full name of the hme you want to boot, for example:  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@0,1  
Type:  
ok nvedit  
Type the following, press the return key at the end of line 0:  
0: probe-all install-console banner  
1: apply transfer-speed=10  
/pci@1f,0/pci@1/pci@2/IntraServer,qfe@0,1  
Note: To specify 100Mbit/sec operation, apply transfer-  
speed=100  
Press the Control-C keys after typing  
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/pci@1f,0/pci@1/pci@2/IntraServer,qfe@0,1  
Type:  
ok nvstore  
ok setenv use-nvramrc? true  
Reboot your system.  
Refer to the Platform Notes: The qfe Fast Ethernet Device Driver document  
for more information on the qfe device driver and forcing network speed.  
This document is also available on the Solaris™ AnswerBook.  
qfe local-mac-address  
Each of the network interfaces of the ITI-8241C-S Four Port Ethernet PCI  
adapter has been assigned a unique MAC (Media Access Control) address,  
which represents the 48-bit Ethernet address for that channel.  
The OpenBoot firmware on the IntraServer ITI-8241C-S qfe adapter contains  
an Ethernet number that software can use to identify the adapter.  
After the Openboot™ PROM probes the adapter’s FCode PROM, a local-  
mac-address property is created in the adapter’s device node. The property’s  
value corresponds to the Ethernet number that can be used with the adapter.  
The device driver, or any other qfe adapter utility, can use this local-mac-  
address property for configuring that Ethernet interface.  
Conflicts With FastEthernet Switches  
There are two FASTEthernet (100BASE-T) switches that may present  
difficulties when working with the ITI-8241C-S FastEthernet PCI adapter:  
·
·
Bay Networks model 28115/ADV  
SynOptics model 28115  
If you use the adapter with these switches you will encounter difficulties.  
Please refer to Sun’s bug ID 4071199 for more information. A patch is  
available from Sun that will fix these difficulties.  
Note: For information on how to get the latest patches and patch revisions  
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Increasing Performance on Enterprise Servers  
If you deploy four ITI-8241C-S Four-Port FastEthernet adapters in an  
Enterprise Server you may experience slow performance and response times  
during peak periods of high network traffic. This poor performance is  
usually caused by applications that use data buffer and socket buffer sizes  
greater than 8Kbytes.  
Improved performance can be achieved by adjusting the application’s data  
buffer size to be less than or equal to 8Kbytes.  
IP Forwarding Routing Protocols  
The Solaris operating system will by default configure systems with more  
than one network interface to be an IP forwarding router. Installing an ITI-  
8241C-S in a system will make this occur.  
An Application Server which might be running a Database or NFS file  
services is typically “multihomed” which means that that they contain more  
than one network interface but do not run IP protocols or forward IP packets.  
If IP forwarding and routing protocols on multihomed application servers is  
not disabled the servers may experience poor performance.  
For more information, refer to the TCP/IP and Data Communications  
Administration Guide shipped with the Solaris documentation.  
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Troubleshooting  
The following are some potential error messages that may be preceded by a  
warning message displayed by the operating system. In the message  
descriptions below; the ITHPS<n> (or ITSPS(n) in case of the ITSPS driver)  
signifies that <n> can be replaced by some number assigned to it by the  
operating system. That value helps to identify the SCSI bus that is reporting  
the error.  
ITHPS<n>: This hardware not supported by this driver  
ITHPS has been told to control a 53C896 (53C895 for ITSPS)  
hardware which is made by a manufacturer other than IntraServer  
Technology. This adapter requires a special driver provided by that  
manufacturer. Please contact the manufacturer for assistance.  
ITHPS<n>: Failed to map device registers  
ITHPS was unable to access the hardware registers necessary for  
operation. The operating system did not properly configure the PCI  
device.  
ITHPS<n>: Hardware not properly enabled by system, cmd=xxxxh  
The system has not properly enabled the configuration resources  
that ITHPS needs in order to use this hardware. The cmd=xxxxh  
value needs to be reported to technical support.  
ITHPS<n>: Ignored invalid scsi-initiator-id value = x  
The ithps.conf file has an invalid scsi-initiator-id value as displayed  
in the error message. The allowable values are in the range 0..15.  
ITHPS<n>: Could not allocate memory to read configuration data.  
The driver was unable to allocate memory required to process the  
configuration data. This means that the configuration was not  
properly determined. To fix this you may need to manually  
configure the driver using the ithps.conf file.  
ITHPS<n>: Unable to make reset notification callbacks  
The ITHPS was unable to notify the target device driver of a SCSI  
bus reset. The target driver may start to malfunction because of  
this.  
ITHPS<n>: ddi_dma_numwin() failed  
ITHPS<n>: ddi_dma_getwin() failed  
ITHPS<n>: ddi_dma_alloc_handle: xxh unknown/impossible  
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ITHPS<n>: ddi_dma_buf_bind_handle: DDI_DMA_INUSE impossible  
ITHPS<n>: ddi_dma_buf_bind_handle: xxh unknown/impossible  
ITHPS<n>: ddi_dma_unbind_handle: failed  
The operating system failed to respond to the named routine in a  
known manner. This is a fatal error that is not recoverable. Please  
report this error to technical support.  
ITHPS<n>: No KeyROM found. Hardware contains no valid license  
The adapter is not a valid IntraServer adapter licensed for use with  
Solaris.  
ITHPS<n>: Device in a slave-only slot and is unusable  
ITHPS<n>: Hi-level interrupts not supported  
The adapter is in a slot that can not be used with this driver. Please  
try moving the adapter to a different PCI slot.  
ITHPS<n>: Failed to attach. This adapter will not be installed.  
Because of one of the previous two errors, this adapter could not be  
"attached" to the I/O subsystem and will not be accessable. See  
the previous error message and solve that problem.  
ITHPS<n>: Unable to obtain soft state structure  
The driver was unable to initialize a required data structure and  
therefore did not load. Please call technical support.  
ITHPS<n>: Failed to attach interrupt handler  
The driver was unable to initialize the interrupt handler as required.  
Please call technical support.  
ITHPS<n>: The adapter is malfunctioning  
ITHPS<n>: The adapter is malfunctioning or is of an unknown type  
The driver is not able to communicate with the hardware. You may  
need to update your driver or your hardware.  
ITHPS<n>: Failed to create minor node required for DMI interface  
The driver was unable to create an entry point for the DMI device  
driver. If you are not using the DMI device driver then you may  
safely ignore this message.  
ITHPS<n>: Could not attach to the SCSI subsystem  
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The driver was unable to communicate with the SCSI device driver  
that is part of the operating system. You may need to update your  
driver.  
ITHPS<n>: Failed to allocate memory  
The driver was unable to allocate the memory needed during  
initialization. You may have run out of available memory.  
ITHPS<n>: Unbind failed!  
The driver had a problem when attempting to unload itself. This is  
a fatal error.  
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________________________7  
Glossary of Terms  
The following terms are used throughout this guide.  
Term  
Meaning  
Notes  
10/100  
Both 10 and 100Mbps on the same port.  
100BaseT Physical layer spec. for 100Mbps Ethernet  
over various wiring specs.  
10BaseT  
IEEE 802.3 physical layer spec. for 10Mbps  
Ethernet over 2 pairs of UTP wire  
BIOS  
Basic Input/Output System  
CSMA/CD  
Carrier Sense Multiple Access/Collision  
Detect. Protocol for carrier transmission  
access in Ethernet networks.  
EISA  
Extended ISA  
Performance  
Enhanced ISA  
Ethernet  
IEEE-standard data link protocol that  
specifies how data is placed on and  
retrieved from a common transmission  
medium.  
Fast  
Ethernet  
100Mbps technology based on the 10BaseT  
Ethernet CSMA/CD network access method.  
FAST  
SCSI  
SCSI clocked at 10 MHz  
10 Mbytes/sec  
8-bit,  
20 Mbytes/sec  
16-bit  
Hub  
Connects 2 or more devices together in  
order for them to communicate on a network  
HVD  
High Voltage Differential  
Ultra SCSI  
Standard for  
Differential  
Devices  
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I/O  
Input/Output  
ISA  
Industry Standard Architecture  
Older PC  
Standard I/O  
bus  
LUN  
LVD  
Logical Unit Number  
Low Voltage Differential  
Ultra2 SCSI  
Standard  
NIC  
Network Interface Card, e.g. ITI-8241C-S  
Packet  
Unit of information packaged in a  
predetermined structure for communications  
using Ethernet protocols.  
PCI  
Peripheral Component Interconnect  
Industry  
Standard Bus  
POST  
RJ-45  
Power On Self Test  
The 8-conductor version of an RJ-11  
(telephone, but wider).  
Router  
SCAM  
Component which receives and transmits  
and forwards packets to their destinations  
via the shortest route possible.  
SCSI Configured AutoMatically  
Most SCSI  
devices do not  
yet support  
SCAM  
SCSI  
SE  
Small Computer Storage Interconnect  
Single Ended  
Ultra SCSI  
Standard  
Switch  
Hardware that routes packets across a  
network.  
Ultra  
SCSI  
SCSI clocked at 20 MHz  
20 Mbytes/sec  
8-bit,  
40 Mbytes/sec  
16-bit  
SCSI clocked at 40 MHz  
Ultra2  
SCSI  
40 Mbytes/sec  
8-bit,  
80 Mbytes/sec  
16-bit  
UTP  
Unshielded twisted pair  
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Wide  
SCSI  
16-Bit SCSI  
Table 8: Glossary of Terms  
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Appendix A Connector  
Specifications  
VGA Video Connector  
The VGA interface on the ITI-8241C-S uses the industry standard 15-pin “D”  
connector, and is wired as follows:  
Figure 15: Video Connector  
Connection  
Signal  
Red  
Green  
Blue  
Connection  
9
Signal  
+5V  
1
2
3
4
5
6
7
8
10  
11  
12  
13  
14  
15  
Sync Ground  
Ground  
Bidirectional data  
Horiz. Sync.  
Vert. Sync.  
Data timing  
Ground  
DDC Ground  
Red Ground  
Green Ground  
Blue Ground  
Table 9: Video Connector Pinout  
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Ethernet Connector  
The 8-pin RJ-45 connector for 10/100 Mb/sec Ethernet is wired as shown:  
87654321  
Figure 16: 8-Pin MJ Connector (Front)  
With the connection pins assigned as shown:  
Pin Number  
Signal Name  
Transmit +  
Transmit -  
Receive +  
No Connection  
No Connection  
Receive -  
1
TX (+)  
TX (-)  
RX (+)  
NC  
NC  
RX (-)  
2
3
4
5
6
7
8
No Connection  
No Connection  
NC  
NC  
Table 10: 8-Pin MJ Connector Pin Assignments  
Connection from the ITI-8241C-S adapter to a network hub must be made as  
shown:  
Straight Through  
Adapter Pin  
Hub Pin  
ßà  
ßà  
ßà  
TX (+)  
TX (-)  
RX (+)  
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
RX (+)  
RX (-)  
TX (+)  
ßà  
RX (-)  
TX (-)  
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Table 11: Adapter to Network Hub Wiring  
Connection from the ITI-8241C-S adapter to another network adapter (point  
to point) must be made as shown:  
Crossover  
Adapter 1 Pin  
Adapter 2  
Pin  
TX (+)  
TX (-)  
RX (+)  
1
2
3
4
5
6
7
8
ßà  
ßà  
ßà  
3
6
1
4
5
2
7
8
RX (+)  
RX (-)  
TX (+)  
RX (-)  
ßà  
TX (-)  
Table 12: Adapter to Adapter (point to point) Wiring  
Network Cabling Requirements  
In order for your network to operate properly, you must use a category of  
network cabling that is appropriate for the data rate of the channel. For  
10Mb/s operation, Category 3, or 5 cable is appropriate. When operating in  
100Mb/s or 100Mb/s Full Duplex, a Category 5 cable should be used.  
The maximum cable segment length supported at 100Mb/sec speed, on  
Category 5 cable is 100M. Any single cable segment (adapter to adapter or  
adapter to network hub) must be within the 100M length requirement.  
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Appendix B: Block Diagram  
Video  
Connector  
Quad Ethernet  
Connector  
Dual External  
SCSIConnector  
4MB  
Graphics  
Memory  
SCSI bus  
B
SCSI bus  
A
Graphics  
Ethernet  
Port2  
Ethernet  
Port0  
PCI  
Ethernet  
Port3  
Ethernet  
Port1  
64-bit  
PCI-PCI  
Bridge  
Dual  
Port  
SCSI  
64-bit  
PCI  
J1  
J2  
J3  
J5  
Figure 17: ITI-8241C-S Block Diagram  
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Appendix C: Rear I/O Backplane  
Connections  
All I/O is accessible via the rear connectors of the module, on J3 and J5. J3  
brings the Video and SCSI Channel A to the backplane, and J5 brings SCSI  
Channel B, and the four Ethernet channels to the backplane. Optional rear  
I/O module ITI-8241C-R uses J3 and J5 to bring SCSI, Video and Ethernet to  
the rear of the system enclosure.  
CompactPCI® Connector J3  
Connector Row  
Pin  
19  
18  
17  
16  
15  
14  
13  
12  
11  
10  
9
A
B
C
D
E
GND  
GND  
GND  
GND  
B_RED  
B_GREEN  
B_BLUE  
GND  
A_TERMPWR  
+5V  
LVDA_SD0+  
LVDA_SD1+  
LVDA_SD4+  
LVDA_SD3+  
LVDA_SD6+  
LVDA_SD7+  
LVDA_SATN+  
LVDA_SBSY+  
LVDA_SACK+  
LVDA_SC_D+  
LVDA_SI_O+  
LVDA_SD9+  
LVDA_SD10+  
GND  
GND  
GND  
GND  
GND  
GND  
GND  
B_BHSYNC  
B_MONID2  
GND  
B_MONID1  
B_VSYNC  
GND  
GND  
GND  
A_TERMPWR  
A_DIFFSENS  
LVDA_SD0-  
LVDA_SD1-  
LVDA_SD4-  
LVDA_SD3-  
LVDA_SD6-  
LVDA_SD7-  
LVDA_SATN-  
LVDA_SBSY-  
LVDA_SACK-  
LVDA_SC_D-  
LVDA_SI_O-  
LVDA_SD9-  
LVDA_SD10-  
A_TERMPWR  
LVDA_SD13-  
LVDA_SD12-  
LVDA_SD14-  
LVDA_SDP1-  
LVDA_SD15-  
LVDA_SD2-  
LVDA_SD5-  
LVDA_SDP0-  
LVDA_SRST-  
LVDA_SMSG-  
LVDA_SSEL-  
LVDA_SREQ-  
LVDA_SD8-  
LVDA_SD11-  
A_TERMPWR  
LVDA_SD13+  
LVDA_SD12+  
LVDA_SD14+  
LVDA_SDP1+  
LVDA_SD15+  
LVDA_SD2+  
LVDA_SD5+  
LVDA_SDP0+  
LVDA_SRST+  
LVDA_SMSG+  
LVDA_SSEL+  
LVDA_SREQ+  
LVDA_SD8+  
LVDA_SD11+  
INT_LVDA_1  
GND  
GND  
BA_ACTIVE_LED  
GND  
GND  
8
7
6
5
BA_TERM_LED  
GND  
4
3
2
1
GND  
B_LVDA_LED  
GND  
GND  
Table 13: Backplane Connector J3 Pin-out  
Note:  
Note:  
Connector row ‘F’ all grounds.  
Bold Text Indicates Reserved pin on –F module variation.  
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Compact PCI® Connector J5  
Connector Row  
Pin  
22  
21  
20  
19  
18  
17  
16  
15  
14  
13  
12  
11  
10  
9
A
B
C
D
E
BPORT0_RX+  
GND  
BPORT1_RX+  
GND  
BPORT2_RX+  
GND  
BPORT0_RX-  
GND  
BPORT1_RX-  
GND  
BPORT2_RX-  
GND  
GND  
BPORT0_TX-  
GND  
BPORT1_TX-  
GND  
BPORT2_TX-  
GND  
BPORT0_TX+  
GND  
BPORT1_TX+  
GND  
BPORT2_TX+  
GND  
BPORT0_LED  
GND  
BPORT1_LED  
GND  
BPORT2_LED  
GND  
BPORT3_RX+  
B_TERMPWR  
B_DIFFSENS  
LVDB_SD0-  
LVDB_SD1-  
LVDB_SD4-  
LVDB_SD3-  
LVDB_SD6-  
LVDB_SD7-  
LVDB_SATN-  
LVDB_SBSY-  
LVDB_SACK-  
LVDB_SC_D-  
LVDB_SI_O-  
LVDB_SD9-  
LVDB_SD10-  
BPORT3_RX-  
B_TERMPWR  
+5V  
BPORT3_TX-  
B_TERMPWR  
LVDB_SD13-  
LVDB_SD12-  
LVDB_SD14-  
LVDB_SDP1-  
LVDB_SD15-  
LVDB_SD2-  
LVDB_SD5-  
LVDB_SDP0-  
LVDB_SRST-  
LVDB_SMSG-  
LVDB_SSEL-  
LVDB_SREQ-  
LVDB_SD8-  
LVDB_SD11-  
BPORT3_TX+  
B_TERMPWR  
LVDB_SD13+  
LVDB_SD12+  
LVDB_SD14+  
LVDB_SDP1+  
LVDB_SD15+  
LVDB_SD2+  
LVDB_SD5+  
LVDB_SDP0+  
LVDB_SRST+  
LVDB_SMSG+  
LVDB_SSEL+  
LVDB_SREQ+  
LVDB_SD8+  
LVDB_SD11+  
BPORT3_LED  
GND  
LVDB_SD0+  
LVDB_SD1+  
LVDB_SD4+  
LVDB_SD3+  
LVDB_SD6+  
LVDB_SD7+  
LVDB_SATN+  
LVDB_SBSY+  
LVDB_SACK+  
LVDB_SC_D+  
LVDB_SI_O+  
LVDB_SD9+  
LVDB_SD10+  
GND  
INT_LVDB_1  
GND  
GND  
BB_ACTIVE_LED  
GND  
8
7
GND  
6
5
4
3
BB_TERM_LED  
GND  
GND  
B_LVDB_LED  
GND  
2
1
GND  
Table 14: Backplane Connector J5 Pin-out  
Note:  
Note:  
Connector row ‘F’ all grounds.  
Bold Text Indicates Reserved pin on –F module variation.  
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List of Figures  
Figure 1: ITI-8241C-S I/O Connector Configuration....................................15  
Figure 2: ITI-8241C-R Rear I/O Connector Configuration...........................16  
Figure 3: ITI-8241C-S Configuration Jumper and Header Location............17  
Figure 4: IntraServer ITI-8241C-R Rear I/O Transition Module..................19  
Figure 5: Video Configured for Front I/O .....................................................21  
Figure 6: Video Configured for Rear I/O.......................................................21  
Figure 7: Ethernet Configured for Front I/O .................................................22  
Figure 8: Ethernet Configured for Rear I/O ..................................................22  
Figure 9: Internal Ultra2/LVD Devices Using ITI-8241C-R Rear I/O..........34  
Figure 10: External Ultra2/LVD Devices ......................................................35  
Figure 11: Dual Rear SCSI Cabling in Side-by-Side Layout - one disk per  
node using SCA adapter .............................................................36  
Figure 12: Dual Rear SCSI Cabling in Side-by-Side Layout - two disks per  
node using SCA adapter .............................................................37  
Figure 13: Dual Rear SCSI Cabling in Side-by-Side Layout - one disk per  
node using internal SCSI cable with terminator ........................38  
Figure 14: Dual Rear SCSI Cabling in Side-by-Side Layout - two disks per  
node using internal SCSI cable with terminator ........................39  
Figure 15: Video Connector...........................................................................70  
Figure 16: 8-Pin MJ Connector (Front) ........................................................71  
Figure 17: ITI-8241C-S Block Diagram.......................................................73  
List of Tables  
Table 1: Hardware Covered by this Guide ....................................................10  
Table 2: Available Options.............................................................................10  
Table 3: Operating System Support................................................................11  
Table 4: Configuration Headers and Jumpers...............................................18  
Table 5: ITI-8000 Series SCSI Cable Selection Guide...................................28  
Table 6: SUNCluster™ Cabling and Termination Details ............................40  
Table 7: Hardware and Software Requirements ............................................42  
Table 8: Glossary of Terms............................................................................69  
Table 9: Video Connector Pinout...................................................................70  
Table 10: 8-Pin MJ Connector Pin Assignments ...........................................71  
Table 11: Adapter to Network Hub Wiring....................................................72  
Table 12: Adapter to Adapter (point to point) Wiring....................................72  
Table 13: Backplane Connector J3 Pin-out ...................................................74  
Table 14: Backplane Connector J5 Pin-out ...................................................75  
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________________________8  
Software License  
End-User License Agreement for  
Software  
Warranty for Software and Hardware  
Important- READ CAREFULLY: This End-User License Agreement  
(“EULA”) is a legal agreement between you (either an individual or a  
single entity) licensee of the IntraServer ITIpciTM SCSI Software being  
licensed by IntraServer Technology, Inc. (“ITI”) for the software  
(“SOFTWARE PRODUCT” or “SOFTWARE”) provided with the  
ITIpciTM Host Adapter (“Host Adapter”). You may not use the Software  
except in conjunction with the Host Adapter. The SOFTWARE  
PRODUCT includes computer software, the associated media, any  
printed materials, and any “on-line” or electronic documentation. By  
installing, copying or otherwise using the SOFTWARE PRODUCT you  
agree to bound by the terms of this EULA. If you do not agree to the  
terms of this EULA, ITI is unwilling to license the SOFTWARE  
PRODUCT to you. In such event, you may not use or copy the  
SOFTWARE PRODUCT, and you should promptly contact ITI or your  
reseller for instructions on return of the Host Adapter and Software for  
a refund.  
SOFTWARE PRODUCT LICENSE  
The SOFTWARE PRODUCT is owned by ITI, protected by copyright laws  
and international copyright treaties, as well as other intellectual property laws  
and treaties. The SOFTWARE PRODUCT is licensed, not sold, and ITI  
retains all rights not expressly granted. You acknowledge and agree that the  
copyright, patent, trade secret and all other intellectual property rights of  
whatever kind and nature in the SOFTWARE PRODUCT and the Host  
Adapter and related specifications and documentation shall remain the  
property of ITI and nothing in this agreement shall be construed as  
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transferring any aspects of such rights to you or any third party. Except as  
specifically permitted in this Agreement, you may not copy the software, any  
printed materials accompanying the software or any “on-line” or electronic  
documentation.  
1. GRANT OF LICENSE:  
This EULA grants you the following non-exclusive rights:  
Software:  
You may install and use one copy of the  
SOFTWARE PRODUCT on a single computer (the  
“Computer”).  
Network Services:  
If the SOFTWARE PRODUCT includes  
functionality that enables the Computer to act as a  
network server, any number of computers may  
access or otherwise utilize the basic network  
services of the server. The basic network services  
are more fully described in the printed materials  
accompanying the SOFTWARE PRODUCT.  
Storage and  
Network Use:  
You may also store or install a copy of the computer  
software portion of the SOFTWARE PRODUCT on  
the Computer to allow you other computers to use  
the SOFTWARE PRODUCT over an internal  
network. However, you must acquire and dedicate a  
license for the SOFTWARE PRODUCT for each  
computer on which the SOFTWARE PRODUCT is  
used or to which it is distributed. A license for the  
SOFTWARE PRODUCT may not be shared or used  
concurrently on different computers.  
Back-up:  
You may make a single back-up copy of the  
SOFTWARE PRODUCT. You may use the back-up  
copy solely for archival purposes.  
Right to Audit  
End User:  
ITI reserves the right to audit you to verify  
compliance with the EULA.  
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2. DESCRIPTION OF OTHER RIGHTS AND  
LIMITATIONS:  
Limitation on Reverse Engineering, Decompilation, Disassembly,  
Modifications and Derivatives: You may not reverse engineer, decompile,  
disassemble, or modify, in whole or in part, the SOFTWARE PRODUCT, or  
create a derivative work using the SOFTWARE PRODUCT except and only  
to the extent that such activity is expressly permitted by applicable law  
notwithstanding this limitation.  
Separation of  
Components:  
The SOFTWARE PRODUCT is licensed as a single  
product. Its component part may not be separated for  
use on more than one computer.  
Single Computer:  
The SOFTWARE PRODUCT is licensed for use on a  
single computer and only when the Host Adapter is  
installed on such computer. The SOFTWARE  
PRODUCT may only be used with that computer.  
Rental:  
You may not rent or lease the SOFTWARE  
PRODUCT apart from the Host Adapter. The renting  
or leasing of a complete computer system containing  
both the SOFTWARE PRODUCT and the Host  
Adapter is allowed however.  
Software Transfer:  
You may permanently transfer all of your rights  
under this EULA only as part of a sale transfer of the  
Host Adapter provided you retain no copies, you  
transfer your rights in the SOFTWARE PRODUCT  
(including all component parts, the media and printed  
materials, any upgrades and this EULA) and the  
transferee agrees to the terms of this EULA. If the  
SOFTWARE PRODUCT includes any upgrades any  
transfer must include all prior versions of the  
SOFTWARE PRODUCT and the upgrades any  
transfer must include all prior versions of the  
SOFTWARE PRODUCT and the upgrade.  
Termination:  
Without prejudice to any other rights, ITI may  
terminate this EULA if you fail to comply with the  
terms and conditions of this EULA. In such event,  
you must destroy all copies of the SOFTWARE  
PRODUCT and all its component parts.  
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3. UPGRADES:  
If the SOFTWARE PRODUCT is an upgrade from another ITI product,  
whether from ITI or a reseller, you may use or transfer the SOFTWARE  
PRODUCT only in conjunction with that upgraded product and the  
associated ITI Host Adapter. If the SOFTWARE PRODUCT is an upgrade of  
an ITI product, you may use that upgraded product only in accordance with  
this EULA. If the SOFTWARE PRODUCT is an upgrade of a component  
package of software programs which you licensed as a single product  
package, the SOFTWARE PRODUCT may be used and transferred only as  
part of that single product package and may not be separated for use on more  
than one COMPUTER and Host Adapter.  
4. DUAL MEDIA SOFTWARE:  
You may receive the SOFTWARE PRODUCT IN MORE THAN ONE  
MEDIUM. Regardless o the type of medium you receive, you may use only  
one medium that is appropriate for your single Computer. You may not loan,  
rent, lease, or otherwise transfer the other medium to another user except for  
a permanent transfer (as provided above) of your rights in the SOFTWARE  
PRODUCT.  
5. PRODUCT SUPPORT:  
Product support for the SOFTWARE PRODUCT is provided by ITI, its  
resellers, and OEMs. For support, please call 1-508-429-0425 (technical  
support) in the U.S.A. between 8:30 AM and 5:30PM EST  
6. U.S. GOVERNMENT RESTRICTED  
RIGHTS:  
The SOFTWARE PRODUCT and documentation are provided with  
RESTRICTED RIGHTS. Use, duplication, or disclosure by the Government  
is subject to restrictions set forth in subparagraph (c)(1)(ii) of the Rights in  
Technical Data and Computer Software clause DFARS 252.227-7013 or  
subparagraphs (c)(1) and (2) of the Commercial Computer Software –  
Restricted Rights at 48 CFR 52.227-19 as applicable. The Manufacturer is  
IntraServer Technology, Inc., Seven October Hill Road, Holliston, MA, USA  
01746.  
7. EXPORT LAWS AND REGULATIONS:  
The end user agrees to comply with the export laws and regulations of the  
United States and other governing jurisdictions.  
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PRODUCT WARRANTY  
LIMITED SOFTWARE WARRANTY  
IntraServer Technology, Inc. (“ITI”) warrants to only the original licensee  
that the Software, when properly installed in conjunction with the Host  
Adapter, will perform substantially in accordance with ITI’s specifications  
contained in ITI’s documentation provided with the Software (“ITI’s  
Documentation”) for a period of 60 days from the date of the original  
licensing. Furthermore, ITI warrants that the media upon which the software  
is stored is free from defects of material or workmanship for a period of 60  
days. If the software should fail to perform substantially in accordance with  
ITI’s Documentation or if there is a defect on the media during the warranty  
period, ITI will use reasonable commercial efforts to correct any failure of  
the software to perform substantially in accordance with ITI’s Documentation  
and will replace any defective media when the defective media is returned to  
ITI by the original licensee. The remedy for breach of this warranty shall not  
cover any other damages, including but not limited to the loss of data, profit,  
special, incidental, consequential, and other similar claims.  
LIMITED HARDWARE WARRANTY  
ITI warrants to only the original licensee that the Host Adapter is free of  
defects in materials and workmanship under normal use for a period of three  
years from the date of purchase. In the event of a defect in Host Adapter  
material or workmanship during such warranty period, ITI, at its discretion,  
will repair or replace the defective product when the defective product is  
returned to ITI by the original licensee. The remedy for this breach of  
warranty is limited to replacement only and shall not cover any other  
damages, including but not limited to the loss of data, profit, special,  
incidental, consequential, and other similar claims.  
If the Host Adapter is found to be defective, ITI, at its option, agrees to  
replace or repair the Host Adapter at no charge except as stated below,  
provided that the original licenses delivers the Host Adapter with a return  
material authorization (RMA) number and a dated proof of purchase. The  
original licensee assumes the risk of damage or loss in transit. The original  
licensee must use the original container (or equivalent) and pay the shipping  
charge.  
ITI may replace or repair the product with new or reconditioned parts, and  
the returned parts or product become the property of ITI. ITI warrants the  
repaired or replaced parts or product to be free from defects in material or  
workmanship for a period of the greater of (i) ninety (90) days from the  
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return shipping date of the repaired or replaced product, or (ii) the period of  
time remaining on the original three-year warranty.  
Before returning any product, contact ITI’s Technical Support (for telephone  
numbers and addresses, see the Technical Support section of this document).  
If ITI’s Technical Support verifies that the product is defective, the Return  
Authorization Department will issue an RMA number to place on the  
package containing the Host Adapter. ITI will not accept any Host Adapter  
that does not include an RMA number on the package.  
LIMITATIONS  
EXCEPT FOR THE WARRANTIES STATED IN THIS LIMITED  
PRODUCT WARRANTY, ITI SPECIFICLALY DISCLAIMS ALL  
OTHER WARRANTIES OR REPRESENTATIONS, EXPRESSED  
OR IMPLIED INCLUDING BUT NOT LIMITED TO IMPLIED  
WARRANTIES OR MERCHANTABILITY AND FITNESS FOR A  
PARTICULAR PURPOSE. IN NO EVENT SHALL ITI BE LIABLE  
FOR ANY LOSS OF DATA, PROFIT OR ANY COMMERCIAL  
DAMAGE, INCLUDING BUT NOT LIMITED TO SPECIAL,  
INCIDENTAL, CONSEQUENTIAL, OR OTHER DAMAGES.  
SOME STATES/COUNTRIES DO NOT ALLOW THE  
LIMITATION OF LIABILITY FOR CONSEQUENTIAL, OR  
INCIDENTAL DAMAGES, IN WHICH CASE THE ABOVE  
LIMITATION MAY NOT APPLY TO YOU.  
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Holliston, MA 01746  
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