HP Hewlett Packard Network Card AD465A User Manual

AB465A PCI-X  
2-Port 2 Gigabit Fibre Channel and 2-Port  
Gigabit Ethernet Combination Card Installation  
Guide  
For fcd Driver Versions B.11.11.04 and B11.23.02 and  
For igelan Driver Versions B.11.11.17 and B.11.23.05  
HP 9000 and HP Integrity Systems  
Manufacturing Part Number : AB465-90001  
E0205  
U.S.A.  
© Copyright 2005 Hewlett-Packard Development Company L.P.  
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Hardware and Software Installation Procedure  
Step 1: Access the system card bay  
Hardware and Software Installation Procedure  
These instructions apply to AB465A PCI-X 2-Port 2 Gigabit Fibre Channel and 2-Port Gigabit Ethernet  
combination cards which can operate on HP-UX 11i v 1.0 of December 2004 or HP-UX 11i v 2.0 of  
September 2004 or later. If your system is running HP-UX 11i v 1.0, you can find the 11i v 1.0 LAN  
and fibre channel driver bundles on the December 2004 OE distribution media. For 11i v 1.0, you  
can either load the entire OE or just the two driver bundles for this card. If loading this product  
on 11i v 2.0, you need to load the entire HP-UX 11i v 2.0 September 2004 OE from the distribution  
media and you will automatically get the correct LAN and fibre channel driver bundles.  
Note: if your LAN card was factory installed (ordered on product option 0D1), you do not need to perform the  
following hardware and software installation steps though you still need to configure the card’s IP address as  
well as set other parameters and options such as those mentioned in Table 2 The Network Configuration  
Worksheet.  
These AB465A combination cards can be added to your system or replaced without the need to shut down or  
reboot the system--a process called online addition and replacement (OLAR). The following instructions  
assume you are not performing online addition and replacement.  
Step 1: Access the system card bay  
If the system is running, first, issue the synccommand. Then shut down the system by executing:  
shutdown -h. Respond “y” to the continue to shutdown prompt.  
Wait for the system to shut down completely, and then power off the system by pressing the system off  
button. Ensure that the system is grounded.  
Open the system to gain access to the PCI backplane.  
Select an empty PCI or PCI-X slot and remove the slot cover. The card can operate in PCI as well as PCI-X  
mode. Some servers have “shared” slots. If you put this card in a shared slot that is shared with a slower  
card, both cards will then operate at the slower card’s speed.  
Step 2: Install the card  
Check the latest support matrix to see the systems that support this card, how many cards per system,  
under “Networking and Communications.”  
Observe the antistatic precautions. HP recommends wearing ESD straps when installing the card.  
Record the serial number and MAC address located on the card for future reference. The MAC address  
labelled on the card refers to LAN port A. Add 1 to obtain the MAC address for LAN port B. For fibre  
channel, also record the card’s Port and Node worldwide names (WWN). The WWN labelled on each card  
refers to WWN for FC port 1 (the left port). Add 2 to obtain the WWN for FC port 2 (the right port).  
Grasp the card by its edges or faceplate with both hands, insert the card into the slot, and firmly but  
gently press the card in until it is fully seated.  
Secure the card and reassemble the system.  
Step 3: Connect the card to the network  
Attach the connector from a LAN cable to the card (Figure 1 on page 11). Do the same for the second port.  
For 1000Base-T, cabling must be Cat 5 UTP or better with RJ-45 connectors. For operating distances,  
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Hardware and Software Installation Procedure  
Step 4: Connect the fibre channel devices  
Attach the free end of the LAN cable to any unused port on the switch. The Base-T connections on the  
card operate at 10 or 100 Mbit/s in either full- or half-duplex modes and at 1000 Mbit/s only in full-duplex  
mode. Set the ports on the card and on your switch according to the following table.  
Table 1  
HP-UX 1000Base-T Supported Configurations  
HP-UX 1000Base-T Port  
Link Partner  
AUTO  
Resulting Speed  
AUTO  
AUTO  
10 HD  
Highest Common Speed (HP-UX supports 10/100/1000)  
1000 FD fixed/manual  
1000 Mbit/s FD  
10 Mbit/s HD  
10 HD (for example, a  
10Base-T Hub)  
10 FD  
100 HD  
100 FD  
10 FD  
100 HD  
100 FD  
10 Mbit/s FD  
100 Mbit/s HD  
100 Mbit/s FD  
If you are using Jumbo Ethernet frames, ensure that:  
1
— all end stations on a given LAN have the same maximum transmission unit (MTU) setting.  
— intermediate stations such as switch ports in your LAN have an MTU equal to or greater than the end  
station’s MTU.  
Step 4: Connect the fibre channel devices  
Attach the LC connector from a fibre channel cable to the fibre channel connector on the card (Figure 1).  
For fibre channel, the cable must be 50 micron MMF. If the remote connection is type SC, you will need  
an LC-to-SC cable. Do the same for the other connector.  
Plug the other end of the fibre channel cable into the connector on your fibre channel switch or device.  
Step 5: Prepare to install the software  
Ensure power cable is connected to system. Power up the system.  
Log in as root.  
Check that the /usr/bin, /usr/sbin, and /sbindirectories are in your PATH using the command: echo  
$PATH  
Check the HP-UX version by entering: uname -r  
# uname -r  
B.11.11  
or  
B.11.23  
The version must be B.11.11 for 11i v 1.0 or B.11.23 for 11i v 2.0.  
1. In the Jumbo Frames discussion, “LAN” means that the end stations do not have any routers or  
layer 3 switches in between them.  
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Hardware and Software Installation Procedure  
Step 6: Install the latest software.  
Check the Release Notes for GigEther-01 and FibrChanl-01 to see if you need to install any appropriate  
and Communications.  
Step 6: Install the latest software.  
Load the software media into the appropriate drive. If you are adding the Gigabit Ethernet software  
bundle (GigEther-01) for HP-UX 11i v 1.0, you can get the Gigabit Ethernet driver on the December  
2004 (or later) OE distribution media. If loading this product for 11i v 2.0 for the first time, you must load  
the entire September 2004 (or later) OE distribution media and you’ll get the needed drivers. Once you’ve  
got the required full HP-UX OE installed, you will be able to select and load just the driver bundle if you  
want.  
Run the swinstallprogram to install the software using the command: swinstall.  
Change the host name after “Source Host Name,” if necessary.  
Click the Source Depot Path to identify the registered depot for the appropriate source depot path and  
activate the OK button to return to the Software Selection Window.  
Highlight the 1000Base-T software GigEther-01 (for cards such as AB465A).  
Choose Mark for Install from the “Actions” menu to choose the product to be installed.  
Choose Install from the “Actions” menu to begin product installation and open the Install Analysis  
Window.  
Activate the OK button in the Install Analysis Window when the Status field displays a “Ready” message.  
Activate the YES button at the Confirmation Window to confirm that you want to install the software.  
swinstallloads the fileset, runs the control scripts for the filesets, and builds the kernel. This should  
take about 3 to 5 minutes. When the status field indicates Ready, click Done. A Note Window then opens.  
Click the OK button to reboot the system.  
If you are adding the fibre channel software bundle (FibrChanl-01) for 11i v 1.0, you can find the fibre  
channel software bundle on the December 2004 (or later) OE distribution media.  
If you are adding the fibre channel software bundle (FibrChanl-01) for 11i v 2.0, you can find the fibre  
channel software bundle on the September 2004 (or later) OE distribution media. Just repeat Step 6 to  
load it.  
Step 7: Configure the card using SAM  
Log in as rootand verify that the card and its hardware path are displayed by entering: ioscan.  
Run the System Administration Manager by entering sam.  
Double-click Networking and Communications.  
Double-click Network Interface Cards.  
Highlight the AB465A combination Fibre Channel/Gigabit Ethernet card and choose Configurefrom the  
“Actions” menu.  
Fill in the form according to the instructions using the “Network Configuration Worksheet” in this  
document.  
Click the OK button to activate the card and then select exitfrom the “File” menu until you exit SAM.  
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Hardware and Software Installation Procedure  
Step 8: Verify the fibre channel installation  
Step 8: Verify the fibre channel installation  
To verify that the fc driver appears for each installed card, enter:  
ioscan -fk  
The ioscan output might look like the following:  
Class I H/W Path Driver S/W State  
fc 4 1/0/8/1/0/4/0 fcd CLAIMED INTERFACE HP AB465-60001 PCI/PCI-X 2-port 2Gb  
FC/2-port 1000B-T Combo Adapter (FC Port 1)  
fc 5 1/0/8/1/0/4/1 fcd CLAIMED INTERFACE HP AB465-60001 PCI/PCI-X 2-port 2Gb  
H/W Type Description  
FC/2-port 1000B-T Combo Adapter (FC Port 2)  
The last two digits of the hardware path (third column) reflect the path of each port. Both ports need to  
show as CLAIMEDhere.  
Verify that all devices you attached to the fibre channel card are listed in the ioscan output. For example,  
if you have a direct attach fibre channel device attached to the system, the ioscan output might look like:  
8/12.8.0.255.0.1.0 sdisk CLAIMED DEVICE DGC C3400WDR5  
The example above is the hardware path of LUN0 of a directly attached fibre channel mass storage device  
with loop ID of 1. If all attached devices are not listed, or for details on interpreting hardware paths, see  
the HP Fibre Channel Mass Storage Adapters Support Guide. HP fibre channel installation is verified if  
the ioscan output lists all mass storage devices attached to the card.  
If the correct driver is installed, but the card does not show in the ioscan output, the driver is not  
recognizing the card. Make sure the card is seated and connectors are attached tightly, then if the  
problem persists, contact HP for assistance.  
Step 9: Verify the LAN installation  
Verify that the LAN connector’s Link LED is steadily on (this means the card and driver are installed  
successfully).  
Obtain the PPA number and the station address of each card by using the lanscancommand. The MAC  
address labelled on each card refers to LAN port A (the right port). Add 1 to obtain the MAC address for  
LAN port B.  
To verify link-level connectivity with a remote system, enter:  
$ linkloop -i PPA_number remote_station_address  
Note: when you use linkloop, ensure that the remote system is on the same subnet and is an  
HP-UX-based system.  
To verify IP-level connectivity with a remote system, enter:  
$ping Remote_IP_Address  
and  
netstat -in  
When you use netstat -in, the output values Ipktsand Opktsshould be incrementing.  
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Hardware and Software Installation Procedure  
Optional Step: Configure Jumbo Frames Size (Jumbo frames are supported only at 1000 Mbit/s)  
Installation is complete when you have successfully run linkloop, pingand netstat. To configure  
remote systems, see the Ethernet Support Guide available on the web at http://docs.hp.com. Do this step  
only if remote systems have not been previously configured.  
Optionally, if you want to verify that the igelan driver appears for each installed card, enter: ioscan  
-fknClan  
The ioscan output for each port would look something like the following:  
Class I H/W Path Driver S/W  
State H/W Type Description  
lan 6 1/0/2/1/0/6/0 igelan CLAIMED INTERFACE HP AB465-60001 PCI/PCI-X 2-port 2Gb  
FC/2-port 1000B-T Combo Adapter  
The last two digits of the hardware path (third column) reflect the path of each port -- in the sample  
CLAIMEDhere.  
Optional Step: Configure Jumbo Frames Size (Jumbo frames are supported only at 1000 Mbit/s)  
Jumbo frames for the igelandriver on HP-UX 11i v 1.0 have an mtu_size of 9000 bytes. On HP-UX 11i v 2.0  
of September 2004, jumbo frames using the igelandriver can have an MTU in the range of 1501 to 9000  
bytes.  
If you are using Jumbo Ethernet frames, ensure that:  
1
— all end stations on a given LAN have the same maximum transmission unit (MTU) setting;  
— intermediate stations such as switch ports in your LAN have an MTU equal to or greater than the end  
station’s MTU.  
Obtain the PPA number of the card by entering lanscan.  
Choose one of two configuration methods that will permanently save your configuration.  
— use the GUI-based system admin manager (SAM).  
To use SAM, type samat the HP-UX system prompt; then double-click Networking and  
Communications, and then Advanced Configuration--see Ethernet Support Guide for details, and then  
do the steps for verifying the MTU size;  
or  
edit the following configuration file using an editor such as “vi”:  
/etc/rc.config.d/hpigelanconf.  
Set the mtusize by editing:  
HP_IGELAN_MTU[i]=mtusize, and insert the proper interface name:  
HP_IGELAN_MTU[i]=HP_IGELAN_INTERFACE_NAME. When the system reboots, the interface  
will be configured for jumbo frame operation.  
Verify MTU change by entering netstat -rn. If MTU has not changed, enter the following commands:  
$ifconfig lan PPA_number unplumb  
$ifconfig lan PPA_number ip_address netmasknetmask up  
To check (or verify) the current Ethernet frame size, enter:  
$lanadmin -m PPA_number  
1. In the Jumbo Frames discussion, “LAN” means that the end stations do not have any routers or  
layer 3 switches in between them.  
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Hardware and Software Installation Procedure  
For Further Information  
An alternative way to temporarily configure jumbo frame size is to enter:  
lanadmin -M mtu_size PPA_number.  
Using lanadminis temporary because it will not preserve your settings across reboots.  
The PPA_numberis the one we obtained from the output of lanscan. For using Jumbo Frames with the igelan  
Gigabit Ethernet driver on HP-UX 11i v 1.0, set the mtu_size to 9000 (bytes). For using Jumbo Frames with  
the igelandriver on 11i v 2.0 of September 2004 (or later), set the mtu_size to a number in the range of 1501  
to 9000 bytes.  
For Further Information  
For further information on the Gigabit Ethernet and Fibre Channel as implemented in this card, please refer  
to http://docs.hp.comand then look under Networking and Communications. This card’s information is  
primarily located under the subsection called “Combination Cards.”  
The AB465A is a 2-port FC and 2-port GigE version of HP’s A9784A combination card; and they both use the  
same drivers and firmware -- the drivers are fcdfor Fibre Channel and igelanfor Gigabit Ethernet. To check  
for updated information, either look at the information for the A9784A or check the Fibre Channel Support  
Matrix and the Ethernet Support Matrix on http://docs.hp.com  
Maintenance and troubleshooting information about the igelan Gigabit Ethernet driver used in this  
product is located in the Ethernet Support Guide. There is maintenance and troubleshooting information  
about the fcd Fibre Channel driver used in this product in the HP Fibre Channel Mass Storage Adapters  
Support Guide. There is also a Support Matrix for Gigabit Ethernet and a separate one for Fibre Channel. The  
fcd driver is the same one used in the A6826A Fibre Channel product and has the same features as the driver  
described in that product’s documentation.  
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Hardware and Software Installation Procedure  
Network Configuration Worksheet  
Network Configuration Worksheet  
Fill out one worksheet for the networking data of each LAN port on the combination card you are installing.  
Table 2  
Network Configuration Worksheet  
Required/  
Default  
How to Configure  
(see Note 1)  
Your  
System  
Data Type  
Example  
196.6.20.2  
Optional  
Internet  
Address  
Required  
0.0.0.0  
SAM or ifconfigor  
edit  
/etc/rc.config.d/  
netconf  
Subnet mask  
Required if  
using  
Subnet mask not used SAM or ifconfigor  
255.255.248.0  
edit  
subnetting  
/etc/rc.config.d/  
netconf  
Station  
address  
Built-in but can  
be optionally  
changed  
As shown on card  
SAM or edit  
0x0060b0c4012f  
/etc/rc.config.d/  
hpigelanconf or  
temporarily:  
lanadmin -A  
Host name  
alias for this  
network  
Required if the  
system is  
connected to  
None  
SAM or edit  
/etc/hosts  
host1  
interface (card) more than 1  
network  
Link  
configuration  
Required  
Required  
Optional  
Autonegotiating  
Autonegotiating  
1500 bytes  
SAM or temporarily: lanadmin -X  
lanadmin -X  
auto_on ppa#  
(if already  
turned off)  
Link  
speed/duplex  
mode  
Hub or switch (see  
Note 2) SAM or  
temporarily:  
lanadmin -X  
100fd ppa#  
lanadmin -X  
MTU  
SAM or edit  
lanadmin -M  
(Maximum  
Transmission  
Unit): Jumbo  
Frames  
/etc/rc.config.d/ 9000 ppa#(see  
hpigelanconfor  
temporarily:  
Note 3 below)  
lanadmin -M  
Receive flow  
control  
Optional  
On  
SAM or edit  
/etc/rc.config.d/ fctrl off  
lanadmin -X  
hpigelanconfor  
temporarily:  
lanadmin -X  
Note 1: To configure values permanently, edit the configuration files using SAM or an editor such as “vi”.  
Using lanadmin will not preserve your settings across reboots.  
Note 2: The speed configuration of the card can be 10, 100, or 1000 Mbit/s and is determined by the speed  
setting of the hub or switch port to which the card is connected. The card automatically senses this speed. The  
Base-T card only runs at one speed at a time. To verify the speed selection, run lanadmin -x ppa#.  
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Hardware and Software Installation Procedure  
Cable Specifications  
Note 3: The valid MTU size for normal frames using the igelan driver on HP-UX 11i v 1.0 or v 2.0 is 1500  
bytes. For Jumbo Frames, the valid MTU size on HP-UX 11i v 1.0 is 9000 , and for HP-UX 11i v 2.0, it is a  
number in the range of 1501 to 9000 bytes.  
Cable Specifications  
Operating Distance for 1000Base-T (Copper UTP): Up to 100 meters — Cat 5 and Cat 5E  
Operating distances for fibre channel using multi-mode fiber optic cable are as follows:  
Description (Fibre Channel)  
Rate  
Operating Distance  
50/125 micron MMF  
50 micron MMF  
2 Gbits/s  
1 Gbits/s  
300 meters (984 ft)  
500 meters (1640 ft)  
Available HP Fiber Optic Cables:  
LC-LC  
C7524A  
Fibre Channel Cable 2m LC duplex 50/125 M/M Optical  
Fibre Channel Cable 16m LC duplex 50/125 M/M Optical  
Fibre Channel Cable 50m LC duplex 50/125 M/M Optical  
C7525A  
C7526A  
LC-SC  
C7529A  
Fibre Channel Cable 2m LC-SC duplex 50/125 M/M Optical  
Fibre Channel Cable 16m LC-SC duplex 50/125 M/M Optical  
C7530A  
Adapter/Extenders  
C7534A  
Fibre Channel Adapter SC Form Factor  
Adapter Kit  
C7540A  
Fibre Optic Adapter Kit - Optical: Includes 2m LC/SC Cable and F/F  
extender  
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Hardware and Software Installation Procedure  
Figure 1  
AB465A PCI-X 2-Port 2Gb FC/ 2-Port 1000B-T Combination Card  
Port 1  
Fibre Channel Connectors  
(Duplex LC)  
Speed LEDS (Port 2)  
1Gb  
2Gb  
2Gb  
1Gb  
Speed LEDS (Port 1)  
Port 2  
Activity/Link LEDs  
Flashing = Data traffic  
Solid  
= Active link  
LAN B  
LAN A  
OFF = No link  
1000Base-T Connectors  
(RJ-45)  
}
Speed LEDs  
Off  
Green = 100 Mbit/s  
Yellow = 1000 Mbit/s  
=
10 Mbit/s  
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Hardware and Software Installation Procedure  
Features  
Features  
The AB465A PCI-X Combination cards have the following features:  
PCI-X 133 MHz capable card. It can operate at 32-bit or 64-bit compatible modes and is supported in the  
following frequencies: PCI 66, PCI-X 66, and PCI-X 133. Best performance is achieved by putting the card  
in a “dual-rope” PCI-X 133 slot. To identify which slots are the dual rope slots in a particular system,  
please refer to the hardware users’ guide for each system. The AB465A card is not supported in PCI 33  
bus mode. It operates in 3.3V slots only.  
Supports HP-UX 11i v 2.0 (64 bit) of September 2004 (or later) or 11i v 1.0 of December 2004 (or  
later) on HP 9000 (PA-RISC-based) and HP Integrity (Itaniumor Itanium2-based) platforms.  
The Gigabit Ethernet ports support use of Jumbo Frames.  
Supports HP Serviceguard and Auto-Port Aggregation (APA) for high availability.  
The Gigabit Ethernet port supports virtual LANs (VLANs). This feature is described in Using HP-UX  
VLANs on http://docs.hp.com.  
Supports PCI-X online addition/replacement (OLA/R) on specified systems.For instructions on how to  
perform online addition and replacement (OLAR) for PA-RISC-based systems running HP-UX 11i v 1.0,  
see Configuring HP-UX For Peripherals. For instructions on performing OL* for Itanium-based systems  
and PA-RISC systems running HP-UX 11i v 2.0 of September 2004 or later, refer to the Interface Card  
OL* Support Guide.  
Supports configuration through SAM or command line.  
vPars support with vPars 3.02 on supported HP 9000 (PA-RISC-based) systems. Boot over vPars is  
supported only on the Fibre Channel ports.  
Supports 16k LUNs on the Fibre Channel ports.  
Supports boot/dump on Fibre Channel ports only.  
Online/Offline Diagnostics.  
Ignite UX support.  
Supports readout of Vital Product Data (VPD) for Fibre Channel. To read the Fibre Channel VPD, use:  
fcmsutil devicefilename vpd.  
Firmware for the Fibre Channel ports -- version is 3.3.150 as of the publication of this document. The FC  
EFI driver firmware version is 1.42. For GigE, the bootcode is version 3.27; EFI is v7.0.10 or later. To  
Fibre channel transfer rates of 2Gbit/s and 1Gbit/s  
Auto speed sensing on the Fibre Channel ports.  
Supports Fibre Channel protocols SCSI-FCP-2 and FC-Tape.  
Supports the following Fibre Channel topologies:  
— FC-SW  
— FC-AL-2  
— FC-FLA  
— FC-PLDA  
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Hardware and Software Installation Procedure  
Interoperability: Supported Systems  
Interoperability: Supported Systems  
Supported Systems  
The combination card is supported in the HP Integrity (Itaniumor Itanium2-based) systems specified in  
Table 3.  
Table 3  
Combination Card in HP Integrity Systems  
rx1600, rx1620 ; These servers accommodate 1 AB465A per system.  
rx2600  
rx2620  
rx4640  
rx7620  
HP Integrity Superdome IA 16-way, 32-way, 64-way, and 128-way  
rx8620 and rx8620 with I/O Expansion unit  
The combination card is supported in the HP 9000 (PA-RISC processor-based) systems specified in Table 4.  
Table 4  
Combination Card in HP 9000 Systems  
rp3410-2  
rp3440-4  
rp4440-8  
rp7420-16  
HP 9000 Superdome (3.3 volt slots) PA 16-way, 32-way, 64-way, and 128-way  
rp8420 and rp8420 with I/O Expansion unit  
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Card Physical and Environmental Specs and Regulatory Information  
Card Physical and Environmental Specifications  
Card Physical and Environmental  
Specs and Regulatory Information  
Card Physical and Environmental Specifications  
Following are the product physical and environmental specifications of the AB465A PCI-X 2-Port 2 Gigabit  
Fibre Channel and 2-Port Gigabit Ethernet Combination Card.  
Physical Specifications  
Form Factor  
PCI support  
Height  
PCI-X (rev 2.3) full-height card  
64-bit 3.3V only 133Mhz  
10.668 cm (4.2 in)  
Depth  
16.9 cm (6.6 in)  
Width  
1.295 cm (0.51 in)  
Weight  
0.18 kg (0.4 lb) kg  
Electrical  
Power consumption:  
25 Watts  
Environmental  
Temperature  
Degrees F = (1.8 x Degrees C) + 32  
o
o
Operating Temperature Range (Degrees Celsius)  
+5 C to 40 C  
o
o
Recommended Operating Temperature Range  
(Degrees Celsius)  
+10 C to 30 C  
o
o
Non-operating/ storage Temperature Range (Degrees  
Celsius)  
-40 C to 70 C  
Temperature Shock Immunity - Max Rate of Change  
Non-operating/storage Humidity Range in %RH  
20 C/hr  
90  
Recommended Operating Humidity Range @ 22  
Degrees Celsius in %RH  
40 to 60  
Heat Dissipation (in Watts)  
17  
8
Maximum kV (if less than 15 kV) with no loss of  
function  
Maximum kV (if less than 25 kV) with no component 25  
damage  
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Card Physical and Environmental Specs and Regulatory Information  
Card Physical and Environmental Specifications  
Operating Altitude  
3,000 meters (9900) ft  
4,500 meters (14850 ft)  
Non-operating Altitude  
Electromagnetic Compatibility  
This document contains regulatory statements for the United States and the European community.  
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Card Physical and Environmental Specs and Regulatory Information  
FCC Statement (For U.S.A.)  
FCC Statement (For U.S.A.)  
Federal Communications Commission Radio Frequency Interference Statement  
WARNING  
This device complies with Part 15 of the FCC rules. Operation is subject to the  
following two conditions:  
(1) This device may not cause harmful interference and  
(2) this device must accept any interference received, including interference that  
might cause undesired operation.  
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 is likely to cause interference, in  
which case the user at his own expense will be required to take whatever measures  
may be required to correct the interference.  
Hewlett-Packard’s system certification tests were conducted with HP-supported  
peripheral devices and cables, such as those received with your system. Changes or  
modifications to this equipment not expressly approved by Hewlett-Packard could  
void the user’s authority to operate the equipment.  
Canada  
Warning: This Class A digital apparatus meets all requirements of the Canadian Interference-Causing  
Equipment Regulations.  
Cet appareil numérique de la classe A respecte toutes les exigences du règlement sur le matériel brouilleur du  
Canada.  
EMI Statement (European Community)  
NOTE  
This is a Class A product. In a domestic environment, this product may cause radio  
interference, in which case you may be required to take adequate measures.  
16  
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Card Physical and Environmental Specs and Regulatory Information  
Laser Safety Statements  
Laser Safety Statements  
Laser Safety Statements - U.S. FDA/CDRH - Optical (laser) Transceiver  
CAUTION  
The optical transceiver provided on the network interface card contains a laser system and is  
classified as a “Class-I Laser Product” under a U.S. Department of Health and Human Services  
(DHHS) Radiation Performance standard according to the Radiation Control for Health and  
Safety Act of 1968. The Class I label and compliance statement are located on the optical  
transceiver.  
To ensure proper use of this product, please read this instruction manual carefully and retain for future  
reference. Should the unit ever require maintenance, contact an authorized service location.  
CAUTION  
Use of controls, adjustments or the performance procedures other than those specified herein  
may result in hazardous radiation exposure. To prevent direct exposure to laser beam, do not  
try to open the enclosure.  
Laser Safety - European Union - Optical Transceiver Only  
CAUTION  
The optical transceiver provided on the network interface card contains a laser system and is  
classified as a “Class 1 Laser Product” per EN 60825-1, Safety of Laser products. Class 1 laser  
products are considered safe and do not pose a biological hazard if used within the data sheet  
limits and instructions.  
To ensure proper use of this product, please read this instruction manual carefully and retain for future  
reference. Should the unit ever require maintenance, contact an authorized service location.  
CAUTION  
Use of controls, adjustments or the performance procedures other than those specified herein  
may result in hazardous radiation exposure. To prevent direct exposure to laser beam, do not  
try to open the enclosure.  
There are no user serviceable parts nor any maintenance required for the optical transceiver. All adjustments  
are made at the factory before shipment to customers. Tampering with or any attempt to modify the optical  
transceiver will result in voided product warranty. It may also result in improper operation of the network  
card circuitry and possible overstress of the laser source. Device degradation or product failure may result.  
17  
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Card Physical and Environmental Specs and Regulatory Information  
Laser Safety Statements  
18  
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