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Contents
About this Guide............................................................................. xiii
About 1.4 Update 2................................................................................................................ xiii
How to use this Guide............................................................................................................ xiii
Manual sets ............................................................................................................................ xiv
SP Switch Router manuals.............................................................................................. xiv
IBM SP system manuals................................................................................................. xiv
Documentation conventions..................................................................................................... xv
IP routing publications........................................................................................................... xvi
Chapter 1Introduction to the SP Switch Router Adapter card.................... 1-1
What is the RS/6000 SP Switch Router ? ............................................................................. 1-2
SP Switch Router systems for IBM sites ............................................................................. 1-3
Cables included in your system ...................................................................................... 1-3
Table 1-1SP Switch Router Adapter card LED activity during boot and reset............ 1-9
Table 1-2SP Switch Router Adapter media card LEDs............................................. 1-11
Table 1-3SP Switch Router Adapter media card specifications................................. 1-13
Table A-1IBM and Lucent part numbers for model 04S............................................ A-1
Table A-2IBM and Lucent part numbers for model 16S............................................. A-3
Table A-3Publication numbers for related IBM manuals............................................ A-4
SP Switch Router Adapter Guide - 1.4 Update 2xi
Tables
xiiSP Switch Router Adapter Guide - 1.4 Update 2
About this Guide
Lucent’s GRF switched IP routers can be used to pro vide high-speed data communication links
between IBM RS/6000 Scalable POWERparallel Systems (SP) and external networks/hosts.
When packaged with an IBM SP system, the GRF router is referred to as an RS/6000 SP
Switch Router, or SP Switch Router. The SP Switch Router Adapter card is the GRF media
card that specifically supports SP system data transfers. To connect to an SP system, the SP
Switch Router Adapter card is cabled directly to an SP Switch port.
The SP Switch Router Adapter Guide describes the media card itself and explains how to
install, verify , and configure the card. The Guide provides the same type of information for this
media card as is provided for other GRF media cards. Information specific to installing and
configuring a GRF router is found in the manuals listed below in the “Manual sets” section.
The RS/6000 SP Switch Router is based on the GRF 400 and GRF1600 routers manufactured
by Lucent Technologies. For that reason, this manual contains references to the
GRF 400/1600 Getting Started , GRF Reference Guide , and GRF Configuration and
Management manuals.
About 1.4 Update 2
The GRF 1.4 Update 2 manual set includes new features added since software release 1.4.12.
GateD information is provided in a separate document, the GRF GateD Manual.
How to use this Guide
The Guide contains the following chapters and an index:
•Chapter 1, “Introduction to the SP Switch Router Adapter Card,” describes the SP Switch
Router Adapter media card, its cables, LEDs, and SNMP implementation.
•Chapter 2, “Configuring the SP Switch Router Adapter,” explains how to configure the SP
Switch Router Adapter media card and how to attach it to the SP Switch.
•Chapter 3, “Monitoring and Management Tools,” contains information about commands,
logs, and dumps useful for maintaining the SP Switch Router and adapter card.
•Appendix A, “Part Numbers,” contains a table of corresponding Lucent and IBM part
numbers for SP Switch Router components.
•Appendix B, “Log Messages, ” contains e xplanations of log messages generated by the SP
Switch Router Adapter media card.
•Appendix C, “Network Configuration Examples,” contains examples and descriptions of
three basic SP Switch network configurations and their requirements.
•Appendix D, “Upgrading SP Switch Router Software,” describes how to install new
releases of the router’s operating software.
SP Switch Router Adapter Guide - 1.4 Update 2 October 25, 1999 xiii
About this Guide
Manual sets
Manual sets
This section provides a list of relevant GRF manuals. A second list includes IBM system
manuals that contain information specific to the SP supercomputer.
SP Switch Router manuals
The SP Switch Router Adapter media card is described only in the SP Switch Router Adapter
Guide . The SP Switch Router and other media cards are described in the GRF manual set.
The GRF 1.4 Update 2 documentation set consists of the following manuals:
•GRF 400/1600 Getting Started - 1.4 Update 2
•GRF Configuration and Management - 1.4 Update 2
•GRF Reference Guide - 1.4 Update 2
•GRF GateD Manual - 1.4 Update 2
•SP Switch Router Adapter Guide - 1.4 Update 2
Router manuals and software upgrade release notes for the 9077 are available in PDF format
from this Web site:
This manual uses the following standard documentation conventions:
ConventionMeaning
Monospace text Represents text that appears on your computer’s screen, or that could
appear on your computer’s screen.
Boldface text
Italics
[ ]Square brackets indicate an optional argument you might add to a
|Separates command choices that are mutually exclusive.
Key1-Key2Represents a combination keystroke. To enter a combination
Press EnterMeans press the Enter, or Return, key or its equivalent on your
Note:
Represents characters that you enter exactly as shown (unless the
characters are also in
names used in text appear in boldface.
In command usage, italic represent variable information. Do not enter
the words themselves in the command. Enter the information they
represent. In ordinary text, italics are used for titles of publications, for
some terms that would otherwise be in quotation marks, and to show
emphasis.
command. To include such an argument, type only the information
inside the brackets. Do not type the brackets unless they appear in bold
type.
keystroke, press the first key and hold it down while you press one or
more other keys. Release all the keys at the same time. (For example,
Ctrl-H means hold down the Control key and press the H key.)
computer.
Introduces important additional information.
italics
About this Guide
Documentation conventions
—see Italics , below). Command
!
Caution:
Warning:
SP Switch Router Adapter Guide - 1.4 Update 2 October 25, 1999 xv
W arns that a failure to follo w the recommended procedure could result
in loss of data or damage to equipment.
Warns that a failure to take appropriate safety precautions could result
in physical injury.
About this Guide
IP routing publications
IP routing publications
Here are some related publications that you may find useful:
• Internetworking with TCP/IP, Volume 1 and 2, by Douglas E. Comer, and David L.
Stevens. Prentice-Hall,
• TCP/IP Illustrated, Volumes 1 and 2 , by W. Richard Stevens. Addison-Wesley, 1994.
• Interconnections , Radia Perlman. Addison-Wesley, 1992.
Recommended for information about routers and bridging.
• Routing in the Internet, by Christian Huitema. Prentice Hall PTR, 1995.
Recommended for information about IP, OSPF, CIDR, IP multicast, and mobile IP.
• TCP/IP Network Administration , by Craig Hunt. O’Reilly & Associates, Inc. 1994.
Recommended for network management information.
• Essential System Administration, Æleen Frisch. O’Reilly & Associates, Inc. 1991.
Recommended for network management information.
xvi October 25, 1999
SP Switch Router Adapter Guide - 1.4 Update 2
Introduction to the SP Switch Router
Adapter card
The RS/6000 SP Switch Router is based on the GRF 400 (4-card) and GRF 1600 (16-card)
routers manufactured by Lucent Technologies. For that reason, this manual contains references
to the GRF 400/1600 Getting Started , GRF Reference Guide , and
GRF Configuration and Management manuals. The SP model of the router is referred to as the
SP Switch Router.
SP Switch Routers can be used to provide high-speed data communication links between IBM
RS/6000 Scalable POWERparallel Systems (SP) and external networks/hosts. The SP Switch
Router Adapter card is the router media card that specifically supports SP system data
transfers. To connect to an SP system, the SP Switch Router Adapter card is cabled directly to
an SP Switch port.
1
Material in Chapter 1 provides a basic description of the SP Switch Router Adapter card.
Please refer to the GRF 400/1600 Getting Started manual for SP Switch Router system
installation procedures.
The RS/6000 SP Switch Router is a high-performance switched IP router designed for
high-volume, large-scale public and private backbone applications.
It has these main features:
•Performs Layer-3 switching across 4-16 adapter slots, depending upon router model
•Supports large suite of dynamic routing protocols
•Accommodates multiple types of media, including HSSI, 10/100Base-T (fast Ethernet),
ATM OC-3c, ATM OC-12c, SONET OC-3c, HIPPI, and FDDI
•Provides basic filtering, OSPF multicast, SNMP v1
•Manages 150K-entry route table, batch updating with 20 routes per second
As shown in Figure 1-1, the SP Switch Router attaches to the SP Switch through the SP Switch
Router Adapter media card:
SP control workstation
Administrative network =
Ethernet hub or bridge
SP Switch Router
Switch
• • •
SP Switch
Router Adapter
media card
control
board
Processor
node
• • •
Processor
node
SP Switch
to/from other networks and hosts
Figure 1-1. Connections between the SP Switch Router and an SP system
Primary node
for SP Switch
1-2 October 22, 1999
Configured with an IBM SP system, the SP Switch Router provides multiple media LAN and
WAN connectivity for the SP. The SP Switch Router Adapter card connects directly to the SP
Switch. Other components communicate across the administrative Ethernet network.
(While using a hub or a bridge to interconnect the administrative Ethernet segments is
common, other network components can be used to provide connectivity between the
segments.)
SP Switch Router Adapter Guide - 1.4 Update 2
Introduction to the SP Switch Router Adapter card
SP Switch Router systems for IBM sites
By using the appropriate SP Switch Router Adapter card, the SP system can connect to FDDI,
fast Ethernet, HSSI, ATM OC-3c, ATM OC-12c, SONET OC-3c, and HIPPI networks and
hosts, depending upon which other media cards are installed in the SP Switch Router chassis.
The SP Switch Router supports these connection options:
–a single SP Switch Router Adapter card can be installed in an SP Switch Router
–multiple SP Switch Router Adapter cards can be installed in an SP Switch Router
–more than one card can connect to the same SP system
–a single SP Switch Router can connect to one or multiple SP systems
Each option requires unique IP addressing and network configuration. Appendix C contains
examples of specific SP system–SP Switch Router networks. See the IBM documentation
related to planning for the SP Switch Router for more information.
SP Switch Router systems for IBM sites
The SP Switch Router Adapter media card communicates directly with the SP. In the SP
system configuration, the SP Switch Router Adapter media card is treated as a dependent node
and is assigned a node number. There is only one node number address space in the SP system,
and traditional SP nodes and dependent nodes are both assigned node numbers from that
address space.
You may be given references to models 9076 and 9077:
–Model 9076 is the IBM SP system.
–Model 9077 04S is the 4-card SP Switch Router.
–Model 9077 16S is the 16-card SP Switch Router.
This manual uses SP system and SP Switch Router, respectively, as system names.
Cables included in your system
SP Switch cable
The SP Switch Router Adapter media card connects to an SP Switch via an SP Switch cable.
Make sure the shipping box contains one ten- or twenty-meter cable for each SP Switch Router
Adapter card you receive. If there is no cable, contact your IBM representative and order the
special cable required by the SP Switch Router Adapter media card from IBM:
•SP Switch cable, 10m (IBM P/N 46H9699)
•SP Switch cable, 20m (IBM P/N 46H9701)
Although it has 50-pin connector ends, the specified cable has custom signal wiring so that
An Ethernet 10/100Base-T cable is required for connecting the SP Switch Router to the SP
control workstation. It is the customer's responsibility to provide the appropriate cable to make
this connection as well as any Ethernet hubs or bridges that may be required to connect to the
SP LAN.
SP ground strap
A ground strap is included with the SP Switch Router and must be connected between the
designated site on the SP Switch Router chassis and an SP frame. Refer to “ESD requirements”
on page 1-8 for a diagram showing the location of router ground strap connections.
PCMCIA 520MB disk
The SP Switch Router shipping box also contains a PCMCIA 520MB spinning disk device.
The PCMCIA disk installs in the SP Switch Router’s control board, in the PCMCIA “A” slot.
Once installed, the SP Switch Router can be configured to log and dump locally to the 520MB
external storage device.
By default, logging is turned off when the SP Switch Router boots and comes up. After the
system comes up, one of the first tasks is to configure the PCMCIA disk. The configuration
procedure formats and mounts the external PCMCIA device, and places the required logging
pointers. The installation procedure is described in Chapter 2.
Redundant AC power supplies
The SP Switch Router you receive is installed with redundant AC power supplies. You must
plug the power supply cords directly into an AC wall or rack receptacle.
Note: The SP Switch Router has no power on/off switch.
When you plug the power supply cord into a live outlet, the SP Switch Router powers on and,
since the software is already loaded, immediately begins to boot.
Redundant supply safety
Please note the following when powering off (unplugging) the SP Switch Router unit:
Caution: This unit has two power supply cords. For total isolation from electrical shock and
energy hazard, disconnect both supply cords. Care must be taken to correctly connect each
power supply to separate AC power sources and (optional) UPS devices.
Vorsicht: Dieses Gerät hat zwei Netzanschlusskabel. Um das Gerät vollstandig v on Netz zu
trennen ziehen Sie beide Kabel ab, sonst können Sie einen elektrischen Schlag erhalten.
Achten Sie darauf, daß jedes Stromkabel mit einer separaten Wechselstromquelle und einem
separaten USV-Gerät verbunden wird.
Attention: Cet appareil a deux cordons d’alimentation électrique. Pour une isolation
complète de tout choc électrique et de danger énergétique, débrancher les deux cordons
d’alimentation.
Figure 1-2 shows the area of system memory (control board RAM) that can be expanded to
meet site requirements. Memory upgrades are made in 128MB increments up to 512MB.
Introduction to the SP Switch Router Adapter card
Upgrading system memory
expandable to -->
- system software
- config files
- GateD binary
- log files
- route tables
- ATMP tunnels
- kernel runs
- GateD runs
256MB
RAM
212MB
= expandable area of RAM
--> 384MB
RAM
340MB
--> 512MB
RAM
468MB
Memory
size and
organization
128MB RAM
32MB
(fixed size)
84MB
8-12MB
(fixed size)
Figure 1-2. Expandable area of system memory
This chart provides general guidelines for memory required in different routing environments.
Although the figures assume BGP peers with 50K route entries, additional memory may be
required for higher average numbers of routes per BGP peer.
If the SP Switch Router is to support dynamic routing or ATMP home agents and mobile
nodes, upgrade to at least 256MB. In environments where large numbers of routes are
advertised, upgrade to 512MB.
Customer
profile
Amount of
control
board
memory
needed
Space for
dynamic
routing,
ATMP
tables
Route
entries
on
media
card
Route
entries in
dynamic
routing
database
Typical
numbe
r of
peer
sessions
Static routing:
(in high-performance
environment)
Small POP256MB212MB150KTypical
128MB84MB150KTypical
number:
35,800
0
3
number:
199,000
Medium POP /
ISP backbone
384MB340MB150KTypical
number:
9
362,000
Large POP /
Exchange point /
Route reflection server
The SP Switch Router Adapter media card is cabled to a connector jack on an SP Switch. This
media card transfers data to/from the SP Switch at 100 MB/s in each direction.
Like other SP Switch Router media interfaces, the SP Switch Router Adapter media card:
–is intelligent, and performs IP-level routing and route look-ups
–provides complete speed-decoupling between the connecting media and the
gigabit/second router switch core
–fully buffers data for input and output queuing; each card has 16MB of high-speed
receive buffer memory and 16MB of high-speed transmit buffers
Face plate diagram
The SP Switch Router Adapter card provides one
full-duplex interface.
This illustration shows the faceplate, the interface
connector, and the card LEDs.
The actual height of the SP Switch Router Adapter card is
10 inches.
The SP Switch Router Adapter cable 50-pin
connector end is also shown.
To operate properly, the 16-card SP Switch Router requires that at least two media cards be
installed. The 4-card router requires one card be installed. In both models, a face plate cover
must be installed in any unused chassis slot to maintain router cooling flows.
Media cards are actually two logic boards joined to make a single component. As shown in
Figure 1-3, the smaller board on the right is the serial interface, also called the serial daughter
card. The larger one on the left is the media board and has the network ports. Together they
comprise an SP Switch Router media card.
Cards install vertically for 16-card SP Switch Router:
Port
Cards install horizontally level for 4-card SP Switch Router:
Media board
Serial/rev
number area
TopBottom
Serial
daughter
card
Figure 1-3. Media card components
The two logic boards are joined by a pair of 100-pin connectors and reinforcing plates. Even
so, this joint retains some flex and must be carefully supported, especially when inserting the
media card into the chassis.
Warning: The backplane of the SP Switch Router contains hazardous energy levels. When
replacing a media card, remove only one card at a time. Removing more than one card will
expose the operator to this energy hazard.
Warnung: An den Rückwandplatinen der SP Switch Router liegen gefährliche
Hochspannungen ab. Zum Auswechseln der Medienkarte jeweils nur eine Karte entfernen. Bei
zwei gleichzeitig entfernten Karten ist der Bediener gefährlichen Spannungen ausgesetzt.
Caution: Media cards are hot swappable and can be installed when the SP Switch Router is
running. However, media cards are highly susceptible to damage from electrostatic discharge.
You must wear a grounded, conductive wrist strap any time you handle a media card. Make
sure the metallic elements in the band directly touch your exposed skin.
SP Switch Router - 16 card
Card insertion procedure
1When you are properly grounded, remove the media card from its anti-static container.
2Hold the media card with the network ports facing you.
4-card router
Turn the card horizontal, the top of the media card should be on the left, the bottom of the
card should be on the right. As you start, make sure you visually identify the left and right
guide pair for this particular slot.
Keeping the media card horizontally level, insert the card fully into the slot, you will feel
the card joining with the 100-pin connector on the backplane.
SP Switch Router - 4 card
Wrist strap grounding sites
16-card router
Hold the card vertically. As you start, make sure you visually identify the top and bottom
guide pair for this particular slot. Have one hand under the card, lightly supporting its
weight. Rest just the edge of the bottom corner of the card in the bottom guide. Then,
bring the top edge of the card into the top guide. This will help you keep the card level as
you slide it in.
Keeping the media card vertically upright, insert the card fully into the slot.
You will feel the card joining with the 100-pin connector on the backplane.
3When fully inserted, the card’s face plate should be flush against the chassis back panel.
Note: Do not force the card into the slot. Doing so can damage the card or slot connector.
4Tighten the screws at each end of the face plate.
The “RX” and “TX” LEDs are under software control and indicate port states on receive and
transmit sides. The “MD” and “SW” LEDs are hardware-controlled and reflect data activity on
the SP Switch Router switch core or interface side of receive and transmit ports.
“Top” end of card“Bottom” end of card
RX HB
RX ST0
RX ST1
PWR ON
3V
Figure 1-4. LEDs on the SP Switch Router Adapter card
LED activity during boot
RX ERR
SW XMIT
MD RCV
During boot and resets, the four software-controlled LEDs indicate different media card
activities by flashing in specific patterns. Refer to Table 1-1 for a description of each pattern.
Table 1-1. SP Switch Router Adapter card LED activity during boot and reset
TX HB
TX ST0
TX ST1
TX ERR
SW RCV
MD XMIT
LEDDescription
• ON At reset, all LEDs are lit for 1/2 second
• RX HB (green)
• RX ST0 (green)
• RX ST1 (amber)
• RX ERR (amber)
• ON as part of on-board diagnostics.
• ON Also tests that LEDs are working.
• ON
• OFF ERROR - During a boot or reset, this pattern indicates
• OFF a checksum error is detected in
• OFF flash memory.
• ON
• ON ERROR - During a boot or reset, this pattern indicates
Refer to Table 1-2 for a description of SP Switch Router Adapter card LED activity during
normal run time operations.
Table 1-2. SP Switch Router Adapter media card LEDs
LEDDescription
PWR ONThis green LED is on when 5 volts are present. Both power LEDs,
5V and 3V, can be on simultaneously.
3VThis green LED is on when 3 volts are present.
RX HB (green)During normal run-time operations, this green LED blinks a
“heartbeat” pattern for the receive side CPU. The beat is a long off,
short on-off-on pattern .
In the pattern, the LED goes off for 1/2 second, comes on for 1/4
second, goes off for 1/4, comes on for 1/4, and then begins the
pattern again by going off for 1/2 second.
SP Switch Router Adapter card LEDs
• ON STATE_0 - These three LEDs are on during
• RX ST0 (green)
• RX ST1 (amber)
• RX ERR (amber)
These three LEDs
light in different
combinations to
indicate
five operating states
for the receive port.
MD RCV (amber)This amber LED lights when data comes into the receive media port
SW XMIT (amber)This amber LED lights when the receive media port sends data to the
• ON hardware initialization.
• ON
• OFF STATE_1 - Bottom two amber LEDs go on during
• ON software initialization, show receive port
• ON is waiting for configuration parameters.
• ON STATE_2 - Middle amber LED goes off when
• OFF configuration parameters are in place and the
• ON receive port is ready to be connected.
• OFF STATE_3 - Bottom amber LED goes on to show that
• OFF the receive port is connected and the card is
• ON ready to be on line
• OFF STATE_4 - These three LEDs are off to show receive
• OFF port is online and running/routing.
• OFF
from an external source.
SP Switch Router switch core (via the serial daughter card).
TX HB (green)This green LED blinks a “heartbeat” pattern for the transmit side
CPU, the beat is a long off, short on-off-on pattern during normal run
time operations.
In the pattern, the LED goes off for 1/2 second, comes on for 1/4
second, goes off for 1/4, comes on for 1/4, and then begins the
Table 1-2. SP Switch Router Adapter media card LEDs (continued)
LEDDescription
• ON STATE_0 - These three LEDs are on during
• TX ST0 (green)
• TX ST1 (amber)
• TX ERR (amber)
These three LEDs
light in different
combinations to
indicate
five operating states
for the transmit
port.
• ON hardware initialization.
• ON
• OFF STATE_1 - Bottom two LEDs (amber) go on during
• ON software initialization, show transmit port
• ON is waiting for configuration parameters
• ON STATE_2 - Middle LED goes off when
• OFF configuration parameters are in place and the
• ON transmit port is ready to be connected.
• OFF STATE_3 - Bottom LED (amber) goes on to show that
• OFF the transmit port is connected and the card is
• ON ready to be on line.
• OFF STATE_4 - These three LEDs are off to show transmit
• OFF port is online and running/routing.
• OFF
MD XMIT (amber)This amber LED comes on as data leaves the transmit media side
going to an external destination.
SW RCV (amber)This amber LED lights when data from the SP Switch Router switch
core (via the serial daughter card) goes to the transmit media side.
Note: The MD RCV, SW XMIT, MD XMIT, and SW RCV LEDs increase in brightness with
increasing data traffic. When there is little data traffic, it may be difficult to see that the LED is
blinking.
Refer to Table 1-3 for SP Switch Router Adapter media card characteristics:
Table 1-3. SP Switch Router Adapter media card specifications
ElementValue
Attachment densityOne full-duplex interface
Media transfer rate100 megabytes per second
Processors 40 MHz SPARC, one transmit, one receive
Data buffers16MB input, 16MB output
Route table support150K entries
Max transmission unit The default MTU is 65520 bytes
Card connector2-row, 50-pin panel-mount receptacle
Cable connector2-row, 50-pin shielded tab connector
Cables Twisted-pair copper, 10- or 20-meter length, available from IBM
Power consumptionApproximately 50 watts per media card
The SP Switch Router Adapter card supports IP packet filtering. You can apply filters to the
receive and/or transmit path of a logical interface as described in the “IP Packet Filtering”
chapter of the GRF Configuration and Management manual.
The filter configuration file is /etc/filterd.conf. The maint50 – 58 commands report
statistics and information for filters assigned to the receive side of the card. The maint 150 – 158 commands report on transmit side filters.
The “IP Packet Filtering” chapter describes the entries in /etc/filterd.conf and tells you
how to design several types of filters. The binding statement in /etc/filterd.conf is where
you assign a filter you have created to a particular logical interface on a specific media card.
This statement has two variables that are media card specific,
In a binding statement, media is the type of media card and vlif is the logical interface
number to which the filter is assigned. For the SP Switch Router Adapter card, media is
always dev1 and the vlif is always 0 since the card has a single interface.
Here is a binding statement for an SP Switch Router Adapter card in slot 5, gt050 (the card is
connected to node 8 on an SP switch):
media and vlif.
tcpdump
media dev1 5 {
#
bind no_host_22_22 {
vlif 0; # this is the switch node 8 interface
direction out; # outbound traffic to node 8
action filter;
}
}
the filter named “no_host_22” blocks all packets from remote host 192.168.22.22
Here are the supported media names:
atm (OC-3c)
dev1
ether
fddi
hssi
hippi
sonet
(OC-3c)
Please refer to the “IP Packet Filtering” chapter of the GRF Configuration and Management
manual for configuration information and examples.
Filtering supports the standard UNIX tcpdump utility that enables you to examine the data
crossing an SP Switch Router Adapter interface. A tcpdump “listen” command for interface