TPX-4 PCI-Expansion Subsystem Installation Manual

Transcription

1 TPX-4 PCI-Expansion Subsystem Installation Manual Version 1.1 February 2003 Americas and Pacific Rim 3185 Laurelview Court Fremont, CA Phone (510) Fax (510) World Wide Web Rest of World 5 Rue Irene Joliot-Curie Eybens, France Phone Fax

2 Copyright 2003, Inc. ALL RIGHTS RESERVED. No part of this publication may be reproduced in any form, by photocopy, microfilm, retrieval system, or by any other means now known or hereafter invented without the prior written permission of. The information in this publication has been carefully checked and is believed to be accurate. However, assumes no responsibility for inaccuracies. retains the right to make changes to this publication at any time without prior notice. does not assume any liability arising from the application or use of this publication or the product(s) described herein. RESTRICTED RIGHTS LEGEND: Use, duplication, or disclosure by the United States Government is subject to the restrictions set forth in DFARS (c)(1)(ii) and FAR TRADEMARKS THEMIS is a registered trademark of, Inc. SOLARIS is a trademark of Sun Microsystems SPARC and UltraSPARC are registered trademarks of SPARC International InfiniBand is a trademark and servicemark of the InfiniBand Trade Association All other trademarks or registered trademarks used in this publication are the property of their respective owners. Themis Customer Support North America, South America, and Pacific Rim Telephone: Fax: support@themis.com Web Site: TPX-4 PCI-Expansion Subsystem Installation Manual February 2003 Part Number:

3 TPX-4 PCI-Expansion Subsystem Installation Manual Version Revision History Version February 2003 Replaced photographs and illustrations of TPX-4 throughout manual to reflect changes from Version 1.0 model. Revise weight specifications in Table 1-4 (Chapter 1). Revised procedure for installing PCI Cards (Chapter 2). Added Tables 2-1 and 2-2 with Figures to describe new InfiniBand jumper-pins on TPX-4 Interface board and host computer Bridge PCI card (Chapter 2). Corrected Table A-1 and Table A-4 (Appendix A). Made assorted minor revisions and corrections. Version September 2002 iii

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5 Table of Contents 1. TPX-4 Overview, Specifications, & Agency Compliance Overview I/O Controls and System Indicators Host InfiniBand Bridge PCI Card Specifications Software Agency Compliance Installation & Operation InfiniBand Bridge PCI Card Installation TPX-4 PCI Card Installation Reassembly Procedure Operation General Turning the System On Turning the System Off Appendix A. Connectors and LED Indicators... A-1 A.1 InfiniBand Ports... A-3 A.1.1 Fiber-Optic Connector... A-3 A.1.2 Copper-Wire Connector... A-3 A.2 Video Connectors... A-4 A.2.1 Video Input... A-4 A.2.2 Video Output... A-5 A.3 DB9 Connector... A-6 Index... Index-1 Reader Comment Card v

6 TPX-4 PCI-Expansion Subsystem Installation Manual List of Figures Figure 1-1 Front View of the TPX-4 PCI-Expansion Subsystem Figure 1-2 TPX-4 PCI-Expansion Subsystem Flow Diagram Figure 1-3 TPX-4 Front-Panel Controls and Indicators Figure 1-4 Switching Power Supply at Rear of TPX Figure 1-5 View of the TPX-4 Chassis with the Top Cover Off Figure 1-6 Themis InfiniBand Bridge PCI Card Figure 2-1 Location of Jumper-Pin J Figure 2-2 Host InfiniBand Bridge PCI Card Connections Figure 2-3 Top View of the TPX-4; Screws to Remove Figure 2-4 Location of Jumper-Pin J Figure 2-5 Screws to Remove for PCI Card Installation (Bottom View) Figure 2-6 Remove 5 Screws to Access PCI Slots 3 and Figure 2-7 Install PCI Card in Slot 3 or 4 and Secure Faceplate Screw Figure 2-8 Remove 2 Middle Button-Head Screws to Release Video Panel Figure 2-9 Remove the Last Screw Holding the Video Panel Figure 2-10 Disconnect the Power-Supply Cable Connector Figure 2-11 Remove Both Air-Flow Diverters Figure 2-12 Removing the Video Panel Frees the PCI-Card Support Housing Figure 2-13 Remove the Left-Side Mounting Block Figure 2-14 Power Supply on Rear of System Figure 2-15 Power Supply on Rear of System Figure A-1 TPX-4 Front-Panel Connectors... A-2 Figure A-2 TPX-4 Fiber-Optic Connector Pinout... A-3 Figure A-3 TPX-4 Copper-Wire Connector Pinout... A-3 Figure A-4 13W3 Video-Input Connector (Male)... A-4 vi

7 Table of Contents List of Tables Table 1-1 TPX-4 Major Features Table 1-2 TPX-4 Front-Panel I/O Controls Table 1-3 TPX-4 System Indicators Table 1-4 TPX-4 PCI-Expansion Subsystem Specifications Table 2-1 Bridge PCI Card Jumper-Pin Settings (Component Side) Table 2-2 TPX-4 Interface Board Jumper-Pin Settings (Component Side) Table A-1 TPX-4 Front-Panel LEDs... A-2 Table A-2 TPX-4 Front-Panel I/O Controls... A-4 Table A-3 13W3 Video-Input Pinouts... A-5 Table A-4 TPX-4 BNC Video-Output Connector Pinout... A-6 vii

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9 General Section Chapter 1 1 TPX-4 Overview, Specifications, & Agency Compliance 1.1 Overview The TPX-4 PCI-Expansion Subsystem (see Figure 1-1) is a self-contained I/O expansion subsystem that is 1-RU high, 19 rack-mountable, and can be used to extend the PCI capability of host systems to which it is connected; for example, the Themis RES-204s, RES-302s, RES-32XE, and RES-22XE servers, or T-210ML telecommunications server. The TPX-4 supports up to four full-length PCI cards providing data in either 32-bit or 64-bit formats running at 33 MHz (see Figure 1-2, page 1-2). Each TPX-4 contains a power supply and on-board cooling for all PCI slots. The PCI cards are interfaced with the host system through a PCI/PCI InfiniBand bridge operating at either 33 or 66 MHz. Before the TPX-4 can be connected to a host system, a Themis InfiniBand bridge PCI card must be installed (see Host InfiniBand Bridge PCI Card on page1-6. Figure 1-1. Front View of the TPX-4 PCI-Expansion Subsystem 1-1

10 TPX-4 PCI-Expansion Subsystem Installation Manual TPX-4 Subsystem Legend A B Fiber-Optic Connector Port Copper-Wire Connector Port Note: Only one data-transfer port (A or B) may be used at the same time. Video Output BNC RGB with HS SYNC on Green Video Input 13W3 PCI Slot 1 13W3 Video Repeater and RGB Sync Restorer TPX-4 Interface Auto-Ranging AC Power Supply Fans AC Power PCI Slot 2 Host Computer Fiber-Optic Port 7 Copper-Wire Port 6 A B InfiniBand Bridge 33 MHz / 32 or 64 bit 5 V PCI Bus PCI Slot InfiniBand Bridge PCI Card Port 7 (Optical) Not Used Port 6 (Copper) 2.5-Gbit/sec Not Used Display / Alarm Board PCI Slot 3 PCI Slot 4 PCI-to-Local-Bus Interface MHz / 32 or 64 bit 5 V PCI Bus Flash ebus Environmental Sense T1 T2 Figure 1-2. TPX-4 PCI-Expansion Subsystem Flow Diagram The TPX-4 can be ordered to support either of two types of TPX-4-to-host datatransfer media, copper-wire cable (transmission up to 17 meters long) or fiber-optic cable (transmission up to 300 meters long, multimode, or 1 kilometer, single mode) at up to 2.5-gigabits/second (Gb/s; see following Note). Only one media type can be used at the same time. Note: Transmission media (copper wire or fiber-optic cable) between the TPX-4 and host computer is configurable with jumper-pins on both the TPX-4 chassis Interface Board and the host InfiniBand Bridge PCI Card. 1-2

11 TPX-4 Overview, Specifications, & Agency Compliance Overview Major features of the TPX-4 are described in Table 1-1. Table 1-1. TPX-4 Major Features Feature Details PCI slots 1-RU adjustable rack-mount enclosure with slides Graphics monitor support TPX-4-to-host transfer speed (copper wire or fiber-optic transfer media) 4 total; either 32 bit or MHz Supports full-length cards Rack-mount brackets adjust to allow front of the TPX-4 to be recessed backward, extended forward, or mounted flush with the front of the rack Sun 13W3 video repeater and RGB sync restorer allows the host computer to support two monitors from a single graphics slot 2.5 Gbit/sec Operating temperature 0 C to 50 C Shock endurance Environmental monitoring Dimensions Power supply 20msec Temperature, voltage, and fan speed (relay output) 1.75 high, 16.8 wide (19 with brackets), 18 deep 200 watts, auto-ranging (40 user; 100 user) I/O Controls and System Indicators The TPX-4 contains I/O control connectors and system indicator LEDs as described in Table 1-2 and Table 1-3, page 1-4. All controls and 6 of 7 indicators are accessed directly from the TPX-4 front panel (see Figure 1-3 on page 1-4). Table 1-2. TPX-4 Front-Panel I/O Controls Control Details Video Input Video Output - RGB with HS Video Output - SYNC on green 13W3 connector attaches to the video source 5 BNC connectors attach to the primary host monitor, providing RGB with horizontal sync (HS) 5 BNC connectors provide SYNC on green 1-3

12 TPX-4 PCI-Expansion Subsystem Installation Manual Table 1-3. TPX-4 System Indicators See Fig. 1-3 Front Panel Indicator Details A Power-on (Green) B, C Fiber-optic link status D, E Copper-wire link status When lit green, power is ON and all voltages are at their proper level. B If green, the link is fully operational C If orange, a link has been established D If green, the link is fully operational E If orange, a link has been established F Not implemented N/A Rear Panel See Figure 1-4 & Figure 1-5 AC Power LED (Green) (on face of power supply) Will light green whenever the switch on the power supply at the rear of the chassis is turned ON ( ), indicating that power is being applied to all PCB circuits and fans. Figure 1-3. TPX-4 Front-Panel Controls and Indicators 1-4

13 TPX-4 Overview, Specifications, & Agency Compliance Overview Cooling Fan AC Socket AC Power LED Power On Switch Figure 1-4. Switching Power Supply at Rear of TPX-4 Figure 1-5. View of the TPX-4 Chassis with the Top Cover Off 1-5

14 TPX-4 PCI-Expansion Subsystem Installation Manual Host InfiniBand Bridge PCI Card Communications from the host computer to the TPX-4 PCI-Expansion Subsystem is made through a Themis InfiniBand Bridge card installed on the host s 5V, 33-MHz, 32/64-bit PCI bus (see Figure 1-6). To complete the communications link, you must install: 1 fiber-optic cable between port 7 of the TPX-4 (see Figure 1-2, page 1-2) and port 7 of the host InfiniBand Bridge card, or 1 copper-wire cable between port 6 of the TPX-4 (see Figure 1-2, page 1-2) and port 6 of the host InfiniBand Bridge card. Fiber-Optic InfiniBand Port 7 (Plug not removed) Fiber-Optic InfiniBand Port 5 (Reserved - Do Not Use) Copper-Wire InfiniBand Port 6 PLD Programming Connector (Factory Use Only) Copper-Wire InfiniBand Port 4 (Reserved - Do Not Use) Figure 1-6. Themis InfiniBand Bridge PCI Card The InfiniBand Bridge card supports a single connection only, through either port 7 for a fiber-optic cable, or port 6 for a copper-wire cable. Ports 5 and 4 are reserved for future applications (see Section 2.1, InfiniBand Bridge PCI Card Installation, on page 2-1 for details on how to install the InfiniBand Bridge card). 1-6

15 TPX-4 Overview, Specifications, & Agency Compliance Specifications 1.2 Specifications Table 1-4 lists general specifications for the TPX-4 PCI-Expansion Subsystem. Table 1-4. TPX-4 PCI-Expansion Subsystem Specifications Parameter Description Power Dimensions Weight (with video repeater card and connectors) Rack Mount with Slides Reliability (MTBF) Temperature Operating: Non-Operating: Relative Humidity Operating: Non-Operating: Maximum Wet Bulb Operating: Non-Operating: Shock Operating: Non-Operating: Random Vibration (RMS) Operating: Non-Operating: Acoustics Altitude Operating: Non-Operating: +5V (+/- maximum A max 1.75 (1RU) high 16.8 (42.7 cm) wide (19 with mounts) 18 (45.7 cm) deep less than 16 pounds (9.3 kg) with 4 full-length PCI cards pounds (6.3 kg) with no PCI cards Adjustable 19 rack-mount enclosure; can be recessed backward, extended forward, or mounted flush with the front of the rack 125,000 hours without failure (no PCI cards installed) 0 C to +50 C 40 C to +65 C 8% to 95% non-condensing 5% to 95% non-condensing 24.4 C, non-condensing 35 C, non-condensing 1/2 sine wave 1/2 sine wave 0.67G horizontal, 0.56G vertical 1.04G 45 db maximum 0 to 10,000 feet above sea level 0 to 40,000 feet above sea level 1-7

16 TPX-4 PCI-Expansion Subsystem Installation Manual 1.3 Software The TPX-4 does not require software drivers to operate the InfiniBand link. Only drivers specific to the PCI cards installed in any of the four slots are required. 1.4 Agency Compliance The TPX-4 is designed to conform to the following regulating agency standards: FCC Class A Computing Device CFR 47 Part 15 Subpart J EN :1997 Emission Standard EN55022 Class A CNS Class A 1-8

17 Installation Section Chapter 2 Installation & Operation This chapter describes: How to install the Themis InfiniBand Bridge PCI card into a host computer. How to install a PCI card into any of the four PCI slots of the TPX-4 PCI- Expansion Subsystem. How to turn the TPX-4 system on and off. 2.1 InfiniBand Bridge PCI Card Installation Caution: Use industry-standard ESD grounding techniques when handling all components. Wear an antistatic wrist strap and use an ESD-protected mat. Store ESD-sensitive components in antistatic bags before placing them on any surface. Handle all IC boards by the edges only. 1. Follow the host computer Operations Manual directions for opening up the host system and accessing the PCI bus slots. 2. Unfasten the Phillips screw securing the blank PCI-slot faceplate covering the slot into which you are installing the Themis InfiniBand Bridge PCI card and remove the blank faceplate. 2-1

18 TPX-4 PCI-Expansion Subsystem Installation Manual 3. Remove the InfiniBand Bridge PCI card from its protective sleeve and examine the jumper-pin settings (see Table 2-1 and Figure 2-1 on page 2-3). Table 2-1. Bridge PCI Card Jumper-Pin Settings (Component Side) Jumper Pin J1203 J1602 J1603 Setting a Short 1-2 Short 2-3 Short 1-2 Short 2-3 Short 1-2 Short 2-3 Description Copper InfiniBand link is used Optical InfiniBand link is used Themis personnel only Host applications Themis personnel only Host applications a Default settings are in boldface letters. If you are using a copper InfiniBand link (cable), make sure the jumper is over (shorting) pins 1 and 2 of J1203. If you are using an optical (fiber-optic) InfiniBand link, make sure the jumper is over (shorting) pins 2 and 3 of J Carefully insert the InfiniBand Bridge PCI card into the host PCI slot directly behind the open I/O panel. 5. Fasten the Bridge PCI card faceplate to the I/O panel with the Phillips screw removed in Step Close the host computer according to Operations Manual directions. 7. If you are using a fiber-optic cable between the host computer and the TPX-4 PCI-Expansion Subsystem, connect the cable between the host bridge PCI card s port 7 (see Figure 2-2 on page 2-4) and the TPX-4 s port 7 (see Figure 1-3 on page 1-4). If you are using copper-wire cable between the host computer and the TPX-4 PCI-Expansion Subsystem, connect the cable between the host bridge PCI card s port 6 (see Figure 2-2 on page 2-4) and the TPX-4 s port 6 (see Figure 1-3 on page 1-4). 2-2

19 Installation & Operation InfiniBand Bridge PCI Card Installation J1203 Pin 1 OPT COP Jumper set for Copper (pins 1-2) Figure 2-1. Location of Jumper-Pin J

20 TPX-4 PCI-Expansion Subsystem Installation Manual Figure 2-2. Host InfiniBand Bridge PCI Card Connections Caution: Do not attach a cable to the PLD programming connector. This connector is for Themis factory and field personnel use only. 2-4

21 Installation & Operation TPX-4 PCI Card Installation 2.2 TPX-4 PCI Card Installation Caution: Use industry-standard ESD grounding techniques when handling all components. Wear an antistatic wrist strap and use an ESD-protected mat. Store ESD-sensitive components in antistatic bags before placing them on any surface. Handle all IC cards by the edges only. Use the following steps to install a PCI card into a TPX-4 PCI slot: 1. Remove each of the 17 Phillips-head screws (3/16 flathead; see Figure 2-3) that secure the top cover of the TPX-4 cabinet (12 screws are directly on top, 2 screws are on the left side, and 3 screws are on the right side). Figure 2-3. Top View of the TPX-4; Screws to Remove 2-5

22 TPX-4 PCI-Expansion Subsystem Installation Manual 2. Slide the top cover slightly toward the front to release the latches (hidden underneath the cover) that secure the rear of the cover to the chassis. This allows the cover to be lifted free from the chassis. 3. Examine the jumper-pin setting of J1602 on the TPX-4 Interface Board (see Figure 2-4) and compare it with Table 2-2 on page 2-7. If you are using a copper InfiniBand link (cable), make sure the jumper is over (shorting) pins 1 and 2 of J1602. If you are using an optical (fiber-optic) InfiniBand link, make sure the jumper is over (shorting) pins 2 and 3 of J1602. Figure 2-4. Location of Jumper-Pin J

23 Installation & Operation TPX-4 PCI Card Installation Table 2-2. TPX-4 Interface Board Jumper-Pin Settings (Component Side) Jumper Pin J1102 J1602 Setting a Short 1-2 Short 2-3 Short 1-2 Short 2-3 Description Themis personnel only Default setting; do not change Copper InfiniBand link is used Optical InfiniBand link is used a Default settings are in boldface letters. 4. Right-Side PCI Card Access Only. If PCI cards are being removed or installed into the right-side PCI card slots (3 and 4) only, follow these substeps (otherwise, go to Step 5 on page 2-8): a. Turn the chassis over and remove the three Phillips-head (3/16 flathead) screws from the bottom of the chassis that are indicated in Figure 2-5. Remove 3 bottom screws only for right-side PCI card access Figure 2-5. Screws to Remove for PCI Card Installation (Bottom View) 2-7

24 TPX-4 PCI-Expansion Subsystem Installation Manual b. Turn the chassis back over to expose the PCI slots and remove the two 1/4 Button-Head 5/64 Allen screws in the right-hand corner of the front faceplate (see A in Figure 2-6 on page 2-9). This will release the right side beam and expose the right-hand PCI-card holding screws (see B). c. After removing the blank PCI-card faceplate covering the slot into which you are installing a PCI card, firmly insert the PCI card into the slot 3 or slot 4 backplane connector (see Figure 2-7 on page 2-10). If the card is wide enough, slide the opposite edge of the PCI card into the card channel of the right side beam. Secure each PCI card to the chassis with a standard PCI faceplate screw (see Figure 2-7). a. After all PCI cards have been installed, reassemble the TPX-4 PCI-Expansion Subsystem by reinstalling the right side beam, bottom cover, and top cover, reversing the above procedures from Step 4 to Step Full PCI Card Access. To access all four PCI slots (1 through 4), remove the 14 Phillips-head screws (3/16 flathead) shown in Figure 2-5 from the bottom of the TPX-4 chassis. Important: Remove only the bottom screws indicated in Figure 2-5. Removing any other screws will cause components to loosen and fall out of the TPX-4 chassis. 6. Turn the chassis back over to expose the PCI slots and remove the two 1/4 Button-Head 5/64 Allen screws in the right-hand corner of the front of the TPX-4 chassis (see A in Figure 2-6 on page 2-9). This will release the right side beam and expose the right-hand PCI-card holding screws (see B). 7. Remove the two 1/4 Button-Head 5/64 Allen screws shown in Figure 2-8 on page This will release the right edge of the front video panel to free the center support housing holding the PCI-slot backplane. 8. To disconnect the video panel from the chassis, remove the flathead Phillips screw shown in Figure 2-9 on page Remove the center support housing containing slots 1 through 4 of the PCI backplane as follows: a. Disconnect the power-supply cable connector at the rear of the chassis (see A and B, Figure 2-10 on page 2-11). 2-8

25 Installation & Operation TPX-4 PCI Card Installation A B Figure 2-6. Remove 5 Screws to Access PCI Slots 3 and 4 2-9

26 TPX-4 PCI-Expansion Subsystem Installation Manual PCI Faceplate Screw Install PCI Card Figure 2-7. Install PCI Card in Slot 3 or 4 and Secure Faceplate Screw Figure 2-8. Remove 2 Middle Button-Head Screws to Release Video Panel 2-10

27 Installation & Operation TPX-4 PCI Card Installation Figure 2-9. Remove the Last Screw Holding the Video Panel A B Figure Disconnect the Power-Supply Cable Connector b. Remove the two air-flow diverters (sponge foam held by dual-stick tape) shown in Figure 2-11 on page 2-12) c. Carefully pull out the center support housing (see Figure 2-12, page 2-12). 10. Before you can install PCI cards into slots 1 and 2, a mounting block must be removed from the left side of the PCI-card center support housing (see Figure 2-13 on page 2-13). Removing the two Phillips screws that hold this block allows access to the PCI faceplates. 2-11

28 TPX-4 PCI-Expansion Subsystem Installation Manual Figure Remove Both Air-Flow Diverters Figure Removing the Video Panel Frees the PCI-Card Support Housing 2-12

29 Installation & Operation TPX-4 PCI Card Installation Figure Remove the Left-Side Mounting Block Install a PCI Card into slot 1 and/or slot 2 and replace the mounting block removed in Step 10. Tighten the two screws through the mounting block. 12. Before reassembling the system, install a PCI card into slot 3 and/or slot 4 (see Step 4c) Reassembly Procedure After all PCI cards have been installed, reassemble the TPX-4 PCI-Expansion Subsystem by reinstalling the center support housing, front video panel, bottom cover, and top cover, reversing the above procedures from Step 11 to Step

30 TPX-4 PCI-Expansion Subsystem Installation Manual 2.3 Operation General To ensure adequate cooling within the TPX-4, the system should not be operated with the top cover off. System fans pull air into the chassis, hence the TPX-4 must be closed to provide for proper airflow. Make sure that jumper-pins J1203 on the Bridge PCI card and J1602 on the TPX-4 Interface board have been configured for the same type of link (both copper or both optical). See Table 2-1 on page 2-2 and Table 2-2 on page 2-7 for details. Caution: Configure jumper-pins J1203 (Bridge PCI card) and J1602 (TPX-4 Interface board) for the same type of link, either copper or optical. After the InfiniBand Bridge PCI card has been installed in the host computer, the TPX-4 must be turned on and connected to the Bridge PCI card through either the copper or the fiber-optic link, otherwise the host computer may or may not boot. Caution: Make sure the TPX-4 is turned on and connected to the Bridge PCI card through either the copper or the fiber-optic link before turning the host computer on Turning the System On 1. Plug the AC power cord (shipped with the unit) into the AC socket on the rear of the TPX-4 (see Figure 2-14 on page 2-15). Caution: It is important that the TPX-4 be turned on before the host computer (the Themis T-210 server, for example) so that it is recognized by the host during its boot process. 2. Push the power supply on/off switch to the ON ( ) position. If power is present, the AC power supply LED (rear panel) and the power-on LED (front panel; see Figure 2-15, page 2-15) will both light green. 2-14

31 Installation & Operation Operation Figure Power Supply on Rear of System 3. Make sure that the InfiniBand communications link either fiber-optic or copper wire is connected between the TPX-4 and the host system (see Section 2.1, InfiniBand Bridge PCI Card Installation, on page 2-1). 4. Turn on the host computer and watch the two LED indicators on the TPX-4 front panel above the attached InfiniBand connector (the fiber-optic connector has 2 LEDs above it, and the copper-wire connector 2 LEDs above it): If the left LED turns green, the link is fully operational If the right LED turns orange, a link has been established Turning the System Off Figure Power Supply on Rear of System 1. To turn the TPX-4 off, push the power supply on/off switch (rear panel) to the OFF ( O ) position. This will shut down the system and turn off all LEDs. 2-15

32 TPX-4 PCI-Expansion Subsystem Installation Manual 2-16

33 A Appendix Connectors and LED Indicators This appendix provides connector definitions and pinouts for user all I/O interfaces used on the TPX-4 PCI-Expansion Subsystem. It also provides a description of all LED indicators on the front panel of the system. All interface connectors are mounted on the front panel of the chassis (see Figure A-1 on page A-2). Table A-1, page A-2, defines the LED indicators on the front panel. A-1

34 TPX-4 PCI-Expansion Subsystem Installation Manual Figure A-1. TPX-4 Front-Panel Connectors Table A-1. TPX-4 Front-Panel LEDs See Fig. A-1 Indicator Description A Power-on (Green) B, C Fiber-optic link status D, E Copper-wire link status When lit green, power is ON and all voltages are at their proper level. B If green, the link is fully operational C If orange, a link has been established D If green, the link is fully operational E If orange, a link has been established F Not implemented N/A A-2

35 Connectors and LED Indicators InfiniBand Ports A.1 InfiniBand Ports There are two InfiniBand ports on the front of the TPX-4: one for a fiber-optic cable and another for a copper-wire cable. A.1.1 Fiber-Optic Connector Connector Type: Optical GBIC Small Footprint (Themis # ) Manufacturer, Part Number: Transceiver, Optical, InfiniBand, Finstar FTRJ Figure A-2 describes the connector pinout for the fiber-optic connector. Tx Rx Figure A-2. TPX-4 Fiber-Optic Connector Pinout A.1.2 Copper-Wire Connector Connector Type: 7-pin RA InfiniBand connector (Themis # ) Manufacturer, Part Number: CON, TP, InfiniBand Molex , Figure A-3 describes the connector pinout for the copper-wire connector = GND 2 = Rx+ 3 = Rx- 4 = GND 5 = Tx- 6 = Tx+ 7 = GND Figure A-3. TPX-4 Copper-Wire Connector Pinout A-3

36 TPX-4 PCI-Expansion Subsystem Installation Manual A.2 Video Connectors There are three sets of video connectors on the front of the TPX-4 (see Table A-2). Table A-2. TPX-4 Front-Panel I/O Controls Connector Set Video Input Details One 13W3 connector attaches to the video source. Video Output Five BNC connectors Five BNC connectors RGB output with Horizontal SYNC. All connectors attach to the primary host monitor. All BNC connectors generate SYNC on green. A.2.1 Video Input Connector Type: 13W3 video input connector (male) (No Themis P/N, board level) Figure A-4 and Table A-3, page A-5, describe the 13W3 connector and its pinouts A3 A A1 Figure A-4. 13W3 Video-Input Connector (Male) A-4

37 Connectors and LED Indicators Video Connectors Table A-3. 13W3 Video-Input Pinouts Pin Function A1 A2 A3 RED signal GREEN signal BLUE signal 1 Serial read (SERREAD) 2 Vertical synchronization (VS) 3 SENSE0 4 Ground (GND) 5 Composite synchronization (CS) 6 Horizontal synchronization (HS) 7 Serial write (SERWRITE) 8 SENSE1 9 SENSE2 10 Ground (GND) A.2.2 Video Output Connector Type: BNC (No Themis P/N, board level) Table A-4, page A-6, describes the pinouts for all BNC video-output connectors. A-5

38 TPX-4 PCI-Expansion Subsystem Installation Manual Table A-4. TPX-4 BNC Video-Output Connector Pinout BNC Set Pin BNC Connector Red Green Blue Gray Black Left Side Right Side Center Wire Red Analog Video (R1) Green Analog Video (G1) Blue Analog Video (B1) Horizontal Sync (HS1) Vertical Sync (VS1) Shield Ground Ground Ground Ground Ground Center Wire Red Analog Video (R2) SYNC on Green, Analog Video (G2) Blue Analog Video (B2) Unconnected (HS2) Unconnected (VS2) Shield Ground Ground Ground Ground Ground Center Wire Shield A.3 DB9 Connector At the present time, the female DB9 port is reserved for future use. A-6

39 Index Numerics 13W3 video input connector A-4 A adjustable rack-mount enclosure 1-3 Agency Compliance 1-8 antistatic bags 2-1, 2-5 antistatic wrist strap 2-1, 2-5 B BNC video-output connector A-5 C CNS 1-8 Connectors A-1 copper-wire cable 1-2, 1-6, A-3 copper-wire connector A-3 D Dimensions 1-3 E Emission Standard 1-8 Environmental monitoring 1-3 ESD grounding techniques 2-1, 2-5 protected mat 2-1, 2-5 F FCC 1-8 fiber-optic cable 1-2, 1-6, A-3 fiber-optic connector A-3 Front-Panel Connectors A-2 G Graphics monitor support 1-3 I InfiniBand bridge 1-1 InfiniBand Bridge PCI board, host computer 2-1 InfiniBand Bridge PCI card, host computer 1-6 InfiniBand ports A-3 installation PCI card 2-1 L LED Indicators A-1 M Major features of the TPX O Operating temperature 1-3 P PCI board 1-1 PCI card installation 2-1 PCI cards 1-1 PCI slots 1-3 PCI-to-PCI bridge 1-1 Power supply 1-3 R RES-204s RAID server 1-1 RES-22XE server 1-1 RES-302s server 1-1 RES-32XE server 1-1 RGB Output 1-3 S Shock endurance 1-3 signal transmission 1-2 Index-1

40 TPX-4 PCI-Expansion Subsystem Installation Manual Specifications Acoustics 1-7 Altitude 1-7 Dimensions 1-7 Humidity, relative 1-7 Power 1-7 Rack Mount 1-7 Reliability 1-7 Shock 1-7 Temperature 1-7 Vibration 1-7 Weight 1-7 Wet Bulb, maximum 1-7 specifications 1-7 System Indicators 1-4 T T-210ML telecommunications server 1-1 TPX-4 PCI-Expansion Subsystem 1-1 transfer speed, TPX-4 to host 1-3 Transmission media 1-2 V video connectors A-4 Video Input 1-3, A-4 Video Output 1-3, A-5 Index-2

41 Place Stamp Here 3185 Laurel View Court Fremont, CA Attn: Publications Department Fold here; tape at top to seal

42 Reader Comment Card We welcome your comments and suggestions to help improve the TPX-4 PCI-Expansion Subsystem Installation Manual. Please take time to let us know what you think about this manual. Information provided in the manual was complete. Agree Disagree Not Applicable Information was well documented and easy to follow. Agree Disagree Not Applicable Information was easily accessible. Agree Disagree Not Applicable The manual was useful. Agree Disagree Not Applicable Please write down any comments you may have about this manual, including how it can be improved: Name: Title: Company: Address: