Themis XV1 Series, XV1/1, XV1/2, XV1/3 User Manual

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U s e r

M a n u a l

XV1

Intel Quad-Core Xeon CPU / Up to 2.13 GHz / 6RU VME64 Platform

1/2/3 PMC Slots / 1-Gigabit Ethernet / SATA II / SVGA / USB / IDE / Floppy / Audio

Intel Quad-Core Xeon CPU, VME64 Platform

XV1

XV1 Hardware Manual

Version 1.0—June 2009

Themis Computer—Americas and Pacific Rim 47200 Bayside Parkway Fremont, CA 94538 Phone (510) 252-0870 Fax (510) 490-5529 World Wide Web http://www.themis.com

Themis Computer—Rest of World 5 Rue Irene Joliot-Curie 38320 Eybens, France Phone +33 476 14 77 80 Fax +33 476 14 77 89

photocopy, microfilm, retrieval system, or by any other means now known or hereafter invented without the prior written permission of Themis Computer.

The information in this publication has been carefully checked and is believed to be accurate. However, Themis Computer assumes no responsibility for inaccuracies. Themis Computer retains the right to make changes to this publication at any time without prior notice. Themis Computer does not assume any liability arising from the application or use of this publicat ion 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 252.227-7013 (c)(1)(ii) and FAR 52.227-19.

TRADEMARKS

Themis XV1™ is a trademark of Themis Computer, Inc.

Intel

is a registered trademark of Themis Computer, Inc.

is a registered trademark of Intel Corporation. Xeon™ and Core™ Tsi148™ is a trademark of the Tundra Semiconductor Corporation.

All other trademarks or registered trademarks used in this publication are the property of their respective owners.

are trademarks of Intel Corporation.

Themis Customer Support

North America, South America, and Pacific Rim

Telephone: 510-252-0870

Fax: 510-490-5529

E-mail: support@themis.com

Web Site: http://www.themis.com

XV1 Hardware Manual, Version 1.0

June 2009 Part Number: 116704-022

XV1 Hardware Manual

Version Revision History

Ve rsi on 1 .0............................................................................................June 2009

Themis Computer

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XV1 Hardware Manual

Themis Computer

How to Use This Manual .................................................................................................... xiii

1. XV1 Installation ............................................................................................................ 1-1

1.1 Determine Board Type ........................................................................................... 1-1

1.2 Check Configurations ............................................................................................ 1-2

1.3 Install the Paddle Board ........................................................................................ 1-2

1.4 Attach Front-Panel I/O Cables ............................................................................... 1-5

1.4.1 Gigabit Ethernet Port C .............................................................................. 1-5

1.4.2 Multiple-I/O Connector Ports .................................................................... 1-5

1.5 Attach Paddle-Board Cables .................................................................................. 1-6

1.5.1 Serial Ports COM1 and COM2 .................................................................. 1-6

1.5.2 PS/2 Keyboard & Mouse ........................................................................... 1-6

1.5.3 USB Ports 2, 3, 4, and 5 ............................................................................. 1-6

1.5.4 SVGA Video Port ...................................................................................... 1-6

1.5.5 SATA Ports 3, 4, and 5 .............................................................................. 1-7

1.5.6 Stereo Audio I/O Connectors ..................................................................... 1-7

1.5.7 Auxiliary +12V/+5V Power Connectors ................................................... 1-7

1.5.7.1 +12V Power Connector .............................................................. 1-7

1.5.7.2 +5V Power Connectors ............................................................... 1-7

1.6 Daisy-Chain Jumper Settings ................................................................................. 1-8

1.7 TOD/NVRAM Battery .......................................................................................... 1-8

2. XV1 Features and Specifications .................................................................................2-1

2.1 Baseboard ............................................................................................................... 2-1

2.2 PMC/XMC Cards .................................................................................................. 2-4

2.3 Paddle Board ..........................................................................................................2-4

2.4 PMC/XMC Carrier Boards ................................................................................... 2-5

2.5 I/O-Expansion Board ............................................................................................. 2-5

2.6 System Specifications ............................................................................................ 2-6

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XV1 Hardware Manual

2.6.1 Processor and Memory Subsystems .......................................................... 2-6

2.6.2 Operating Systems ..................................................................................... 2-6

2.6.3 I/O Subsystem ............................................................................................2-7

2.6.4 Auxiliary Functions ................................................................................... 2-8

2.7 Environmental Specifications ............................................................................... 2-9

2.8 Regulatory Compliance ......................................................................................... 2-9

2.9 Typical Power Requirements ............................................................................... 2-10

3. Hardware Overview ......................................................................................................3-1

3.1 Baseboard ............................................................................................................... 3-1

3.1.1 Intel 5408 Quad-Core LV Xeon Processor ................................................3-1

3.1.2 Intel 5100 Memory Controller Hub (MCH) .............................................. 3-2

3.1.3 Intel 82801 I/O Controller Hub (ICH) ....................................................... 3-2

3.1.4 82571EB Dual Gigabit Ethernet Controller ............................................... 3-3

3.1.5 SCH5027 Super I/O Controller .................................................................. 3-3

3.1.6 Tundra Tsi148 PCI/X-to-VME Bridge ...................................................... 3-4

3.1.7 Programmable Logic .................................................................................. 3-4

3.1.8 BIOS Flash Memory .................................................................................. 3-4

3.2 PMC/XMC Carrier Boards ................................................................................... 3-5

3.3 I/O-Expansion Board ............................................................................................. 3-5

Appendix A. Connector Pinouts and Signal Descriptions ............................................ A-1

A.1 XV1 Rear Connectors ........................................................................................... A-1

A.1.1 VME P1 Connector ................................................................................... A-1

A.1.2 VME P2 Connector ................................................................................... A-3

A.2 XV1 Front-Panel Connectors ................................................................................ A-5

A.2.1 Gigabit Ethernet (GbE) Port C .................................................................. A-5

A.2.2 Multiple-I/O Connector ............................................................................ A-6

A.2.2.1 Serial Ports COM1 & COM2 ..................................................... A-7

A.2.2.2 SATA3 Port ............................................................................... A-7

A.2.2.3 USB Ports USB0 & USB1 ......................................................... A-8

A.2.2.4 VGA Graphics Port .................................................................... A-8

A.3 Push-Button RESET ............................................................................................. A-8

A.4 XV1 PMC Module Card Connectors .................................................................... A-8

A.4.1 PMC Module Connector J21 / J11 ............................................................ A-9

Themis Computer

Table of Contents

A.4.2 PMC Module Connector J22 / J12 .......................................................... A-10

A.4.3 PMC Module Connector J23 .................................................................. A-11

A.4.4 PMC Module Connector J24 .................................................................. A-12

A.5 XV1 P2 Paddle Board ......................................................................................... A-12

A.5.1 Serial COM1 and COM2 Connectors ..................................................... A-12

A.5.2 DIN-8 PS/2 Keyboard/Mouse Connector ............................................... A-13

A.5.3 USB Ports USB2 / USB3 and USB4 / USB5 ......................................... A-14

A.5.4 SVGA Monitor Port (5-Row VME Backplane Only) ............................ A-15

A.5.5 SATA Ports 3, 4, and 5 ........................................................................... A-16

A.5.6 Auxiliary +12-Volt/+5-Volt Power Connectors ..................................... A-17

A.5.6.1 Auxiliary +12-Volt Power Connector ...................................... A-17

A.5.6.2 Auxiliary +5-Volt Power Connectors ...................................... A-17

A.5.7 Stereo Audio In/Out Connectors ............................................................. A-18

A.5.8 Gigabit Ethernet A and Ethernet B

(5-Row VME Backplane Only) A-18

Appendix B. Jumper Pins and Solder Beads ..................................................................B-1

B.1 Field-Configurable Jumper Pins ............................................................................B-1

B.1.1 XV1 Jumper Pins .......................................................................................B-1

B.1.2 Memory Module Jumper Pins ....................................................................B-2

B.1.3 XV1 Paddle-Board Jumper Pins ................................................................B-4

B.2 Factory-Configurable Solder Beads .......................................................................B-4

B.2.1 XV1 Solder Beads .....................................................................................B-4

B.2.2 Memory Module Solder Beads ..................................................................B-8

B.2.3 XV1 Paddle-Board Solder Beads ..............................................................B-8

Appendix C. Front-Panel I/O Connections and LEDs ...................................................C-1

C.1 Introduction ............................................................................................................C-1

C.1.1 Front-Panel Dimensions ............................................................................C-1

C.1.2 Injector/Ejector Handles ............................................................................C-2

C.1.2.1 VME64-type Handles .................................................................C-2

C.1.2.2 Legacy-VME Handles ................................................................C-2

C.2 XV1 Front Panels ...................................................................................................C-3

Themis Computer

C.2.1 Multiple-I/O Connector .............................................................................C-3

C.2.2 XV1/1—1 PMC/XMC Module ...............................................................C-4

C.2.3 XV1/2—2 PMC/XMC Modules ...............................................................C-5

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XV1 Hardware Manual

C.2.4 XV1/3—3 PMC/XMC Modules ...............................................................C-6

C.3 LEDs ......................................................................................................................C-7

Appendix D. Board Component and Connector Diagrams .......................................... D-1

D.1 XV1 Baseboard ..................................................................................................... D-1

D.2 P2 Paddle Board .................................................................................................... D-1

Appendix E. VME Slot Configurations ...........................................................................E-1

Index............................................................................................................................... Index-1

Reader Comment Card

viii

Themis Computer

Table of Contents

List of Figures

Figure 1-1 Paddle Board Component and Connector Diagram (Top Side) ...................... 1-3

Figure 1-2 Location of the TOD/NVRAM Battery........................................................... 1-8

Figure 2-1 XV1 Block Diagram........................................................................................ 2-2

Figure 2-2 The I/O-Expansion Board on the XV1/3 Supports

2 PMC/XMC Modules ..................................................................................... 2-5

Figure 3-1 The I/O-Expansion Board on the XV1/3 Supports

2 PMC/XMC Modules ..................................................................................... 3-5

Figure A-1 XV1 VME P1 Connector Pinout .................................................................... A-1

Figure A-2 XV1 VME P2 Connector Pinout .................................................................... A-3

Figure A-3 Gigabit Ethernet RJ45 Connector Pinout........................................................ A-5

Figure A-4 Multiple-I/O Connector Cable........................................................................ A-6

Figure A-5 Multiple-I/O Connector Pinout....................................................................... A-6

Figure A-6 PMC Module Card Connector (4 required).................................................... A-8

Figure A-7 P2 Paddle Board Serial COM1 and COM2 Connector Pinout..................... A-12

Figure A-8 P2 Paddle Board PS/2 Mini-DIN Connector Pinout..................................... A-13

Figure A-9 P2 Paddle Board Dual USB Ports 2/3 and 4/5 Connector Pinout................. A-14

Figure A-10 P2 Paddle Board SVGA Connector Pinout................................................... A-15

Figure A-11 P2 Paddle Board SATA Connector Pinout................................................... A-16

Figure A-12 P2 Paddle Board Power Connector Pinouts.................................................. A-17

Figure A-13 P2 Paddle Board Stereo Audio Connectors.................................................. A-18

Figure B-1 XV1 Jumper-Pin and Solder-Bead Locations (Top Side) ............................... B-3

Figure B-2 XV1 Paddle-Board Jumper-Pin Locations (Top Side).................................... B-5

Figure B-3 XV1 Solder-Bead Locations (Bottom Side).................................................... B-7

Figure C-1 PMC/XMC Injector/Ejector Handles............................................................... C-3

Figure C-2 Multiple-I/O Connector Cable......................................................................... C-3

Figure C-3 XV1/1 Front Panel........................................................................................... C-4

Figure C-4 XV1/2 Front Panel........................................................................................... C-5

Themis Computer

XV1 Hardware Manual

Figure C-5 XV1/3 Front Panel........................................................................................... C-6

Figure C-6 XV1 Front-Panel LEDs ................................................................................... C-7

Figure D-1 XV1 Component and Connector Diagram (Top Side) ................................... D-2

Figure D-2 Paddle Board Component and Connector Diagram (Top Side) ..................... D-3

Figure E-1 XV1 VME Slot Configurations ...................................................................... V-3

Themis Computer

Table of Contents

List of Tables

Table 1-1 XV1 P2 Paddle Board I/O Connections .......................................................... 1-4

Table 1-2 XV1 Integration Kit (Order-Dependent) ......................................................... 1-4

Table 1-3 XV1 Front-Panel I/O Connections .................................................................. 1-5

Table 2-1 XV1 Front-Panel I/O Connections .................................................................. 2-3

Table 2-2 XV1 Memory Configurations.......................................................................... 2-3

Table 2-3 XV1 P2 Paddle Board I/O Connections .......................................................... 2-4

Table 2-4 Processor Specifications.................................................................................. 2-6

Table 2-5 Memory Specifications.................................................................................... 2-6

Table 2-6 XV1 Operating Systems .................................................................................. 2-6

Table 2-7 XV1 I/O Subsystem Specifications ................................................................. 2-7

Table 2-8 Auxiliary Functions Specifications.................................................................. 2-8

Table 2-9 XV1 Environmental Specifications ................................................................. 2-9

Table 2-10 XV1 Regulatory Compliance........................................................................... 2-9

Table 2-11 Typical Power Requirements......................................................................... 2-10

Table A-1 XV1 VME P1 Connector-Pin Signals ............................................................ A-2

Table A-2 XV1 VME P2 Connector-Pin Signals ............................................................ A-4

Table A-3 Gigabit Ethernet Connector-Pin Signals and LED Interpretation .................. A-5

Table A-4 Multiple-I/O Connector-Pin Signals............................................................... A-7

Table A-5 PMC Module Card Connector J21/J11 Signals (32 bit) ................................. A-9

Table A-6 PMC Module Card Connector J22/J12 Signals (32 bit) ............................... A-10

Table A-7 PMC Module Card Connector J23 Signals (64 bit)...................................... A-11

Table A-8 P2 Paddle Board Serial COM1 and COM2 Connector-Pin Signals............. A-13

Table A-9 P2 Paddle Board PS/2 Connector-Pin Signals.............................................. A-13

Table A-10 USB Ports 2/3 and 4/5 Connector-Pin Signals ............................................ A-14

Table A-11 P2 Paddle Board SVGA Connector-Pin Signals.......................................... A-15

Themis Computer

XV1 Hardware Manual

Table A-12 P2 Paddle Board SATA Connector-Pin Signals.......................................... A-16

Table A-13 +12V/+5V Power Connector-Pin Signals..................................................... A-17

Table B-1 XV1 Jumper-Pin Settings (Top Side Only) ..................................................... B-2

Table B-2 XV1 Paddle-Board Jumper-Pin Settings (Top Side Only) .............................. B-4

Table B-3 XV1 Solder-Bead Settings (Bottom and Top Side)......................................... B-6

Table B-4 FSB Frequency Selection................................................................................. B-6

Table C-1 XV1 Model Configurations ............................................................................. C-1

Table C-2 Front-Panel LED Interpretation....................................................................... C-8

Table E-1 XV1 Model Configurations ............................................................................. E-1

xii

Themis Computer

Preface Section

The Themis XV1 (see Figure 1 for the single-slot model) is a high-performance 6RU VME-bus computer with an Intel® quad-core Xeon™ processor that operates at

2.13 GHz. It supports a variety of I/O from the front panel—including gigabit Ethernet, USB 2.0, SATA Revision 1.0a (at speeds up to 3.0 Gb/s), serial, and SVGA graphics—as well as from the VME P2 backplane connector—including PS/2 KB/mouse and HDA stereo audio, with additional access to USB 2.0, SATA, serial, and SVGA graphics. Connection to signals on the VME P2 backplane is made through a Themis paddle board.

Up to 8 GB of DDR2 SDRAM memory (4 GB for model XV1/1; see Table 1, page xv)—as well as a standard PMC/XMC Module card (64 bit @66 MHz)—can be installed on two models of the XV1. Operating systems include Solaris 10 (v10), Linux (Red Hat Enterprise 5.3), and Microsoft Windows (Vista and 2008 Server).

How to Use This Manual

Themis Computer

This XV1 Hardware Manual [P/N 116704-022] describes models of the XV1 presently available (see Table 1; also see Figure 2 and Figure 3 on page xiv).

Figure 1. Model XV1/1 6RU VME-Bus Quad-Core Xeon Computer

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XV1 Hardware Manual

Figure 2. Model XV1/2 6RU VME-Bus Quad-Core Xeon Computer

xiv

Figure 3. Model XV1/3 6RU VME-Bus Quad-Core Xeon Computer

Themis Computer values its customer comments and opinions; therefore, a “Reader Comment Card” is located at the end of this manual for your use. Please take the time to fill out this card with any comments concerning Themis products and services, and return it to Themis Computer. Your comments may also be forwarded to Themis by sending email to docfeedback@themis.com.

Before you begin, carefully read each of the procedures in this manual. Serious damage can be caused by improper handling of the equipment.

Themis Computer

XV1 Models

The XV1 has a total of three models (see Table 1).

Table 1. XV1 Model Configurations

How to Use This Manual

XV1 Models

Model

XV1 / 1 1 Module (1 VME Slot) XV1 / 2 2 Modules (2 VME Slots) XV1 / 3 3 Modules (2 VME Slots)

Baseboard

PMC/XMC Modules

Caution: Since the original Themis 2P2 PMC/XMC Carrier Board or 2P2/2P3

PMC Carrier Boards physically cannot be installed onto the XV1, a new

PMC/XMC Carrier Board is presently being designed, but not yet released.

Users may obtain greater graphics capability than the onboard XV1 graphics by installing a TGA-7000 PMC graphics accelerator in a XV1 PMC/XMC module slot. Onboard XV1 graphics must be disabled first, however, through jumper-pin JP7.

Intended Audience

Themis Computer

This manual is written for system integrators and programmers. It contains all necessary information for installation and configuration of the XV1 and assumes the BIOS program code is installed in the system Flash memory. If you intend to operate the XV1 with an operating system other than Solaris, Linux, or Windows, such as VxWorks or some other real-time kernel, please consult the appropriate documentation supplements accompanying your OS or kernel software.

Although all specific hardware features are described in the Hardware manual, programmers wishing to write code for the XV1 without the benefit of an operating system or real-time kernel will require additional data sheets.

The reader should have a working knowledge of VMEbus and PCI local bus standards, as well as Ethernet and SATA specifications.

XV1 Hardware Manual

Unpacking

Caution: The XV1 contains statically sensitive components. Industry-standard antistatic measures must be observed when removing the XV1 from its shipping container and during any subsequent handling. A wrist strap provides grounding for static electricity between your body and the chassis of the system unit.

Remove the XV1 and accessories from the shipping container and check the contents against the packing list. Be certain to observe industry-standard ESD protection procedures when handling static-sensitive components. The package should include all elements of your order.

Please report any shipping discrepancies to the Themis Computer Customer Support group immediately: support@themis.com or 1-510-252-0870.

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How to Use This Manual

Chapter Overview

The chapters and appendices of this manual are briefly outlined as follows:

• Chapter 1, "XV1 Installation" provides instructions on the installation and configuration of the XV1 for your particular environment and application.

Note: The information contained in Chapter 1 is mandatory to understand and configure the correct operation of the XV1. This chapter should be read in its entirety.

• Chapter 2, "XV1 Features and Specifications" provides a brief overview of the XV1, along with its System, Environmental, and Power specifications.

• Chapter 3, "Hardware Overview" describes the major components installed on the XV1.

• Appendix A, “Connector Pinouts and Signal Descriptions” provides part numbers, pinouts, and signal descriptions for the I/O connectors on the XV1 Baseboard and Paddle Board.

• Appendix B, "Jumper Pins and Solder Beads" provides a detailed description and default configuration of each of the jumper pins and solder beads on the XV1, as well as diagrams illustrating their location on the PCB.

Note: Appendix B should be consulted to verify that the jumper pins and solder beads on your system are set to meet your application requirements.

• Appendix C, “Front-Panel I/O Connections and LEDs” illustrates the front panels for all model configurations of the XV1.

• Appendix D, “Board Component and Connector Diagrams” provides descriptions of the major components and connectors of the XV1 Baseboard and Paddle Board.

• Appendix E, “VME Slot Configurations” illustrates the various model configurations used by the XV1.

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XV1 Hardware Manual

Notes, Cautions, Warnings, and Sidebars

The following icons and formatted text are included in this document for the reasons described:

Note: A note provides additional information concerning the procedure or action being described.

Caution: A caution describes a procedure or action that may res ult in injury to the operator or equipment. This may involve—but is not restricted to—heavy equipment or sharp objects. T o reduce the risk, follow the instructions accompanying this symbol.

Warning: A warning describes a procedure or action that may cause injury to the operator or equipment as a result of hazardous voltages. To reduce the risk of electrical shock and danger, follow the instructions accompanying this symbol.

Sidebar: A “sidebar” adds detail to the section within which it is placed,

but is not absolutely vital to the description or procedure of the section.

Website Information

Themis Computer corporate and product information may be accessed on the World Wide Web by browsing the website http://www.themis.com.

The Sales & Marketing Department may be reached at info@themis.com.

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Themis Computer

How to Use This Manual

Product Warranty and Registration

Please review the Themis Computer warranty and complete the product registration card delivered with your XV1 board(s). Return of the registration card is not required to activate your product warranty but, by registering your XV1, Themis Computer will be better able to provide you with timely information updates and product-enhancement notifications.

Our Customer Support department is committed to providing the best product support in the computer industry. Customer support is available 8am—5pm (PST), Monday through Friday, via telephone, fax, e-mail, and our website.

Themis Customer Support:

Telephone: +1 510-252-0870

Fax: +1 510-490-5529

E-mail: support@themis.com

Website: http://www.themis.com

In Case Of Difficulties

If the XV1 does not behave as described or if you encounter difficulties installing or configuring the board, please call Themis Computer technical support at +1 (510) 252-0870, fax your questions to +1 (510) 490-5529, or e-mail to support@themis.com. You can also contact us via our web site:

http://www.themis.com.

Your Comments are Welcome

We are interested in improving our documentation and welcome your comments and suggestions. You can email your comments to us at docfeedback@themis.com. Please include the document part number (115651-L22) in the subject line of your email.

Themis Computer

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XV1 Hardware Manual

Themis Computer

Installation Section

1.1 Determine Board Type

The Themis XV1 single-board computer is available in three model configurations, as defined in Table 1 on page xv of the Preface chapter.

To determine your Baseboard type and configuration, check the white sticker located near your Baseboard’s VME P2 connector. It contains information on board type and revision, memory allocation, CPU speed, serial number, and Ethernet addresses (either one or three). For example:

Chapter

XV1 Installation

Themis Computer

Themis [XV1/2-4096-2130-CC A1] [P13007860]

ETHERNET [00 80 B6 04 70 F6] [00 80 B6 04 70 F7] [00 80 B6 04 70 F8]

which is interpreted as follows:

• Board Type (Model): XV1/2

• SDRAM: 4096 MBytes

• CPU Frequency: 2130 MHz

• Production Information: CC (Conformal Coating)

• Revision: A1

• Serial Number: P13007860

1-1

XV1 Hardware Manual

• Ethernet Address(es): 00 80 B6 04 70 F6, 00 80 B6 04 70 F7, and 00 80 B6 04 70 F8

To install the XV1, a standard VME64 chassis with J1/J2 backplane (3-row or 5-row connector) is required.

1.2 Check Configurations

When you first receive the XV1, confirm that the jumper-pin and solder-bead configurations are appropriate for your application. Appendix B, ”Jumper Pins and Solder Beads” gives detailed information regarding jumper-pins and solder beads, including default settings.

Solder-bead settings are set by Themis at the factory before shipping and should only be changed by Themis at the factory.

Warning: Attempting to alter a solder-bead configuration could seriously damage the XV1. DO NOT ATTEMPT TO ALTER SOLDER-BEAD CONFIGURATIONS. Instead, contact Themis to change any settings.

1.3 Install the Paddle Board

Caution: Some pins on the P2 connector of the XV1 are used to provide a mandatory input supply voltage (either +12V or +5V) that is required to operate the XV1. Therefore, the XV1 Paddle Card must be installed for operation of the XV1 unless some other means of delivering power to these pins is devised.

The XV1 Paddle Board attaches to the rear of the P2 slot occupied by the XV1 Baseboard on the VME backplane (see Figure 1-1 on page 1-3).

The connections provided by the XV1 Paddle Board are described in Table 1-1 on page 1-4. A pinout and signal description of each I/O connector of the Paddle Board is given in Appendix A, “Connector Pinouts and Signal Descriptions”.

1-2

Warning: Plug the XV1 Paddle Board into the P2 connector backplane only. If inserted into the P1 connector, it will cause damage to the Paddle Board and the XV1.

Themis Computer

On-Board

Audio Access

Connectors

1—XV1 Installation

Install the Paddle Board

I2C Connector

Line In

Stereo Audio

Line Out

PS/2 Keyboard/Mouse

(Mini-DIN8)

Serial COM1 / COM2 (left)

(Dual 9-Pin D-Shell)

(Testing only)

VME P2

To VME 5-Row or 3-Row

P2 Connector

SVGA Connector

(15 Pin D-Shell)

[

5-Row P2 Connector only

Dual USB2 / USB3

Dual USB4 / USB5

Gigabit Ethernet A [

5-Row P2 Connector only

Gigabit Ethernet B [

5-Row P2 Connector only

S ATA3

SATA4 / SATA5

]

For Development Only

Themis Computer

Figure 1-1. Paddle Board Component and Connector Diagram (Top Side)

1-3

XV1 Hardware Manual

Connections Definition 3-Row P2 5-Row P2

Table 1-1. XV1 P2 Paddle Board I/O Connections

1 SVGA monitor port Super VGA video support (5-row only)

No Yes 4 USB ports USB2 / USB3 and USB4 / USB5 Yes Yes 1 PS/2 keyboard/mouse

port 2 serial ports COM1

Mini-DIN8 connector (split-cable 110104-002 is required to attached a keyboard and a mouse)

(full modem support); COM2 (Tx/Rx only) Yes Yes

Yes Yes

Stereo audio input/output HDA line-in/line-out Yes Yes 2 or 3 SATA Ports SATA4 and SATA5; SATA3 is optional (FP or P2) Yes Yes

+12V and +5V power

a—COM1 provides full modem support only through a 5-row VME P2 Backplane; if the Paddle Board is attached to a 3-row

backplane, only transmit and receive signals—Tx and Rx—are supported (see Table A-2, page A-3, in Appendix A, “Connector Pinouts and Signal Descriptions”).

Through two 6-pin Molex connectors (use power cable P/N 111230-001 to connect)

Yes Yes

If you have installed a Paddle Board, go to the following sections to attach the appropriate cables to the connectors you will be using. Themis provides most of these cables in the Integration Kit shipped with the XV1 (see Table 1-2).

Table 1-2. XV1 Integration Kit (Order-Dependent)

Quan

tity

Description

1 XV1 Paddle Board, 5-Row 116378-L01 001 5-row P2 Connector 1 XV1 Paddle Board, 3-Row 116378-L02 002 3-row P2 Connector 1 Cable, Multiple-I/O Connector (60 pins) 116667-L01 All XV1 Front Panel 1 Cable, Serial, RS232 (Micro-DB9 to DB9) 108113-06 All Paddle Board

Special Split Pigtail Cable—8-pin mini-DIN to 6-pin Keyboard DIN and 6-pin Mouse DIN

2 Cable, Power 111230-001 All Paddle Board

1-4

Part

Number

Kit Where Used

110104-002 All Paddle Board

Themis Computer

1.4 Attach Front-Panel I/O Cables

To connect the XV1 to peripheral devices and networks, you must attach the proper I/O cables to the appropriate Front Panel and VME P2 Paddle Board connectors. The following sections provide information on what cables are required and how to attach them. Refer to Appendix A, “Connector Pinouts and Signal Descriptions” for connector pinouts and signal descriptions, as well as Appendix C, “Front-Panel I/O Connections and LEDs”.

Table 1-3 lists the I/O connections that can be attached to the XV1 Front Panel.

Table 1-3. XV1 Front-Panel I/O Connections

Connections Definition

1 LAN port (RJ45) Gigabit Ethernet C Multiple-I/O Connector Ports

1—XV1 Installation

Attach Front-Panel I/O Cables

—2 USB ports USB0 and USB1, both with Keyboard/Mouse sup port —2 Serial ports COM1 (Modem Support) and COM2 (Transmit/Receive only) —1 SATA port SATA3 —1 SVGA graphics port

1 PMC/XMC Module I/O cabling dependent on the PMC/XMC card installed

1.4.1 Gigabit Ethernet Port C

The XV1 features one RJ45 connector (with two status LEDs and an embedded transformer) on the Front Panel (Gigabit Ethernet Port C) for a 10/100/1000Base-T Ethernet interface connection.

Use a standard RJ45 cable to connect to an external network. After attaching the XV1 to a network through Ethernet C, you can verify if a proper physical connection has been made by executing the proper network command.

1.4.2 Multiple-I/O Connector Ports

Themis Computer

Connect the multiple-I/O connector cable (P/N 116667-L01; see Figure A-4, page A-6, in Appendix A, “Connector Pinouts and Signal Descriptions”) to the multipleI/O connector. on the XV1 Front Panel. At the other end, connect each of the supported I/O connectors listed in Table 1-3.

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XV1 Hardware Manual

1.5 Attach Paddle-Board Cables

Although most Paddle-Board cables are associated with I/O connectors, it is important that the auxiliary +12V/+5V power cable(s) also be connected to chassis (rack) power to provide the appropriate voltage to support higher power levels required by the XV1.

[Go to Section 1.5.7, “Auxiliary +12V/+5V Power Connectors,” on page 1-7 for more information.]

1.5.1 Serial Ports COM1 and COM2

Serial Port COM1 provides full modem support (5-row VME P2 backplane only); COM 2 supports Tx/Rx signals only. Depending on the system configuration (see Appendix A, “Connector Pinouts and Signal Descriptions”), COM1 and COM2 are both available from either the Front Panel or a Paddle Board attached to the VME P2 connector.

Connect the appropriate cable (P/N P/N-108113-06) to either COM1 or COM2. [A pinout of COM1/COM2 is given in Figure A-7 on page A-12 of AppendixA, with

signal descriptions described in Table A-8, page A-13.]

1.5.2 PS/2 Keyboard & Mouse

Connect the special Split Pigtail Cable (8-pin mini-DIN to 6-pin Keyboard DIN and 6-pin Mouse DIN; P/N 110104-002) to the PS/2 Keyboard/Mouse port on the Paddle Board. Connect each or the split ends to a keyboard and a mouse.

[A pinout of the PS/2 Keyboard/Mouse is given in Figure A-8 on page A-13 of Appendix A, with signal descriptions described in Table A-9, page A-13.]

1.5.3 USB Ports 2, 3, 4, and 5

Connect a standard USB 2.0 cable to any of the four USB ports on the Paddle Board. [A pinout of USB Ports 2, 3, 4, and 5 is given in Figure A-9 on page A-14 of

Appendix A, with signal descriptions described in Table A-10, page A-14.]

1.5.4 SVGA Video Port

Attach one end of a standard 15-pin (3 rows x 5) display cable to the video port on the Paddle Board and the other end to an SVGA display.

1-6

Themis Computer

[A pinout of the SVGA connector is given in Figure A-10 on page A-15 of Appendix A, with signal descriptions described in Table A-11, page A-15.]

1.5.5 SATA Ports 3, 4, and 5

Attach a standard SATA connector cable to any of the three SATA ports on the Paddle Board. Attach the other end to the desired device.

1.5.6 Stereo Audio I/O Connectors

To establish a stereo audio I/O connection, attach a standard mini-audio plug (3.5 mm) to the line-in and line-out audio jacks of the Paddle Board.

1.5.7 Auxiliary +12V/+5V Power Connectors

1—XV1 Installation

Attach Paddle-Board Cables

Caution: Your XV1 requires the installation of auxiliary power cable(s) to the Paddle Board from a +12V or +5V source on the chassis (rack). Not installing this power cable could result in system malfunction.

The user has the option of providing either +12 volts or +5 volts to the XV1 to supplement the voltage supply provided through the VME backplane. Either voltage option is sufficient to operate the XV1 at max imum power. For typical power requirements, see Table 2-11, page 2-10, in Chapter 2, "XV1 Features and Specifications".

[A pinout of the power connector is given in Figure A-12 on page A-17 of Appendix A, with signal descriptions described in Table A-13, page A-17.]

1.5.7.1 +12V Power Connector

Connect only one power cable (P/N 11 1230-001) to either one of the 6-pin power connectors (J1 or J15) on the Paddle Board. Connect the other end of the power cable to the appropriate +12-volt voltage source of the 19” rack power supply.

1.5.7.2 +5V Power Connectors

Connect both power cables (P/N 111230-001) to each of the 6-pin power connectors (J1 and J15) on the Paddle Board. Connect the other end of each power cable to the appropriate +5-volt voltage source of the 19” rack power supply.

Themis Computer

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XV1 Hardware Manual

1.6 Daisy-Chain Jumper Settings

In compliance with the VME Specification, any VME-based PMC/XMC Carrier Board assures the backplane continuity between bus grants BG[0..3]IN to BG[0..3]OUT, and the interrupt acknowledge daisy-chain IACKIN to IACKOUT.

1.7 TOD/NVRAM Battery

The XV1 has its own lithium battery (3V) to operate the TOD clock and maintain the contents of the NVRAM during a power shutdown. Located directly on the top surface of the PCB, the battery provides power backup for approximately three (3) years.

Battery Holder

To remove the battery (see Figure 1-2), carefully slide it past the opening in the holder until it is free. When replacing the battery, make sure the plus (+) side is facing toward you.

TOD/NVRAM Lithium Battery

1-8

Figure 1-2. Location of the TOD/NVRAM Battery

Themis Computer

Specification Section

XV1 Features and Specifications

2.1 Baseboard

The XV1 was designed to provide a low-power Intel quad-core Xeon CPU platform in a standard single-slot, 6RU high, VME64 form factor. The XV1 is implemented as a VMEbus board with CPU support consisting of the Intel 5100 MCH and 82801 ICHR9 chipset, supporting PCI and PCI-Express expansion capabilities (see Figure 2-1, page 2-2). On-board PMC/XMC sites (1, 2, or 3, depending on the model) allow I/O expansion for graphics and general I/O. The XMC connectors can also be used to extend I/O capability via an I/O Expansion Board (model XV1/3 only).

Chapter

Themis Computer

Basic features of the XV1 include:

• One Intel quad-core 2.13-GHz Xeon Processor

• Up to 4 GB DDR2 onboard memory and 4 GB SO-DIMM memory modules (for a total of 8 GB of memory)

• Tsi148 VME64x interface

• VITA 41 VXS.3 compliant interface to GbE VXS switched fabric

• Front-Panel PMC/XMC Module Slot(s) (64 bit/66 MHz)

• AMI BIOS with Diagnostic Extension Option

• Battery Backup for TOD/NVRAM

• Front-Panel System LEDs

• PCI and PCI-Express expansion capabilities

• Front-Panel I/O ports / Multiple I/O ports through rear VME P2 connector

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XV1 Hardware Manual

SVGA Graphics

SVGA

Graphics

ATI ES1000

From Super I/O Controller

(see below)

J24

PMC/XMC Site 2

or PMC/XMC

Carrier Board

PMC/XMC Site 1

PCI

64-bit / 66-MHz

Upper

Middle

VME64 Bus

Tsi148

PCI-X-to-VME

Bridge

Tsi384

PCI-Express

PCI-X Bridge

PCI-Express x8

PCI-Express x4

PCI

32-bit / 33-MHz

FPGA

PCI-Express x4

Intel 5408

Quad-Core LV

Xeon Processor

Intel

5100

Memory

Controller

Hub (MCH)

2-GB/s FD

2.13 GHz

1066-MT/s FSB (MegaTransfers/sec)

Channel 0

DDR2 / ECC

533 / 667 MHz

Channel 1

DDR2 / ECC

533 / 667 MHz

Hub Link

PCI-Express x4

DDR2

SDRAM

DDR2

SDRAM

10/100/1000Base-T

Dual

82571EB

2-GB Memory Module2-GB Soldered

DDR2

SO-DIMM

DDR2

SO-DIMM

Ethernet A

Ethernet B

VITA 41

S ATA1

S ATA2

SPI Flash

16 MB

10/100/1000Base-T

Ethernet C (RJ45)

Status LEDs

USB0

USB1

Intel 82574

PHY

Power

Distribution

Clock

Distribution

Legend

Front-Panel Connector FD = Full Duplex

VME P2 Paddle Board LPC = Low Pin Count

PCI-Express x1

LPC Debug

Header

Intel

82801

I/O Controller

S ATA0

Hub (ICH)

ICH9R

SCH5027

LPC Bus

FPGA = Field-Programmable Gate Array

Super I/O

Controller

Stereo HDA

SMSC

LPC

S ATA3

S ATA4

S ATA5

S ATA

to IDE

DUART

Note: The Intel Dual-Core 5238 Xeon CPU is also supported by the XV1. Choice of CPU must be specified at time of order.

Compact Flash

Slot

USB2 / USB3

USB4 / USB5

COM1

COM2

KB/Mouse (PS/2)

To PMC/XMC

Site 2 (J24)

Audio Line In

Audio Line Out

Floppy Drive

2-2

Figure 2-1. XV1 Block Diagram

Themis Computer

2—XV1 Features and Specifications

The XV1 Front Panel I/O connectors and LEDs are described in Table 2-1.

Table 2-1. XV1 Front-Panel I/O Connections

Connections Definition

1 LAN port (RJ45) Gigabit Ethernet C Multiple-I/O Connector Ports

—2 USB ports USB0 and USB1, both with Keyboard/Mouse sup port —2 Serial ports COM1 (Modem Support) and COM2 (Transmit/Receive only) —1 SATA port SATA3 —1 SVGA graphics port

1 PMC/XMC Module I/O cabling dependent on the PMC/XMC card installed

Front-Panel connector pinouts and signal definitions are defined in Appendix A, “Connector Pinouts and Signal Descriptions”.

Baseboard

The XV1 provides a VITA 41 interface that offers the capability to connect to a VME data plane using a GbE switched fabric (VITA 41.3, VXS.3).

The XV1 contains up to 8 GB (GigaBytes) of memory—4 GB directly soldered to the bottom side of the XV1 baseboard, and 4 GB evenly divided between two smalloutline dual in-line memory modules (SO-DIMMs)—thereby supporting several memory configurations (see Table 2-2). All memory is divided into two channels: Channel 0 and Channel 1 (see Figure 2-1 on page 2-2).

Note: The size and type of XV1 memory should be specified at the time of your order. SO-DIMMs must be Themis-qualified and registered.

Table 2-2. XV1 Memory Configurations

Total

Memory

Size

2 GB 1 GB 1 GB 0 0

On-Board (Soldered)

DDR2 SDRAM

Channel 0 Channel 1 Channel 0 Channel 1

DDR2 SO-DIMM

Memory Module

(1 GB or 2 GB each)

Themis Computer

4 GB 1 GB 1 GB 1 GB 1 GB 4 GB 2 GB 2 GB 0 0 6 GB 2 GB 2 GB 1 GB 1 GB 8 GB 2 GB 2 GB 2 GB 2 GB

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XV1 Hardware Manual

2.2 PMC/XMC Cards

The XV1 has a built-in graphics support in the form of an ATI ES1000 2D graphics accelerator, accessed through SVGA monitor ports on both the Front Panel and the Paddle Board. For higher-performance graphics support, it is recommended that the user install a Themis TGA-7000 PMC Graphics Card in one of the PMC/XMC Module slots within the system (the XV1 baseboard itself or its I/O Expansion Board).

Caution: In order to install a PMC/XMC Module such as the TGA-7000 PMC Graphics Card, the on-board ES1000 graphics accelerator should first be disabled by installing a jumper at JP7 (see Table B-1, page B-2, in Appendix B, “Jumper Pins and Solder Beads”.

For more information on the TGA-7000, consult the TGA-7000 PMC Graphics Card Installation Guide, Themis P/N 112874-021.

2.3 Paddle Board

A Paddle Board is available for the XV1 that allows access to the I/O and other signals of the VME P2 backplane by plugging into the P2 slot directly behind the XV1. Paddle-Board connectors are described in Table 2-3

Table 2-3. XV1 P2 Paddle Board I/O Connections

Connections Definition 3-Row P2 5-Row P2

1 SVGA monitor port Super VGA video support (5-row only) 4 USB ports USB2 / USB3 and USB4 / USB5 Yes Yes 1 PS/2 keyboard/mouse

port 2 serial ports COM1 Stereo audio input/output HDA line-in/line-out Yes Yes 3 SATA ports SATA4 and SATA5; SATA3 is Front Panel or P2 Yes Yes 2 gigabit Ethernet ports For Themis manufacturing testing purposes only. +12V and +5V power Through two 6-pin Molex connectors Yes Yes

Mini-DIN8 connector (split-cable 110104-002 is required to attached a keyboard and a mouse)

(full modem support); COM2 (Tx/Rx only) Yes Y es

No Yes

Yes Yes

a—COM1 provides full modem support only through a 5-row VME P2 Backplane; if the Paddle Board is attached to a 3-row

backplane, only transmit and receive signals—Tx and Rx—are supported (see Table A-2, page A-3, in Appendix A, “Connector Pinouts and Signal Descriptions”).

2-4

Themis Computer

Paddle Board connector pinouts and signal definitions are defined in Appendix A, “Connector Pinouts and Signal Descriptions”.

Note: If, for some reason, you have a need for a different paddle-board design, call Themis Computer for a cost estimate.

2.4 PMC/XMC Carrier Boards

Caution: The original Themis 2P2 PMC/XMC Ca rrier Board or 2P2/2P3 PMC Carrier Boards physically cannot be installed onto the XV1. A new PMC/XMC Carrier Board is presently being designed, but has not yet been released.

2—XV1 Features and Specifications

PMC/XMC Carrier Boards

2.5 I/O-Expansion Board

A PMC/XMC Carrier Board is presently being designed for the XV1 (see previous section), Model XV1/3 has been designed with an I/O-Expansion Board in the second VME slot that allows two additional PMC/XMC Modules to be installed in the system (see Figure 2-2). This board is only 2/3 (4RU) of the length of the Baseboard in order to accommodate the 2-slot high heat sink covering 1/3 of the surface of the baseboard.

2/3-Long I/O Expansion Board Heat SinkInstalled PMC/XMC Module

Themis Computer

Figure 2-2. The I/O-Expansion Board on the XV1/3 Support s 2 PMC/XMC Modules

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XV1 Hardware Manual

2.6 System Specifications

2.6.1 Processor and Memory Subsystems

Table 2-4 and Table 2-5 contain processor and memory specifications, respectively.

Table 2-4. Processor Specifications

Feature/Function Specifications

Processor Intel Quad-Core Xeon 5408 CPU Processor Speed 2.13 GHz L1 Cache (Instruction + Data) 64 KB (32 KB + 32 KB) L2 Cache 12 MB

a—The Intel Dual-Core Xeon 5238 CPU is also supported by the XV1.

Table 2-5. Memory Specifications

Feature/Function Specifications

Main Memory Total size = 8 GB (see Table 2-2, page 2-3) Memory Bus Interface 72 bit Data Path from CPU, including 8 bit ECC Memory Type

(see Table 2-2, page 2-3)

2.6.2 Operating Systems

Operating systems supported by the XV1 (32 bit and 64 bit) are listed in Table 2-6.

Table 2-6. XV1 Operating Systems

Operating System Specifications

Red Hat Enterprise Linux Version 5.3 (kernel–2.6.18–128.e15)

Solaris 10, Version 10 05/09 No VME driver is available Solaris 10, Version 10 10/08 No VME driver is available

Both on-board (soldered) DDR2 SDRAM and DDR2 SO-DIMM memory modules

The VME driver for version 5.3 is only available for the 32-bit version, not for the 64-bit version.

2-6

Windows Vista No VME driver is available Windows 2008 Server No VME driver is available

Themis Computer

2.6.3 I/O Subsystem

Table 2-7 lists the I/O subsystem functionality of the various XV1 configurations.

Table 2-7. XV1 I/O Subsystem Specifications

2—XV1 Features and Specifications

System Specifications

Function

Front-Panel Access

XV1/1 XV1/2 XV1/3

Super VGA (SVGA) Yes Yes Yes Yes Gigabit Ethernet C (RJ45)

Auto-negotiating 10/100/1000BaseT

Yes Yes Yes

Gigabit Ethernet A (RJ45) Auto-negotiating 10/100/1000BaseT

Gigabit Ethernet B (RJ45) Auto-negotiating 10/100/1000BaseT

VME P2 Access

(Paddle Board)

[5-row P2 only]

Yes [5-row P2 only]

USB0 and USB1 Yes Yes Yes USB2 and USB3 Yes USB4 and USB5 PS/2 KB/Mouse

Serial COM1

Serial COM2

Yes

(Tx/Rx, full

modem)

Yes

(Tx/Rx only)

Yes

(Tx/Rx, full

modem)

Yes

(Tx/Rx only)

Yes

(Tx/Rx, full

modem)

Yes

(Tx/Rx only)

(Tx/Rx, full modem

Yes Yes

Yes

(Tx/Rx only)

)

Stereo Audi o: Line-in or Line-out

Yes

SATA0 z SATA0 is connected to the Compact Flash slot. SATA1

z SATA1 and SATA2 are connected to PMC/XMC slot 1.

SATA2 SATA3 SATA4 SATA5

Yes Yes Yes Yes

Yes Yes

Floppy Drive z Floppy-Drive signals are connected to PMC/XMC slot 2.

a—Ethernet A and Ethernet B are also connected to the P0 backplane connector. b—COM1 must be configured by Themis at the time of your order to be accessed through either the Front Panel or the P2 connector, but

not both. c—Full modem signals are available only when attached to a 5-row VME P2 connector. d—COM2 must be configured by Themis at the time of your order to be accessed through either the Front Panel or the P2 connector, but

not both. e—SATA3 can be accessed either through the Front Panel or the P2 Paddle Board, but not both at the same time.

Themis Computer

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XV1 Hardware Manual

2.6.4 Auxiliary Functions

Table 2-8 summarizes the functional specifications of the XV1 auxiliary functions. These specifications apply to all product configurations.

Table 2-8. Auxiliary Functions Specifications

Feature/Function Specifications

BIOS Flash Memory Total of 4 MB (2-MB Primary, 2-MB Backup) NVRAM/TOD 256 Byte, battery-backed CMOS RAM plus timekeeper

System Status LEDs

Reset Switch

Watchdog Timers

Voltage Sensors

Temperature Sensors Monitors whether the CPU temperature stays within a

Two LEDs located on Front Panel of the Baseboard [See C.2.2, “XV1/1—1 PMC/XMC Module”, page C-4,

Appendix C, “Front-Panel I/O Connections and LEDs”] Momentary Push-button - Generates POR

Located underneath baseboard left of the Front Panel Two Level Watchdog:

Level One: Interrupt Level Two: POR Reset

Monitors Vdd, 3.3V, and 5V POR reset signal is generated when voltage is out of

tolerance POR voltage

Environmental monitoring: Vdd, 3.3 V, 5 V, +-12 V

specified range Range can be changed by software (BIOS firmware)

2-8

Themis Computer

2—XV1 Features and Specifications

Environmental Specifications

2.7 Environmental Specifications

Table 2-9. XV1 Environmental Specifications

Parameter Operating Non-Operating

Temperature Range –5° to 55° C –40° to 80° C Humidity Range

relative non-condensing at 104°F (40°C) Altitude Range 0 to 10,000 feet 0 to 30,000 feet

0% to 90% 0% to 90%

Shock

Vibration

Duration: Test levels shall be applied

for one hour in each test axis.

30G @20 msec (Half-Sine), 3 pulses each axis

Frequency Vibration Frequency Vibration

10 Hz 0.01g 40 Hz 0.01g 100 Hz 0.0007g 200 Hz 0.0007g 2000 Hz 0.00005g

/ Hz 10 Hz 0.04g2 / Hz

/ Hz 40 Hz 0.04g2 / Hz

/ Hz 100 Hz 0.005g2 / Hz

/ Hz 200 Hz 0.005g2 / Hz

/ Hz 2000 Hz 0.001g2 / Hz

30G @20 msec (Half-Sine), 3 pulses each axis

Note: grms = 0.91 Note: grms = 2.97

Electrostatic Discharge 15 kV 15 kV

a—A non-condensing environment must be maintained at all times. Themis recommends that the board be operational (pow-

ered on) and temperature stabilized before and during humidity testing.

2.8 Regulatory Compliance

Shock MIL-STD-901D Vibration MIL-STD-810F PCB FAB Material 94VO Restriction of Hazardous Substances (RoHS) European Directive 2002/95/EC

Themis Computer

Table 2-10. XV1 Regulatory Compliance

Parameter Specification

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XV1 Hardware Manual

2.9 Typical Power Requirements

Typical power requirements for the XV1 are listed in Table 2-11 for 2 GB, 4 GB, 6 GB, and 8 GB total memory (based on both on-board soldered DDR2 SDRAM and DDR2 SO-DIMM memory modules, see Table 2-2 on page 2-3).

Table 2-11. Typical Power Requirements

Memory

Capacity

2 GB

4 GB

6 GB

Voltage (DC)

5-volts DC 14.0 watts To be determined

Auxiliary Voltage

(Paddle Board)

5-volts DC 14.0 watts To be determined

Auxiliary Voltage

(Paddle Board)

5-volts DC 14.0 watts To be determined

Auxiliary Voltage

(Paddle Board)

Rail

Total: 61.5 watts

Total: 61.2 watts

Total: 61.9 watts

2.13-GHz CPU Operating Speed

12V Power 5V Power

47.5 watts To be determined

47.2 watts To be determined

47.9 watts To be determined

2-10

5-volts DC 14.0 watts To be determined

8 GB

Auxiliary Voltage

(Paddle Board)

49.5 watts To be determined

Total: 63.5 watts

a—No SO-DIMM installed. b—12-volt or 5-volt source from the P2 Paddle Board.

Themis Computer

Overview Section

The following sections provide a description of the major components of the XV1.

3.1 Baseboard

For a block diagram of baseboard components, consult Figure 2-1 on page 2-2.

Chapter

Hardware Overview

3.1.1 Intel 5408 Quad-Core LV Xeon Processor

The Central Processing Unit (CPU) used in the XV1 is the Intel 5408 Quad-Core LV Xeon processor, available at an operating speed of 2.13 GHz. It is supported by an L1 cache of 64 KB (32-KB for instructions; 32-KB for data), and an L2 cache of 12 MB.

Note: The XV1 also supports the Intel 5238 Dual-Core Xeon CPU, which must be ordered at the time of purchase.

The Intel 5408 Xeon architecture enables the system to use a wide range of peripherals and high-performance operating systems, including Solaris 10, Linux, and Microsoft Windows.

For details on the Intel 5408 Xeon processor, refer to the Intel website at

http://www.intel.com/.

Themis Computer

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XV1 Hardware Manual

3.1.2 Intel 5100 Memory Controller Hub (MCH)

The Intel 5100 Memory Controller Hub (MCH) supports development with highperformance, low-power Intel multi-core processors, and allows bladed and densebladed system designs to fit within a maximum 200-watt power envelope. Power savings is derived from lower thermal design power (TDP) in the MCH, a lowpower Intel I/O Controller Hub, and standard DDR2 memory technology.

The 5100 MCH is ideal for a wide range of applications, including storage area networks (SANs), network-attached storage (NAS), routers, medical imaging equipment, military signal and image processing, and telecommunications servers.

Features include:

• Lower power quad-core Xeon processors to reduce cooling and improve performance per watt for thermally constrained applications

• Fast-speed memory operating at 533/667 Mhz

• Registered ECC Dimms to protect data and improve reliability

• Virtualization Technology (VT) that assists virtualization software to deliver efficient solutions and greater capabilities, including 64-bit guest OS support

• The 5100 MCH supports six x4 PCI-Express links, with each x4 link able to be combined into three x8 links or one x16 link for configuration flexibility

3.1.3 Intel 82801 I/O Controller Hub (ICH)

The Intel 82801 I/0 Controller Hub (ICH) is a highly-integrated, multi-functional chip that provides the interface to the PCI Bus and integrates many of the functions needed in today’s PC platforms. The ICH communicates with the host controller over a dedicated hub interface. This provides added flexibility in designing costeffective system solutions.

Features include:

• PCI 2.2 compliant with support for 33-MHz PCI operations

• ACPI Power Management Logic Support

• Enhanced DMA controller, interrupt controller, and timer functions

• Integrated IDE controller support

• System Management Bus with additional support for I2C devices

3-2

• Low-Pin Count (LPC) interface

• Firmware Hub (FWH) interface support

Themis Computer

3.1.4 82571EB Dual Gigabit Ethernet Controller

The Intel 82571EB Gigabit Ethernet Controller is a single, compact component with two fully integrated Gigabit Ethernet Media Access Control (MAC) and physical layer (PHY) ports. This device uses the PCI Express architecture (Rev. 1.0a), and enables a dual-port Gigabit Ethernet implementation in a very small area. This is useful for server and workstation network designs with critical space constraints. The Intel 82571EB Gigabit Ethernet Controller provides two IEEE 802.3 Ethernet interfaces for 10/100/1000 Base-T applications. Both ports also integrate a Serializer-Deserializer (SerDes) to support 1000Base-SX or 1000Base-LX (optical fiber) and Gigabit backplane applications. In addition to managing MAC and PHY Ethernet layer functions, the controller manages PCI Express packet traffic across its transaction, link, and physical/logical layers.

Other features include:

• Wide internal data paths efficiently handle large address and data words

3—Hardware Overview

Baseboard

• Combined parallel and pipelined logic architecture efficiently handles packets

with minimum latency

• Advanced interrupt-handling features and efficient ring-buffer descriptor data

structures, with up to 64 packet descriptors cached on chip

• Offloads tasks from the host, such as checksum calculations for Transmission Con-

trol Protocol (TCP), User Datagram Protocol (UDP), and Internet Protocol (IP)

3.1.5 SCH5027 Super I/O Controller

The SMSC SCH5027 is a 3.3-volt compliant Super I/O controller with an LPC interface that includes hardware monitoring capability, enhanced security features, power control logic, and motherboard glue logic. Its hardware monitoring capability includes temperature, voltage, and fan-speed monitoring, and it can alert the system to out-of-limit conditions and automatically control the speeds of multiple fans.

Other features include:

• Support for monitoring two external temperatures via thermal diode inputs and an internal sensor to measure ambient temperature

• Complete legacy Super I/O functionality, including 8042=-based KB/M controller, IEEE 1284, EPP, and ECP-compatible parallel port, serial port, IR port, and floppy-disk controller

Themis Computer

• ACPI 1.0/2.0 compatibility, therefore supports multiple low power-down modes

• Support for the ISA Plug-and-Play Standard register set (v1.0a)

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XV1 Hardware Manual

3.1.6 Tundra Tsi148 PCI/X-to-VME Bridge

The Tundra Tsi148 PCI/X-to-VME Bridge is fully compliant with the 2eSST and VME64 Extension standards. It increases a system’s usable bus bandwidth because its local bus interface is designed for the next-generation PCI-X processors and peripherals that support either a 66MHz PCI bus or a 133-MHz PCI-X bus interface.

• Full VMEbus system controller functionality

• Interrupt and interrupt-handling capability

• Flexible register set; programmable from both the PCI-X bus and VMEbus

• Fully compliant, programmable PCI or PCI-X bus interface

• 64-bit data path

• Multiple modes of bus operation

— PCI-X operates from 50 to 133 MHz — PCI bus operates from 33 to 66 MHz

• 32-bit or 64-bit addressing and data in PCI and PCI-X modes

• Two programmable DMA controllers with Direct mode and Linked-List mode

support

• IEEE 1149.1 interface

• 456 PBGA package

3.1.7 Programmable Logic

Programmable logic is supported by an FPGA (Field-Programmable Gate Array) device installed on the XV1.

The FPGA resides on the PCI bus and is the conduit to the GPIO, BIOS flash, status LEDs, configuration and resistor jumpers, and the buffer control switch.

3.1.8 BIOS Flash Memory

The XV1 contains two 2-MB (16-Mbits) programmable BIOS SPI Flash memory devices (primary and backup), which serve to boot the system. These Serial Peripheral Interface Flash devices are attached to the Intel 82801 ICH chip (see Figure 2-1 on page 2-2 in Chapter 2, "XV1 Features and Specifications").

3-4

The BIOS occupies approximately 512 KB of system memory.

Themis Computer

3.2 PMC/XMC Carrier Boards

3.3 I/O-Expansion Board

Although there is no Carrier Board support for the XV1 at this time (see previous section), Model XV1/3 has been designed with an I/O-Expansion Board in the second VME slot that allows two additional PMC/XMC Modules to be installed in the system (see Figure 3-1). This board is only 2/3 (4RU) of the length of the Baseboard in order to accommodate the 2-slot high heat sink covering 1/3 of the surface of the baseboard.

3—Hardware Overview

PMC/XMC Carrier Boards

2/3-Long I/O Expansion Board Heat SinkInstalled PMC/XMC Module

Figure 3-1. The I/O-Expansion Board on the XV1/3 Support s 2 PMC/XMC Modules

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Appendix

Connector Pinouts and Signal Descriptions

This appendix describes connector pinouts and their signals for the XV1 and its associated Paddle Board. The XV1 rear connectors, front-panel connectors, and Paddle Board connectors are each presented as individual sections.

Note: The primary IDE interface is used to communicate with the onboard flash drive, but is not available through an external connector. The secondary IDE interface is optionally accessible through the PMC-Module user connector.

A.1 XV1 Rear Connectors

A.1.1 VME P1 Connector

z Connector Type: 3-row, 96 pins (3x32), VME64 (Male) z Manufacturer; Part Number: Harting; 9031966921

The connector pinout for the 3-row, VME P1 connector is shown in Figure A-1. Connector-pin signal descriptions are described in Table A-1 on page A-2.

Row C

Bottom Edge of Board

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Figure A-1. XV1 VME P1 Connector Pinout

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Table A-1. XV1 VME P1 Connector-Pin Signals

Pin Row A Signal Row B Signal Row C Signal

1 VME_D00 VME_BBSY_L VME_D08 2 VME_D01 VME_BCLR_L VME_D09 3 VME_D02 VME_ACFAIL_L VME_D10 4 VME_D03 VME_BGIN0_L VME_D11 5 VME_D04 VME_BGOUT0_L VME_D12 6 VME_D05 VME_BGIN1_L VME_D13 7 VME_D06 VME_BGOUT1_L VME_D14 8 VME_D07 VME_BGIN2_L VME_D15

9 GND VME_BGOUT2_L GND 10 VME_SYSCLK VME_BGIN3_L VME_SYSFAIL_L 11 GND VME_BGOUT3_L VME_BERR_L 12 VME_DS1_L VME_BR0_L VME_SYSRESET_L 13 VME_DS0_L VME_BR1_L VME_WORD_L 14 VME_WRITE_L VME_BR2_L VME_AM5 15 GND VME_BR3_L VME_A23 16 VME_DTACK_L VME_AM0 VME_A22 17 GND VME_AM1 VME_A21 18 VME_AS_L VME_AM2 VME_A20 19 GND VME_AM3 VME_A19 20 VME_IACK_L GND VME_A18 21 VME_IACKIN_L Not Connected VME_A17 22 VME_IACKOUT_L Not Connected VME_A16 23 VME_AM4 GND VME_A15 24 VME_A07 VME_IRQ7_L VME_A14 25 VME_A06 VME_IRQ6_L VME_A13 26 VME_A05 VME_IRQ5_L VME_A12 27 VME_A04 VME_IRQ4_L VME_A11 28 VME_A03 VME_IRQ3_L VME_A10 29 VME_A02 VME_IRQ2_L VME_A09 30 VME_A01 VME_IRQ1_L VME_A08 31 –12V Not Connected +12V

A-2

32 VCC VCC VCC

_L Indicates an active low.

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A.1.2 VME P2 Connector

z Connector Type: 5-row, 160 pins (5x32), VME64 (Male) z Manufacturer; Part Number: Harting; 02-01-160-2101

The connector pinout for the 5-row XV1 VME P2 connector is shown in Figure A-2. Connector-pin signals routed to the P2 connector are described in Table A-2 on page A-4. To access these P2 connector signals, a XV1 VME P2 Paddle Board (purchased separately) must be attached to the P2 backplane behind the XV1 (refer to Section A.5, “XV1 P2 Paddle Board,” on page A-12).

A—Connector Pinouts and Signal Descriptions

XV1 Rear Connectors

Bottom Edge of Board

Row D

C B A

Row Z

Figure A-2. XV1 VME P2 Connector Pinout

VME P2-connector pinouts signal assignments vary with the board jumper-resistor configurations (refer to Appendix B, “Jumper Pins and Solder Beads” for details).

Note: In Table A-2,

•an _L indicates an active low

• (–) and (+) indicate one member of a signal pair

•a thick border groups associated signals

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Table A-2. XV1 VME P2 Connector-Pin Signals

Pin Row Z Signal Row A Signal Row B Signal Row C Signal Row D Signal

1 VGA2_RED PWR_EN_L VCC (+5V) USB4P GND 2 GND VIN_AUX GND USB4N LAN_B_MDIN0 3 VGA2_GREEN VIN_AUX VME_RETRY_L USB5P LAN_B_MDIP0 4 GND GND VME_A[24] USB5N GND 5 VGA2_BLUE VIN_AUX VME_A[25] OC_USB4_P2_L LAN_B_MDIN1 6 GND GND VME_A[26] OC_USB5_P2_L LAN_B_MDIP1 7 HSYNC2 VIN_AUX VME_A[27] OC_USB2_P2_L GND 8 GND GND VME_A[28] OC_USB3_P2_L LAN_B_MDIN2 9 VSYNC2 SATA_TXP3B VME_A[29] SIO_TXD2_P2 LAN_B_MDIP2

10 GND SATA_TXN3B VME_A[30] SIO_RXD2_P2 GND

11 VGA2_DDC_DAT SATA_RXP3B VME_A[31] PS2_KB_CLK_P2 LAN_B_MDIN3 12 GND SATA_RXN3B GND PS2_KB_DATA_P2 LAN_B_MDIP3 13 VGA2_DDC_CLK GND VCC (+5V) PS2_MS_CLK_P2 GND 14 GND SATA_TXP4 VME_D[16] PS2_MS_DATA_P2 LAN_A_MDIN0 15 VCC SATA_TXN4 VME_D[17] SIO_SMBDATA_B LAN_A_MDIP0 16 GND SATA_RXP4 VME_D[18] SIO_SMBCLK_B GNC 17 V_3V3 SATA_RXN4 VME_D[19] HDA_RST_L LAN_A_MDIN1 18 GND GND VME_D[20] HDA_SYNC LAN_A_MDIP1 19 V_1V8 SATA_TXP5 VME_D[21] HDA_BIT_CLK GND 20 GND SATA_TXN5 VME_D[22] HDA_SDIN3 L AN_A_MDIN2 21 SIO_RTS1_P2_L SATA_RXP5 VME_D[23] HDA_SDOUT LAN_A_MDIP2 22 GND SATA_RXN5 GND USB2P GND 23 SIO_DTR1_P2_L GND VME_D[24] USB2N LAN_A_MDIN3 24 GND GND VME_D[25] USB3P LAN_A_MDIP3 25 SIO_CTS1_P2_L VIN_AUX VME_D[26] USB3N GND 26 GND GND VME_D[27] SIO_TXD1_P2 V_1V8 27 SIO_DSR1_P2_L VIN_AUX VME_D[28] SIO_RXD1_P2 LAN_LINKB100_L 28 GND GND VME_D[29] VIN_AUX LAN_LINKB1000_L 29 SIO_DCD1_P2_L VIN_AUX VME_D[30] VIN_AUX LAN_ACTB_L 30 GND GND VME_D[31] V_3V3 LAN_LINKA100_L 31 SIO_RI1_P2_L VIN_AUX GND GND LAN_LINKA1000_L 32 GND VIN_AUX VCC (+5V) ALL_PWRGD LAN_ACTA_L

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A—Connector Pinouts and Signal Descriptions

A.2 XV1 Front-Panel Connectors

A.2.1 Gigabit Ethernet (GbE) Port C

z Connector Type: Single RJ45 GBE Connector, 8 Pin, 2 LEDs, transformer z Manufacturer; Part Number: Pulse; J0G-0009NL

The XV1 provides a single Gigabit Ethernet (Ethernet C) port on its front panel. The RJ45 (8-pin) GBE connector contains two embedded LEDs, supports 10/100/ 1000Base-T transmission (see Figure A-3 and Table A-3 below), and has an embed- ded transformer for signal conversion.

Symbol

XV1 Front-Panel Connectors

Pin 8

Pin 1

Baseboard

Link Speed LED

Network Traffic LED

Figure A-3. Gigabit Ethernet RJ45 Connector Pinout

Table A-3. Gigabit Ethernet Connector-Pin Signals and LED Interpretation

Pin Signal Description LED LED Color Interpretation

1 BI_DA+ Bi-directional pair A+ 2 BI_DA– Bi-directional pair A– 3 BI_DB+ Bi-directional pair B+ Yellow 100 Mb/s 4 BI_DC+ Bi-directional pair C+ Green 1000 Mb/s 5 BI_DC– Bi-directional pair C– 6 BI_DB– Bi-directional pair B– 7 BI_DD+ Bi-directional pair D+ 8 BI_DD– Bi-directional pair D–

Yellow/ Green (Top) = Link Speed

Green (Bottom) = Network Traffic

OFF 10 Mb/s

Flashing rate is 300 ms for transmit/receive activity.

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A.2.2 Multiple-I/O Connector

z Connector Type: 4-row, 60-pin (4x15) D-shell connector (Female) z Manufacturer; Part Number: Molex; 70928-2003

The XV1 provides a single 60-pin connector on its front panel that supports four types of I/O ports; namely:

• Two Serial ports (COM1, COM2)

• One SATA port (SATA3)

• Two USB 2.0 ports (USB0, USB1)

• One VGA graphics port

To connect with each of these ports, a special multi-split connector cable is provided that can be attached directly to the multiple-I/O port (see Figure A-4).

SATA 3

USB0 / USB1

COM1

COM2

VGA Graphics

Figure A-4. Multiple-I/O Connector Cable

A connector pinout for the multiple-I/O connector is shown in Figure A-5.

46 60

Baseboard

Figure A-5. Multiple-I/O Connector Pinout

3145

Attach to 60-pin Multiple-I/O Port on XV1 faceplate

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A—Connector Pinouts and Signal Descriptions

XV1 Front-Panel Connectors

Connector-pin signals for the multiple-I/O connector are described in Table A-4.

Table A-4. Multiple-I/O Connector-Pin Signals

Pin Signal Pin Signal Pin Signal Pin Signal

1 USB2N FP 30 5V USB1 FP 31 HSYNC_5V 60 VSYNC_5V 2 USB2P FP 29 GND 32 VGA_DDC_DAT_5V 59 VGA_DDC_CLK_5V 3 USB1N FP 28 5V USB0 FP 33 VGA1_RED_OUT 58 GND 4 USB1P FP 27 GND 34 VGA1_GREEN_OUT 57 GND 5GND 26Unconnected 35 VGA1_BLUE_OUT 56 GND 6 SATA_RXP3 25 Unconnected 36 GND 55 5V_VGA_CONN 7SATA_RXN324Unconnected 37 GND 54 GND 8GND 23Unconnected 38 SIO_DTR1_FP_L 53 SIO_RI1_FP_L

9 SATA_TXN3 22 SIO_TXD2_FP 39 SIO_TXD1_FP 52 SIO_CTS1_FP_L 10 SATA_TXP3 21 SIO_RXD2_FP 40 SIO_RXD1_FP 51 SIO_RTS1_FP_L 11 GND 20 GND 41 SIO_DCD1_FP_L 50 SIO_DSR1_FP_L 12 Unconnected 19 Unconnected 42 Unconnected 49 Unconnected 13 Unconnected 18 Unconnected 43 Unconnected 48 Unconnected 14 Unconnected 17 Unconnected 44 Unconnected 47 Unconnected 15 Unconnected 16 Unconnected 45 Unconnected 46 Unconnected

A.2.2.1 Serial Ports COM1 & COM2

As shown in Table A-4, serial port COM1 is supported by multiple-I/O connector pins 38 to 41 and 50 to 53 (these include signals for modem support).

Serial port COM2 is supported by multiple-I/O connector pins 21 and 22 (transmit and receive only).

A.2.2.2 SATA3 Port

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The SATA3 port is supported by multiple-I/O connector pins 6, 7, 9, and 10 (see Table A-4).

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A.2.2.3 USB Ports USB0 & USB1

USB ports USB0 and USB1 are supported by multiple-I/O connector pins 1 to 4 and pins 28 and 30 (see Table A-4).

A.2.2.4 VGA Graphics Port

The VGA graphics port is supported by multiple-I/O connector pins 31 through 35 and pins 55, 59, and 60 (see Table A-4).

A.3 Push-Button RESET

A recessed push-button RESET switch is located behind the Front Panel of the XV1 and is accessible by inserting an object the size of a paper clip. The RESET switch will initiate a POR Reset, which is propagated throughout the XV1.

A.4 XV1 PMC Module Card Connectors

z Connector Type: 2-row, 64-pin connector (Female) (4 required) z Manufacturer; Part: Molex; 71439-0864

An optional PMC Module card can be connected to the top side of the XV1 through four 64-pin connectors (the interface VIO supports 3.3V @66 MHz only):

• J21 / J11..............................................................................................32-bit PCI

• J22 / J12 .............................................................................................32-bit PCI

•J23.......................................................................................................64-bit PCI

•J24.............................................................................................User I/O defined

The PMC Module card has no I/O through the VME P2 connector of the XV1. The connector used for PMC card installation is shown in Figure A-6; three connectors are required for 64-bit operation, and two connectors for 32-bit operation.

J11, J12, J21, J22, J23, J24

A-8

Figure A-6. PMC Module Card Connector (4 required)

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A—Connector Pinouts and Signal Descriptions

A.4.1 PMC Module Connector J21 / J11

PMC signals (32-bit PCI) for connectors J21 and J11 are described in Table A-5.

XV1 PMC Module Card Connectors

Table A-5. PMC Module Card Connector J21/J11

Pin (J3401) Signal Pin (J3401) Signal

1TCK 2-12V 3Ground 4INTA# 5INTB# 6INTC# 7 BUSMODE1# 8 +5V

9 INTD# 10 PCI-RSVD 11 Ground 12 PCI-RSVD 13 CLK 14 Ground 15 Ground 16 GNT# 17 REQ# 18 +5V 19 +3.3V 20 AD[31] 21 AD[28] 22 AD[27] 23 AD[25] 24 Ground 25 Ground 26 C/BE[3]# 27 AD[22] 28 AD[21] 29 AD[19] 30 +5V 31 +3.3V 32 AD[17] 33 FRAME# 34 Ground 35 Ground 36 IRDY# 37 DEVSEL# 38 +5V 39 Ground 40 LOCK# 41 SDONE# 42 SBO# 43 PAR 44 Ground 45 V(I/0) 46 AD[15] 47 AD[12] 48 AD[11] 49 AD[09] 50 +5V 51 Ground 52 C/BE[0]# 53 AD[06] 54 AD[05] 55 AD[04] 56 Ground 57 +3.3V 58 AD[03] 59 AD[02] 60 AD[01] 61 AD[0] 62 +5V 63 Ground 64 REQ64#

Signals (32 bit)

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a—Connectors J21/J11 corresponds to the PMC standard Jn1.

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A.4.2 PMC Module Connector J22 / J12

PMC signals (32-bit PCI) for connectors J22 and J12 are described in Table A-6.

Table A-6. PMC Module Card Connector J22/J12

Pin (J3402) Signal Pin (J3402) Signal

1+12V 2TRST# 3TMS 4TDO 5TDI 6Ground 7Ground 8PCI-RSVD

9 N/C 10 PCI-RSVD 11 BUSMODE2# 12 +3.3V 13 RST# 14 BUSMODE3# 15 +3.3V 16 BUSMODE4# 17 PCI-RSVD 18 Ground 19 AD[30] 20 AD[29] 21 Ground 22 AD[26] 23 AD[24] 24 +3.3V 25 IDSEL 26 AD[23] 27 +3.3V 28 AD[20] 29 AD[18] 30 Ground 31 AD[16] 32 C/BE[2]# 33 Ground 34 PMC-RSVD 35 TRDY# 36 +3.3V 37 Ground 38 STOP# 39 PERR# 40 Ground 41 +3.3V 42 SERR# 43 C/BE[1]# 44 Ground 45 AD[14] 46 AD[13] 47 Ground 48 AD[10] 49 AD[08] 50 +3.3V 51 AD[07] 52 PMC-RSVD 53 +3.3V 54 PMC-RSVD 55 PMC-RSVD 56 Ground 57 PMC-RSVD 58 PMC-RSVD 59 Ground 60 PMC-RSVD 61 ACK64# 62 +3.3V 63 Ground 64 PMC-RSVD

Signals (32 bit)

A-10

a—Connector J7 corresponds to the PMC standard Jn2.

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A.4.3 PMC Module Connector J23

PMC signals (64-bit PCI) for connector J23 are described in Table A-7.

A—Connector Pinouts and Signal Descriptions

XV1 PMC Module Card Connectors

Table A-7. PMC Module Card Connector J23

Pin (J3403) Signal Pin (J3403) Signal

1PCI-RSVD 2Ground 3 Ground 4 C/BE[7]# 5 C/BE[6]# 6 C/BE[5]# 7 C/BE[4]# 8 Ground

9 +3.3V 10 PAR64 11 AD[63] 12 AD[62] 13 AD[61] 14 Ground 15 Ground 16 AD[60] 17 AD[59] 18 AD[58] 19 AD[57] 20 Ground 21 +3.3V 22 AD[56] 23 AD[55] 24 AD[54] 25 AD[53] 26 Ground 27 Ground 28 AD[52] 29 AD[51] 30 AD[50] 31 AD[49] 32 Ground 33 Ground 34 AD[48] 35 AD[47] 36 AD[46] 37 AD[45] 38 Ground 39 +3.3V 40 AD[44] 41 AD[43] 42 AD[42] 43 AD[41] 44 Ground 45 Ground 46 AD[40] 47 AD[39] 48 AD[38] 49 AD[37] 50 Ground 51 Ground 52 AD[36] 53 AD[35] 54 AD[34] 55 AD[33] 56 Ground 57 +3.3V 58 AD[32] 59 PCI-RSVD 60 PCI-RSVD 61 PCI-RSVD 62 Ground 63 Ground 64 PCI-RSVD

Signals (64 bit)

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a—Connector J23 corresponds to the PMC standard Jn3.

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A.4.4 PMC Module Connector J24

PMC connector J24 (which is not installed on the standard XV1 configuration), supports user-defined I/O signals that to support specific functions (a floppy drive, for example). Call Themis Customer Support for a detailed list of supported J24 signals.

A.5 XV1 P2 Paddle Board

Figure D-2 on page D-3 in Appendix D, ”Board Component and Connector Diagrams” shows XV1 P2 Paddle-Board I/O connectors, which are described in the following sections.

A.5.1 Serial COM1 and COM2 Connectors

z Connector Type: Dual micro-D, 9-pin (Male) each, Right Angle, 2 required z Manufacturer; Part: ITT Cannon; MDSM-18PE-Z10-VR25

The XV1 VME P2 Paddle Board contains two serial ports (COM1 and COM2) on its front edge, with COM1 offering modem support (see Figure A-7 for a connector pinout, and Table A-8 on page A-13 for pinout descriptions). Note that modem sup- port is available only through a 5-row VME backplane; a 3-row VME backplane supports transmit and receive signals only (see Table A-2 on page A-4). With proper modifications, COM1 and COM2 are also accessible from the XV1 front panel, in which case, they cannot be accessed through the Paddle Board. Call the Themis sales office at the time of purchase to inform them as to where you would like to access the COM1 and COM2 ports.

Symbol

Important Note

A resistor adjustment must be made before COM1 and COM2 can be accessed from the P2 Paddle Board

(access denied from the Front Panel).

Serial Ports

COM1 COM2

Paddle Board Edge

A-12

Figure A-7. P2 Paddle Board Serial COM1 and COM2 Connector Pinout

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A—Connector Pinouts and Signal Descriptions

XV1 P2 Paddle Board

Table A-8. P2 Paddle Board Serial COM1 and COM2 Connector-Pin Signals

Serial Port COM1 Serial Port COM2

Pin Signal Name Pin Signal Name Pin Signal Name Pin Signal Name

A1 SIO_DCD1_L A6 SIO_DSR1_L B1 GND B6 NC A2 SIO_RXD1 A7 SIO_RTS1_L B2 SIO_RXD2 B7 NC A3 SIO_TXD1 A8 SIO_CTS1_L B3 SIO_TXD2 B8 NC A4 SIO_DTR1_L A9 SIO_RI1_L B4 NC B9 NC A5 GND B5 NC

A.5.2 DIN-8 PS/2 Keyboard/Mouse Connector

z Connector Type: 8-pin mini-DIN (Female) z Manufacturer; Part Number: TYCO/AMP; 749179-1 z Themis Cable P/N: 110104-002

Connector-pin signals for the 8-pin mini-DIN PS/2 port (see Figur e A-8) on the XV1 P2 Paddle Board are given in Table A-9.

Symbol

Note: NC = No Connect

Paddle Board Edge

Figure A-8. P2 Paddle Board PS/2 Mini-DIN Connector Pinout

Table A-9. P2 Paddle Board PS/2 Connector-Pin Signals

Pin PS/2 Signal Pin PS/2 Signal

1 GND (Ground) 5 KBD_CLK 2 GND (Ground) 6 KBD_DATA 3 +5V (Fu sed, 1.3A max) 7 MOUSE_CLK

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4 MOUSE_DATA 8 +5V (Fused, 1.3A max)

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A.5.3 USB Ports USB2 / USB3 and USB4 / USB5

z Connector Type: Type A, Dual Stacked USB z Manufacturer; Part: AMP; 5787617-4

The XV1 P2 Paddle Board supports four USB Ports: dual USB2 / USB3 and dual USB4 / USB5, all installed on its front edge. A pinout for these stacked connectors is given in Figure A-9, and connector-pin signals are described in Table A-10. All USB ports support both version 2.0 and 1.1 standards.

Symbol

USB Ports

USB3 USB2

USB3/USB5 USB2/USB4

USB5 USB4

J3 / J6

Paddle Board Edge

Figure A-9. P2 Paddle Board Dual USB Ports 2/3 and 4/5 Connector Pinout

Table A-10. USB Ports 2/3 and 4/5 Connector-Pin Signals

Pin USB Signal Description

A1 USB0_PWR USB C Power

A2 USB0_D_N USB C Data - Negative A3 USB0_D_P USB C Data - Positive A4 USB0_GND USB C Ground B1 USB1_PWR USB D Power B2 USB1_D_N USB D Data - Negative B3 USB1_D_P USB D Data - Positive B4 USB1_GND USB D Ground

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A—Connector Pinouts and Signal Descriptions

XV1 P2 Paddle Board

A.5.4 SVGA Monitor Port (5-Row VME Backplane Only)

z Connector Type: 15-pin, D-Subminiature (Female) SVGA Connector z Manufacturer; Part: AMP; 2-1734344-3

A Super-VGA connector is installed on the XV1 P2 Paddle Board on its front edge. A pinout for this connector is given in Figure A-10, and connector-pin signals are described in Table A-11. Note that the SVGA port is supported only from a 5-row VME backplane.

The P2 Paddle Board video SVGA signals are a redundant image of those from the XV1 Front Panel through the multiple-I/O connector.

Symbol

SVGA Display Port

J10

Paddle Board Edge

Figure A-10. P2 Paddle Board SVGA Connector Pinout

Table A-11. P2 Paddle Board SVGA Connector-Pin Signals

Pin VGA Signal Description Pin VGA Signal Description

1 RED OUT Red signal output 9 VCC Filtered Vcc voltage source 2 GREEN OUT Green signal output 10 GND Ground 3 BLUE OUT Blue signal output 11 NC No connection 4 NC No connection 12 SDA Display Data Channel—Data 5 GND Ground 13 HSYNC Horizontal synchronization 6 GND Ground 14 VSYNC Vertical synchronization 7 GND Ground 15 SCL Display Data Channel—Clock

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8 GND Ground

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A.5.5 SATA Ports 3, 4, and 5

z Connector Type: Single 7-pin SATA Plug and Dual 7-pin SATA z Manufacturer; Part: Molex; 47080-4005 (Single) / Circuit Assy; CA-D14SA

HPR-C-0-5T (Dual) Three SATA (Serial ATA) connectors (SATA3, SATA4, SATA5) are installed on

the front edge of the XV1 CPU-0 P2 Paddle Board. A pinout is given in Figure A-11, and connector-pin signals are described in Table A-12.

Symbol

Note: The SATA4 and SATA5

connectors are joined in a dual assembly.

Figure A-11. P2 Paddle Board SATA Connector Pinout

Table A-12. P2 Paddle Board SATA Connector-Pin Signals

Pin VGA Signal Description

SATA3 Port

SATA4 Port SATA5 Port

Paddle Board Edge

1 GND Ground 2 Tx A+ Transmit Signal A-Positive 3 Tx A– Transmit Signal A-Negative 4 GND Ground 5 Rx A+ Receive Signal A-Positive 6 Rx A– Receive Signal A-Negative 7 GND Ground

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A—Connector Pinouts and Signal Descriptions

A.5.6 Auxiliary +12-Volt/+5-Volt Power Connectors

z Connector Type: 6-pin In-line Connector (Female), 2 required z Manufacturer; Part: Molex; 43650-0600 z Themis Cable P/N: 111230-001

A.5.6.1 Auxiliary +12-Volt Power Connector

The XV1 P2 Paddle Board provides +12-volt power to the XV1 from the 12-volt rail through multiple P2 pins in row A (see Table A-2 on page A-4) of the VME P2 backplane. The system power supply also provides +12 volts to the paddle board through the 6-pin Molex connector J1 or J15—only one +12-volt connection is required (see Figure A-12; the mating plug is an ITT Cannon connector, P/N 192990-0980). Use power cable P/N 11 1230-001.

XV1 P2 Paddle Board

Warning: The Themis cable connected to this power connector should receive +12V directly from the +12V lug on the chassis power supply , not from +12V pins on the backplane or from the +12V cable supplying the backplane.

Power connector pinout signals are defined in Table A-13.

Paddle Board Edge

Figure A-12. P2 Paddle Board Power Connector Pinouts

Table A-13. +12V/+5V Power Connector-Pin Signals

Pin 1 Pin 2 Pin 3 Pin 4 Pin 5 Pin 6

+12V / +5V +12V / +5V +12V / +5V Ground Ground Ground

A.5.6.2 Auxiliary +5-Volt Power Connectors

J1 / J15

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The system power supply can also provide +5 volts to the paddle board through connectors J1 and J15—both +5-volt connections are required. Use two power cables (P/N 111230-

001).

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A.5.7 Stereo Audio In/Out Connectors

z Connector Type: Stereo Mini-Jack (3.5 mm), 2 required z Manufacturer; Part: Kobicon; 161-3503-EX

The two stereo (L/R) audio connectors on the front edge of the P2 Paddle Board are shown in Figure A-13, and are used to transmit HDA audio signals, one for input, the other for output.

J14 J13

Paddle Board Front Edge

Figure A-13. P2 Paddle Board Stereo Audio Connectors

StereoStereo

In JackOut Jack

A.5.8 Gigabit Ethernet A and Ethernet B (5-Row VME

Backplane Only)

Both gigabit Ethernet A and Ethernet B on the P2 Paddle Board are used for Themis testing purposes only.

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Appendix

Jumper Pins and Solder Beads

This appendix provides jumper-pin and solder-bead locations and configurations for the XV1. Solder beads are considered “factory-configurable” and must not be altered by the user . If a solder bead requires reconfiguration, contact Themis Customer Service.

Warning: Solder beads are set by Themis at the factory. Attempting to alter a solder-bead configuration could seriously damage the XV1. If you encounter a problem, contact Themis Customer Support.

DO NOT ATTEMPT TO ALTER SOLDER-BEAD CONFIGURATIONS.

B.1 Field-Configurable Jumper Pins

B.1.1 XV1 Jumper Pins

Jumper pins are found only on the top side of the XV1 system board and are described in Table B-1 on page B-2. In Table B-1, an ON or Short jumper position means the jumper is installed, shorting the pins and completing the circuit. OFF means there is no jumper installed, hence the path between the pins is open, breaking the circuit.

Figure B-1 on page B-3 shows the location of all jumpers on the XV1. In Figure B-1, jumper pin 1 is identified with a square and a triangle.

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XV1 Hardware Manual

Table B-1. XV1 Jumper-Pin Settings (Top Side Only)

Jumper

Pins

JP1

JP2

JP3

JP4

JP5

JP6

JP7

Jumper

Position

ON Clears CMOS.

OFF Normal operation.

ON Enables boot from SPI

OFF Does not enable boot from SPI.

Reserved for future use.

OFF

ON Selects Backup SPI

BIOS.

OFF Selects Primary SPI BIOS.

ON STEC flash is write-protected.

OFF STEC flash is not write-protected.

For factory purposes only.

OFF

ON Disables onboard video.

OFF Enables onboard video.

Description

VME System Controller is disabled. Note: If SB7 (see Table B-3 on page B-6) is shorted, this function is reversed.

JP8

OFF

a—Boldface = the default jumper position. Absence of a default position indicates a manufacturing or user decision. b—SPI = Serial Peripheral Interface.

TSI148 PCI-X-to-VME Bridge evaluates backplane signal BG3IN_ to determine whether to enable the VME System Controller.

B.1.2 Memory Module Jumper Pins

There are no jumper pins on the XV1 Memory Modules.

B-2

Themis Computer

B—Jumper Pins and Solder Beads

Field-Configurable Jumper Pins

JP2 JP1 JP4 JP3 JP5 JP8 JP7 JP6

Legend

See Figure B-3 for Solder-Bead Legend.

Jumper OFF

Jumper ON

Pin 1

SB6

VME P1

Top Side

VME P0

VME P2

Figure B-1. XV1 Jumper-Pin and Solder-Bead Locations (Top Side)

Themis Computer

B-3

XV1 Hardware Manual

B.1.3 XV1 Paddle-Board Jumper Pins

Jumper pins are found only on the top side of the XV1 Paddle Board and are described in Table B-2.

In Table B-2, an ON jumper position means the jumper is installed, shorting the pins and completing the circuit. OFF means there is no jumper installed, hence the path between the pins is open, breaking the circuit.

Table B-2. XV1 Paddle-Board Jumper-Pin Settings (Top Side Only)

Jumper Pins

JP1, JP2

Jumper

Position

OFF

Description

Manufacturing use only.

Figure B-2 on page B-5 shows the location of both jumpers on the XV1 Paddle Board. In Figure B-2, jumper pin 1 is identified with a square and a triangle.

B.2 Factory-Configurable Solder Beads

B.2.1 XV1 Solder Beads

Solder beads are found mainly on the bottom side of the XV1 system board, with one solder bead (SB6) located on the top side. All solder beads are described in Table B-3 on page B-6.

In Table B-3, Short means a solder bead is installed, creating an electrical path between two contacts. Open means no solder bead is installed, hence the path between the contacts is open.

B-4

Figure B-3, page B-7, shows the location of all bottom-side solder beads on the XV1. The location of the top-side SB6 is shown in Figure B-1 on page B-3.

Remember that pin 1 is indicated on the board by a thick bar line.

Caution: When dealing with a 3-pin solder-bead switch, a solder bead will short only one set of pins, either 1–2 or 2–3.

If a solder bead shorts more than 2 pins, call Themis Customer Support.

Themis Computer

Legend

JP1

B—Jumper Pins and Solder Beads

Factory-Configurable Solder Beads

Jumper OFF

Jumper ON

Pin 1

JP2

Themis Computer

VME P2

Figure B-2. XV1 Paddle-Board Jumper-Pin Locations (Top Side)

B-5

XV1 Hardware Manual

Table B-3. XV1 Solder-Bead Settings (Bottom and Top Side)

Solder

Bead

SB1

SB2

SB3

SB4

SB5

SB6

[Top Side]

SB7

Setting

Description

Short Disable ES1000 VGA.

Open Enable ES1000 VGA.

Short 1–2 Compact Flash voltage is 5 volts.

Short 2–3 Compact Flash voltage is 3 volts.

Short 1–2

See Table B-4.

Short 2–3 Short 1–2

See Table B-4.

Short 2–3 Short 1–2

See Table B-4.

Short 2–3

Short Disable FPGA. [See Figure B-1, page B-3, for top-side location.]

Open Enable FPGA. [See Figure B-1, page B-3, for top-side location.]

Short

Defines function of jumper-pin JP8 (see Table B-1, page B-2).

Open

B-6

Short Enable Rx VME reset.

SB10

Open Disable Rx VME reset. Short Enable Tx VME reset.

SB11

Open Disable Tx VME reset.

a—Boldface = the default solder-bead setting. Absence of a default setting indicates a manufacturing or user deci-

sion.

Table B-4. FSB Frequency Selection

SB5 [BSEL2] SB4 [BSEL1] SB3 [BSEL0] Frequency

Short 2–3 Open Open 166 MHz Short 2–3 Open Short 2–3 200 MHz Short 2–3 Short 2–3 Short 2–3 266 MHz

Open Short 2–3 Short 2–3 333 MHz

Short 1–2 Short 1–2 Short 1–2 CPU Select

Themis Computer

VME P1

B—Jumper Pins and Solder Beads

Factory-Configurable Solder Beads

SB7

SB10

SB11

SB1

VME P0

VME P2

SB2

Legend

Thick bar = Pin 1

Solder short, pins 2 & 3

= Actual location of solder beads

= Description of solder beads

SB3 SB4 SB5

Bottom Side

Themis Computer

Note: Solder-bead SB6 is located on the Top Side of the board (see Figure B-1).

Figure B-3. XV1 Solder-Bead Locations (Bottom Side)

B-7

XV1 Hardware Manual

B.2.2 Memory Module Solder Beads

There are no solder beads on the XV1 Memory Module.

B.2.3 XV1 Paddle-Board Solder Beads

There are no solder beads on the XV1 Paddle Board.

B-8

Themis Computer

Front-Panel I/O Connections and LEDs

C.1 Introduction

This appendix contains diagrams of all front panels (faceplates) for each possible model configuration of the XV1. It is intended as a reference to I/O and monitoring functions. See Table C-1 for a list of XV1 models.

Appendix

Caution: The PCI address of a PMC Module is not necessarily the same as the PMC Module slot number.

Table C-1. XV1 Model Configurations

Model

XV1 / 1 1 Module (1 VME Slot) XV1 / 2 2 Modules (2 VME Slots) XV1 / 3 3 Modules (2 VME Slots)

C.1.1 Front-Panel Dimensions

A single-slot XV1 front panel measures 235-mm (9.25”) high by 20-mm (0.78”) wide (with VME64-type handles) or 241-mm (9.5”) high by 20-mm (0.78”) wide (with older Legacy-VME handles).

Baseboard

PMC/XMC Modules

Themis Computer

C-1

XV1 Hardware Manual

C.1.2 Injector/Ejector Handles

The XV1 is equipped with two types of injector/ejector handles (see Figure C-1 on page C-3):

• VME64-type handles (Elma, for example), which aid in both the insertion and the extraction of the PC board into and out of the VME backplane connectors

• Legacy-VME handles, which aid only in the extraction of the PC board from the VME backplane connectors

When a PCB board product such as the XV1 is shipped from Themis, VME64-type handles will be installed unless the customer specifies a different handle such as the Legacy-VME.

C.1.2.1 VME64-type Handles

When ordered, all Themis board products are shipped with VME64-type handles unless otherwise specified. A multiple-slot system will be shipped with all handles secured together by mating pins. One pin is inserted through two adjacent handles. This assures that all boards will lock onto and release from the VME rack frame at the same time.

On those occasions when the customer is upgrading and must add or replace a board in the system, it is important to make sure that a mating pin is used to secure two adjacent handles.

C.1.2.2 Legacy-VME Handles

When extracting a multiple-board system from the VME rack frame, it is important to remember that—since there is no mating pin to hold handles together—each handle works independently from all other handles, hence the operator must extract the system from the rack frame by carefully manipulating each handle in the same direction until the system is totally removed from the rack.

Caution: Removal of the EMI shield and insertion of a spine between mating front panels is a factory procedure and not recommended in the field.

C-2

Themis Computer

A VME64 Injector/Ejector Handle B Legacy-VME Ejector Handle

Figure C-1. PMC/XMC Injector/Ejector Handles

C.2 XV1 Front Panels

C—Front-Panel I/O Connections and LEDs

XV1 Front Panels

This section contains descriptive graphics of the front-panel I/O connections for each XV1 model configuration listed in Table C-1 on page C-1 (see Figure C-3, page C-4, through Figure C-5, page C-6).

C.2.1 Multiple-I/O Connector

The multiple-I/O connector on the XV1 front panel supports a total of four different types of I/O ports (see Figure C-3)—dual serial (COM1/COM2), single SATA3, dual 2.0 USB0/USB1, and VGA graphics. To attach to each of these different ports, a special multi-split connector cable must be connected to the multiple-I/O connector (see Figure C-2).

SATA 3

USB0 / USB1

Attach to 60-pin Multiple-I/O Port on XV1 faceplate

Themis Computer

COM1

COM2

VGA Graphics

Figure C-2. Multiple-I/O Connector Cable

C-3

XV1 Hardware Manual

C.2.2 XV1/1—1 PMC/XMC Module

P M C / X M C

PMC/XMC Module

C-4

Gigabit Ethernet Port C (RJ45)

Status LEDs (2)

See Section C.3, “LEDs”, for interpretations

Multiple-I/O Port *

XV1

Baseboard

* Supported by multi-split connector cable.

Figure C-3. XV1/1 Front Panel

Serial COM1/COM2 Dual 2.0 USB 0/1 [KB/M] SATA3 (SATA II) VGA Graphics

Themis Computer

C.2.3 XV1/2—2 PMC/XMC Modules

P M C /

PMC/XMC Module

X M C

C—Front-Panel I/O Connections and LEDs

XV1 Front Panels

PMC/XMC Module

See Figure C-3 for a description of Front-Panel connectors

Baseboard

XV1

P M C / X M C

Themis Computer

Figure C-4. XV1/2 Front Panel

C-5

XV1 Hardware Manual

C.2.4 XV1/3—3 PMC/XMC Modules

PMC/XMC ModulePMC/XMC Module

P M C / X M C

PMC/XMC Module

P M C / X M C

C-6

See Figure C-3 for a description of Front-Panel connectors

XV1

Baseboard

Figure C-5. XV1/3 Front Panel

Themis Computer

C.3 LEDs

Callouts indicating front-panel LEDs are shown in Figure C-6. Description and interpretation of front-panel LEDs are given in Table C-2 on page C-8.

C—Front-Panel I/O Connections and LEDs

LEDs

XV1

Themis Computer

Figure C-6. XV1 Front-Panel LEDs

C-7

XV1 Hardware Manual

Table C-2. Front-Panel LED Interpretation

Item Callout

Function Color Frequency and/or Interpretation

Left LED A Drive Activity Yellow

Right LED B System Status Green

Off 10 Mbit/s

C Link Speed

Green 100 Mbit/s

Gigabit Ethernet Port C

a—From Figure C-6 on page C-7.

Network Activity

Amber 1000 Mbit/s

Green

This LED indicates drive activity for either a SATA drive or the Compact Flash. When the BIOS is POSTing, this LED flashes at a 1-hertz rate.

This LED indicates system status. It flashes at a 1-hertz rate as the board goes through BIOS POST. When the POSTing is completed, it turns solid green.

If any power rail fails, the LED will not light either during POST or afterwards.

LED lights when traffic is dete cted on the network

C-8

Themis Computer

Appendix

Board Component and Connector Diagrams

The following sections of this appendix contain diagrams of the various boards of the XV1. It is intended as a quick reference to component and connector identification. XV1 boards included are:

• Baseboard

• P2 Paddle Board

D.1 XV1 Baseboard

Figure D-1 on page D-2 identifies front-panel, major board-surface components, and connectors as seen from the top side of the XV1 Baseboard.

D.2 P2 Paddle Board

Figure D-2 on page D-3 identifies the major connectors on the P2 Paddle Board, as viewed from the top side.

Themis Computer

D-1

XV1 Hardware Manual

PMC/XMC

Module

Outline

Memory Module Outline

PMC/XMC

Module

Outline

Compact Flash Card Holder

Intel

ICH9R

I/O Controller

Hub (ICH)

NH82801IR

AT I 2D

Graphics

Lithium Coin Cell (3V)

Tsi148

PCI/X-to-VME

Bus Bridge

Tundra

TSI148-133CLY

SMSC Super

I/O

VME P1

3.3V PMC

Lockout Key

VME P0

3.3V PMC

Lockout Key

Module

Gigabit Ethernet C

Reset Switch (bottom side)

Multiple-I/O Port

Top Side

D-2

Intel

5100

Memory Controller

Hub (MCH)

QG5100MCH

Intel

Quad-Core

L5408

Xeon Processor

2.13 GHz

Figure D-1. XV1 Component and Connector Diagram (Top Side)

VME P2

Heatsink Outline

Themis Computer

On-Board

Audio Access

Connectors

D—Board Component and Connector Diagrams

P2 Paddle Board

I2C Connector

Line In

Stereo Audio

Line Out

PS/2 Keyboard/Mouse

(Mini-DIN8)

Serial COM1 / COM2 (left)

(Dual 9-Pin D-Shell)

(Testing only)

VME P2

To VME 5-Row or 3-Row

P2 Connector

SVGA Connector

(15 Pin D-Shell)

[

5-Row P2 Connector only

Dual USB2 / USB3

Dual USB4 / USB5

Gigabit Ethernet A [

5-Row P2 Connector only

Gigabit Ethernet B [

5-Row P2 Connector only

S ATA3

SATA4 / SATA5

]

Testing

only

]

Themis Computer

Figure D-2. Paddle Board Component and Connector Diagram (Top Side)

D-3

XV1 Hardware Manual

Caution: Connect the Paddle Board to the P2 connector of the VME B ackplane only . Connection to the P1 connector will cause operational malfunctions as well as possible damage to both the Baseboard and the Paddle Board.

D-4

Themis Computer

Appendix

VME Slot Configurations

The following 11” x 17” foldout (see Figur e E-1 on page E-3) illustrates the slot configura- tions of all models of the XV1. Users may supplement the onboard XV1 graphics capability by installing a TGA-7000 PMC graphics accelerator card in an available PMC Module slot.

Table E-1 summarizes all model configurations.

Table E-1. XV1 Model Configurations

Model

XV1 / 1 1 Module (1 VME Slot) XV1 / 2 2 Modules (2 VME Slots) XV1 / 3 3 Modules (2 VME Slots)

Baseboard

PMC/XMC Modules

Themis Computer

E-1

XV1 Hardware Manual

E-2

Themis Computer

P M C / X M C

XV1

P M C / X M C

XV1

E–VME Slot Configurations

XV1

Model XV1 / 1

Top View

Model XV1 / 2

Top View

Model XV1 / 3

Baseboard

I/O Expansion Board

Front Panel

1 PMC Slot

2 PMC Slots

VME Slots

PMC Sites

Audio I/O

XV1 / 1

VME Slots

PMC Sites

Audio I/O

VME Slots

PMC Sites

Audio I/O

XV1 / 2

P M C / X M C

XV1 / 3

Baseboard

Top View

1 PMC Slot

Note: The I/O Expansion Board is only 2/3 high (4RU).

= Single-height heat sink.

Approved PMC Cards

supported by Themis:

5/2009

= Double-height heat sink.

XV1

1VME Slot:

Themis Computer

Figure E-1. XV1 VME Slot Configurations

E-3

XV1 Hardware Manual

E-4

Themis Computer

Index

Symbols

+12-Volt Power Connector 1-7 +12-Volt/+5-Volt Power Connectors A-17 +5-Volt Power Connector 1-7

Numerics

10/100/1000Base-T Ethernet 1-5, A-5 5100 Memory Controller Hub 3-2 82571EB Dual Gigabit Ethernet Controller 3-3 82801 I/O Controller Hub (ICH) 3-2

AMP 2-1734344-3 A-15 AMP 5787617-4 A-14 AMP 749179-1 A-13 ATI ES1000 2D graphics accelerator 2-4 Auxiliary Functions 2-8

Baseboard 2-1, D-1

VME P1 Pinout A-2 VME P2 Connector A-3

VME P2 Connector Pinout A-4 Battery Replacement 1-8 BIOS 3-4 BIOS Flash 3-4 Block Diagram, XV1 2-2 Board Type 1-1

SATA3, SATA4, SATA5 1-7 Stereo Audio Connector 1-7 SVGA Video Port 1-6

USB2, USB3, USB4, USB5 1-6 Power 1-4 Serial, RS232, Micro DB9 to DB9 1-4

Carrier Boards 2-5, 3-5 Cautions xviii Check Configurations 1-2 Comments are Welcome xix Component and Connector Diagrams

Paddle Board 1-3, D-3 XV1 D-2

Customer Comments xiv

Daisy Chain Jumper Settings 1-8 Dimensions, Front Panel C-1 Dual Gigabit Ethernet Controller

Features 3-3

Environmental Specifications 2-9 Ethernet 3-3

Connector Pin Signals and LEDs A-5 Connector Pinout A-5

Ethernet C, Gigabit 1-5, 2-3 Ethernet Port C A-5

Cables

attaching 1-4, 1-5 Multiple-I/O Connector (60 pins) 1-4 Paddle Board 1-6

COM1 and COM2 1-6 Power Connectors +12V/+5V 1-7 PS/2 KB/M 1-6

Themis Computer

Features 2-1 Flash Memory 3-4 FPGA (Field-Programmable Gate Array) 3-4 Front Panel

Dimensions C-1 I/O Connections 1-5, 2-3 LED Interpretation C-8

Index-1

XV1 Hardware Manual

LEDs C-7 Front Panels C-3 Front-Panel Connectors A-5

Gigabit Ethernet

Port C 1-5 Gigabit Ethernet Port

Controller 3-3 Gigabit Ethernet Port C A-5

LEDs C-8

Handles C-2

Legacy-VME C-2

PMC/XMC Carrier Board C-3

VME64-Type C-2 Hardware Overview 3-1

I/O Controller Hub (ICH) 3-2

Features 3-2 I/O Subsystem 2-7 I/O-Expansion Board 2-5, 3-5 IDE

primary A-1

secondary A-1 In Case Of Difficulties xix Injector/Ejector Handles C-2 Integration Kit 1-4

3-Row Paddle Board 1-4

5-Row Paddle Board 1-4

Pigtail DIN Cable 1-4

Serial Cable, Micro DB9 to DB9 1-4 Intel 5100 Memory Controller Hub 3-2 Intel 5408 Quad-Core LV Xeon processor 3-1 Intel 82801 I/O Controller Hub 3-2 Intended Audience xv

Jumper Pins B-1 Jumper-Pin Locations B-3

LAN port (RJ45) 1-5, 2-3 LEDs C-7

Color Interpretation C-8

Gigabit Ethernet Port C C-8 Legacy-VME Handles C-2 Lithium Battery 1-8 LPC Features 3-3

Memory Configurations 2-3 Memory Controller Hub

Features 3-2 Memory Controller Hub (MCH) 3-2 Memory Module

Solder Beads B-8 Memory Specifications 2-6 Model Configurations xv, C-1

XV1 E-1 Multiple-I/O Connector A-6, C-3

SATA port (SATA3) A-6

SATA3 Port A-7

Serial ports (COM1, COM2) A-6

Serial Ports COM1 & COM2 A-7

USB 2.0 ports (USB0, USB1) A-6

USB Ports USB0 & USB1 A-8

VGA Graphics Port A-8

VGA graphics port A-6 multiple-I/O connector 1-5

cable 1-5 Multiple-I/O Connector (60 pins) 1-4 Multiple-I/O Connector Cable A-6, C-3 Multiple-I/O Connector Pinout A-6 Multiple-I/O Connector Ports 1-5, 2-3

SATA3 port 1-5, 2-3

Serial ports COM1 and COM2 1-5, 2-3

SVGA graphics port 1-5, 2-3

USB ports 0 and 1 1-5, 2-3 Multiple-I/O Connector-Pin Signals A-7 multi-split connector cable A-6

Index-2

Themis Computer

Index

Notes xviii

Operating systems 2-6

Linux (Red Hat Enterprise 5.3) xiii Microsoft Windows 2008 Server xiii Microsoft Windows Vista xiii Solaris 10, v10 xiii

Paddle Board 2-4, D-1

+12V and +5V power 2-4 +12V power 1-4 +5V power 1-4 3-Row 1-4 5-Row 1-4 Connectors A-12 Ethernet A and Ethernet B A-18 Ethernet ports 2-4 I/O Connections 1-4, 2-4 Installation 1-2 Jumper Pins B-4 Jumper-Pin Locations B-5 PS/2 keyboard/mouse port 1-4, 2-4 SATA Port 1-4 SATA ports 2-4 serial ports 1-4, 2-4 Stereo audio input/output 1-4, 2-4 SVGA monitor port 1-4, 2-4

USB ports 1-4, 2-4 Pigtail Cable, DIN 1-4 PMC

Module Card connector J21/J11 signals A-9

Module Card connector J22/J12

Signals A-10 Module Card connector J23 Signals A-11 Module Connector J21/J11 A-9 Module Connector J22/J12 A-10 Module Connector J23 A-11 Module Connector J24 A-12 PMC Module Card connectors A-8

PMC/XMC Cards 2-4 PMC/XMC Carrier Board 2-5, 3-5

Handles C-3 PMC/XMC Module 1-5, 2-3 PMC/XMC Modules 2-5, 3-5 Power Requirements 2-10 Processor and Memory Subsystems 2-6 Processor Specifications 2-6 Programmable Logic 3-4 PS/2 Keyboard/Mouse 1-6, A-13 Push-Button RESET Switch A-8

Rear-Panel Connectors A-1 Registering Your XV1 xix Regulatory Compliance 2-9 Replacing the Battery 1-8 RESET Switch A-8 RJ45 1-5

SATA

Ports 3, 4, and 5 1-7 SATA Ports 3, 4, and 5 A-16 SCH5027 Super I/O Controller 3-3

Features 3-3 SDRAM Memory xiii Serial COM1/COM2 Connector-Pin

Signals A-13 Serial COM1/COM2 Connectors A-12 Serial Ports

COM1 and COM2 1-6 Serializer-Deserializer 3-3 Sidebars xviii Slot Configurations, XV1 E-1 small-outline dual in-line memory modules (SO-

DIMMs) 2-3 SMSC SCH5027 Super I/O Controller 3-3 SO-DIMMs 2-3 Solder Beads B-1, B-4 Solder-Bead Location B-3 Specifications 2-1

Themis Computer

Index-3

XV1 Hardware Manual

Auxiliary Functions 2-8 Environmental 2-9 Memory 2-6 Non-Operating Environmental 2-9 Operating Environmental 2-9 Processor 2-6 Subsystem 2-7

System 2-6 Split Pigtail Cable, DIN 1-4 Stereo Audio I/O Connector 1-7 Stereo Audio In/Out Connectors A-18 Subsystem Specifications 2-7 Super I/O Controller 3-3 SVGA Display Port A-15 SVGA Video Port 1-6 System Specifications 2-6

TGA-7000 PMC Graphics Card 2-4 TOD/NVRAM Battery 1-8

Location 1-8 Tsi148 PCI/X-to-VME Bridge 3-4 Tundra Tsi148 PCI/X-to-VME Bridge 3-4

Unpacking the XV1 xvi USB

Ports 2, 3, 4, and 5 1-6 USB Ports 2/3 and 4/5 Connector-Pin

Signals A-14 USB Ports, Dual A-14 USB2/USB3 A-14 USB4/USB5 A-14

VME P1

Connector A-1 Connector Pinout A-1 Connector-Pin Signals A-2

VME P2

Connector A-3 Connector Pinout A-3

Connector-Pin Signals A-4

VME64-Type Handles C-2

Warnings xviii Warranty xix Website information xviii

XV1

Baseboard 3-1, D-1 Block Diagram 2-2 Component and Connector Diagram (Top

Side) D-2 Configurations 1-2 Environmental Specifications 2-9 Front Panels C-3 Front-Panel Connectors A-5 Front-Panel LEDs C-7 Integration Kit 1-4 Jumper Pins B-1 Jumper-Pin and Solder-Bead Locations (Top

Side) B-3 Jumper-Pin Settings (Top Side Only) B-2 List of Features 2-1 Model Configurations xv, C-1, E-1 Model XV1/1 Front Panel C-4, C-6 Model XV1/2 Front Panel C-5 P2 Paddle Board 12-V/5-V Power Connector

Pinouts A-17 P2 Paddle Board Dual Stereo Audio

Connector A-18 P2 Paddle Board PS/2 Connector Pin

Signals A-13 P2 Paddle Board SATA Connector

Pinout A-16 P2 Paddle Board SATA Connector-Pin

Signals A-16 P2 Paddle Board Serial COM1/COM2 Con-

nector Pinout A-12 P2 Paddle Board USB Ports 2/3 and 4/5 Con-

nector Pinout A-14

Index-4

Themis Computer

P2 Paddle Board VGA Connector

Pinout A-15

P2 Paddle Board VGA Connector-Pin

Signals A-15

Paddle Board 2-4, D-1

3-Row 1-4 5-Row 1-4 Connector Diagram 1-3, D-3 Serial COM1/COM2 Connector-Pin

Signals A-13

Serial COM1/COM2 Connectors A-12 Paddle-Board Jumper-Pin Locations B-5 Paddle-Board Solder Beads B-8 Photo of Model XV1/1 xiii Photo of Model XV1/2 xiv Photo of Model XV1/3 xiv Power Requirements 2-10 PS/2 Mini-DIN Connector Pinout A-13 Rear-Panel Connectors A-1 Regulatory Compliance 2-9 Slot Configurations E-1 Solder Beads B-4 System Specifications 2-6

Index

Themis Computer

Index-5

XV1 Hardware Manual

Index-6

Themis Computer

47200 Bayside Parkway Fremont, CA 94538 Attn: Publications Department

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Fold here; tape at top to seal

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Themis XV1 Series, XV1/1, XV1/2, XV1/3 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Table of Contents

List of Tables

How to Use This Manual

1.1 Determine Board Type

1.2 Check Configurations

1.3 Install the Paddle Board

1.4 Attach Front-Panel I/O Cables

1.4.1 Gigabit Ethernet Port C

1.4.2 Multiple-I/O Connector Ports

1.5 Attach Paddle-Board Cables

1.5.1 Serial Ports COM1 and COM2

1.5.2 PS/2 Keyboard & Mouse

1.5.3 USB Ports 2, 3, 4, and 5

1.5.4 SVGA Video Port

1.5.5 SATA Ports 3, 4, and 5

1.5.6 Stereo Audio I/O Connectors

1.5.7 Auxiliary +12V/+5V Power Connectors

1.5.7.1 +12V Power Connector

1.5.7.2 +5V Power Connectors

1.6 Daisy-Chain Jumper Settings

1.7 TOD/NVRAM Battery

2.1 Baseboard

2.2 PMC/XMC Cards

2.3 Paddle Board

2.4 PMC/XMC Carrier Boards

2.5 I/O-Expansion Board

2.6 System Specifications

2.6.1 Processor and Memory Subsystems

2.6.2 Operating Systems

2.6.3 I/O Subsystem

2.6.4 Auxiliary Functions

2.7 Environmental Specifications

2.8 Regulatory Compliance

2.9 Typical Power Requirements

3.1 Baseboard

3.1.1 Intel 5408 Quad-Core LV Xeon Processor

3.1.2 Intel 5100 Memory Controller Hub (MCH)

3.1.3 Intel 82801 I/O Controller Hub (ICH)

3.1.4 82571EB Dual Gigabit Ethernet Controller

3.1.5 SCH5027 Super I/O Controller

3.1.6 Tundra Tsi148 PCI/X-to-VME Bridge

3.1.7 Programmable Logic

3.1.8 BIOS Flash Memory

3.2 PMC/XMC Carrier Boards

3.3 I/O-Expansion Board

A.1 XV1 Rear Connectors

A.1.1 VME P1 Connector

A.1.2 VME P2 Connector

A.2 XV1 Front-Panel Connectors

A.2.1 Gigabit Ethernet (GbE) Port C

A.2.2 Multiple-I/O Connector

A.2.2.1 Serial Ports COM1 & COM2

A.2.2.2 SATA3 Port

A.2.2.3 USB Ports USB0 & USB1

A.2.2.4 VGA Graphics Port

A.3 Push-Button RESET

A.4 XV1 PMC Module Card Connectors

A.4.1 PMC Module Connector J21 / J11

A.4.2 PMC Module Connector J22 / J12

A.4.3 PMC Module Connector J23

A.4.4 PMC Module Connector J24

A.5 XV1 P2 Paddle Board

A.5.1 Serial COM1 and COM2 Connectors

A.5.2 DIN-8 PS/2 Keyboard/Mouse Connector

A.5.3 USB Ports USB2 / USB3 and USB4 / USB5

A.5.4 SVGA Monitor Port (5-Row VME Backplane Only)

A.5.5 SATA Ports 3, 4, and 5

A.5.6 Auxiliary +12-Volt/+5-Volt Power Connectors

A.5.6.1 Auxiliary +12-Volt Power Connector

A.5.6.2 Auxiliary +5-Volt Power Connectors

A.5.7 Stereo Audio In/Out Connectors

B.1 Field-Configurable Jumper Pins

B.1.1 XV1 Jumper Pins

B.1.2 Memory Module Jumper Pins

B.1.3 XV1 Paddle-Board Jumper Pins

B.2 Factory-Configurable Solder Beads