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1. m ien VME P2 STT2 E B le El oo pr 2 6 2 s Figure B 2 XV1 Paddle Board Jumper Pin Locations Top Side B 4 Themis Computer B Jumper Pins and Solder Beads B 1 4 FPIO Expansion Board Jumper Pins There are no jumper pins on the FPIO Expansion Board B 1 5 RTM Rear Transition Module Jumper Pins There are no jumper pins on the RTM B 2 Factory Configurable Solder Beads B 2 1 XM1 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 5 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 Figure B 3 page B 5 shows the location of all bottom side solder beads on the XV 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 only one set of pins either 1 2 or 23 H Caution When dealing with a 3 pin solder bead switch a solder bead will short If a solder bead shorts more than 2 pins call Themis Customer Support Table B 3 XV1 Solder B
2. 992121082 0 BOL 2 OO OS Ba a E S gr ES De OOo QuL 019 o V GJ S ye ee 900 8 wn m 92889 gt Md Tre RUP NEU T OOO m y D SIVAN poen E 2 8027 a 98200 e LOI ol LN Ka 000 v o e oen Gu B El a e El 188940 go 0E g S022 N hu m E o 30 jer ea C M n y l y gt sala EE OJO a TSE ES T S Ng AP y dE n QOO o DS oe pee E E gt Go o e F 2 1 E e n 8 t s di E Le o T ou go Y T Cl 95 EE OC e ED N Chr 00 Op ep Ko 000 000 an Ee Ole y ge ao B ER E ab a BEL Ka _ Bn la 000 000 oa do go I5 em O ck Eb EN M a AE _ 00 a o Bus SEA go Ed E E 000 000 gb an E CB EE ce oo So oe a oo G Se IIE X LT 599599 L os ooo M 85 ao lola ere m T 7 358888 Be ees ES gt dB 0 o a p l d an v an 000 000 ao 88 B D Op Geste an IES E Y d ER au O oBtga lt OMVOWULOT en 88 an uJ ooo Bu em ake E el x Ip 25 00000000 ER D Ges Gu de Gn Er 2 r D 5 an 999 Bo gt o E 8818 10 0 00000000 an lt 000 ES O KG MN _ 85 al inicia Else 00000008 a ES GB a ap 66 do o HD 65 ES ee g o ao TE es o D005 an HEB SE D p a Bee Sho vo Legend mm UE ais DIIS go nn 00000000 ga o do So do ALPE g OD m Op HE 0000000 P a A x3 D E ae ZS do pj BE mm VME PO GE J DE SE Tess mirlos ao SB Seen SS 8888 0000000 DOCE ao a eessen 22 ao 6640 ga P PEPEGRR ER SB op uo 20888998
3. e e nin y D14 D13 Actual location D1 E O of solder beads Color of the LED Component ID VME PO VME P2 Figure C 9 FPIO PCB LED Locations Themis Computer C 13 XV1 Hardware Manual Version 1 2 Listed below are the LED Descriptions for the FPIO Expansion Board PCB Table C 5 FPIO PCB LED Descriptions LED ID LEDID noe Color Ml and or Interpretation ED mac can a LED on indicates activity with USB1 Activity Green USB1 D2 USB1 Over Current Yellow This LED on indicates USB1 is over the acceptable current levels D3 USB2 Activity Green This LED on indicates activity with USB2 D4 USB2 Over Current Valles This LED on indicates USB2 is over the acceptable current levels This LED on indicates a detection of a D9 Ethernet Loop back Yellow loop back in the ethernet This LED on indicates there is no failure EUR PONI DEER in the 3 3V power rail 3 3V power is ok D14 1 2V Power Green This LED on indicates there is no failure in the 1 2V power rail 1 2V power is ok Themis Computer Appendix Board Component and Connector Diagrams The following sections of this appendix contain diagrams of the various boards of the XV 1 It is intended as a quick reference to component and connector identifica tion XV boards included are
4. 83 Capa VME PO o m o VME P2 P2 Themis Computer B Jumper Pins and Solder Beads Factory Configurable Solder Beads B 2 6 2 Bottom Side PCB Solder Beads There are two solder bead SB1 amp SB3 locations on the bottom side PCB as seen in Figure B 5 below The description of SB1 and SB3 can be found in table Table B 6 on page B 12 VME P1 00 00 edi de t e 00 00 jaueg 1uo44 VME PO 4 i J3 B4 B1 B4 B1 e oe een S Z m8 1012 y e T3 me e R38 9119 re C115 Bai R164 e e e e e al o ES B9 Li 9 00000 00000 00000 00000 B10 B2 10A 24 VME P2 eo eo eo eo eo 2 p A d a 3 e is CilgagACITO e CBR 0 22 E o s ll zu H oo o Re Pos 229 rj 8122 Se odiar shot Ea pins amp 2 Actual location of solder beads Description of solder beads Figure B 5 FPIO Bottom Side Solder Beads B 11 Themis Computer XV1 Hardware Manual Version 1 2 Listed in Table B 6 below are the solder bead descriptions for the FPIO Expansion Board Table B 6 FPIO Solder Bead Settings Bottom and Top Side Solder Description Bead E Connects the HDA Audio Ground to me OA EE Ground This solder short helps reduce noise in the signal which could translate to per ceived
5. S N or oo essee o le Me a MOUSE 27 id S eeeeeeg mise n LINE IN Ribas H c25 RIUS o O o s ER R1328 D A s SES x OQ cO ne ne O xs 1485 E Ei Sa AS pa ui m ET LINE OUT SS SS EN RD E E ai o Q o E E o Q Q sas ux RU SEI zi g 1 mee O76 e we En a 0O O SCH H IK oO o Sy E B Can alo 21 g 4 Gec28 O O Ges 20 OF 4 Oo 7 USB A B cigs ooj ES j z0 OF No o ses Rigo SGRL91 o O Emse E agp R193 wi D e las Eimar We cds e A ct e034 cagan iB o y 3 O O A Y Eg Eur z0 034 A FE Sch c40 e SI ches Ee USB C D i a 33 E P E Oo 00 9 9000 O a aE 7 SS Sue GE eo FET E Sau la oooal 95 IS Biol SEH UPLINK STATUS ec 12 Wel x e O 4 de E cd E o9 o9 ETHERNET 0 o9 20 Zoe geet E FRE 20 T a o9 ETHERNET 1 Be Le o9 E O E o o 9 E CO X E E sisi S _ nog I A BS B JL c6 1 R ooo o o rsen um j a cm zu como B 6 ilr909000000000000000000 7 Cy o O SATA A O co B JT H 12 A kE S O SATA B 3ci s mr ch Component Side PCB Legend FPIO Expansion Board VME P1 SA B Board LED
6. esses A 5 Figure A 4 Multiple I O Connector Cable esses A 6 Figure A 5 Multiple I O Connector Pinout essen A 7 Figure A 6 PMC Module Card Connector 4 reoumredi A 9 Figure A 7 P2 Paddle Board Serial COMI and COM2 Connector Pinout A 13 Figure A 8 P2 Paddle Board PS 2 Mini DIN Connector Pinout uses A 14 Figure A 9 P2 Paddle Board Dual USB Ports 2 3 and 4 5 Connector Pinout A 15 Figure A 10 P2 Paddle Board SVGA Connector Bmnout A 16 Figure A 11 P2 Paddle Board SATA Connector Pmnout A 17 Figure A 12 P2 Paddle Board Power Connector Pnouts A 18 xiii Themis Computer XV1 Hardware Manual Version 1 2 xiv Figure A 13 P2 Paddle Board Stereo Audio Connectors ooooooooonnccncnnnnnnnnnnnnnnnnnnnnnononaninons A 19 Figure B 1 XVI Jumper Pin and Solder Bead Locations Top Side B 3 Figure B 2 XV1l Paddle Board Jumper Pin Locations Top Side B 4 Figure BA XVI Solder Bead Locations Bottom Sdei B 8 Figure BA FPIO Component Side Solder Bead sonnnnnnnenneesssssssssssssssssseeeereressssssssssss B 10 Figure B 5 FPIO Bottom Side Solder Beads n000nnnnnnnnnnsssoeeeennnsssssseeenesssssssserressssss B 11 Figure C 1 PMC XMC Injector Ejector Handle C 3 Figure C 2 Multiple UO Connector Cable retirer tern en eae eve C 3 Ficure C3 XVI b ProntPanelauuss i at o
7. e Baseboard e P2 Paddle Board e FPIO Expansion 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 XV 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 D 1 Themis Computer XV1 Hardware Manual Version 1 2 Compact Flash Card Holder Lithium Coin Cell 3V D e 4DOOOl s a Good al i P sues PF i d E pe VME P1 4 PCU X to VME B Ss HER C Bb poc Bus Bridge ERZLZE MER SO PMC XMC a Ze puo RUE x HE Module AAA raise ancor B Outline eg 3 3V PMC intel lg d Ig LE Module ICHSA H FA E Ss Lockout Key IO Controller A E west Hub ICH NHgE2SDTIR Memory Mode AW i1 MEG LR qrii Outline HERE Ej Hum gt i PMC XMC A d Module 21 s ris VME P0 Outline KS far E QOO Ir Rm 3 3V PMC j i Module Lockout Key 431f aNO02 H dt d END vn o ass Boa 3 om 3862 TNOSOWOD 1 mmm een E tere nd x T weet erg ig P JE gc e Gigabit Ethernet C e Reset Switch bottom side VME P2 Intel Quad Core al Memory Controller di 15408 e Multiple I O Port 8 Hub MCH Xeon Processor QB5100MCH He 2 13 GHz See Heatsink Sei be Outline Top Side Figure D 1 XV1 Component and Connector Diagra
8. 4 a leggi Rea gg REQ RAGED Ria Rio mbi gi VME P2 gt h Lb Di 7 SATA A E t z BO R36 gt y e E sont 566 2207 lal z G nz o C15599 G9 C154 SATA A TRA ch o 15389 99 6152 D 5248 REES ERC c1g2 R1 8958 S 43 C14935 535 6148 T ran BGRA44 2141 s R49 23 c43 24 7 one A8 me R181 L e E 2 E 1 C190C213 C189 o ci es e 66 SA A B d H H C191 RE Si P 164 69 Sec Tol cza H 160 58 osci6t C185 1 r fw wl P j Broadcom BCM53115M Gigabit Ethernet Switch Figure D 3 FPIO Component and Connector Diagram Top Side Themis Computer Appendix VME Slot Configurations The following 11 x 17 foldout see Figure E 1 on page E 3 illustrates the slot configura tions of all models of the XV 1 Users may supplement the onboard XV1 graphics capabil ity by installing a TGA 7000 PMC graphics accelerator card in an available PMC Module slot or a T2GPX XMC graphics card in a available XMC Module slot Table E 1 summarizes all model configurations Table E I XV1 Model Configurations PMC XMC Modules 1 Module 1 VME Slot 2 Modules 2 VME Slots 3 Modules 2 VME Slots Carrier Boards cannot be installed onto the XV1 A different PMC XMC Carrier H Caution The original Themis 2P2 PMC XMC Carrier Board or 2P2 2P3 PMC Board is available for use with the XV 1 Please contact Themis for further details Themis Compute
9. carefully slide it past the open ing in the holder until it is free When replacing the battery make sure the plus side 1s facing toward you TOD NVRAM Lithium Battery Figure 1 3 Location of the TOD NVRAM Battery Themis Computer 1 XV Installation 1 9 1 1 9 1 1 Inserting and Removing the XV1 Post Battery Replacement Upon removing the 3V lithium battery all BIOS configurations and TOD Clock information will be lost When the XV 1 is powered back up after the battery replace ment has taken place Default BIOS settings will load along with default TOD Clock information Reconfigure BIOS Settings Unless specified otherwise your XV1 leaves Themis with the BIOS configurations set to Optimal Defaults F9 If you have requested specific BIOS configurations Themis enters these configurations after loading optimal defaults As such it is rec ommended that you first load optimal defaults then make changes as necessary to the BIOS configurations 1 10 Inserting and Removing the XV1 Inserting the X V1 into the chassis and likewise removing the XV 1 from the chassis is a simple process Although the process is not complicated simple precautions should be followed to help prevent damage to the X V1 or chassis components When inserting and removing the X V1 these precautions should be taken Use care when inserting the X V1 into the chassis as not to impact and damage any of the components on
10. page C 4 Appendix C Front Panel I O Connections and LEDs The are five LEDs on the PCB edge by the font panel A small cutout has been made to the lower left side of Board LEDs the faceplate to allow for viewing of the five LEDs on the PCB See Figure C 3 on page C 4 and Table C 3 on page C 9 for more information Reset Switch Momentary Push button Generates POR Located underneath baseboard left of the Front Panel Watchdog Timers Two Level Watchdog Level One Interrupt Level Two POR Reset Monitors all internally generated voltages POR reset signal is generated when voltage is out of tolerance POR voltage Environmental monitoring all internally generated volt ages backplane Temperature Sensors Monitors CPU and the Memory Controller temperature system Controller vs Non System Controller Local to VME Resets Local to VME resets are handled differently depending on whether the board is con figured as the system controller or the non system controller see JP8 and SB7 in Table B 1 on page B 2 and Table B 3 on page B 5 These differences are as listed in the sections below Voltage Sensors Themis Computer 2 XV1 Features and Specifications 2 1 9 1 2 5 2 J System Specifications Non System Controller Local to VME Resets A local reset on a XV configured to be a non System Controller will not result in a reset to the VME backplane The only way that an XV1 configured as a non syst
11. provides instructions on the installation and con figuration of the XV for your particular environment and application Note The information contained in Chapter 1 1s mandatory to understand and configure the correct operation of the XV 1 This chapter should be read in its en tirety e Chapter 2 X V1 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 XV e Appendix A Connector Pinouts and Signal Descriptions provides part num bers pinouts and signal descriptions for the I O connectors on the X V1 Base board Paddle Board and FPIO Expansion Board e 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 X V1 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 e Appendix C Front Panel I O Connections and LEDs illustrates the front panels for all model configurations of the XV 1 e Appendix D Board Component and Connector Diagrams provides descrip tions of the major components and connectors of the XV Baseboard Paddle Board and FPIO Expansion Board e Appendix E VME Slot Configurations illustr
12. 2 6 1 RIM Rear Transition Module The RTM has been exclusively designed for the FPIO Expansion Board The RTM attaches to the rear of the VME P2 slot occupied by the XV1 Baseboard on the VME backplane The RTM allows the XV1 to have expanded front panel I O capability through the use of the FPIO Expansion Board The RTM is a three slot wide module allowing the FPIO Expansion Board to be placed next to a two slot XV1 configura tion A typical system configuration using a two slot XV1 in conjunction with the FPIO Expansion Board and RTM might appear as shown below in Figure 2 5 page 2 9 2 8 Themis Computer 2 XV1 Features and Specifications FPIO Expansion Board Front Panel PA P2 1 O Expansion Board o O O o o eo TT gt X 2PX2 Carrier VME P2 Connectors A mimm UL IN i E T N RTM Rear Transition Module Power Connector Figure 2 5 FPIO Expansion Board and RTM Configuration The function of the RTM is to route the VME P2 signals from the XV 1 baseboard to the FPIO Expansion Board A block diagram of the RTM can be seen in Figure 2 6 page 2 10 below 2 9 Themis Computer XV1 Hardware Manual Version 1 2 LAN A Ethernet LANA C Magnetics 1 LANB Ethernet LANB C Magnetics 2 l l SATA 3 SATA 4 SATA 5 USB 2 USB 3 USB 4 USB 5 PS 2 Mouse PS 2 Keyboard Serial Port 1 Serial Port 2 HDA Audio DC VGA 5V 3 3V 1 8V ALL PWRGD
13. 88 Gb o ob B loll oao 14 ES 2 Dei E M g mp 10000000 SEA B rs ape abt ge 288828828 18181 on oololo o o o o o C4D61 B 8 L 10 o a lee 1U109 o nan E o6 lolol B dE E E J 86 o G06 E og P C507 amp Bl AS ANAIS O muros 81554321 al Hia D 2 152 2 BIB TTT oR RB 64 BE BB uA E El Bree O U i eer al ao USENET Ee ei c560 ge G S O PERPNMLKJHGFEDCBA S oo co uu Iola SU OO0O00000000000000 B 8 RI pao e _ Ge N er 2 3 2999900900000999 E a E 9959 Bee D Tiro 1r exo AAt olol E e Do Dn SSA ABI C630 0 35 o oe 17 HS X29 981654321 S 99 all 36 S PSII BIENES ENS lal 9 99 L26 ISS SE B 000000000000 000000000000 a 000000000000 lal MER SCH joo 000 000 000 i Bo o RB ES B lal Z tal
14. BS 9 _ E En CIE 6 El ES Pon E Ka 24 oo 000 E oo ooo oo aA En na Se ao LA 000 000 JU X ooo 00 000 o0 oo 5A UD DEEG O G 000 000 oo BED 3 000 ooo gt 000 000 ES co on E 5 H OI eae es E E RBS RS E acm let B a5 85 a oo B8 Description ea ela Bea DO 000 000 oO E u 000 oo 600 oo Ie fo o n N g 00000 9 HH LJ Zi em 000 ooo u 99 999 BB oc 9 e Ha H g 022 e 8 Si 88 o SP Si 201 8 S HB lo BE 00000 a EA a AM mS ld SS EE a RASS gi to of soiaer peads en a TYN ge fertili S ess So Sal HI OO 9 0 o z Zu Lena Zi 4 S US ages C OJO DN 60000 SEES 7 LAs els te ED enen l8 Beo ee oo a o N 00000 SE UE ces Se ag LIE me d 209215 Ce D hens Oy v O OOOOO 3 lal dm 3 SST C OOOO EERE LU EES m a ep San O 00000 do 25 9 9 a 05 0D SE n a AUTO GEI 389 2 Bel BB BE ES O gt meal JU an DD 00000 CORSE OS Bg gh DLI OD 1299 Qs e aa C EBB o sorcormuicacreo D 00000 e S58 aed o ra Bobo Boar de EE Elan Eb Sllgzgjey L NE YS El m eo mee 60 NNN o Yo D I sin y MO o e OOOO 3 ass GHY 219 amp Wa Wr Bo o S 00000 eee IY Be St e TP AES SB3 SB4 SB5 ololotmm do o e O 55 o lal O00000 c gon DD 5B U m gp S59 SS o 258 2 gs 1 de 1992107 goo O O 585 1563 I 00000 NS SOOO s P auch E oa BS i a oo E oo 85 zi qu EU Ge Z O a TIOTI ax 023 Ze D op o0 010 er oeg o 99 E OOOO E RE HD Sl ema 9019 Er S IL KU Y om lel WS ao 1169 00000 Qu OL a 619219 a oo B lol D
15. TREMIS EES es eW HE EF Sophddddd II Ss E i A S Copyrl ght 2010 Auen EAO ETA Me EE 14 PS 2 Keyboard R m See P2 GEN FRONT PANEL m O END EE R106905 O6R124 a gt gt e 117803 LO E ge VME P1 292249 zr PEZ ZS 5756 6 PS 2 Mouse LINE IN LS lua EI R14 cho aibes Audio Line In ta b LINE OUT Olg o mre p Hr Audio Line Out eo mS Ju sep f PSA FX Y n cena f e Dual USB A USBB EEBe uss ws ote 2 Seu Me Ko R156 L oe G 1 E E HA E e Wess cds Hi a ES e be risa g eat ve ok j SA A AACE Mes Xu vin E SH d dr edt ech ES rr 3v3 0 NT d Dual USBC USBD LET use co i m St VME PO DN l me a Zu LL oB 41 FPIO to XV1 Status LEDs dE via sans mul cf d 5 TT Gigabit Ethernet 0 ETHERNET 0 Gigabit Ethernet 1 ETHERNET 1 MEAE IU diis
16. A 3 Themis Computer XV1 Hardware Manual Version 1 2 Table A 2 XV1 VME P2 Connector Pin Signals Row A Signal Row B Signal Row C Signal PWR EN L VCC 45V USB4P Pin Row Z Signal VGA2 RED Row D Signal Q Z U i Z U LAN B MDINO LAN B MDIPO VIN AUX VME RETRY L VME_A 24 VIN_AUX VME_A 25 OC USB4 P2 L ND ND ND VME_A 26 OC USB5 P2 L VIN_AUX VME_A 27 OC USB2 P2 L ND ND VGA2 GREEN Q Z DIO Ve UJ r c m LAN B MDIN1 LAN B MDIP1 ND LAN B MDIN2 LAN B MDIP2 Q Z U i Q L o lt Z O N Q z U VME_A 28 OC USB3 P2 L SATA TXP3B VME A 29 SIO TXD2 P2 lt o lt Z N Q Z U SATA_TXN3B VME A 30 SIO RXD2 P2 GND SATA RXP3B VME a 31 PS2 KB CLK P2 LAN B MDIN3 VGA2 DDC DAT Q Z U SATA RXN3B PS2 KB DATA P2 LAN B MDIP3 GND VCC 45V PS2 MS CLK P2 GND GA2 DDC CLK Co Q Z U SATA_TXP4 VME_D 16 PS2 MS DATA P2 LAN A MDINO SATA TXN4 VME DI17 SIO SMBDATA B LAN A MDIPO SATA RXP4 SIO SMBCLK B GNC SATA RXNA HDA RST L LAN A MDIN1 ND HDA SYNC LAN A MDIP1 SATA TXP5 HDA BIT CLK GND SATA TXN5 SATA RXP5 HDA SDOUT SATA RXN5 ND SIO CTS1 P2 L VIN AUX 1 CC mb CO WS WS N NI N NI NI NI NI NI N N gt gt ch _3V3 lt Q o lt Le Z lt g gJ 00 Q Zz U LAN_A_MDIN2 IO RTS1 P2 L LAN A MDIP2 Q Z U Q Z U O DTR1 P2 L LAN A MDIN3 LAN A MDIP3 LAN LINK
17. A 8 P2 Paddle Board Serial COM1 and COM2 Connector Pin Signals Serial Port COM1 Serial Port COM2 Pin Signal Name me AT SIO DCD1 L SIO DSRI L Di NC A5 GND SIO_DCD1_L A6 SIO_DSR1_L A 5 2 DIN 8 PS 2 Keyboard Mouse Connector e Connector Type 8 pin mini DIN Female e Manufacturer Part Number TYCO AMP 749179 1 e Themis Cable P N 110104 002 Connector pin signals for the 8 pin mini DIN PS 2 port see Figure A 8 on the XV1 P2 Paddle Board are given in Table A 9 Symbol END J2 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 GND Ground KBD_CLK GND Ground CN KBD_DATA 5V Fused 1 3A max MOUSE CLK MOUSE DATA NES 5V Fused 1 3A max Themis Computer A Connector Pinouts and Signal Descriptions A 5 3 XV1 P2 Paddle Board USB Ports USB2 USB3 and USB4 USB5 e Connector Type Type A Dual Stacked USB e Manufacturer Part AMP 5787617 4 The XV1 P2 Paddle Board supports four USB Ports dual USB2 USB3 and dual USBA USBS 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 USB5 USB2 USBA USB3 USB2 USB5 USB4 J3 J6 Paddle Board Edge Figure A 9 P2 Paddl
18. D 2 Configurations 2 Environmental Specifications 2 16 Front Panels C 3 Front Panel Connectors A 5 Front Panel LEDs C 7 Integration Kit 5 Jumper Pins B Jumper Pin and Solder Bead Locations Top Side B 3 Jumper Pin Settings Top Side Only B 2 List of Features 2 Model Configurations xix C E Model XV 1 1 Front Panel C 4 Model XV 1 2 Front Panel C 5 Model XV 1 3 Front Panel C 6 P2 Paddle Board 12 V 5 V Power Connector Pinouts A 18 P2 Paddle Board PS 2 Connector Pin Signals A 4 P2 Paddle Board SATA Connector Pinout A 7 P2 Paddle Board SATA Connector Pin Signals A 17 P2 Paddle Board Serial COM1 COM2 Con nector Pinout A 3 P2 Paddle Board Stereo Audio Connectors A 9 P2 Paddle Board SVGA Connector Pinout A 6 P2 Paddle Board SVGA Connector Pin Signals A 6 P2 Paddle Board USB Ports 2 3 and 4 5 Con nector Pinout A 5 Paddle Board 2 4 D 1 3 Row 1 5 5 Row 1 5 Connector Diagram 1 4 D 5 Serial COMI COM 2 Connector Pin Signals A 4 Serial COMI COM2 Connectors A 3 Paddle Board Jumper Pin Locations 5 4 Paddle Board Solder Beads 5 9 Photo of Model XV1 1 xvii Photo of Model XV1 2 xviii Photo of Model XV1 3 xviii Power Requirements 2 7 PS 2 Mini DIN Connector Pinout A 4 Rear Panel Connectors A Regulatory Compliance 2 7 Slot Configurations E Solder Beads B 5 System Specifications 2 12 Index 5 Themis Computer XV1 Hardware Manual Version 1 2 Index 6 Themis Comput
19. P2 PWR EN L im Vaux PROTECTED Vaux PROTECTED Figure 2 6 RTM Block Diagram Themis Computer 2 XV1 Features and Specifications FPIO Expansion Board 2 6 1 1 Optional Cover for the RTM The VME P2 connectors on the RTM use a press fit connection to attach to the PCB The exposed pins on the backside of the RTM could potentially pose a problem with scrapping on any cabling found on the backside of the VME backplane As such Themis has created an optional custom cover 117933 L01 to place over the back side of the PCB T lt q Insert Phillips Round Ca Secure the phillips screw to Head Screw the RTM cover lt Secure the phillips screw to the RTM cover T A insert Phillips Round Head Screw Y Figure 2 7 Optional Cover for the RTM 2 11 Themis Computer XV1 Hardware Manual Version 1 2 2 1 System Specifications 2 7 1 Processor and Memory Subsystems Table 2 4 and Table 2 6 contain processor and memory specifications respectively Table 2 5 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 Table 2 6 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 Dua
20. Port MAC IEEE 802 1P and IPvA IPv6 DSCP based QoS e 9KB jumbo frame support 128 KB packet buffer and 64 multicast group support e Spanning Tree Support e Port mirroring LLDP LACP Realtek ALC262 Audio Codec The Realtek ALC262 is a 4 channel High Definition Audio Codec with UAA Uni versal Audio Architecture featuring two 24 bit stereo DACs and three 20 bit stereo ADCs This device achieves over 100db Signal to Noise ration playback quality meeting PC2001 requirements All the features of the ALC262 are designed for high performance multimedia systems Other features include e ADCs with 90db SNR e Stereo DACs support 16 20 24 bit PCM format e All DACs support 44 1 K A48K 96K 192K Hz sample rate e All ADCs support 44 1K 48K 96KHz sample rate e Meets Microsoft WHQL WLP 2 0 audio requirements Power support Digital 3 3V Analog 3 3V 5 0V 3 7 Themis Computer XV1 Hardware Manual Version 1 2 3 4 3 Cypress CY7C65620 USB 2 0 Hub Controller The Cypress CY7C65620 is a low power USB 2 0 hub controller with integrated upstream and downstream transceivers USB serial interface engine SIE USB hub control and repeater logic and TT Transaction Translator logic The SIE Serial Interface Engine handles Bit stuffing and unstuffing checksum generation and checking TOKEN type identification and address checking independently of the Hub Control Block The Hub Repeater supports full or low speed connectivity and high spe
21. R3 m ES aa R23 D je e S S d T 3 70000000000 Dag enn 13 Ry Xl ce E rl Q e Q sua LO 85 NE Gi L b dg eat s Q o Ea pec O O O LES E 4L w JD als 21 1026 7 USB A B Rigs 3 R190 GeR191 II a BE c als be muton Er R193 didas d cds ei fills lll d SES R192 piene Gun 35230 ac y CE RB 3 jam 55228 Uy A 0 oni S GG R168 Em USB C D ER T x Buc39 Y oO s S 5 us Ka 2 B msi pisi BS UPLINK STATUS Ooooo i 20 091 O O o9 ETHERNET O Los o SO 90 os SS RO o9 o 9 ETHERNET 1 96 O O etc ora O PIO iis R KR RN 1E3 C64 o Y vv A M n o s EAS 4 o o o L 00000 00000 P9900 2202 81 UA En es E INE 0000000000000000000000X48 0000000000000000000000 0000000000000000000000 0000000000000000000000 Rog us Risa Y Rasa E Ej eent RRE S S ceri Moes BERLT3 R amp 8 an GURITA 0 S ww D E g 2 ZC E 1 Ze ge AO gt 2 gg 0 o ot H essee A A z o Su a Legend Ej io short pins amp 2 Actual location of solder bead Description of solder bead VME P1 uis C182 1 HH ezio CODO gg un oU Dm D um _ yi2 dd C1675 C165 55 C164 09 C150 09 Component Side PCB W BP C1 Figure B 4 FPIO Component Side Solder Bead Is R1
22. T E BB 18181181 huourwanN 1 DIN S d3 pg 1 Berna oe 9 E TINH Sl INY DER i GE 13818 E E FO N UAWNO E 00 E S S E Forny 18181 1919181 E m NTANHO43039V 9n o Y 3l T E n E A 8 S Oo v F N a 5 dh D b d b db db db d P 0b db db db db db db db db d RR P db db db db db db db db db db db db db db db db db db db db Y h gt i 50000 I g 520000 20000 350000 ES 9 0000 n E 3 p0000 x sf 90000 Es AS E L 1 0000 e E n bel 250000 M Z7 e a Se 190000 El 0000 P Ba a E de 750000 3 i B 2950000 0000000 b deg N h IE 2295 0000000 z gt e l m ki i 750000 0000000 v lt E X t D B poooo 00000000 gt E dim E 0000 SOF e Sieg 0000000 m lt B i d ig 0000000 mew LS i Ga s op 0000000 VME PO ze gt n amp 2H en 00000000 oa a a e EC j 0000000000000000 C 0000000 T l 0000000000000000 h coo 1 F F E aa o aug F 0000000000000000 0000000 ec ec B SZ I Ss e Si 0000000 zs ro E co BN et II ua SSES E 00000000 GC S E Sa sl EC T 9999900 m Ee m TTA E 9000000000000000 an 0000000 Oc J o eg 9000090000000000 SE o
23. and Signal Descriptions A 4 63 64 XV1 PMC Module Card Connectors e Connector Type 2 row 64 pin connector Female 4 required e 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 266 MHz only PE H NR EE 32 bit PCI ST A A E E 32 bit PCI A e 64 bit PCI 2 User I O defined The PMC Module card has no I O through the VME P2 connector of the XV 1 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 2 Figure A 6 PMC Module Card Connector 4 required A 9 Themis Computer XV1 Hardware Manual Version 1 2 A 10 A 4 1 PMC Module Connector J21 J11 PMC signals 32 bit PCT for connectors J21 and J11 are described in Table A 5 Table A 5 PMC Module Card Connector J21 J11 Signals 32 bit Pin 3401 Signal PimUMOD Siona 6 We Ce ES mn a 35 Gen E 2 aos 27 Abe 33 FRAME 34 37 DEVSEL 38 s 43 44 Ground is aons 50 Geer s s ADIOS mn A00 z a Connectors J21 J11 corresponds to the PMC standard Jn1 Themis Computer A Connector Pinouts and Signal Descriptions A 4 2 PMC Module Connector J22 J12 XV1 PMC Module Card Connectors PMC signals 32
24. 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 e EEE 1149 1 interface e 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 1s 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 XVI contains two 2 MB 16 Mbits programmable BIOS SPI Flash memory devices primary and backup which serve to boot the system These Serial Periph eral Interface Flash devices are attached to the Intel 82801 ICH chip see Figure 2 1 on page 2 2 in Chapter 2 X V1 Features and Specifications The BIOS occupies approximately 512 KB of system memory 3 4 Themis Computer 3 Hardware Overview Baseboard 3 1 9 ATI ES1000 RN50 2D Graphics The XV1 utilizes Alle presently AMD RN50 2D embedded graphics The RN50 provides Optimum 2D Performance for applications running in 16 bit or 32 bit color The RN50O provides acceleration of GDI Graphics Device Interface exten sions like Alpha BLTs Block Transfers Transparent BLTS and Gradient Fills as well as exclusive alpha cursor support 3 1 9 1 General and Interfacing Features Listed below are general and interfacing features of the RN50 e 32 bit PCI bus Rev 2 2 3 3V with
25. bus mastering support One CRT controller capable of supporting two identical simultaneous display paths e Static and dynamic Power Management support APM as well as ACPI with full VESA DPMS and Energy Star compliance e DDCI Display Data Channel and DDC2 for plug and play monitors e Single chip solution in 0 13 micron 1 2V CMOS technology in a BGA Ball Grid Array package 3 1 9 2 2D Acceleration Listed below are detailed capabilities of the 2D acceleration Highly optimized 128 bit engine capable of processing multiple pixels clock e Optimized handling of fonts and text using ATI presently AMD proprietary techniques e Acceleration in 8 16 32 bpp Bits Per Pixel modes 8bpp indexed color mode Also enhanced with 4444 a RGB 16 bit mode and 88 alpha index 16 bit mode 3 1 9 3 Display Features Listed below are some of the RN50 s main display features e Supported resolutions from 640x480 to 1600x1200 e Single resolution up to 1600x1200 at 75Hz refresh rate and 16 bit color Note in panel display the maximum refresh rate for 1600x1200 is 60Hz e Support for flat panel displays via DVO Digital Video Out 3 5 Themis Computer XV1 Hardware Manual Version 1 2 3 1 9 4 Bus Support The RN530 supports PCI version 2 2 with full bus mastering and scatter gather sup port and utilizes 3 3V PCI interface 3 1 9 5 Packaging The RN50 comes in a 359 pin BGA in a 23x23 mm package 3 2 P
26. e Oo Index 1 Reader Comment Card xi Themis Computer XV1 Hardware Manual Version 1 2 xii Themis Computer Table of Contents List of Figures Figure 1 Model XV1 l oRU VME Bus Quad Core Xeon Computer xvii Figure 2 Model XV 1 2 6RU VME Bus Quad Core Xeon Computer xvili Figure 3 Model XV1 3 6RU VME Bus Quad Core Xeon Computer xviii Figure 1 1 Paddle Board Component and Connector Diagram Top Side 1 4 Figure 1 2 FPIO Expansion Board and RTM Confeuranon 1 6 Figure 1 3 Location of the TOD NVRAM Batter 1 12 Fisure Z l XV Block Diarra id ds 2 2 Figure 2 2 The J O Expansion Board on the XV1 3 Supports 2 PMC XMC Modules 2 5 Figure 2 3 The FPIO Expansion Board with KIM 2 6 Figure 2 4 FPIO Expansion Board Block Diagram ooooooooononnnccnnocncnnonnnnnnnnnnnnnnononnnnnanoos 2 7 Figure 2 5 FPIO Expansion Board and RTM Confeuranon 2 9 Figure 2 6 RIM Block DIAgtam iei te iii Sea eee da esa Fee o a a hene Lena leed 2 10 Figure 2 7 Optional Cover Tor the RITM iio ee sin 2 11 Figure 3 1 The J O Expansion Board on the XV1 3 Supports 2 PMC XMC Modules 3 6 Figure A T XVI VMEPI Connector Pinout 2 iR EPI HERO ists ent A Figure A 2 XVI VME P2 Connector Pinout ccccccccccnnnnnnnnnnnnnnnnonnnnnnnnnnnnnnnnnnnnnnnonononanannos A 3 Figure A 3 Gigabit Ethernet RJ45 Connector Pinout
27. gm o Boa oo j Pi SALVAN E Go db x 85 38888888 Pas mao amb a5 m o rog Thick bar Pin 1 0000000 ED co BB 389 38889989 HL O oo Geen 38 _ O 5 g 0000000 gb oo ig B az BU oo m 990 3282952 SB Bee m Op an BB SE ID 2 oo gg gr 83o nBREISHERH ras dese ao CO of o ooooooo aa Es a di Em 99 88888888 upp 2 db Bede GO db Solder short So gig 9888 7L go do o HMIESC TI C A E E 7 TH 00000000 95 ap i SI e Di gu E ooo fy sesseses gam Sze oS n 20 ap B 0000000 ag GB db ES B B 28832222 0 039 BB dg G BG Bg T ins 2 amp 3 0000000 jain Er ss o sssssses Pin y 88 gg SOS an S8 2 E C p o Bg igi 999 T do e se m os BB oon ov Q anys EC op lol cob o 90 a 89 ao ooo 9090 909 ao BE Ba g Ka S Sodo oo BI EI eg HEI H i T o 888 888 lo 888 BB go 5 2 88 Gees ES 2 qu lol co N ooo oo ooo 00 3 E Elo d oo 000 oo 000 ep E ada W M 90 Toodo T x al qr T ME mc m 338 35 d ge G alo ae ES ENS Si A 8 cs 2 880 Seo lo 800 388 ES Be BU dn x 2 000 000 gt 09 900 as 88 mo a S RENI ON A Dem I 999 boo 990 ooo IS an BB CO sss se sss se e Qu O Op niinipimi gt BB oo N ul 000 ooo w 000 ooo do Bu 00 oo oo000 mo go PO ges sss Jo ES Si jm Za a Actual ti DINAR DO ep BE ag QD _ ClO CO Ez 3 88 Boa ei SE 33s 383 333 88 de a S ctual location ao oo Ka oo ER oy 7000000 00000 Sr gt dim S Os f Ider bead 000 oo anu E E ER L 81 oo go Hie O SO er ea S OCIO 800 soo BB
28. noise emitting from the output device e speakers Un less under specific test situations SB1 should be shorted during normal operation of the FPIO Expansion Board Does not make a connection between HDA Audio ground and Digital Ground This setting is not advised for normal operation of the FPIO Expansion Board a Boldface the default solder bead setting Absence of a default setting indicates a manufacturing or user deci sion Themis Computer Appendix Front Panel VO Connections and LEDs C 1 Introduction This appendix contains diagrams of all front panels faceplates for each possible model configuration of the X V1 It is intended as a reference to I O and monitoring functions See Table C 1 for a list of XV1 models Also found in this appendix is the front panel of the P2 I O Expansion Board 117868 L01 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 Baseboard PMC XMC Modules 1 Module 1 VME Slot 2 Modules 2 VME Slots 3 Modules 2 VME Slots C 1 Themis Computer XV1 Hardware Manual Version 1 2 C 1 1 C 1 2 C 1 2 1 C 1 2 2 Front Panel Dimensions A single slot XV front panel measures 235 mm 9 25 high by 20 mm 0 78 wide with VMEO4 type handles or 241 mm 9 5 high by 20 mm 0 78 wide with older Legacy VME handles Injector Ejector Handles T
29. size and type of XVI memory should be specified at the time of your order SOR DIMMs must be Themis qualified and registered Table 2 2 XV1 Memory Configurations DDR2 SOR DIMM Memory Module 1 GB or 2 GB each Channel 0 Channel 1 Channel 0 Channel 1 On Board Soldered DDR2 SDRAM Lm im 39 39 3G E sos ze 28 o 9 2 3 Themis Computer XV1 Hardware Manual Version 1 2 2 2 PMC XMC Cards The XV 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 or T2GPX XMC Graphics Card in one of the PMC XMC Module slots within the system the X V1 baseboard itself or its I O Expansion Board 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 na H Caution In order to install a PMC XMC Module such as the TGA 7000 PMC For more information on the TGA 7000 consult the TGA 7000 PMC Graphics Card Installation Guide Themis P N 112874 021 For the T2GPX consult the 72GPX XMC Graphics Card Installation Manual Themis P N 118973 024 2 3 Paddle Board A Paddle Board is available for the X V1 that provides power to the X V1 and allows access to th
30. the backside e With a carrier board installed the entire assembly may require some additional force to install This additional force is perfectly normal being mindful that everything is aligned properly e If there is any resistance do not force the unit and stop Make sure the PCB is properly aligned on the VME rails and that there are no obstructions prevent ing proper insertion Make sure the set screws on the handle are properly adjusted allowing for a full range of motion in the ejector handles If necessary please contact themis support support themis com for further assis tance regarding the physical installation of your XV I Themis Computer XV1 Hardware Manual Version 1 2 1 14 Themis Computer Specification Section ione XV1 Features and Specifications 2 1 Baseboard The XV was designed to provide a low power Intel quad core Xeon CPU platform in a standard single slot ORU high VME64 form factor The XV1 is implemented as a VMEbus board with CPU support consisting of the Intel 5100 MCH and 82801 ICHR 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 XV 1 3 only Basic features of the X V1 include One Intel quad core 2 13 GHz Xeon Pro
31. 104 F 40 C Altitude Range O to 10 000 feet O to 30 000 feet 30G 20 msec Half Sine 30G 20 msec Half Sine 3 pulses each axis 3 pulses each axis Duration Test levels shall be applied 0 019 Hz 0 04g Hz for one hour in each test axis 100 Hz 0 0007g Hz 100 Hz 0 0059 Hz 200 Hz 0 0007g Hz 200 Hz 0 0059 Hz 2000 Hz 0 000059 Hz 2000 Hz 0 0019 Hz Note grms 0 91 Note grms 2 97 Electrostatic Discharge 15 kV 15 kV a When operating with SOR DIMMS the maximum operating temperature is reduced to 40 C b 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 096 to 9096 096 to 9096 2 16 Themis Computer 2 XV1 Features and Specifications 2 9 Regulatory Compliance Table 2 10 XV1 Regulatory Compliance Shock testing procedure in compliance with MIL STD 901D Vibration testing procedure in compliance with MIL STD 810F PCB FAB Material 94VO Restriction of Hazardous Substances RoHS European Directive 2002 95 EC 2 10 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 SOR DIMM memory modules see Table 2 2 on page 2 3 Note The typical power requirements regarding the auxiliary voltage for the Rea
32. A 14 Table B 1 Table B 2 AN IL Rront Panel DO OnnectlODS EE 2 3 XN LL Memory Cont Urola dd llar ed serae atate 2 3 ANT P2 Paddle Board VO Connections dr 2 4 P2 I O Expansion Board Connections essere 2 8 Processor SPECHACAONS eos dci 2 12 Memory spec calon E 2 12 AV 1 TO SUBSy Stem DOCCITICAtIODS A a 2 13 Auxiliary Functions Specifications ccccccccssssesssececcceeeeeeesseeeeeeeeeeeeaaeeeaees 2 14 XV Environmental Specifications ooooocccnnnnnncnnnnononnnnnnnnnnnnnnnnnnnnnnnnnnnnnononoss 2 16 XVIL Regulatory COMPLE 2 17 Typical Power Je Eeer 2 17 XVI VME PI ConnectorPin Signals iii A 2 AVI VME P2 Connector E A 4 Gigabit Ethernet Connector Pin Signals and LED Interpretation A 5 Multiple O Connector Pin Signals 2 n eegene Ee A 7 PMC Module Card Connector J21 J11 Signals 32 bit A 10 PMC Module Card Connector J22 J12 Signals 32 bit A 11 PMC Module Card Connector J23 Signals 64 bt A 12 P2 Paddle Board Serial COMI and COM2 Connector Pin Signals A 14 P2 Paddle Board PS 2 Connector Pin Signals neenessssoeenesssssssseerrssssss A 14 USB Ports 2 3 and 4 5 Connector Pin Signals ooncccncncccnnnnnnnnnnnnnnnnnnnnnos A 15 P2 Paddle Board SVGA Connector Pin Sugenals A 16 P2 Paddle Board SATA Connector Pin Signals seeeseessssoeereesssssssseeeeees A 17 12V 5V Power Connector Pin Suenals Abbe A 18 PS 2 K
33. A100 L LAN LINKA1000 L LAN LINKB100 L LAN LINKB1000 L LAN ACTB L LAN ACTA L oo Z LI Q Z D ND SIO TXD1 P2 SIO DSR1 P2 L VIN AUX SIO RXD1 P2 ND VIN AUX VIN AUX VIN AUX SIO RH P2L VIN AUX GND 2 VCC 45V VIN AUX ALL PWRGD O DCD1 P2 L dl Z Z U U LAN ACTA L og I Themis Computer A Connector Pinouts and Signal Descriptions A 2 XM1 Front Panel Connectors A 2 1 Gigabit Ethernet GbE Port C e Connector Type Single RJ45 GBE Connector 8 Pin 2 LEDs transformer e Manufacturer Part Number Pulse JOG 0009NL The XV 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 Port C is based upon the functionality of the Intel 82574 Gigabit Ethernet Controller Symbol TP 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 Ce mee Geb Co os seg aso aroma Yellow OFF 10 Mb s Green Top ink 100 Mb s opeed Green Bottom Flashing rate is 300 ms for Network transmit receive activity Traffic A 5 Themis Computer XV1 Hardware Manual Version 1 2 A 2 2 Multiple I O Connector e Connector Type 4 row 60 p
34. Board purchased separately must be attached to the P2 backplane behind the XV1 refer to Section A 5 XV P2 Paddle Board on page A 13 32 P2 1 How D GLELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELE C LI EJ EJ EJ L3 L3 LI EI L3 EJ EJ EJ EJ D L3 EJ EJ EJ EJ EJ EJ EJ EJ D El EJ EJ EJ EJ EJ UI B L1 EJ EJ EJ DJ L3 LI EJ EJ EI EJ EJ EJ D L3 EJ EJ EJ EJ EJ EJ EJ EJ D El EJ EJ EJ EJ EJ UI Bottom Edge of Board Ra E we nu uumumumuguugumuusuuumuguggauupmuggmgugmumuumuum 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 y e an_L indicates an active low e and indicate one member of a signal pair athick border groups associated signals Note The XV offers provisions that allow the System Integrator to specify for y the front panel chassis to be connected to ground As a factory default the front panel chassis is not connected to ground It should be specified at the time of order whether the front panel is to be grounded Possible grounding options include but not limited to being shorted to digital ground and connected with a capacitor If it is necessary to connect the front panel to ground please con tact Themis to discuss the proper grounding options for your application of the XVI unit
35. 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 1ts transaction link and physical logical layers Other features include e Wide internal data paths efficiently handle large address and data words Combined parallel and pipelined logic architecture efficiently handles packets with minimum latency e Advanced interrupt handling features and efficient ring buffer descriptor data structures with up to 64 packet descriptors cached on chip e Offloads tasks from the host such as checksum calculations for Transmission Con trol Protocol TCP User Datagram Protocol UDP and Internet Protocol IP SCH5027 Super I O Controller The SMSC SCH5027 is a 3 3 volt compliant Super I O controller with an LPC inter face that includes hardware monitoring capability enhanced security features power control logic and motherboard glue logic It
36. EE A EC EJE COIE EXE SIA EELER DCI a socom aime C rmac 19 Unwed se een 3 en DE 9 Ue m en C usse Vr Unwed sa Ue GT Uem EE a The connector shell is connected to the front panel and may be optionally connected to digital GND b COM1 COM2 and SATA3 may be routed to the front panel or P2 Desired option must be mention at time of purchase Themis Computer XV1 Hardware Manual Version 1 2 A 2 2 1 A 2 2 2 A 2 2 3 A 2 2 4 Serial Ports COM1 amp COM2 As shown in Table A 4 serial port COMI 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 SATA3 Port The SATA3 port is supported by multiple I O connector pins 6 7 9 and 10 see Table A 4 USB Ports USBO USB1 USB ports USBO and USB are supported by multiple I O connector pins 1 to 4 and pins 28 and 30 see Table A 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 A 8 Push Button RESET A recessed push button RESET switch is located behind the Front Panel of the XV 1 and 1s 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 Themis Computer A Connector Pinouts
37. El LI EI El P3 EJ EJ DJ B L1 L1 E L1 E1 F1 ET EJ EJ E31 E31 F1 EJ F1 EI F1 ET ET ET ET EJ EJ DJ EJ E31 F1 ET F1 ET ET ET E A Bottom Edge of Board e L1 L1 E L1 E1 F1 ET EJ EJ E31 EJ F1 F1 EJ EI F1 ET ET ET ET FJ EJ DJ EI F1 F1 ET ET ET ET ET E Figure A 1 XV1 VME P1 Connector Pinout A 1 Themis Computer XV1 Hardware Manual Version 1 2 A 2 Table A 1 XV1 VME P1 Connector Pin Signals Pin RowASignal RowBSgna Sean 1 webo mem VME DOS 2 Eos WEBARL wem VME D03 VME_D11 5 vmo A were s Eos we sont t wepe s wwe oor mme wem s eno f wwe scorer eno 10 vme svsoik vve pains L vwe svsra 1 n ON f wwe scouts mem AA 1 mae el oo mem mem el WEDWOKI mem wee e eo nem wem e gei WERE OWENS e me mem OWENS VME IACK L GND VME_A18 a Wwe ick CW WENT E VME A03 VME A10 m wwe ate mees OWENS mem vemo wem Es mm comede HN we Xe ee _L Indicates an active low Themis Computer A Connector Pinouts and Signal Descriptions XV1 Rear Connectors A 1 2 VME P2 Connector e Connector Type 5 row 160 pins 5x32 VME64 Male e 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 XVI VME P2 Paddle
38. Figure A 12 on page A 17 1 9 Figure A 4 page A 6 1 7 Figure A 7 on page A 12 1 8 Figure A 8 on page A 13 1 8 1 10 Figure A 9 on page A 14 1 8 1 10 Index 1 Themis Computer XV1 Hardware Manual Version 1 2 Figure B 3 page B 8 B 5 Figure B 5 page B 7 B 6 Flash Memory 3 4 FPGA Field Programmable Gate Array 3 4 Front Panel Dimensions C 2 I O Connections 1 7 2 3 LED Interpretation C 8 LEDs C 7 Front Panel I O Expansion Board D 1 Front Panels C 3 Front Panel Connectors A 5 Front Panel I O Connections and LEDs C G Gigabit Ethernet Port C 7 Gigabit Ethernet Port Controller 3 5 Gigabit Ethernet Port C 4 5 LEDs C 8 C 12 Grounding Methods v H Handles C 2 Legacy VME C 2 PMC XMC Carrier Board C 5 VME64 Type C 2 Hardware Overview 3 I I O Connections C I O Controller Hub ICH 5 2 Features 3 2 I O Subsystem 2 5 I O Expansion Board 2 5 3 6 IDE primary A In Case Of Difficulties xxiii Injector Ejector Handles C 2 Instructions for Repackaging 7 5 Integration Kit 5 Index 2 3 Row Paddle Board 1 5 5 Row Paddle Board 7 5 Pigtail DIN Cable 5 Serial Cable Micro DB9 to DB9 1 5 Intel 5100 Memory Controller Hub 3 Intel 5408 Quad Core LV Xeon processor 3 Intel 82801 I O Controller Hub 3 2 Intended Audience xix J Jumper Pins B Jumper Pin Locations B 3 L LAN port RJ45 1 7 2 3 LEDs C C 7 Color Interpretation C Gigabit Ethernet Port C CAS C 12 Legacy VME Handle
39. MC XMC Carrier Boards Carrier Boards cannot be installed onto the XV1 A new PMC XMC Carrier Board H Caution The original Themis 2P2 PMC XMC Carrier Board or 2P2 2P3 PMC has been developed See Also pg XV 3 3 l O Expansion Board Model XV 1 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 The Themis 2PX2 provides the expanded I O capability and is 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 Installed PMC XMC Module 2 3 Long I O Expansion Board Heat Sink E F Figure 3 1 The l O Expansion Board on the XV1 3 Supports 2 PMC XMC Modules 3 6 Themis Computer 3 Hardware Overview 3 4 3 4 1 3 4 2 FPIO Expansion Board For a block diagram of all the components consult Figure 2 4 on page 2 7 Broadcom BCMB53115M Ethernet Switch The Broadcom BCM53115M Gigabit Ethernet switch 1s a single compact compo nent with automatic learning and aging 4K MAC addresses and 65 nm process non blocking five 10 100 1000 PHY ports two on the front panel This device has IEEE 802 1 Q based VLAN with 4k entries ensuring proper Layer 2 isolation and security Integrated QoS technology supports all types of consumer connections including VoIP video audio and data Other features include e MAC based VLAN e
40. OSTING this LED flashes at a 1 hertz rate pink Saeed 100 Mbit s Gigabit Ethernet Port C 1000 Mbit s Network LED lights when traffic is detected on the Activity network a Callouts A D are From Figure C 6 on page C 7 C 3 1 PCB LEDs The XVI has a group of five important LEDs located on the bottom side of the board near the front panel To allow the user to view these LEDs while the unit is mounted in a rack a special viewing notch has been designed into the lower left side of the faceplate This notch along with a representation of the LEDs can be seen in Figure C 6 on page C 7 The order of the LEDs will be described in this section in a descending order from top to bottom viewed as it would appear mounted in a rack While the XV1 BIOS is Checkpointing the LEDs indicate the revision code of the FPGA The LSB indicated by the bottom LED and the MSB indicated by the top LED Once the OS starts booting the LED behaviors are as described below in Table C 3 on page C 9 Themis Computer C Front Panel I O Connections and LEDs XV1 LEDs Table C 3 Board LED Interpretation Callout E LED Location LEDLocation Function Color A dieu and or Interpretation 1 LED Top System Error RED 2nd gp System Controller Green tE idas enanos LED indicates a system error This error may require a reset of the board to return to an operational state LED will continue to blink as long as power is no
41. Speed LED if the link speed is at 10 Mbit s or 100Mbit s L2 1Gbit s 1000 Mbit s Meo LED lights when traffic is detected on the Activity ethernet connection between the FPIO Expansion Board and XV1 GER Ports 1000 Mbit s Network LED lights when traffic is detected on the i Green Activity network a Callouts are From Figure C 8 on page C 11 L1 Network Activity C 12 Themis Computer C Front Panel I O Connections and LEDs C 4 1 2 FPIO Expansion Board PCB LEDs The FPIO Expansion Board has 7 LEDs on the component side of the PCB which can be used to check the status of certain functions These LEDs are primarily used as a visual indicator for debugging purposes Figure C 9 on page C 13 shows the location of the LEDs on the PCB The description for the FPIO Expansion Board PCB LEDs can be found in Table C 5 on page C 14 D Kal S Em Lu R203 5065 0227 i bl LH e o os THEMIS eg EE Copyright 2010 ep Ez Made in USA Alias P2 10 TO FRONT PANEL Risas p ga SEE y 14 i DD OSIN IAS c v1vQ gus oo Hr B sa KEYBOARD oo FEE WI 4 EEE TT EH 9 I 1 117803 L01 Rev ES 7 Ad 13221335 Bee fe a g Je a
42. Themis Computer XV1 Hardware Manual Version 1 2 Table B 1 XV1 Jumper Pin Settings Top Side Only Gears CMOS E EE JP 1 Reserved for future use Disables onboard video Enables onboard video VME System Controller is disabled Note f SB7 see Table B 3 on page B 5 is shorted this function is reversed Tsi148 will automatically evaluate the backplane signal BG3IN to determine if the oystem Controller function should be enabled a Boldface the default jumper position Absence of a default position indicates a manufacturing or user decision LIE tm For factory purposes only b Connection of the jumper to JP1 only needs to be momentarily contacted to the pins Do not leave JP1 in the on position c SPI Serial Peripheral Interface d Please contact Themis for the specific Compact Flash to implement this feature e Solder Bead 1 SB1 must be in the open setting as seen in Table B 3 on page B 5 B 1 2 Memory Module Jumper Pins There are no jumper pins on the XV1 Memory Modules Themis Computer B Jumper Pins and Solder Beads Field Configurable Jumper Pins See Figure B 3 for Solder Bead Legend D BI818181 181181 E18 m LOC oo mw nhw e ON D Dr Legend gt 18l EI Jumper OOM or Jumper ON Pin 1 O o 02 ot 1 O I Q
43. User Manual THEMIS o S E d s E Lec aj AS coe Libel cae H DM eem es gt a Intel Quad Core Xeon CPU Up to 2 13 GHz 6RU VME64 Platform 1 2 3 PMC Slots 1 Gigabit Ethernet SATA Il SVGA USB IDE Floppy Audio Intel Intel Intel Intel Intel Intel Intel Intel XV 1 Quad Core Xeon CPU XV 1 Quad Core Xeon CPU X V 1 Quad Core Xeon CPU XV 1 Quad Core Xeon CPU XV 1 Quad Core Xeon CPU XV 1 Quad Core Xeon CPU XV 1 Quad Core Xeon CPU XV 1 Quad Core Xeon CPU VW MI E 6 4 VW MI E 6 4 VW MI E 6 4 VW MI E 6 4 VW MI E 6 4 VW MI E 6 4 VW MI E 6 4 VW MI E 6 4 Platform Platform Platform Platform Platform Platform Platform Platform THEMIS THEMIS THEMIS THEMIS THEMIS THEMIS THEMIS THEMIS XV1 Hardware Manual Version 1 2 February 2012 THEMIS y Themis Computer Americas and Pacific Rim Themis Computer Rest of World 47200 Bayside Parkway 5 Rue Irene Joliot Curie Fremont CA 94538 38320 Eybens France Phone 510 252 0870 Phone 33 476 14 77 80 Fax 510 490 5529 Fax 33 476 14 77 89 World Wide Web http www themis com Copyright O 2012 Themis Computer Inc ALL RIGHTS RESERVED No part of this publication may be reproduced in any form by photocopy microfilm retrieval system or by any other means now known or hereafter invented without the prior written permiss
44. a F B 0000000000000000 of 3 EC 789 7 L 0000000000000000 Ra d Dd x 0000000000000000 Fr Pet Tel e e LJ nn ET 0000000000000000 E lt Z gt 9 at lt gt E a oo Y T4 B1 gt 8 F A L envasar JO deu O A gt E soooooogl gt fooooooo Q d LJ o dd e ejonaanon o jooooooo CALLES IN opoo000000 o jooo0000 Q ms i a d e Colooocoog o jooooooo C ana m Yen m ooooooo cQ a Se 2 Qana ad E AAA go n2 Q o o lo ECK ae e 3 Q o Qaas Qe Q VME P2 Top Side Figure B 1 XV1 Jumper Pin and Solder Bead Locations Top Side Themis Computer XV1 Hardware Manual Version 1 2 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 1s open breaking the circuit Table B 2 XV1 Paddle Board Jumper Pin Settings Top Side Only Jumper JP1 JP2 Manufacturing use only Figure B 2 on page B 4 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 JP1 JP2 Vv
45. aseboard Supported by multi split connector cable Figure C 3 XV1 1 Front Panel C 4 Themis Computer C Front Panel I O Connections and LEDs XV1 Front Panels C 2 3 XV1 2 2 PMC XMC Modules P M C PMC XMC Module a C P M C PMC XMC Module x M C See Figure C 3 for a description of Front Panel connectors Baseboard Figure C 4 XV1 2 Front Panel Themis Computer XV1 Hardware Manual Version 1 2 C 2 4 XM1 3 3 PMC XMC Modules THEMIS E PMC XMC Module PMC XMC Module PMC XMC Module See Figure C 3 for a description of Front Panel connectors Baseboard Figure C 5 XV1 3 Front Panel Themis Computer C Front Panel I O Connections and LEDs C 3 XV1 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 v Figure C 6 XV1 Front Panel LEDs C 7 Themis Computer XV1 Hardware Manual Version 1 2 Table C 2 Front Panel LED Interpretation This LED indicates system status lt flash es at a 1 hertz rate as the board goes through BIOS POST When the POSTing Left LED System Status Green is completed it turns solid green If any power rail fails the LED will not light either during POST or afterwards This LED indicates drive activity for either T a SATA drive or the Compact Flash When REES EES Yellow the BIOS is P
46. ates the various model configu rations used by the XVI Xxl Themis Computer XV1 Hardware Manual Version 1 2 xxli Notes Cautions Warnings and Sidebars The following icons and formatted text are included in this document for the reasons described being described f Note A note provides additional information concerning the procedure or action the equipment This may involve but is not restricted to heavy equipment or H Caution A caution describes a procedure or action that may result in damage to sharp objects To reduce the risk follow the instructions accompanying this symbol to the operator To reduce the risk follow the instructions accompanying this sym Warning A warning describes a procedure or action that may cause injury or death bol Sidebar A sidebar adds detail to the section within which it 1s 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 going to http www themis com The Sales amp Marketing Department may be reached at info themis com 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 XVI board s Return of the registration card is not required to acti
47. bit PCI for connectors J22 and J12 are described in Table A 6 Table A 6 PMC Module Card Connector J22 J12 Signals 32 bit pu Signal Pin 9402 Signal tev 3s 8 m 89 Som 8 we PCIRSVD BUSMODES 17 18 Ground z a 3 mm II 3 mm a mm PMIC RSVD 35 TRDY 3 3V 37 STOPS SR 4 SERRA OB In mm zm 000 Weg 49 AD 08 3 3V 8A 70 s 8 mem 61 ACK64 3 3V PUC ASVO a Connector J7 corresponds to the PMC standard Jn2 Themis Computer XV1 Hardware Manual Version 1 2 A 4 3 PMC Module Connector J23 PMC signals 64 bit PCT for connector J23 are described in Table A 7 Table A 7 PMC Module Card Connector J23 Signals 64 bit Pin 3403 Signal Pnu Sina 3 Ge 4 o 5 O amp BM ir Leem 9 sw eg E 16 aneo d 22 mg m wm 7 L m sed m am 5 LEI 5 mes 3 eng 35 AW s i0 ADI Ca ww 07 e se 4 an Ca mm 07 a see s ao np As 57 3 3V 58 AD 32 61 PCI RSVD 62 a Connector J23 corresponds to the PMC standard Jn3 A 12 Themis Computer A Connector Pinouts and Signal Descriptions A 4 4 PMC Module Connector J24 PMC connector J24 which 1s not installed on the standard XV1 configuration supports user defined I O signals In the case of XVI the SIO floppy interface signals have been routed to J24 Call Themis Customer Suppor
48. cessor Up to 4 GB DDR2 onboard memory and 4 GB SOR DIMM memory modules for a total of 8 GB of memory e Tsil48 VME64x interface e VITA 41 VXS 3 compliant interface to GbE V XS switched fabric e PCI and PCI Express expansion capabilities via the two PMC XMC Module Slots 64 bit 66 MHz amp 32 bit 33MHz AMI BIOS Battery Backup for TOD NVRAM Front Panel System LEDs Front Panel I O ports Multiple I O ports through rear VME P2 connector 2 1 Themis Computer XV1 Hardware Manual Version 1 2 Intel 5408 Quad Core LV Bees Xeon Processor Tsi148 PCI X to VME Bridge 1066 MT s FSB MegaTransfers sec PCI 2 GB Soldered 2 GB Memory Module From 64 bit 66 MHz Super I O Controller Channel 0 DDR2 see below A DDR2 ECC EM J24 PCI X Bridge Intel 5100 2 GB Soldered 2 GB Memory Module Memory PCI Express x8 Controller Hub MCH dida DDR2 DDR2 ECC HIM x 10 100 1000Base T Middle PCI Express x4 VITA 41 SVGA Graphics Ethernet A Hub Link PCI Express x4 Dual 82571EB 2 GB s FD SVGA Graphics ATI ES1000 PCI 32 bit 33 MHz UO Controller Hub ICH ICH9R Compact Flash Slot USB2 USB3 10 100 1000Base T PCI Express x1 Ethernet C RJ45 Status LEDs USBA USB5 USBO Stereo HDA q e Audio Line In e Audio Line Out USB1 COM1 _ Power SMSC Distributi
49. ctor Connect only one power cable P N 111230 001 to the 6 pin power connector J1 on the RTM Connect the other end of the power cable to the appropriate 12 volt voltage source of the rack power supply 5V Power Connectors Connect the power cable P N 111230 001 to the 6 pin power connector J1 on the RTM Connect the other end of each power cable to the appropriate 5 volt voltage source of the rack power supply see notes below When connecting power to the XV1 DO NOT mix 5V and 12V power input Both power connections must be of the same voltage for the XV1 to function properly Although the FPIO Expansion Board and RTM will function with a 5V power source it is highly recommended connecting to a 12V power source when using the FPIO Expan sion Board and RTM Themis Computer XV1 Hardware Manual Version 1 2 1 8 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 O0 3 OUT and the interrupt acknowledge daisy chain IACKIN to IACKOUT 1 9 Battery Holder TOD NVRAM Battery The XV has its own lithium battery 3V CR2032 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 To remove the battery see Figure 1 3 on page 1 12
50. document are given in the Preface in the section entitled Notes Cautions Warnings and Sidebars on page xxii 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 XVI Hardware Manual Version 1 2 February 2012 Part Number 116704 022 XV1 Hardware Manual Version Revision History NeESIOD Lili loa February 2012 e Specified the factory default option of connecting the front panel to ground as being no connection Added clarification regarding the option of connecting front panel to ground Body text appears in note at the bottom of page 3 of Appendix A b EUM E MEN December 2011 Added information about the FPIO Expansion Board and Rear Transition Module throughout the manual e Moved the location of the ES1000 graphics chip to the PCI bus on the ICH to reflect current Rev of the XV1 in Figure 2 1 page 2 2 block diagram e Made note that there is no minimum duration that JP needs to be on in order to clear CMOS Added section for post battery replacement and reconfigure of BIOS settings Added information about the ES1000 graphics chip Made changes to the signal descriptions for the VME P2 connector to reflect current Rev e Specified routing options for various I O Front Panel P2 e Added information regarding the the LEDs on the XV1 baseboard Repackaging appendix has been
51. e Board Dual USB Ports 2 3 and 4 5 Connector Pinout Table A 10 USB Ports 2 3 and 4 5 Connector Pin Signals LIN NM N Themis Computer XV1 Hardware Manual Version 1 2 A 5 4 SVGA Monitor Port 5 Row VME Backplane Only e Connector Type 15 pin D Subminiature Female SVGA Connector e 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 XV 1 Front Panel through the multiple I O connector Symbol SVGA Display Port O Bl Figure A 10 P2 Paddle Board SVGA Connector Pinout 11 1 D 15 5 J10 Paddle Board Edge Table A 11 P2 Paddle Board SVGA Connector Pin Signals Pm maen Pom ENLNNNLILI ILE rm med im mes A 16 Themis Computer A Connector Pinouts and Signal Descriptions XV1 P2 Paddle Board A 5 5 SATA Ports 3 4 and 5 e Connector Type Single 7 pin SATA Plug and Dual 7 pin SATA e Manufacturer Part Molex 47080 4005 Single Circuit Assy CA DIASA HPR C 0 5T Dual Three SATA Serial ATA connectors SATA3 SATA4 SATA are installed on the front edge of the XVI CPU 0 P2 Paddle Board A pinout is given in Figure A 11 and connector pin si
52. e 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 5 Table 2 3 XV1 P2 Paddle Board I O Connections Connections Definition 3 RowP2 5 RowP2 1SVGA monitor port Super VGA video support 5 row only Super VGA video support 5 row only No Yes 4 USB ports USB2 USB3 and USB4 USB5 Ys Yes 1 PS 2 keyboard mouse Mini DIN8 connector split cable 110104 002 is Yes Yes port required to attached a keyboard and a mouse ab 2 serial ports KR full modem support COM2 Tx Rx on 2 gigabit Ethernet poris Dual gigabit Ethernet mw es 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 4 in Appendix A Connec tor Pinouts and Signal Descriptions b COM1 COM2 and SATA3 may be routed to the front panel or P2 Desired option must be mentioned at time of purchase 2 4 Themis Computer 2 XV1 Features and Specifications PMC XMC Carrier Boards Paddle Board connector pinouts and signal definitions are defined in Appendix A Connector Pinouts and Signal Descriptions Note The Themis paddle board is intended as a development tool and is not rec ommended for production assemblies Please contact Themis for available pr
53. e any settings 1 2 Themis Computer 1 XV1 Installation 1 3 Install the Paddle Board A Caution Some pins on the P2 connector of the XV are used to provide a manda tory input supply voltage either 12V or 5V that 1s required to operate the XV Therefore the XV1 Paddle Card must be installed for operation of the XV unless some other means of delivering power to these pins 1s devised i e the 6 pin power connector on the RTM Rear Transition Module which is used in conjunction with the FPIO Expansion Board The XV Paddle Board attaches to the rear of the P2 slot occupied by the X V1 Base board on the VME backplane see Figure 1 1 on page 1 4 When attaching the pad dle card a 5 row paddle card must be plugged into a 5 row VME backplane and as such a 3 row paddle card must be plugged into a 3 row VME backplane Paddle cards must be consistent with the backplane type The connections provided by the XV1 Paddle Board are described in Table 1 1 on page 1 5 A pinout and signal description of each I O connector of the Paddle Board is given in Appendix A Connector Pinouts and Signal Descriptions A 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 XVI J The Themis paddle board is intended as a development tool and is not recommended for production assemblies Please contact The
54. e legal stipulations and the device spec ifications must be observed Electrostatic Discharge ESD A sudden discharge of electrostatic electricity can destroy static sensitive devices or micro circuitry Proper packaging and grounding techniques are necessary pre cautions to prevent damage Always take the following precautions iv Themis Computer XV1 Hardware Manual 1 Transport boards in static safe containers such as boxes or bags 2 Keep electrostatic sensitive parts in their containers until they arrive at static free stations 3 Always be properly grounded when touching a sensitive board component or assembly 4 Store electrostatic sensitive boards in protective packaging or on conductive foam Grounding Methods Guard against electrostatic damage at workstations by following these steps 1 Cover workstations with approved anti static material Provide a wrist strap connected to a work surface and properly grounded tools and equipment 2 Use anti static mats heel straps or air ionizers to give added protection 3 Handle electrostatic sensitive components boards and assemblies by the case or the PCB edge 4 Avoid contact with pins leads or circuitry 5 Turn off power and input signals before inserting and removing connectors or test equipment 6 Keep the work area free of non conductive materials such as ordinary plastic as sembly aids and Styrofoam 7 Use field service tools suc
55. e other end connect each of the supported I O connectors listed in Table 1 3 1 7 Themis Computer XV1 Hardware Manual Version 1 2 1 6 Attach Paddle Board Cables It is important that the auxiliary 12V or 5V power cable s also be connected to chassis rack power to provide the appropriate voltage to support higher power levels required by the XVI Go to Section 1 6 7 Auxiliary 12V 5V Power Connectors on page 1 9 for more information 1 6 1 Serial Ports COM1 and COM2 Serial Port COMI provides full modem support 5 row VME P2 backplane only COM 2 supports Tx Rx signals only Depending on the system requirements 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 Location of the Serial Ports must be decided at time of purchase Connect the appropriate cable P N P N 108113 06 to either COMI or COM2 A pinout of COMI CON2 is given in Figure A 7 on page A 13 of Appendix A with signal descriptions described in Table A 8 page A 14 1 6 2 PS 2 Keyboard amp Mouse Connect the special Splitter 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 the keyboard to the longer of the two split cables Connect the mouse to the shorter split cable A pinout of the PS 2 Keyboard Mouse is given in F
56. ead Settings Bottom and Top Side Fr Description Disable ES1000 VGA SBI Open Enable ES1000 VGAP B 5 Themis Computer XV1 Hardware Manual Version 1 2 Table B 3 XV1 Solder Bead Settings Bottom and Top Side Continued Solder Description Bead j Short 1 2 1 2 a A Flash voltage is 5 volts SB2 PEE Compact Flash voltage is 3 volts Short 1 2 See Table B 4 Short 2 3 2 3 Ed 1 2 See Table B 4 Short 2 3 2 3 E 1 2 See Table B 4 Short 2 3 2 3 SB6 E Disable FPGA See Figure B 1 page B 3 for top side location HODIE Open Enable FPGA See Figure B 1 page B 3 for top side location Sho JP8 Not Installed SCON Automatically Detected JP8 Is Installed SCON Enabled SB7 JP8 Not Installed SCON Automatically Detected JP8 Is Installed SCON Disabled VME to Local resets are enabled SB10 open VME to Local resets are disabled SB11 FS See Table B 5 on page B 7 for a detailed description Open a Boldface the default solder bead setting Absence of a default setting indicates a manufacturing or user deci sion b With SB1 open enabling the ES1000 VGA is controlled by JP7 see Table B 1 on page B 2 B 6 Themis Computer B Jumper Pins and Solder Beads Factory Configurable Solder Beads Table B 4 FSB Frequency Selection open apena semen Short 2 3 Short 2 3 Short 2 3 266 MHz mi a Baia lame a Your XV1 should always be configured for CPU Select Oth
57. ec ond slot on the XV1 The FPIO Expansion Board will consume an additional slot in the chassis The FPIO Expansion board and RTM can be seen in Figure 2 5 below A block diagram for the FPIO Expansion Board is seen in Figure 2 4 page 2 7 RTM Hear Transition Module P N 117802 L01 VME P2 Backplane SMO FPIO Expansion Board P N 117803 L01 Figure 2 3 The FPIO Expansion Board with RTM Themis Computer 2 XV1 Features and Specifications FPIO Expansion Board 12C LAN A LAN A Eth Magnetics 1 ve mag BCM53115 Dual i Ethernet Ethernet Switch eatin Eth M tics 2 lt I gt Connector agnetics LANB C SATA 4 Y FA 1 ENANA SATA Redriver Connector TI 25 gt E SATA SATA Redriver Connector USB 2 Stacked USB All PWRGD Connector c Stacked B USB GE Connector PS 2 Mouse PS 2 Connector PS 2 Keyboard HDA Audio PS 2 Connector 3 3V O Line In T P WRGD ALC262 gi D Audio Codec 1 2V Audio Line Out Iesel 18V Figure 2 4 FPIO Expansion Board Block Diagram 2 7 Themis Computer XV1 Hardware Manual Version 1 2 FPIO Expansion Board connectors are described in Table 2 4 The various connec tions on the FPIO Expansion Board and RTM are standard thus the descriptions in Appendix A Connector Pinouts and Signal Descriptions can be referenced for the FPIO Expansion Board and RTM Table 2 4 P2 O Expansion Board Connections o e m
58. ed connectivity The TT translates data from one speed to another The TT takes high speed split transactions and translates them to full or low speed transac tions when the hub is operating at high speed the upstream port is connected to a high speed host controller and has full or low speed devices attached Other features include e USB IF certified TID 30000009 WHQL Compliant e Supports bus powered and self powered modes e 24MHz external crystal integrated phase locked loop PLL n system EEPROM programming Fully compliant with USB 2 0 specification e Single transaction translator TT 3 8 Themis Computer Appendix Connector Pinouts and Signal Descriptions This appendix describes connector pinouts and their signals for the XV and its associated Paddle Board The XV rear connectors front panel connectors and Pad dle Board connectors are each presented as individual sections Note The primary IDE interface is used to communicate with the onboard flash drive but 1s not available through an external connector A 1 XV1 Hear Connectors A 1 1 VME P1 Connector e Connector Type 3 row 96 pins 3x32 VMEO4 Male e 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 32 P1 1 Row C L DJ EJ DJ EI LI L3 EJ EJ EJ DJ DJ D DI DI EI E EJ EJ EJ EJ El DI DI
59. ed from the rack C 2 Caution Removal of the EMI shield and insertion of a spine between mating front panels 1s a factory procedure and not recommended in the field Themis Computer C Front Panel I O Connections and LEDs A VME64 Injector Ejector Handle B Legacy VME Ejector Handle Figure C 1 PMC XMC Injector Ejector Handles C 2 XV1 Front Panels This section contains descriptive graphics of the front panel I O connections for each XV 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 Also shown below is the front panel for the FPIO Expansion Board C 2 1 Multiple I O Connector The multiple I O connector on the X V1 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 USBO USBI 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 connec tor see Figure C 2 SATA3 USBO USB1 Attach to 60 pin Multiple I O Port on XV1 faceplate VGA Graphics Figure C 2 Multiple I O Connector Cable C 3 Themis Computer XV1 Hardware Manual Version 1 2 C 2 2 XV1 1 1 PMC XMC Module PMC XMC Module Gigabit Ethernet Port C RJ45 Status LEDs 2 See Section C 3 LEDs for interpretations e Serial COM1 COM2 F e Dual 2 0 USB 0 1 KB M e VGA Graphics B
60. ee Figure F 2 on page F 4 l 2 Inspect the original packaging materials for serviceability Place perimeter crush resistant layer into the shipping box making sure the corners of the foam fit snugly into the corners of the box Place the first top bottom layer into the box centered into the perimeter foam cutout Make sure the flat side of the foam is facing up opening of box Place the wrapped static protection bag XV1 on top of the layer top bottom layer that was just inserted into the middle of the shipping box Place the remaining top bottom layer directly on top of the wrapped XVI unit Make sure the flat side of the foam is facing up opening of box Make sure all components of the box are firmly in place pressing down on the surface area of the foam to insure proper seating of the material Seal the top of the box with strong packaging tape wrapping the tape com pletely around the box both lengthwise and crosswise Prepare for shipment in accordance with the instructions received from The mis Computer Note Please contact Themis 1f new packaging material or shipping instructions are required You can reach Themis at 1 510 252 0870 Mon Fri 8am Spm PST or by Email to support themis com F 3 Themis Computer XV1 Hardware Manual Version 1 2 The order of assembly when repackaging the XVI for shipment as shown in Figure F 2 Figure F 2 Order of Assembly T
61. em controller can send out a VME reset 1s by setting the SRESET bit in the Ts1148 VME Control Register via software Note The VME reset will remain asserted until this bit is cleared so it 1s impor tant to clear this bit after setting 1t Not doing so will result in the illumination of the VME Failure LED as described in Table C 5 on page C 9 System Controller Local to VME Resets When the XVI is configured as the System Controller a local reset can generate a reset to the VME backplane In order to generate the reset SB11 must be short closed see Table B 5 on page B 7 and the Enable SCON LRST to SRST must be enabled in the BIOS setup menu which the BIOS default setting is disabled When configured this way a front panel reset Ctrl Alt Del or other type of reset of the System Controller will result in a reset of the VME backplane If the XVI is set as the System Controller but does not meet the conditions men tioned above it 1s still possible to issue a reset to the VME backplane This can be done as mentioned above by setting the SRESET bit in the Ts1148 VME Control Register via software Note Boards in the system may still boot even if the SRESET bit has not yet been cleared 2 15 Themis Computer XV1 Hardware Manual Version 1 2 2 8 Environmental Specifications Table 2 9 XV1 Environmental Specifications Temperature Range 5 to 55 C 40 to 80 C Humidity Range P relative non condensing at
62. er Place Stamp Here Themis Computer 47200 Bayside Parkway Fremont CA 94556 Attn Publications Department Fold here tape at top to seal Reader Comment Card We welcome your comments and suggestions to help improve the XVI User Manual Please take time to let us know what you think about this manual Information provided in the manual was complete Agree___ Disagree___ Not Applicable___ Information was well documented and easy to follow Agree___ Disagree___ Not Applicable___ Information was easily accessible Agree___ Disagree___ Not Applicable___ The manual was useful Agree___ Disagree___ Not Applicable___ Please write down any comments you may have about this manual including how it can be improved Name Title Company Address
63. er 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 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 FS which 1s interpreted as follows Board Type Model XV1 2 e SDRAM 4096 MBytes e CPU Frequency 2130 MHz e Production Information CC Conformal Coating e Revision Al e Serial Number P13007860 1 1 Themis Computer XV1 Hardware Manual Version 1 2 e Ethernet Address es 00 80 B6 04 70 F6 00 80 B6 04 70 F7 and 00 80 B6 04 70 FS To install the XVI a standard VME chassis with J1 J2 backplane 3 row or 5 row connector is required 1 2 Check Configurations When you first receive the XVI confirm that the jumper pin and solder bead con figurations are appropriate for your application Appendix B Jumper Pins and Sol der 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 the XVI DO NOT ATTEMPT TO ALTER SOLDER BEAD CONFIGURA Warning Attempting to alter a solder bead configuration could seriously damage TIONS Instead contact Themis to chang
64. er modes of operation are not supported by the XV1 Table B 5 Local to VME Reset Behavior VME Reset Driven from Local Reset BIOS Setting EN SCON LRST TO SRST Enabled Disabled default B 7 Themis Computer XV1 Hardware Manual Version 1 2 Si jS 920220 L4 ES DDD a ss 28868888 52073 O 35 ar pido s E je ii OOO S 5 a a p S a gt ES gf Dom mind g H E a AO ML s S 2m misses E Sus Mes E a 2 E D j Eom 5 D mt o E 02 l i E m N is ano gs E ga xad BEBE SENS E gs 000 au op Siwe 000 aang SER o a puo guo guo pua gun gum Y wo Buen ooo Reeg Goo EI c a o A 2 a yea Blal D I Bligoo op IBIBIGIIBII ai m BIEIBIBIBI DO alsia tal O00000000000000 00000000000000 00000000000 o DEN go 000000000000 62N8 Op 000000000000 OD 0000000000000 ODDO Bu 0000000000000 0000000000 o 99 10 0000000000 oo Gol B 0000000000 oo 50 0000000000 Oe 0000000000 i 0000000000 Qo 0000000000 SS 00000000000000 QQ oo A 00000000000000 o zt ale Dom 7 inn NI og E ESE E P eii zur ara 121101 do aa E al lol lol lel lallsl G 9f Y D 18181 H D i e 5 lol ol Iolo Ba a BIE
65. ereo audio input output HDA line in line out B 2 or 3 SATA Ports SATA4 and SATA5 SATA2 is optional FP or P2 ICONE ON 2 gigabit Ethernet ports Dual gigabit Ethernet No Ye Through two 6 pin Molex connectors Yes Yes 12V and 5V power use power cable P N 111230 001 to connect a COM 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 4 in Appendix A Connec tor Pinouts and Signal Descriptions b COM1 COM2 and SATA3 may be routed to the front panel or P2 Desired option must be mentioned at time of purchase If you have installed a Paddle Board go to the sections that follow 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 X V1 see Table 1 2 bellow Table 1 2 XV1 Integration Kit Order Dependent Part XV1 Paddle Board 5 Row 116378 L01 001 5 row P2 Connector 5 row P2 Connector 2 XV1 Paddle Board 3 Row 116378 L02 002 3 row P2 Connector Cable Multiple I O Connector 60 pins 116667 L01 XV1 Front Panel Paddle Board Non Null Modem Cable Cable Serial RS232 Mini DB9 M to DB9 F 108113 08 required Paddle Board Cable Serial RS232 Mini DB9 M to DB9 F 113057 001 Null Modem Cable Special Split Pigtail Cable 8 pin mini DIN to 6 pin Ke
66. eyboard and Mouse Pinouts and Signal Definitions A 20 XV Jumper Pin Settings Top Side Only B 2 XV Paddle Board Jumper Pin Settings Top Side Only B 4 Themis Computer XV XV1 Hardware Manual Version 1 2 Table B 3 XV Solder Bead Settings Bottom and Top Sude B 5 Table B 4 FPSB Frequency 5elec HO ia al icon B 7 Table B 5 Localkto VME Reset Behavior sis B 7 Table B 6 FPIO Solder Bead Settings Bottom and Top Side B 12 Table C 1 XVI Model CONO UTA EE C 1 Table C 2 Pront Panel LED TIrterpretattOD eei iioi robo Rei cet cio C 8 Table C 3 Board LED Interpretation Callout E oonnnnnnnncccnnnenccccnnnnnoncococancnnncanacnnnnnnos C 9 Table C 4 FPIO Front Panel LED Descriptions ooonnccncccnonenecccncccconnnonoccccnananananacanannnos C 12 Table C 5 FPIO PCB LED Description od C 14 Table E 1 XV I Model Conis rat ons ita aaa litio E 1 xvi Themis Computer Preface Section How to Use This Manual The Themis XV 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 Ether net 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 ste
67. ginal packaging 1s no longer serviceable or no longer available please contact Themis Customer Support for a new shipping box to send back your XV l When using the original packaging please remember to place your XV1 back into the static protection bag Caution Failure to use the original Themis packaging materials and failure to fol low the instructions of this Appendix F may invalidate the warranty The following instructions assume the original packaging components are still avail able and in serviceable condition If not please contact Themis for a new shipping box and packaging components for your XV1 Themis Computer XV1 Hardware Manual Version 1 2 F 2 Packaging Components The original packaging components are shown in Figure F 1 They comprise a pack aging box perimeter crush resistant foam and upper perimeter crush resistant removable foam pieces to accommodate all XV1 variations The top and bottom crush resistant foam layers are identical components placed so that the flat side 1s always facing up opening of box Removable Foam Blocks For Customization N Perimeter Foam i AND v 2 0 AMT A P Bottom and Top Inserts Figure F 1 Packaging Components F 2 Themis Computer F Repackaging Instructions FS J Instructions for Repackaging Re assemble the packaging material about the equipment in accordance with the fol lowing instructions s
68. gnals are described in Table A 12 Symbol SATA3 Port SATAA Port Note The SATA4 and SATA5 connectors are joined in a dual A SATA3 EEN may be routed to either the front panel or P2 Please specify option at time of purchase Paddle Board Edge Figure A 11 P2 Paddle Board SATA Connector Pinout Table A 12 P2 Paddle Board SATA Connector Pin Signals eo Transmit Signal A Positive Transmit Signal A Negative 5 Receive Signal A Positive 6 RxAZ Receive Signal A Negative Themis Computer XV1 Hardware Manual Version 1 2 A 5 6 Auxiliary 12 Volt 5 Volt Power Connectors e Connector Type 6 pin In line Connector Female 2 required e Manufacturer Part Molex 43650 0600 e 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 111230 001 12V directly from the 12V lug on the chassis power supply not from 12V pins 4 Warning The Themis cable connected to this power connector should receive on the backplane or from the 12V cable supplying the backplane Powe
69. gtail Cable DIN 7 5 PMC Module Card connector J21 J11 signals A O Module Card connector J22 J12 Signals A 711 Module Card connector J23 Signals A 2 Module Connector J21 J11 A 9 Module Connector J22 J12 A 17 Module Connector J23 A 2 Module Connector J24 A 5 PMC Module Card connectors A 9 PMC XMC Cards 2 4 PMC XMC Carrier Board 2 5 3 6 Handles C 3 PMC XMC Module 7 2 3 PMC XMC Modules 2 5 3 6 Power Requirements 2 7 Processor and Memory Subsystems 2 2 Processor Specifications 2 12 Programmable Logic 3 4 PS 2 Keyboard Mouse 1 8 1 10 A 14 R Rear Panel Connectors A Registering Your XV xxiii Regulatory Compliance 2 7 Repackaging for Shipment F Repackaging Instructions F Replacing the Battery 1 12 RESET Push Button RESET Switch A 8 RESET Switch A 8 RJ45 1 7 S Safety Instructions Electrostatic Discharge ESD 1v Instructions for the Lithium Battery v SATA Ports 3 4 and 5 1 9 1 10 SATA Ports 3 4 and 5 A 17 Index 3 Themis Computer XV1 Hardware Manual Version 1 2 SCH5027 Super I O Controller 3 3 Features 3 3 SDRAM Memory xvii Serial COM1 COM2 Connector Pin Signals A 4 Serial COM1 COM2 Connectors A 5 Serial Ports COMI and COM2 1 8 Serializer Deserializer 3 3 Sidebars xxii Slot Configurations XV1 E small outline dual in line memory modules SOR DIMMs 2 3 SMSC SCH5027 Super I O Controller 3 3 Solder Beads B B 5 Solder Bead Location B 3 SOR DIMMs 2 3 Specifications 2 A
70. h as cutters and screwdrivers that are conductive 8 Always place drives and boards PCB assembly side down on the foam Instructions for the Lithium Battery Motherboards are installed with a lithium battery To replace this battery please observe the instructions that are described in this manual Warning There is a danger of explosion when the wrong type of battery is used as a replacement Themis Computer XV1 Hardware Manual Version 1 2 vi Themis Computer Table of Contents Version Revision Huet ada 111 How to Use This Manual sica id xvii b AVEDON Me a 1 1 1 1 Determine Board Type 2 ioi lada 1 1 1 2 Chc kCn Ee er 1 2 Lo Instale Paddle Board susi 1 3 1 4 Install the FPIO Expansion Board essere 1 6 LS Attach Eront Paneb DO Cables dados 1 7 LL Creabit Ethernet PO ara a 1 7 152 Multiple Connecter Poms ar ca 1 7 L6 Attach Paddle Board Cables ia ea ea ta Drag Ee 1 8 Lol Sena Ports COMM and C OM osa 1 8 6 2 PS 2 Keyboard amp MOUSE riada 1 8 1 5 5 TISDB POHS 2 9 2 2009 daa ia 1 8 LOA e ICO PORE aide bet a ret haa ae iis hiatum alarme t vo ttm US di sott 1 9 LOS SALA POTS E elle leas 1 9 16 6 Stereo Audio ConmeCtOrs EE 1 9 1 6 7 Auxiliary 12V 4 5V Power Connectors cccoooooocncccnnnnncnnnononannnnnnnnnnonnnaninenoss 1 9 Otc 2V Power Conector tii 1 9 1 0 7 2 FIV Power CONNEC EE 1 9 1 7 Attach FPIO Expansion Board and RTM Cables o
71. he XVI is equipped with two types of injector ejector handles see Figure C on page C 3 e 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 e 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 1s shipped from Themis VME64 type handles will be installed unless the customer specifies a different handle such as the Legacy VME 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 Legacy VME Handles When extracting a multiple board system from the VME rack frame it 1s important to remember that since there is no mating pin to hold handles together each han dle 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 direc tion until the system is totally remov
72. he above to be referenced The FPIO Expansion Board has two 6 pin mini DINs which are not mentioned above A drawing of the 6 pin mini DIN with pin and sig nal definitions can be found in Table A 14 on page A 20 Table A 14 PS 2 Keyboard and Mouse Pinouts and Signal Definitions LINE 3 Keyboard mouse clock ie A 20 Themis Computer Appendix Jumper Pins and Solder Beads This appendix provides jumper pin and solder bead locations and configurations for the XV 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 sol der bead configuration could seriously damage the XV1 If you encounter a prob lem 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 1s open breaking the circuit Figure B 1 on page B 3 shows the location of all jumpers on the XV 1 In Figure B 1 jumper pin is identified with a square and a triangle
73. hemis Computer Index Symbols 12 Volt Power Connector 1 9 1 11 12 Volt 5 Volt Power Connectors A 18 5 Volt Power Connector 9 1 11 Numerics 10 100 1000Base T Ethernet 7 A 5 5100 Memory Controller Hub 3 82571EB Dual Gigabit Ethernet Controller 3 3 82801 I O Controller Hub ICH 3 2 A AMP 2 1734344 3 A 16 AMP 5787617 4 A 15 ATI ES1000 2D graphics accelerator 2 4 Auxiliary Functions 2 4 B Baseboard 2 D VME P1 Pinout A 2 VME P2 Connector A 3 VME P2 Connector Pinout A 4 Battery Replacement 2 BIOS 3 4 BIOS Flash 3 4 Block Diagram XV1 2 2 Board LEDs C 9 Board Type C Cables attaching 1 5 1 7 Multiple I O Connector 60 pins 1 5 Paddle Board S COMI and COM2 IS Power Connectors 12V 5V 1 9 1 11 PS 2 KB M 1 6 1 10 SATA3 SATA4 SATA5 1 9 1 10 Stereo Audio Connector 1 9 1 11 SVGA Video Port 1 9 USB2 USB3 USB4 USB5 1 8 1 10 Power 1 5 Serial RS232 Micro DB9 to DB9 5 Carrier Boards 2 5 3 6 Cautions xxil Check Configurations 2 Comments are Welcome xxiii Component and Connector Diagrams Paddle Board 1 4 D 3 XV1 D 2 Customer Comments xviii D Daisy Chain Jumper Settings 2 Dimensions Front Panel C 2 Dual Gigabit Ethernet Controller Features 3 3 E Environmental Specifications 2 6 Ethernet 5 5 Connector Pin Signals and LEDs A 5 Connector Pinout A 5 Ethernet C Gigabit 7 2 3 Ethernet Port C A 5 F Features 2 Figure A 10 on page A 15 9
74. igure A 8 on page A 14 of Appendix A with signal descriptions described in Table A 9 page A 14 1 6 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 15 of Appendix A with signal descriptions described in Table A 10 page A 15 1 8 Themis Computer 1 XV1 Installation Attach Paddle Board Cables SVGA Video Port Attach one end of a standard 15 pin 3 rows x 3 display cable to the video port on the Paddle Board requires a 5 row P2 connector and the other end to an SVGA dis play 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 16 SATA Ports 3 4 and 5 Attach a standard SATA connector cable to any of the three SATA ports on the Pad dle Board Attach the other end to the desired device SATA3 may be routed to the front panel or P2 and must be specified at time of purchase 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 Auxiliary 12V 5V Power Connectors A Caution Your XV l requires the installation of auxiliary power cable s to the Pad dle Board from a 12V or 5V source on the chassis rack The X V1 will not operate without the auxiliary power connec
75. in 4x15 D shell connector Female e Manufacturer Part Number Molex 70928 2003 The XVI provides a single 60 pin connector on its front panel that supports four types of I O ports namely e Two Serial ports COMI COM2 e One SATA port SATA3 e Two USB 2 0 ports USBO USBI e One VGA graphics port To connect with each of these ports a special multi split connector cable 1s provided that can be attached directly to the multiple I O port see Figure A 4 SATA3 USBO USB1 Attach to 60 pin Multiple I O Port on XV1 faceplate VGA Graphics Figure A 4 Multiple I O Connector Cable Multiple I O Connector Cable when inserting into the female I O connection on the font panel of the XVI Despite the D shape of the connector it is possible to force fit the connector 180 from the correct mating position As such please take care to insure the Multiple I O Connector Cable is not inserted backwards H Caution Exercise care to ensure the proper orientation of the male connector A 6 Themis Computer A Connector Pinouts and Signal Descriptions XV1 Front Panel Connectors A connector pinout for the multiple I O connector is shown in Figure A 5 Baseboard Figure A 5 Multiple I O Connector Pinout Connector pin signals for the multiple I O connector are described in Table A 4 Table A 4 Multiple I O Connector Pin Signals IE n emos m Ae DEI DIE e oo ECO EI CN DIC EA EIC EC IO M
76. ion 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 publication or the product s described herein RESTRICTED RIGHTS LEGEND Use duplication or disclosure by the United States Government is subject to the restrictions set forth in DFARS 252 227 7013 c 1 i and FAR 52 227 19 TRADEMARKS Themis is a registered trademark of Themis Computer Inc XV I M is a trademark of Themis Computer Inc Intel is a registered trademark of Intel Corporation Xeon and Core are trademarks of Intel Corporation Tsil48 is a trademark of IDT Formerly Tundra Semiconductor Corporation All other trademarks or registered trademarks used in this publication are the property of their respective owners CE Marking LE This product complies with the European EMC Directive 2004 108 EC and the European Low Voltage Safety Directive 2006 95 EC Safety Precautions Instructions regarding safety precautions during installation operation or maintenance of the equipment are given in the section entitled Safety Instructions on page iv WARNINGS and CAUTIONS The definitions of WARNINGS and CAUTIONS as used in this
77. l Channel with both on board soldered see Table 2 2 page 2 3 DDR2 SOR DIMM memory modules 2 7 2 Operating Systems Operating systems supported by the XV1 include Red Hat Enterprise Linux and Windows y Note Please contact Themis customer support for specific OS questions regard ing your XVI including current supported version of the OS and availability of drivers You can reach Themis at support themis com or by visiting http www themis com 2 12 Themis Computer 2 XV1 Features and Specifications System Specifications 2 7 3 I O Subsystem Table 2 7 lists the I O subsystem functionality of the various XV configurations Table 2 7 XV1 l O Subsystem Specifications Front Panel Access VME P2 Access XV1 2 XV1 3 Paddle Board Super VGA SVGA Gigabit Ethernet C RJ45 Auto negotiating 10 100 1000BaseT Yes 5 row P2 only Agan Ethernet A RJ45 a Ge Ethernet B RJ45 a USBO and USB1 es PS 2 KB Mouse Yes Yes Yes Serial COM1 Tx Rx full Tx Rx full Tx Rx full E Gen Serial COM2 n n db e TR Kg Se m _ Stereo Audio Line in or Line out A SSS SS SATAO e SATAO is connected to the Compact Flash Lm SATA1 SATA1 and SATA2 are connected to PMC XMC slot 1 SATA can SATA2 also be connected to the onboard SATA header as a manufacturing option SATA CREME GENES NN QN SAM EE e SAS A M e Floppy Drive signals are connected to PMC Site 2 as a manufact
78. lder Beads The P2 I O Expansion Board has a total of three solder bead locations SB2 is located on the component side of the PCB and SBI amp SB3 are located on the back of the PCB RTM Rear Transition Module Solder Beads There are no solder beads on the RTM FPIO Expansion Board Solder Beads The FPIO Expansion Board has three solder beads total SB2 can be located on the component side of the PCB as seen in Figure B 4 on page B 10 SB1 and SB3 can be located on the bottom of the PCB as seen in Figure B 5 on page B 11 Table B 6 on page B 12 lists the description and default setting for the solder beads on the FPIO Expansion Board Component Side PCB Solder Beads There is a single solder bead SB2 on the component side PCB as seen in Figure B 4 on page B 10 The description of SB2 can be found in table Table B 6 on page B 12 B 9 Themis Computer XV1 Hardware Manual Version 1 2 B 10 Front Panel SB2 R203 5665 0227 u20 THEMIS DO ett SCH Copyright 2010 yis I Gn Cowan R93 KEYBOARD Made in USA Risa o Bario ES e P2 IO TO FRONT PANEL re ST R10625 a8 117803 L01 Re v E C175 INSI HH SIN Zanes oo oo Go MOUSE oo LINE IN L Ag O o s CH QO O ea BET ss Ove use lo y O o a E eg de m ET gas ST ys LINE OUT curser B Bes NA
79. ly A 16 ADO SATA POMS 34 and S ici A 17 A 5 6 Auxiliary 12 Volt 5 Volt Power Connectors oooooocncnnnnncnnnnnnncncnnnnnnnos A 18 A 5 6 1 Auxiliary 12 Volt Power Connector esses A 18 A 5 6 2 Auxiliary 5 Volt Power Connectors eseeeees A 18 A 5 7 Stereo Audio In Out Connectors ooocccnccccnnnnnnnonnnnnnnnnnnononannnnnnnnnnnononaninenoss A 19 A 5 6 Gigabit Ethernet AX and Ethemet baaa A 19 AO FPPIO EX pansion BOI Gg este st dan A 20 Appendix B Jumper Pins and Solder Beads cccccccccocooooncccnnnnnnnnnnnononononoss B 1 BE Field Contieurable Jumper PINS mundi idad B 1 BATE AVI Jumper PS toa lat B 1 B 1 2 Memory Module Jumper Pins cias B 2 Bolts XVI Paddle Board Jumper Pia B 4 B 1 4 FPIO Expansion Board Jumper Pins oooooonnnnnnnnnnnnnnnnnonnncnnnnnnnononananononss B 5 B 1 5 RTM Rear Transition Module Jumper Pins oooocccnncncccnnnnnncnnnnnnnnnos B 5 BZ Factory Configurable Solder Beads iia B 5 DL XVI Solder BE AGS d B 5 B22 Memory Module Solder Beads ir obio B 9 B 2 3 XVI Paddle Board Solder Beads tis iia B 9 B 2 4 P2 I O Expansion Board Solder Beads oooonnccnnnccccnnnononnnnnnnnnnnnnnnnanononnss B 9 B 2 5 RTM Rear Transition Module Solder Beads B 9 B 2 6 FPIO Expansion Board Solder Beads ssnnnnnnenessssooeenssssssssseerssssssssseerees B 9 B 2 6 1 Component Side PCB Solde
80. m Top Side Themis Computer D Board Component and Connector Diagrams P2 Paddle Board I2C Connector Hi e Line In 7 Stereo Audio T e Line Out On Board Audio Access ot e PS 2 Keyboard Mouse Connectors E z Mini DIN8 J e Serial COM1 COM right Dual 9 Pin D Shell 5V or 12V Power Connectors 6 Pin Molex e SVGA Connector 15 Pin D Shell Main Board Power Control Switch 5 Row P2 Connector only Testing only s e Gigabit Ethernet A 5 Row P2 Connector only VME P2 Testing onl e Gigabit Ethernet B y 5 Row P2 Connector only e SATAS may be routed to the front panel or P2 To VME 5 Row or 3 Row P2 Connector Figure D 2 Paddle Board Component and Connector Diagram Top Side Caution Connect the Paddle Board to the P2 connector of the VME Backplane only Connection to the P1 connector will cause operational malfunctions as well as possible damage to both the Baseboard and the Paddle Board D 3 Themis Computer XV1 Hardware Manual Version 1 2 D 3 FPIO Expansion Board PCB Figure D 3 below identifies front panel major board surface components and con nectors as seen from the top side of the FPIO PCB Realtek ALC262 Factory Programmable Pins Audio Codec Cypress CY7C65620 ME MA USB 2 0 Hub Controller 1 l E pum E bl Ll e L P KO
81. mis for available production level options Such available options include the FPIO Expansion Board which is mentioned through out this manual 1 3 Themis Computer XV1 Hardware Manual Version 1 2 I2C Connector il e Line In Stereo Audio T e Line Out On Board PAS Audio Access P mums e PS 2 Keyboard Mouse Connectors ae Mini DIN8 li e Serial COM1 COM right Dual 9 Pin D Shell 5V or 12V Power Connectors 6 Pin Molex e SVGA Connector 15 Pin D Shell Main Board Power Control Switch 5 Row P2 Connector only Testing only e e Dual USB2 USB3 J e Dual USB4 USB5 e Gigabit Ethernet A 5 Row P2 Connector only VME P2 For Development m e Gigabit Ethernet B Only To VME 5 Row 5 Row P2 Connector only AT or 3 Row P2 Connector e SATAS 5 row Paddle Card must connect to a 5 row VME backplane as such CES 22 BE j e SATA4 SATAS 3 row to 3 row Figure 1 1 Paddle Board Component and Connector Diagram Top Side 1 4 Themis Computer 1 XV1 Installation Install the Paddle Board Table 1 1 XV1 P2 Paddle Board I O Connections 1 1 SVGA monitor port monitor port Super VGA video support 5 row only Ka m 4 USB 4 USB ports USB2 USB3 and USB4 USB5 1 Lo NN keyboard mouse Mini DIN8 connector split cable 110104 002 is port required to attached a keyboard and a mouse ud full modem support COM2 Tx Rx on 2 serial ports ot
82. mputer How to Use This Manual XV1 Models The XV1 has a total of three models see Table 1 Table 1 XV1 Model Configurations PMC XMC Modules XV1 1 1 Module 1 VME Slot XV1 2 2 Modules 2 VME Slots XV1 3 3 Modules 2 VME Slots A Caution The original Themis 2P2 PMC XMC Carrier Board or 2P2 2P3 PMC Carrier Boards cannot be installed onto the XV1 A different PMC XMC Carrier Board is available for use with the XV 1 Please contact Themis for further details The XVI provides an onboard 2D Graphics accelerator Users may obtain greater eraphics capability by installing a TGA 7000 PMC graphics accelerator T2GPX XMC Graphics Card or any other graphics solution which follows PMC XMC module standards in one of the XVI PMC XMC module Sites Onboard X V1 graph ics must be disabled using jumper pin JP7 see Appendix B Jumper Pins and Sol der Beads Intended Audience This manual is written for system integrators and programmers It contains all neces sary 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 Linux or Windows such as Vx Works or some other real time kernel please consult the appropriate documentation supple ments accompanying your OS or kernel software Although all specific hardware features are described in the Hardware manual pro e
83. o duction level options 2 4 PMC XMC Carrier Boards Carrier Boards physically cannot be installed onto the XV1 A new PMC XMC H Caution The original Themis 2P2 PMC XMC Carrier Board or 2P2 2P3 PMC Carrier Board has been designed for the X V1 and is available See Also pg XV 2 5 l D Expansion Board A PMC XMC Carrier Board is available for the XV1 see previous section Model XV 1 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 the length of the Baseboard in order to accommo date the 2 slot high heat sink covering 1 3 of the surface of the baseboard Installed PMC XMC Module 2 3 Long I O Expansion Board Heat Sink S pr Figure 2 2 The l O Expansion Board on the XV1 3 Supports 2 PMC XMC Modules 2 5 Themis Computer XV1 Hardware Manual Version 1 2 2 6 2 6 FPIO Expansion Board An expansion board with front panel I O access is also available This board is used in conjunction with the RTM Rear Transition Module which attaches to the rear of the VME P2 backplane The RTM routes the VME P2 signals from the backplane in which the XV1 is connected to the rear VME P2 backplane in which the FPIO Expansion Board is connected The RTM has been designed to work with 2 slot XV configurations so that the FPIO Expansion Board sits directly next to the s
84. on coo SCH5027 COM2 LPC Debug Header LPC KB Mouse PS 2 Clock LPC Bus Super I O Pus Controller To PMC XMC Distribution Site 2 J24 Floppy Drive Legend O Front Panel Connector FD Full Duplex FPGA Field Programmable Gate Array D VME P2 Paddle Board LPC Low Pin Count Figure 2 1 XV1 Block Diagram 2 2 Themis Computer 2 XV1 Features and Specifications Baseboard The XV1 Front Panel I O connectors and LEDs are described in Table 2 1 Table 2 1 XV1 Front Panel I O Connections A AS 2 USB ports USBO and USB1 both with Keyboard Mouse support COM1 Modem Support and COM2 Transmit Receive only ASA gras po 2 PMC XMC Module I O cabling dependent on the PMC XMC card installed a This number changes to 1 if a carrier board is installed J Front Panel connector pinouts and signal definitions are defined in Appendix A Connector Pinouts and Signal Descriptions The XVI 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 supports up to 8 GB GigaBytes of memory 4 GB directly soldered to the bottom side of the XV 1 baseboard and 4 GB evenly divided between two small outline dual in line memory modules SOR 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 on page 2 2 Note The
85. onents consult Figure 2 1 on page 2 2 Intel 5408 Quad Core LV Xeon Processor The Central Processing Unit CPU used in the X V1 is the Intel 5408 Quad Core LV Xeon processor available at an operating speed of 2 13 GHz Each core is supported by an Ll cache of 64 KB 32 KB for instructions 32 KB for data and an L2 cache of 2x6MB The Intel 5408 Xeon architecture enables the system to use a wide range of peripher als and high performance operating systems including Linux and Microsoft Win dows For details on the Intel 5408 Xeon processor refer to the Intel website at http www intel com Intel 5100 Memory Controller Hub MCH The Intel 5100 Memory Controller Hub MCH supports development with high 3 1 Themis Computer XV1 Hardware Manual Version 1 2 3 1 3 3 2 performance low power Intel multi core processors and allows bladed and dense bladed 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 low power Intel I O Controller Hub and standard DDR2 memory technology The 5100 MCH 1s ideal for a wide range of applications including storage area net works SANSs network attached storage NAS routers medical imaging equip ment military signal and image processing and telecommunications servers Features include Lower power quad core Xeon processors to reduce cooling and improve per formance per wa
86. oooconoccocncccnnacoconcnnnonoconnocononcnrodoncnnnocnanacononos 3 7 3 4 3 Cypress CY7C65620 USB 2 0 Hub Controller ss 3 8 Appendix A Connector Pinouts and Signal Descriptions ssse A 1 Pol XV Re r Wen Te EEN A 1 WATER AR ei OT A 1 Pou VME P COMME o tdo lata octal A 3 A 2 XV 1 Front Panel COME aii A 5 Al Gigabit Ethernet GbE POr C xci dnce ere aste Re eden cue auto easet A 5 2822 2 Multiple UO C ODDeGCIOE cintia A 6 A 2 2 1 Serial Ports COMI amp COMODO 4 eere eene nere rennen A 8 VTA SYL A AAA E A NOUS A 8 A 2 2 3 USB Ports USBO amp USBI caia A 8 12 24 NOA Graphics Port ias A 8 3 Push BUON RESET aa re bo DESEA A 8 AA XV PMC Module Card Connectors eee ennemis A 9 A 4 1 PMC Module Connector J21 J11 ener nnn A 10 A 4 2 PMC Module Connector J22 J12 1 eee eere A 11 A 4 3 PMC Module Connector J23 4 eeceeeeeee eene eene rhone ne NNN KA A 12 A AA PMC Module Connector J24 NNN NNN NNN A 13 AS ANTP Paddle BOJA nara is A 13 Themis Computer XV1 Hardware Manual Version 1 2 A 5 Serial COMI and COM2 Connectors ccccccccnnnnncnnnnnnnnnnnnnnannnncnnnnonononaninenoss A 13 A 5 2 DIN 8 PS 2 Keyboard Mouse Connector essere A 14 A53 USB Ports USB27 USB3 and USB4 USBS session A 15 A 5 4 SVGA Monitor Port 5 Row VME Backplane On
87. oooooonnccncncncnoncnonincnnnnnnnnnos 1 10 4 PS2 Key board Ne 1 10 1 52 USB PortsAy D C and Di 1 10 bio SATA Port A S and e eran M 1 10 1 7 4 Stereo Audio I O Connectors eeeeessssseeseeeeeeeeeeenneeenennnn nnns 1 11 1 7 5 Auxiliary 12V 5V Power Connectors cocccccccccnnnnnnnnnnnnnnnnnnnnnnonononinnninnnos 1 11 MAL FLV Power e E EE 1 11 1 732 ES V Power Connectors da ai 1 11 Themis Computer XV1 Hardware Manual Version 1 2 viii 1 5 Daisy Chain Jumper Settings dunas 1 12 LS TON REV Baer AT 1 12 1 91 Post Battery Replace Mentira ii 1 13 LOL Recontisute BIOS Seti Sib 1 13 1 10 Inserting and Removing the X V L sai ee EA 1 13 XVI Features and Specifications eeseeesssssssssssssseeeeeeeeeeeeenennnnnnnnn 2 AE Ee DEE 2 1 2 2 JPMICIASNVIG C dS mirer 2 4 20 Pade eu AAA O ote E D Eu desine TEC eae Ce 2 4 2 4 PMC XMC Cartier Boards mascota 2 5 22 UOEXPIASION BOI d ces 2 5 2 0 FPIO Expansion Board is 2 6 2 6 1 RTM Rear Transition Module 2 8 20 11 Optional Coyertor the RITM ui ais 2 11 2 1 SYSTEMS pecic INOS a tcutsietotyei reta hd erbe tEiu t ietolunirbemi impe PA DEC LE cru 2 12 2 7 1 Processor and Memory Subsystems ccccccccccnocccnnnnnnnnnnnnnocnnnnnnnnnnononaniniononss 2 12 g 2 ODD yy Ste MNS ad 2 12 Z9 IO SUBSVSDeDU sodtutieluse iiio e toma E EUdES 2 13 Zub AUX POMCUOMS us teased ues a sas aus ds 2 14 2 7 5 S
88. ovide 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 1 LAN port RJ45 Gigabit Ethernet C connected to the 82574 PHY Multiple I O Connector Ports 2 USB ports USBO and USB1 both with Keyboard Mouse support COM1 Modem Support and COM2 Transmit Receive only ISA granos pen a COM1 COM2 and SATA3 may be routed to the front panel or P2 Desired option must be mentioned at time of pur chase 1 5 1 Gigabit Ethernet Port C The XV 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 XVI to a network through Ethernet C you can verify if a proper physical connection has been made by executing the proper network command 1 5 2 Multiple I O Connector Ports 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 multiple I O connector on the XV Front Panel securing the cable with attached thumb screws At th
89. pansion Board LEDs The FPIO Expansion Board has LEDs on the front panel as well as the component side of the PCB The front panel LEDs depict Ethernet status and the PCB LEDs are useful for debugging purposes C 4 1 1 Front Panel LEDs Below Figure C 8 1s a drawing of the front panel LEDs The description for these LEDs can be found in table Table C 4 on page C 12 The LEDs marked in callout A represent the connection between the FPIO Expansion Board and XV1 The LEDs marked in callout B represent the connection between the RJ 45 ethernet port and the device to which it is connected e router gateway etc gt y A S B FPIO Expansion Board to XV1 Speed Activity LEDs E D O Ethernet Port Speed Activity LEDs lt 000 gt S A T A Figure C 8 FPIO Front Panel LEDs Themis Computer XV1 Hardware Manual Version 1 2 Table C 4 FPIO Front Panel LED Descriptions Not Gbit s This condition indicates a speed other than 1 Gbit s The resulting speed being either 10 Mbit s or 100 Mbit s n There is no way to differentiate from the Link Speed LED if the link speed is at 10 Mbit s or 100Mbit s Gbit s 1000 Mbit s LED lights when traffic is detected on the ethernet connection between the FPIO Ex pansion Board and XV1 Not Gbit s This condition indicates a speed other than 1 Gbit s The resulting speed being either 10 Mbit s or 100 Mbit s There is no way to differentiate from the Link
90. r XV1 Hardware Manual Version 1 2 Themis Computer E VME Slot Configurations XV1 Model XV1 1 Front Panel Top View Model XV1 2 0 Baseboard 2 PMC Slots Top View Model XV1 3 I O Expansion Board 2 PMC Slots Baseboard 1 PMC Slot Top View Note The I O Expansion Board is only 2 3 high 4RU Single height heat sink Approved PMC Cards 1 supported by Themis o 3 4 5 2009 5 Figure E 1 XV1 VME Slot Configurations VME Slots 1 PMC Sites Audio UO XV1 1 THEMIS VME Slot 1 VME Slots 2 PMC Sites Audio UO XV1 2 THEMIS OZXTOZU Oz x Oozvu VME Slots 2 PMC Sites Audio UO XV1 3 THEMIS P P M M C C x x M M C e Oz x Oozvu Themis Computer XV1 Hardware Manual Version 1 2 E 4 Themis Computer Appendix Repackaging Instructions F 1 Repackaging for Shipment If 1t becomes necessary for any reason to return your XV unit back to Themis it is very important that the original packaging materials be used according to the repack aging instructions found in this appendix Themis has qualified all of its shipping materials to meet the highest of standards and the rigors of today s shipping meth ods thus insuring total protection of the product during delivery Failure to use orig inal packaging materials exactly as described in this appendix may invalidate the warranty If the ori
91. r Beads occcccccccnoononocnncnnnnnnos B 9 B 2 6 2 Bottom Side PCB Solder Beads oooonnnccncccccnncnononcnnnnnnnnnos B 11 Appendix C Front Panel I O Connections and LEDS C 1 C ba derer eg e usse cine Ran e ed Used pug iactata eui biss dap AS Dcddai nad C 1 CALL bront Panel DIMENSIONS pisada C 2 Call Tnjectot BJector te EN C 2 C 1 2 1 VIVIBGAsty pe Handles eenegen C 2 C 1 2 2 Tesacy V ME Handles asii C 2 C2 LEN LON AOS do ei orien EA tq cnr hace SEED ED M MIS C 3 Themis Computer Table of Contents C21 lte ECKE OBBeCIOE meseros C 3 C22 XN EK E AL ere da C 4 2 9 XVI PNICIX MC Modules E C 5 ELA ANYS 3 PNMECZXNIC MOGUIeS asii ii C 6 Be Oe E E Dt C 7 CSI E C 8 CaA PPIOSExpansion BO C 10 C LI FPIO Expansion Board LEDS crt e oerte fate oer eerie C 11 CALL BontPanelDEBEDS iu bein Ee C 11 C 4 1 2 FPIO Expansion Board PCB LEDS seesesss C 13 Appendix D Board Component and Connector Diagramas D 1 Do ET DEE D 1 B P2 Padd e WEE D 1 DS PPIO Expansion Board POB E D 4 Appendix E VME Slot Configurations ccccccccccccnncccnnnnonoonncnnnnnnnnnnnnnnnnnnnnonononnnnnonnnannns E 1 Appendix F Repackaging Instructions F EL Repackasio for Mire Ue aaa isis F 1 F2 Packaeins COmpOnents ses lianas F 2 Fo Instructions for Ee a ple ee Ad etae fo Ure da uid Seda pn F 3 MN OX rs T
92. r Transition Module are the same as listed below for the Paddle Board Table 2 11 Typical Power Requirements Memory Rail 2 13 GHz CPU Operating Speed E 5 volts DC Na i Auxiliary a Total 2 17 Themis Computer XV1 Hardware Manual Version 1 2 Table 2 11 Typical Power Requirements Continued 2 13 GHz CPU Operating Speed Memory Rail 5 volts DC 14 0 watts To be determined 4 GB Auxiliary Voltage Paddle Board 47 2 watts To be determined Total 61 2 watts 5 volts DC 14 0 watts To be determined 6 GB Auxiliary Voltage Paddle Board 47 9 watts To be determined Total 61 9 watts 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 SOR DIMM installed b 12 volt or 5 volt source from the P2 Paddle Board 2 11 2 18 Airflow requirements The airflow requirements for the X V1 are dependent on configuration and geograph ical location of the system As a base guideline for sea level each slot should receive at least 19 CFM of airflow Some XV1 models occupy 2 slots thus needing a total of 38 CFM of airflow or greater Themis Computer Overview Section Chapter Hardware Overview The following sections provide a description of the major components of the X V1 3 1 3 1 1 3 1 2 Baseboard For a block diagram of baseboard comp
93. r connector pinout signals are defined in Table A 13 6 1 Figure A 12 P2 Paddle Board Power Connector Pinouts Paddle Board Edge Table A 13 12V 5V Power Connector Pin Signals Hav 8V 12V 5V 12V 5 A 5 6 2 Auxiliary 5 Volt Power Connectors The system power supply can also provide 5 volts to the paddle board through connectors Jl and J15 4ue to increased current over 12 both 5 volt connections are recom mended Use two power cables P N 111230 001 Do not mix voltages both connections should either be 5V or 12V Themis Computer A Connector Pinouts and Signal Descriptions XV1 P2 Paddle Board A 5 7 Stereo Audio In Out Connectors e Connector Type Stereo Mini Jack 3 5 mm 2 required e 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 analog audio signals one for input the other for output Stereo Stereo Out Jack In Jack Paddle Board Front Edge Figure A 13 P2 Paddle Board Stereo Audio Connectors 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 A 19 Themis Computer XV1 Hardware Manual Version 1 2 A 6 FPIO Expansion Board All I O ports on the front panel are of standard pin and signal definitions thus allow ing t
94. rammers wishing to write code for the X V1 without the benefit of an operating sys tem or real time kernel will require additional data sheets The reader should have a working knowledge of VMEbus and PCI local bus stan dards as well as Ethernet and SATA specifications xix Themis Computer XV1 Hardware Manual Version 1 2 Unpacking 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 H Caution The XV contains statically sensitive components Industry standard Remove the XV and accessories from the shipping container and check the con tents 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 Also please check to verify all jumper pins and solder beads are configured correctly Please report any shipping discrepancies to the Themis Computer Customer Support group immediately support themis com or 1 510 252 0870 For Repackaging of your XVI please refer to Appendix F Repackaging Instruc tions of the manual XX Themis Computer How to Use This Manual Chapter Overview The chapters and appendices of this manual are briefly outlined as follows e Chapter 1 XVI Installation
95. reo 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 xix as well as a standard PMC XMC Module card 64 bit 066 MHz amp 32 bit 0 33Mhz depending on site installed can be installed on two models of the XV Operating systems include Linux and Microsoft Windows Please specify OS and OS version at time of purchase This XVI Hardware Manual P N 116704 022 describes models of the XV1 pres ently available see Table 1 also see Figure 2 and Figure 3 on page xviii Figure 1 Model XV1 1 6RU VME Bus Quad Core Xeon Computer xvii Themis Computer XV1 Hardware Manual Version 1 2 Figure 2 Model XV1 2 6RU VME Bus Quad Core Xeon Computer e a 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 ser vices 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 dam age can be caused by improper handling of the equipment xviii Themis Co
96. rewritten to reflect new packaging materials and repackaging instructions e Assorted minor edits and changes throughout the manual Version no June 2009 iii Themis Computer XV1 Hardware Manual Version 1 2 Safety Instructions To maximize user safety and ensure correct device operation all instructions con tained in this section should be read carefully Caution It is important that the user observe all warnings and instructions that are on the device and contained in this manual e The device must be used in accordance with the instructions for use e Electrical installations in the room must correspond to the requirements of respective regulations e Take care that there are no cables particularly mains cables in areas where persons can trip over them e Do not use a mains connection in sockets shared by a number of other power consumers Do not use an extension cable e Do not set up the device in the proximity of heat sources or in a damp location Make sure the device has adequate ventilation e All connection cables must be screwed or locked to the chassis housing e The device 1s no longer safe to operate when the device has visible damage or the device no longer functions e In these cases the device must be shut down and secured against unintentional operation e Repairs may only be carried out by a person authorized by Themis Computer e If extensions are made to the device th
97. ropriate voltage to support higher power levels required by the XV Go to Section 1 6 7 Auxiliary 12V 5V Power Connectors on page 1 9 for more information PS 2 Keyboard amp Mouse Connect a 6 pin mini DIN Cable to the PS 2 Keyboard Mouse ports on the FPIO Expansion Board A pinout of the PS 2 Keyboard Mouse is given in Table A 14 on page A 20 of Appendix A with signal descriptions described in Table A 14 page A 20 USB Ports A B C and D Connect a standard USB 2 0 cable to any of the four USB ports on the FPIO Expan sion Board A pinout of the USB Ports can be referenced in Figure A 9 on page A 15 of Appendix A with signal descriptions described in Table A 10 page A 15 SATA Ports A and B Attach a standard SATA connector cable to any of the two SATA ports on the FPIO Expansion Board Attach the other end to the desired device Themis Computer 1 XV1 Installation Attach FPIO Expansion Board and RTM Cables 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 FPIO Expansion Board Auxiliary 12V 5V Power Connectors A Caution Your XV requires the installation of an auxiliary power cable to the RTM from a 12V 5V not recommended source on the chassis rack The XV1 will not operate without the auxiliary power connection 1 7 5 1 1 7 5 2 12V Power Conne
98. s C 2 Lithium Battery 2 M manual part number 1i Memory Configurations 2 5 Memory Controller Hub Features 3 2 Memory Controller Hub MCH 5 Memory Module Solder Beads 5 9 Memory Specifications 2 12 Model Configurations xix C XV E I Multiple I O Connector A 6 C 5 SATA port SATA3 A 6 SATA3 Port 4 8 Serial ports COMI COM2 A 6 Serial Ports COMI amp COM2 A 6 USB 2 0 ports USBO USB1 4 6 USB Ports USBO amp USBI A 6 VGA Graphics Port A 8 VGA graphics port A 6 multiple I O connector 1 7 Themis Computer Index cable 1 7 Multiple I O Connector 60 pins 1 5 Multiple I O Connector Cable A 6 C 5 Multiple I O Connector Pinout A 7 Multiple I O Connector Ports 1 7 2 3 SATA3 port 1 7 2 3 Serial ports COMI and COM2 1 7 2 3 SVGA graphics port 7 2 3 USB ports O and 1 7 2 3 Multiple I O Connector Pin Signals A 7 multi split connector cable A 6 N Notes xxii O Operating systems 2 2 Linux Red Hat Enterprise xvi Microsoft Windows xvii P Packaging Components 7 2 Paddle Board 2 4 D 1 12V and 5V power 2 4 12V power 5 5V power 1 5 3 Row 1 5 5 Row 1 5 Connectors A 3 Ethernet A and Ethernet B A 9 Ethernet ports 1 5 2 4 I O Connections 5 2 4 Installation 5 Jumper Pins B 4 Jumper Pin Locations 5 4 PS 2 keyboard mouse port 5 2 4 SATA Port 1 5 SATA ports 2 4 serial ports 1 5 2 4 Stereo audio input output 1 5 2 4 SVGA monitor port 1 5 2 4 USB ports 1 5 2 4 Pi
99. s 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 e 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 e ACPI 1 0 2 0 compatibility therefore supports multiple low power down modes e Support for the ISA Plug and Play Standard register set v1 0a 3 3 Themis Computer XV1 Hardware Manual Version 1 2 3 1 6 Tundra Tsi148 PCI X to VME Bridge The Tundra Tsil48 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 nterrupt 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 e 32
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101. t removed Power cycling the board down will clear this LED This LED on indicates the board is the System Controller Clock System arbitra tion and interrupt handling are tasked to the System Controller When the LED is off board is configured as a non System Controller CPU Temperature 3 d LED Warning Yellow This LED indicates the CPU s tempera ture has exceeded safe operating levels When this state has been reached the TCC Thermal Control Circuit will start throttling 4th ED Optional Green This LED is available for use by any appli cation It will remain off until either or both of GP50 and GP51 of the Super IO is driv en low The LED is driven by the product GP50 amp GP51 of the two signals 5 Bottom VME Failure Red This LED lights when the VME System Failure signal is asserted a Callout E is From Figure C 6 on page C 7 Themis Computer XV1 Hardware Manual Version 1 2 C 4 FPIO Expansion Board VME64 Injector Ejector Handle KEYBOARD PS 2 Keyboard amp Mouse Audio Line In amp Line Out Stacked USB 2 0 A B amp C D FPIO to XV1 Ethernet D status LEDs EC m Dual RJ 45 Ethernet Port 0 amp 1 SATA Pot A amp B VME64 Injector Ejector Handle Figure C 7 FPIO Front Panel I O and LEDs C 10 Themis Computer C Front Panel I O Connections and LEDs FPIO Expansion Board C 4 1 FPIO Ex
102. t 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 Dia grams shows X V1 P2 Paddle Board I O connectors which are described in the fol lowing sections A 5 1 Serial COM1 and COM2 Connectors e Connector Type Dual micro D 9 pin Male each Right Angle 2 required e Manufacturer Part ITT Cannon MDSM 18PE Z10 VR25 The XV1 VME P2 Paddle Board contains two serial ports COMI and COM on its front edge with COMI offering modem support see Figure A 7 for a connector pin out and Table A 8 on page A 14 for pinout descriptions Note that modem support 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 modifi cations COMI 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 COMI and COM2 ports Symbol serial Ports COM1 COM2 9 Important Note 6 COM 1 and COM2 may be routed to either the front panel or P2 This is a manufacturing option and should J7 be specified at the time of purchase Paddle Board Edge Figure A 7 P2 Paddle Board Serial COM1 and COM2 Connector Pinout A 13 Themis Computer XV1 Hardware Manual Version 1 2 Table
103. tio ei da C 4 Figure C A XAVIO ront Panel so cet dla dal C 5 Lmuret s AVIO Prone Pala di iia C 6 Feuer XVI Eront Panel LEDS usais iii id C 7 Figure C 7 PPIO Front Panel VO and LEDS ii C 10 Figure C 8 EPIO Front Panel LEDS ninas adi C 11 Emurec 9 FPIO PCB LED Locations sitiada dada C 13 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 D 3 FPIO Component and Connector Diagram Top Side D 4 Figure E 1 XV1 VME Slot Configurations esses E 3 Fisure P Packaging GODIDOBOHS diio etse pi pesca E se dots ro rente PE beatae dota pd eee F 2 FisureR 2 gt Order ol Assemb y nue oot Dp ewe ot c nouns hd oua epa A F 4 List of Tables Table 1 XV Model Configurations esses nnne nennen nennen nenne XiX Table 1 1 XV L P2 Paddle Board VO Connectons 22 reete repetat ore eoe hen 1 5 Table 1 2 XV Integration Kit Order Dependent occccccccononnnnnnnnnnnnnnnnnonnnnnnnnnnnonaninonoss 1 5 Table 1 3 ANT Eront Pa el LO onpectlolls aa 1 7 Themis Computer Table of Contents Table 2 1 Table 2 2 Table 2 3 Table 2 4 Table 2 5 Table 2 6 Table 2 7 Table 2 8 Table 2 9 Table 2 10 Table 2 11 Table A 1 Table A 2 Table A 3 Table A 4 Table A 5 Table A 6 Table A 7 Table A Table A 9 Table A 10 Table A 11 Table A 12 Table A 13 Table
104. tion 1 6 7 1 1 6 7 2 The user has the option of providing either 12 volts or 5 volts to the X V1 to supple ment the voltage supply provided through the VME backplane Either voltage option 1s sufficient to operate the XV1 at maximum performance For typical power require ments see Table 2 11 page 2 17 in Chapter 2 X V1 Features and Specifications A pinout of the power connector is given in Figure A 12 on page A 18 of Appendix A with signal descriptions described in Table A 15 page A 18 12V Power Connector Connect only one power cable P N 111230 001 to either one of the 6 pin power con nectors J1 or J15 on the Paddle Board Connect the other end of the power cable to the appropriate 12 volt voltage source of the rack power supply 5V Power Connectors Connect both power cables P N 111230 001 to each of the 6 pin power connectors Themis Computer XV1 Hardware Manual Version 1 2 y JI and J15 on the Paddle Board Connect the other end of each power cable to the appropriate 5 volt voltage source of the rack power supply When connecting power to the XV1 DO NOT mix 5V and 12V power input Both power connections must be of the same voltage for the XV1 to function properly 1 1 7 1 1 7 2 1 729 Attach FPIO Expansion Board and RIM Ca bles It is important that the auxiliary 12V 5V not recommended power cable also be connected to chassis rack power to provide the app
105. tt for thermally constrained applications e Fast speed memory operating at 533 667 Mhz Registered ECC Dimms to protect data and improve reliability e Virtualization Technology VT that assists virtualization software to deliver efficient solutions and greater capabilities including 64 bit guest OS support e 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 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 cost effective system solutions Features include e PCI 2 2 compliant with support for 33 MHz PCI operations ACPI Power Management Logic Support Enhanced DMA controller interrupt controller and timer functions ntegrated IDE controller support e System Management Bus with additional support for I2C devices ow Pin Count LPC interface e Firmware Hub FWH interface support Themis Computer 3 Hardware Overview 3 1 4 Baseboard 82571EB Dual Gigabit Ethernet Controller The Intel 82571EB Gigabit Ethernet Controller is a single compact component with two fully integrated Gigabit Ethernet Media Access
106. ur Floppy Drive ing option a Ethernet A and Ethernet B are also connected to the PO 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 COM1 requirements are a manufacturing option and must be stated at time of purchase 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 COM2 requirements are a manufacturing option and must be stated at time of purchase e SATAS can be accessed either through the Front Panel or the P2 Paddle Board but not both at the same time SATA3 require ments are a manufacturing option and must be stated at time of purchase Yes Tx Rx full modem 2 13 Themis Computer XV1 Hardware Manual Version 1 2 2 14 2 4 2 9 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 Two LEDs located on Front Panel of the Baseboard See C 2 2 XV1 1 1 PMC XMC Module
107. uxiliary Functions 2 4 Environmental 2 6 Memory 2 2 Non Operating Environmental 2 6 Operating Environmental 2 6 Processor 2 12 Subsystem 2 13 System 2 12 Split Pigtail Cable DIN 7 5 Stereo Audio I O Connector 9 1 11 Stereo Audio In Out Connectors A 9 Subsystem Specifications 2 5 Super I O Controller 3 5 SVGA Display Port A 16 SVGA Video Port 1 9 System Specifications 2 12 T Table 2 11 page 2 10 7 9 Table 2 4 2 72 Table A 10 page A 14 1 8 1 10 Table A 11 page A 15 7 9 Table A 13 page A 17 1 9 Table A 2 page A 3 2 4 Index 4 Table A 8 page A 13 1 8 Table A 9 page A 13 1 8 1 10 Table B 6 FPIO Solder Bead Settings Bottom and Component Side B 12 TGA 7000 PMC Graphics Card 2 4 Themis Customer Support 11 TOD NVRAM Battery 1 12 Location 1 12 Ts1148 PCI X to VME Bridge 3 4 Tundra Ts1148 PCI X to VME Bridge 3 4 U Unpacking the XV xx USB Ports 2 3 4 and 5 1 8 1 10 USB Ports 2 3 and 4 5 Connector Pin Signals A 15 USB Ports Dual A 5 USB2 USB3 A 15 USB4 USB5 A 15 V Version Revision History 111 Version 1 0 111 Version 1 1 111 Version 1 2 111 VME Pl Connector A Connector Pinout A Connector Pin Signals A 2 VME P2 Connector A 3 Connector Pinout A 3 Connector Pin Signals A 4 VME64 Type Handles C 2 W Warnings xxii Warranty xxiii Website information xxii Themis Computer Index XVI Baseboard 3 1 D 1 Block Diagram 2 2 Component and Connector Diagram Top Side
108. vate 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 sup port in the computer industry Customer support is available 8am Spm 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 XVI 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 supportOthemis 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 116704 022 in the subject line of your email xxiii Themis Computer XV1 Hardware Manual Version 1 2 XXlV Themis Computer MEF Section ion XV1 Installation 1 1 Determine Board Type The Themis XVI single board computer is available in three model configurations as defined in Table 1 on page xix of the Preface chapt
109. yboard DIN and 6 pin Mouse DIN MOTORUNA Paddle Board Cable Power 111230 001 Paddle Board 1 5 Cable Serial RS232 Mini DB9 M to DB25 M 108113 06 Only one cable Themis Computer XV1 Hardware Manual Version 1 2 1 4 Install the FPIO Expansion Board The FPIO Expansion Board PN 117803 L01 attaches to the slot 3 VME backplane connectors in the chassis and is routed to the XV baseboard through the use of the RTM Rear Transition Module PN 117802 L01 The RTM attaches to the rear of the VME P2 connectors of slot 1 and slot 3 thus joining the XV baseboard with the FPIO Expansion Board In this way the signals from the front panel on the expan sion board are transferred to and from the X V1 unit The FPIO Expansion Board and RTM install as seen in Figure 1 2 below Front Panel P2 1 O Expansion Board XV1 Baseboard 2PX2 Carrier VME P2 Connectors VME Backplane Rear Transition Module Power Connector Figure 1 2 FPIO Expansion Board and RTM Configuration The FPIO Expansion Board can be seen in greater detail in Chapter 2 X V1 Fea tures and Specifications along with the RTM page 2 6 and page 2 8 1 6 Themis Computer 1 XV1 Installation 1 5 Attach Front Panel l O Cables To connect the X V1 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 pr
110. ystem Controller vs Non System Controller Local to VME Resets 2 14 2 7 5 1 Non System Controller Local to VME Resets 2 15 2 7 5 2 System Controller Local to V ME Resets 2 15 2 8 Environmental Specifications eee nnn nnne essen nnns 2 16 2 9 JResulatory COMPUANCS nante 2 17 2 10 Dypical Lo Wet Require mie E 2 17 ZA D e ge Te QUIPCINC E 2 18 Hardware OVERVIEW oi ita 3 1 JE E e E 3 1 3 1 1 Intel 5408 Quad Core LV Xeon Processor occccoccccnccccnoccnnnccnnnncononicnnniconns 3 1 3 1 2 Intel 5100 Memory Controller Hub MCH esee 3 3 1 3 Intel 82801 I O Controller Hub ICH ern 3 2 3 1 4 82571EB Dual Gigabit Ethernet Controller ess 3 3 Themis Computer Table of Contents 3 1 5 5C T5027 Super VO Controller ssl dnd eene 3 3 3 1 6 Tundra Tsil48 PCI X to VME Bridge 3 4 341 7 Prosramimable L0916 lle 3 4 Ss BIOS Blas MEMO cds 3 4 LO ZGPLBSTOO0 RINSU 2D Graphics sitas 3 5 3 1 9 1 General and Interfacing Features oocccccccccnncononocncnnnnnnnnnnnnnanononss 3 5 SN E e er RE e e as de cade 3 5 Sl SEET Get 3 5 IRIA Jee 3 6 ALIS Packa iNe aclara 3 6 3 2 PNMICIXMIC Cartier BON dS EEN 3 6 2 9 FVO Expanston Board cr AS 3 6 odd FPIO Expansion BO A a 3 7 3 4 1 Broadcom BCM53115M Ethernet Switch eene 3 7 3 4 2 Realtek ALC262 Audio Codec
111. z s oo a e us 3 O 089219 ee 80 60 60 a JL 2 op go Go GS gr au A ele 9000 E S S z E B OO TOR 900280 189210 g 99 89 2 JF a o Tr o ee oo mw ee U v9921 es l Ton TOMO op Hn 00000 x To IB oO ss L 60 60 66 9 69 v 9 18 TEES eL el av OOOOQO ER o of 85 65 999219 v THE og g SE g ERG 19191919 oooo a Ol EN 60 o o ol E dv d d stan alejas 2 EE Q e ges SZdYO wo RE Go op Cm DO aa 6066 00000 ge 5n go ab o Er gt E 0000 OOOOO Jl Ee TA B AV co see Se eal sr ene e z Es X a Fim QOQOOOQ DHbt wht With titi pale t em D x ul ER Gd 00000 AS e EEE Les ES 1 1 aaa a o K OQ QOO o msg 2 Q R 60 aa o fama g sepe em G e s ee OD ES 5 T as a q gt OP OOS 01071088 E iM dr peso late OD GO GO o an OL O 89 25 C000000000 2 a jf e AM ms O BBC 00 E eee o o v N co iD SN Bottom Side 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 Themis Computer B Jumper Pins and Solder Beads B 2 2 B 2 3 B 2 4 B 2 5 B 2 6 B 2 6 1 Factory Configurable Solder Beads Memory Module Solder Beads There are no solder beads on the XV1 Memory Module XV1 Paddle Board Solder Beads There is one solder bead SB1 on the XV1 Paddle Board This solder bead should always be shorted and is set as such from the manufacturing process P2 I O Expansion Board So

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