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XVME-6300 

6U VME Intel i7 Core Processor Board 

Acromag, Inc. Tel: 248-295-0310 

- 18 - 

www.acromag.com 

 

VME P2 

The following ports are available on the VME P2 connector: SATA0,1; Audio; VGA; DVI; COM1,2; USB3,4; 
GPI0-3; GPO0-3; PCIE X1; PMC2 I/O pins 1 thru 28.  

Accessing these ports can be done easily by using the XVME-9630 RTM module, provided the system 
backplane supports use of RTM modules.   

PIN 

PMCB_IO10 

SATA_TXP0 

+5V 

AUD_LINEOUT_R 

DVI_P0_DP

 

GND 

SATA_TXN0 

GND 

AUD_LINEOUT_L 

DVI_P0_DN

 

PMCB_IO11 

GND 

RETRY# 

AGND_AUDIO 

GND

 

GND 

SATA_RXP0 

A24 

AUD_LINEIN_L 

DVI_P1_DP

 

PMCB_IO12 

SATA_RXN0 

A25 

AUD_LINEIN_R 

DVI_P1_DN

 

GND 

GND 

A26 

AUD_SENSE_B 

GND

 

PMCB_IO13 

SATA_TXP1 

A27 

AGND_AUDIO 

DVI_P2_DP

 

GND 

SATA_TXN1 

A28 

GND 

DVI_P2_DN

 

PMCB_IO14 

GND 

A29 

CRT_REAR_RED 

GND

 

10 

GND 

SATA_RXP1 

A30 

CRT_REAR_GREEN 

CLK_DVI_DP

 

11 

PMCB_IO15 

SATA_RXN1 

A31 

CRT_REAR_BLUE 

CLK_DVI_DN

 

12 

GND 

GND 

GND 

CRT_REAR_VSYNC 

GND

 

13 

PMCB_IO16 

USB_P2_DP 

+5V 

CRT_REAR_HSYNC 

DVI_HPD

 

14 

GND 

USB_P2_DN 

VD16 

GND 

DVI_SDA

 

15 

PMCB_IO17 

GND 

VD17 

REAR_DDC_DATA 

DVI_SCL

 

16 

GND 

USB_P3_DP 

VD18 

REAR_DDC_CLK 

GND

 

17 

PMCB_IO18 

USB_P3_DN 

VD19 

GND 

PCIE_PCH_RTM_DP

 

18 

GND 

GND 

VD20 

COM2_TX 

PCIE_PCH_RTM_DN

 

19 

PMCB_IO19 

V_5V_USB_P2 

VD21 

COM2_422_485_TX- 

PCIE_RTM_PCH_DP

 

20 

GND 

V_5V_USB_P2 

VD22 

GND 

PCIE_RTM_PCH_DN

 

21 

PMCB_IO20 

GND 

VD23 

COM2_RX 

GND

 

22 

GND 

COM_1_TX 

GND 

COM2_422_485_RX- 

PMCB_IO1

 

23 

PMCB_IO21 

COM1_RTS#_422_485_TX 

VD24 

GND 

PMCB_IO2

 

24 

GND 

GND 

VD25 

VME_GPIN0 

PMCB_IO3

 

25 

PMCB_IO22 

COM_1_RX 

VD26 

VME_GPIN1 

PMCB_IO4

 

26 

GND 

COM1_DSR#_422_485_RX- 

VD27 

VME_GPIN2 

PMCB_IO5

 

27 

PMCB_IO23 

GND 

VD28 

VME_GPIN3 

PMCB_IO6

 

28 

GND 

COM1_CTS# 

VD29 

VME_GPOUT0 

PMCB_IO7

 

29 

PMCB_IO24 

COM1_DTR# 

VD30 

VME_GPOUT1 

PMCB_IO8

 

30 

GND 

PMCB_IO26 

VD31 

VME_GPOUT2 

PMCB_IO9

 

31 

PMCB_IO25 

PMCB_IO27 

GND 

VME_GPOUT3 

GND

 

32 

GND 

PMCB_IO28 

+5V 

PCIE_RST# 

+5V

 

 

 

 

Summary of Contents for XVME-6300

Page 1: ...Processor Board USER S MANUAL ACROMAG INCORPORATED 30765 South Wixom Road Wixom MI 48393 2417 U S A Email solutions acromag com Tel 248 295 0310 Fax 248 624 9234 Copyright 2012 Acromag Inc Printed in...

Page 2: ...equipment will invalidate European Free Trade Area EFTA EMC compliance and may result in electromagnetic interference and or susceptibility levels that are in violation of regulations which apply to t...

Page 3: ...m Technical Support In the unlikely event that you experience problems with your product contact Technical Support Please be prepared to provide contact information and details of your problem You may...

Page 4: ...PMC Expansion 3 Software Support 4 XVME 6300 Xembedded Bios Settings 4 Operational Block Diagram 7 Environmental Specifications 7 Hardware Specifications 8 VMEbus Specification 10 Ordering Informatio...

Page 5: ...Interface 24 System Resources 25 VMEbus Master Interface 25 VMEbus Slave Interface 25 VMEbus Interrupt Handling 27 VMEbus Interrupt Generation 27 VMEbus Reset Options 27 Software Selectable Byte Swap...

Page 6: ...le This mounts in the PMC 2 site and does not allow for a PMC module to be used VME64X VMEbus interface with programmable hardware byte swapping Support for Vita 31 1 Switch Fabric in compliant back p...

Page 7: ...PCI X bus was designed for and is ideally suited for server cards such as Fibre Channel RAID high speed networking and other demanding devices Note that since the PMC connections share the PCI X bus...

Page 8: ...ed Board Support Packages tailored to your operating system will allow quick programming of your application Serial Ports XVME 6300 includes four high speed 16550 compatible serial ports COM ports 1 a...

Page 9: ...ty allows you to make modifications to the myriad of BIOS options available for the XVME 6300 In order to enter setup you press F2 several times while it is booting up Included in the System Utility i...

Page 10: ...romag menu defines whether to Enable or Disable the 8GByte SSD hard drive built into the system Nand Flash Setting This option on the Acromag menu defines whether to allow a user to Read and Write to...

Page 11: ...le Redirection Port The available options are Serial Port 0 to Serial Port 3 Please note that this only selects the Serial Port and does not actually Enable or Disable Console Redirection Enable PXE B...

Page 12: ...620LE 620UE Extended air cooled 610E 620LE 620UE Conduction cooled All Air cooled 0 to 55 C1 w 200 lfm airflow 0 to 65 C1 w 200 lfm airflow 0 to 70 C1 w 200 lfm airflow Extended air cooled 20 to 60 C...

Page 13: ...losely monitored for max junction temp of 105 C using a program such as Argus Monitor if exceeding the temps stated here 3Every board tested to ensure these temp specifications Tested under Windows 7...

Page 14: ...module PMC SITE On board 133MHz 64 Bit PMC PCI X PMC 1 front I O and full rear I O Access via P0 PMC 2 front I O and limited Pins 1 28 rear I O Access via P2 Sites are 3 3V interface level STEREO AUDI...

Page 15: ...D16 EO DTB Slave R 0 3 Bus Requester Interrupter I 1 I 7 DYN IH 1 IH 7 Interrupt Handler SYSCLK and SYSRESET Driver PRI SGL RRS Arbiter RWD ROR bus release Ordering Information XVME 6300 ABCD LF A CPU...

Page 16: ...0 11 www acromag com Installation and Setup Board Layout This chapter provides information on configuring the XVME 6300 modules It also provides information on installing the XVME 6300 into a backplan...

Page 17: ...o move it back to position 1 2 before reapplying power FPRST 1 2 default FRONT PANEL BUTTON RESETS SYSTEM AND ALSO VME IF SW1 3 IS ON 2 3 NO PUSHBUTTON RESET In position 1 2 the front panel reset butt...

Page 18: ...the SFAILEN bit can be configured at power up reset through the VCFG1 jumper Additionally a value can be programmed by software in the Control and Status register VCFG2 1 2 default VME SYSFAIL AUTO NE...

Page 19: ...s GA signals If the VCFG4 jumper is in the 2 3 position the CR CSR enable bit and CBAR bits are cleared If the VCFG4 jumper is in the 1 2 position the CR CSR enable bit is set and the CBAR bits 7 to 3...

Page 20: ...Ebus will not be reset SW1 4 controls whether the VMEbus can reset the XVME 6300 When SW1 4 is ON the XVME 6300 will be reset when the VME SYSRST signal is driven low When SW1 4 is OFF the XVME 6300 w...

Page 21: ...4 RXD 25 VGA VSYNC 26 VGA HSYNC SERIAL on optional XBRD 9050 module Note the SERIAL connector on the optional XBRD 9050 module uses a mini USB B connector This COM port can be accessed through a stand...

Page 22: ...4 GND WRITE BR2 AM5 15 SDB15 GND BR3 A23 GA3 16 GND DTACK AM0 A22 17 SDBP1 GND AM1 A21 GA4 18 GND AS AM2 A20 19 RSVBUS5 GND AM3 A19 RSVBU1 20 GND IACK GND A18 21 RSVBUS6 IACKIN NC A17 RSVBU2 22 GND IA...

Page 23: ...CRT_REAR_GREEN CLK_DVI_DP 11 PMCB_IO15 SATA_RXN1 A31 CRT_REAR_BLUE CLK_DVI_DN 12 GND GND GND CRT_REAR_VSYNC GND 13 PMCB_IO16 USB_P2_DP 5V CRT_REAR_HSYNC DVI_HPD 14 GND USB_P2_DN VD16 GND DVI_SDA 15 PM...

Page 24: ...SD protection be included in interface circuitry on the VGA and USB ports Failure to do so may cause damage the XVME 6300 in the event of an ESD discharge into the I O pins VME P0 The following ports...

Page 25: ...57 PMCA_IO58 PMCA_IO59 PMCA_IO60 19 GND PMCA_IO61 PMCA_IO62 PMCA_IO63 PMCA_IO64 NC Registers The XVME 6300 modules contain the following Xembedded defined I O registers Register 0x20A80000h User LED B...

Page 26: ...evel of GPO0 signal 0 GPO is low 1 GPO is high 11 GPO1 Controls signal level of GPO1 signal 0 GPO is low 1 GPO is high 12 15 Reserved Reserved 16 GPO2 Controls signal level of GPO2 signal 0 GPO is low...

Page 27: ...pass and red fail LEDs are used as an indication of board health during the BIOS boot up As the BIOS starts the POST the red fail LED will be turned off When the BIOS completes the POST the green PAS...

Page 28: ...the power cable 2 Make sure backplane connectors P1 and P2 are available 3 Verify that all jumper settings are correct 4 Verify that the card cage slot is clear and accessible 5 Install the XVME 6300...

Page 29: ...nd or backplane combination incapable of supplying large instantaneous current surges may result in spurious resets of the board VME Interface The VME interface is the Tundra TSI 148 chip which is a P...

Page 30: ...Also the TSI 148 configuration register has a higher priority than the PCI slave images This means if the PCI slave image and the TSI 148 configuration registers are mapped in to the same memory area...

Page 31: ...enabled If a slave image is going to be remapped disable the slave image first then reset the address After the image is configured correctly enable the image again The VMEbus slave cycle becomes a ma...

Page 32: ...nterrupt and set for all other interrupt sources Consult the TSI 148 Users Manual for a more in depth explanation VMEbus Reset Options When the front panel Reset switch is toggled the XVME 6300 can pe...

Page 33: ...This fundamental difference is illustrated in Figure 3 1 which shows a 32 bit quantity stored by both architectures starting at address M Fig 0 1 shows byte ordering schemes Note The two architectures...

Page 34: ...architectures must be mapped correctly Numeric Consistency Numeric consistency or data consistency refers to communications between the XVME 6300 and the VMEbus in which the byte ordering scheme descr...

Page 35: ...through buffers enabled the XVME 6300 does not support unaligned transfers 16 bit or 32 bit transfers must have an even address Address Consistency Address consistency or address coherency refers to c...

Page 36: ...ntaining address consistency Notice that the data byte at each address is identical To achieve this the data bytes need to be swapped as they are passed from the PCI bus to the VMEbus To maintain addr...

Page 37: ...9050 000 The module can also hold a 1 8 rotating or SSD SATA drive Note that drives should not be used outside their rated operational temperature range usually 0 to 60 C for rotating drives Jumpers T...

Page 38: ...ailable XVME 9630 100 Rear Transition Module with P0 VGA 2 USB 2 SATA audio 2 Serial 4 GPI and 4 GPO XVME 9630 102 Same as XVME 9630 100 plus Dual Ethernet XVME 9630 103 Same as XVME 9630 100 plus DVI...

Page 39: ...n7 Connectors This section provides pin outs for some of the XVME 9630 connectors Refer to the EMC warning at the beginning of this manual before attaching cables COM1 The COM1 port can be accessed th...

Page 40: ...ard DB 9 connector by using a DB9M TO IDC10 SERIAL DTK cable Here is the pinout of the 10 pin COM2 connector 1 NO CONNECT 2 RX RS 422 485 3 RXD RS 232 RX RS 422 485 4 NO CONNECT 5 TXD RS 232 TX RS 422...

Page 41: ...36 www acromag com GPIO The 14 pin 2mm pitch GPIO header can be used to access the VME GPINs and GPOUTs from the XVME 6300 1 GPOUT0 2 GPIN0 3 GPOUT1 4 GPIN1 5 GPOUT2 6 GPIN2 7 GPOUT3 8 GPIN3 9 NO CON...

Page 42: ...the customer needs the customer can build their own The following drawing is here for reference Note Acromag cannot be responsible for a customer built cable The I O cable for the XVME 6300 that is in...

Page 43: ...XVME 6300 6U VME Intel i7 Core Processor Board Acromag Inc Tel 248 295 0310 38 www acromag com...

Page 44: ...on page 2 7 NOV 2012 C Added testing conditions for temperature specifications Redefined switch settings for new PCB artwork JAN 2014 D Added P1 definition table Added cable drawings JULY 2014 E DAG A...

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