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30

M5000 Series: User Guide

Issued June 20, 2007 

Processor Subsystem

The 440GX PowerPC processor has access to the four temperature sensors on its secondary I2C 
bus. The following figure describes the processor I2C configuration:

FIGURE  3-3  

AMCC 440GX 

I2C Devices

 

Serial PROM Devices

There are three Serial Prom devices:

•

One serial PROM is required for the processor to boot and load the configuration parameters.

•

One SPROM is used to keep the processor from booting.

•

A third serial EEPROM is used to store the MFS (Midas File System). Monitor and BSP boot 
behavior depending on parameter values held in the MFS.

Use of SPROM Devices should be under VMETRO guidance, some functions are already available 
in the BSP software.

IBM

440GX

I

2

C 0

I

2

C 1

I/O

Spacer

???

I/O

Spacer

???

MFS

1010001b

MFS

1010001b

Flash Boot

Params

101010Xb

Flash Boot

Params

101010Xb

PCI Boot

Params

101010Xb

PCI Boot

Params

101010Xb

Temp

Sensor 3

1001010b

Temp

Sensor 3

1001010b

Temp

Sensor 2

1001011b

Temp

Sensor 2

1001011b

Temp

Sensor 1

1001111b

Temp

Sensor 1

1001111b

X is set up using PPC_BOOT dip-switch

Temp

Sensor 4

1001001b

Temp

Sensor 4

1001001b

I2C

Switch

I2C

Switch

1010001b

SFF

SPROM

1010001b

SFF

SPROM

Summary of Contents for M5210RP-EFF

Page 1: ...User Guide Power MIDAS M5000 Series Single Board Computer...

Page 2: ...are and Firmware code provided by VMETRO described herein is proprietary to VMETRO or its licensors The use of this Software and Firmware is governed by a licensing agreement included on the media on...

Page 3: ...miss use or accident or for products that have failed or malfunctioned after the expiry of the warranty the costs of repair or replacement will not be covered by VMETRO VMETRO specifically disclaims a...

Page 4: ...RO Pte Ltd 175A Bencoolen Street 06 09 Burlington Square Singapore 189650 Phone 65 6238 6010 Fax 65 6238 6020 info vmetro com sg Nordic Baltic Countries VSYSTEMS AB Drottninggatan 104 SE 111 60 Stockh...

Page 5: ...m surrounding Processor PMC Subsystem Extension Subsystem Miscellaneous Functions information on JTAG Chain Reset Network Interrupt Routing Power Supplies Mezzanine PMC Carrier Explains how to install...

Page 6: ...you have any comments or feedback with respect to our products and services please feel free to contact us through the support channels listed here or email us at comments vmetro no Technical Support...

Page 7: ...in 10 Precautions in Handling and Storage 10 Inspection 10 2 2 Installing PMC Modules 11 Mounting of PMC modules 1 and 2 on the M52xx board 11 2 3 Switches and Jumper Settings 12 Default Jumper and Sw...

Page 8: ...to PCI X Bridges 32 Power up Reset Configuration Options 32 Primary Interface 32 Secondary Interface 33 4PMC Subsystem 35 4 1 Introduction 36 PMC Power 36 4 2 Secondary and Tertiary PCI Segments 37 PC...

Page 9: ...MC Modules onto the PMC Carrier 52 PMC Carrier Daisy Chain 54 6 4 Functional Description 55 System Overview 55 Arbitration on the mezzanine bus 55 IDSEL generation 55 Interrupt routing 56 Debug Functi...

Page 10: ...nector Pinout 95 General Description 96 VME P0 Connector for all models 97 VME P1 Connector for all models 99 VME P2 Connector for non R model 100 VME P2 Connector for R models 101 EPMC Connector Pino...

Page 11: ...ocessor Subsystem Block Diagram 26 FIGURE 3 2 LEDs on the MDC RJ45 I O spacer 28 FIGURE 3 3 AMCC 440GX I2C Devices 30 FIGURE 4 1 PMC Subsystem Block Diagram 36 FIGURE 5 1 Extension Subsystem 42 FIGURE...

Page 12: ...xii M5000 Series User Guide Issued June 20 2007 5 23...

Page 13: ...r Consumption 19 TABLE 2 11 Environmental Specifications for the M5000 and C5000Series 20 TABLE 2 12 Fibre Channel Port LEDS 22 TABLE 3 1 Ethernet LEDs for EMAC0 28 TABLE 3 2 Ethernet LEDs on the MDC...

Page 14: ...4 configuration ROM 90 TABLE C 2 CR Entry Board ID Offset 0x00033 0x0003F 91 TABLE C 4 CR Entry Revision ID Offset 0x00043 0x0004F 92 TABLE C 3 Assigned Board ID Values 92 TABLE C 5 Revision ID Descri...

Page 15: ...s is part of the next generation of boards in the MIDAS family As for the previous generations the M5000 series focuses on high performance data buffering and flexible data flows between I O ports I O...

Page 16: ...tor thus adding up to 3 Ethernet ports One Fast Ethernet 10 100 SMII and two Gigabit Ethernet 10 100 1000 RGMII and an I2C bus Note Adding more than one Gigabit Ethernet port will reduce the number of...

Page 17: ...ps Ethernet connections and two serial connections RS 232 or RS 422 Additionally the AMCC 440GX processor provides simple connectivity of additional peripheral devices through an external local bus Th...

Page 18: ...channel Fibre Channel processor which connects the 64 bit 133MHz PCI X bus to one or two 2 Gib Fibre Channel Fabrics or loops PCI boot configuration is stored into an SPROM two SRAMs one per channel...

Page 19: ...ower supply 3A Max current per PMC for 5V power supply 3A Max current per PMC for V I O power supply 2A Additional Connections Additionally to the standard PCI X buses the PMC sites include the follow...

Page 20: ...rd Interrupt Routing The components on the M5000 board provide several interrupt sources and destinations The primary interrupt destination is the AMCC 440GX processor but interrupts may also be route...

Page 21: ...atible with the tools connector For more information please contact VMETRO Temperature Sensors Temperature sensors are very useful when monitoring applications during extreme conditions Several temper...

Page 22: ...8 M5000 Series User Guide Issued June 20 2007 Product Overview...

Page 23: ...9 M5000 Series User Guide Issued June 20 2007 2 Installation and Hardware description...

Page 24: ...urfaces with controlled static characteristics i e specially designed anti static table covers When handing the board to another person first touch this person s hand wrist etc to discharge any static...

Page 25: ...000 board on a smooth static protected work surface 2 Install PMC module 2 in the upper PMC position 3 Install PMC module 1 in the lower PMC position 4 Secure PMC modules with screws on the bottom sid...

Page 26: ...ME Settings SW6 PMC Monarch Selection SW7 RACEway to VME bridge settings SW10 Processor Subsystem settings SW11 PCI to VME bridge settings SW2 PCI X to PCI X Bridge 1 SW9 PCI X to PCI X Bridge 2 JP2 W...

Page 27: ...2 1 Default Jumper and Switch settings Jumper switch Position Description JP1 Inserted on left side on R models Removed on others PCI to RACEway Bridge Reset Configuration JP2 Removed ECO SPROM Write...

Page 28: ...switch is connected to the P_BOOT pin on the bridge Non Transparent Mode the primary secondary port has boot priority when the switch is ON OFF Transparent Mode Not Used 2 Serial EEPROM Access Enable...

Page 29: ...abled when the switch is OFF TABLE 2 4 PCI to VME bridge SW5 settings Switch Function 1 8 VME CS CSR Base Address Switches 1 8 are connected to VME addresses A 28 21 Use 0x00 for AutoId TABLE 2 5 PCI...

Page 30: ...ON enables the Serial EEPROM Autoload process TABLE 2 7 Processor Subsystem SW10 Switch Function 1 Processor MFS Serial EEPROM Write Enable ON to write enable the Processor MFS Serial EEPROM 2 Proces...

Page 31: ...interface cause the board to reset Board reset does not generate a RACEway reset Jumper inserted on the right side Reset on RACEway interface cause the PXB to reset Board reset generates a RACEway re...

Page 32: ...the System Controller Consequently system controller functions are also enabled Power Consumption Typical values for power consumption are shown in Table 2 10 In Idle Mode no processors are booting an...

Page 33: ...d in the numbers below since the additional power is dissipated outside the board Furthermore the VME traffic pattern and the M5000 s share of the VME bus is highly application dependent TABLE 2 10 M5...

Page 34: ...ed Air Cooleda Level 1 Level 2 Level 3 Part number extension A0 B1 C2H Temperat ure Operationalb at sea level 0 C to 50 C 300 lfm air lflow 0 C to 50 C 300 lfm air lflow Model Dependent 40 C to 75 C 6...

Page 35: ...45 Figure 2 3 shows which spacer you need for the different configurations FIGURE 2 3 I O Configuration PMC 1 PMC 2 Power Fail Ethernet 1 2 1 2 Link 10 100 Serial Eth FC1 FC2 VM ETRO Duplex Fibre Chan...

Page 36: ...nects to the 1 UART This cable is crossed and is the standard cable shipped with standard models 601 M5x10 2xRS232 split cable has two 9 pin D SUBs The D SUB on the short cable end connects to the fir...

Page 37: ...Pin 5 RxD1 TxD1 GND RxD2 TxD2 LEMO Male DB9 Female To Board M5x10 2xRS232 Pin 2 Pin 3 Pin 5 RxD1 TxD1 GND DB9 Female Pin 2 Pin 3 Pin 5 RxD2 TxD2 GND Port 1 RS 232 Port 2 RS 232 Pin 2 Pin 1 Pin 7 Pin...

Page 38: ...ription RJ45 Ethernet Connector The M5000 board has an RJ45 type connector for connecting to Ethernet FIGURE 2 5 Ethernet connector To connect to ethernet cables with RJ45 connectors must be used Cat...

Page 39: ...25 M5000 Series User Guide Issued June 20 2007 3 Processor Subsystem...

Page 40: ...Controller 3 PCI6540 PCIX to PCIX bridge via its primary side IDSEL Assignment AD 17 is used for the AMCC 440GX Processor IDSEL AD 18 is used for the PCI6540 PCIX to PCIX Bridge Primary Side IDSEL AD...

Page 41: ...hips are used as the data memory banks One 2 byte wide memory chip is used as the parity bank only 8 data lines are used by the processor All the memory chips are 8 or 16MiB x 16 bits x 4 banks UART a...

Page 42: ...are physically connected to LEDs The LEDs are labeled Duplex Link and 10 100 Table 3 1 shows their status values Status LEDs for EMAC1 EMAC2 and EMAC3 The LED signal lines for any second or third 10 1...

Page 43: ...Green Yellow steady 100 Mbit s Link Green Yellow flashing 100 Mbit s Activity RX TX Green Green steady Duplex Link Green Green flashing Collision Not lit Yellow steady 10 Mbit s Link EMAC 2 and EMAC 3...

Page 44: ...s used to store the MFS Midas File System Monitor and BSP boot behavior depending on parameter values held in the MFS Use of SPROM Devices should be under VMETRO guidance some functions are already av...

Page 45: ...ted loop or point to point topologies The ISP2312 is a fully autonomous device capable of managing multiple I O operations and associated data transfers from start to finish without host intervention...

Page 46: ...transparent modes are the only supported modes The transparent mode is the default mode A dip switch is used to select between transparent and non transparent mode In non transparent mode you can cho...

Page 47: ...une 20 2007 M5000 Series User Guide PCI X to PCI X Bridges Secondary Interface The secondary interface of the PCI6540 is connected to the first PMC site PMC 1 and the primary interface of another PCI6...

Page 48: ...34 M5000 Series User Guide Issued June 20 2007 Processor Subsystem...

Page 49: ...35 M5000 Series User Guide Issued June 20 2007 4 PMC Subsystem...

Page 50: ...The factory settings of the board switch configuration allows the bus frequency of the PCI X segments to be automatically configured to the frequency used by a PMC card insterted into it and by the l...

Page 51: ...switch settings Arbitration Secondary and Tertiary PCI Segments The built in PCI X arbiter of the PCI6540 PCIX to PCIX Bridge is used The arbiter provides two REQ GNT pairs to the PMC to support a du...

Page 52: ...signal to an unused AD line Support for System Processor in the PPMC site Monarch Support for having the system processor in the PPMC site is partially supported The MONARCH signal is controlled by a...

Page 53: ...run in PCI or PCI X modes See PCI X Capability Selection for PMC Slots on page 11 Secondary Port Arbiter Setup As the only built in arbiter present on the secondary PCI bus the PCI6540 internal arbite...

Page 54: ...nnector This connection follows the ANSI VITA 35 2000 standard PMC P4 pin out mapping to VME P0 and VME64x P2 As for the PMC 1 P4 to VME P2 connection signals are routed as differential pairs PMC 2 P4...

Page 55: ...41 M5000 Series User Guide Issued June 20 2007 5 Extension Subsystem...

Page 56: ...s are located on a private 64 bit 33MHz 5V signaling PCI only segment This PCI segment is called the Quaternary PCI Segment A PCI6540 universal PCI X to PCI X bridge connects the Quaternary PCI Segmen...

Page 57: ...cated on the Quaternary PCI Segment Tundra Universe IID PCI to VME bridge Mercury PXB PCI to RACE bridge PCI6540 PCI X to PCI X bridge Arbitration The built in arbiter of the PCI6540 bridge is used to...

Page 58: ...lementation multi beat transactions and support for bus parking Universe II provides high performance on the PCI bus Power up Reset Configuration The following options can be set at power up or reset...

Page 59: ...or the PCI local bus In the second type of application the PXB is used to implement a transparent PCI to PCI bridge through the RACEway fabric In this application the PCI system designer uses the PXB...

Page 60: ...5000 Series User Guide Issued June 20 2007 Extension Subsystem 5 5 Mezzanine Connector The mezzanine connector extends the Quaternary PCI Segment to a MEZZ x500F type mezzanine which contains 3 PMC sl...

Page 61: ...ignals and configuration switches Secondary port this PCI segment is setup to run in the 64 bit 33MHz PCI mode Secondary Port Arbiter Setup The PCI6540 internal arbiter is used to arbitrate the PCI bu...

Page 62: ...48 M5000 Series User Guide Issued June 20 2007 Extension Subsystem...

Page 63: ...the M52xx and Mezzanine PMC Carrier board Only leave the board on surfaces with controlled static characteristics i e specially designed anti static table covers When handing the board to another per...

Page 64: ...CI segment which is bridged to the Quarternary PCI bus via a transparent P2P bridge Note The Mezzanine PMC Carrier provides three 5v PMC sites The two PMC sites on the M52xx are 3 3v If 3 3v PMC sites...

Page 65: ...51 Issued June 20 2007 M5000 Series User Guide Board Layout 6 2 Board Layout FIGURE 6 2 Board Layout Secondary MEZZ Bridge P2P PMC 5 PMC 4 PMC 3 PMC 5 connectors PMC 4 connectors PMC 3 connectors...

Page 66: ...e by pushing them out from the backside of the front panel Step 1 Remove the Mezzanine PMC Carrier board from the M52xx 1 Remove the four screws that attach the PMC Carrier board to the M52xx board Th...

Page 67: ...r on a smooth static protected work surface 2 Install the PMC modules in the PMC Carrier PMC position 3 is the upper position PMC position 4 is the middle position PMC position 5 is the lower position...

Page 68: ...PMC Carrier board to the M52xx using screws as shown in Figure 6 3 PMC Carrier Daisy Chain The P1 connector of the PMC Carrier board provides a daisy chain bypass for the signals BG 3 0 and IACKIO Th...

Page 69: ...PCI buses use a separate address space for initialization called the Configuration Space This address space uses the addressing signal IDSEL to select the target for all transactions The standard way...

Page 70: ...will distribute these interrupts to the base board interrupt destinations according to the routing tables in Interrupt Routing on page 66 FIGURE 6 5 Carrier Board Interrupts TABLE 6 3 Interrupt routi...

Page 71: ...rcuitry which is not normally used but can be used for very low level debugging This circuitry includes Two debug LEDs A status register where the value of the interrupt signals from the PMC slots are...

Page 72: ...NC NC 6 GND NC BG1IN 1 NC NC 7 NC NC BG1OUT 1 NC NC 8 GND NC BG2IN 1 NC NC 9 NC NC BG2OUT 1 NC NC 10 GND NC BG3IN 1 NC NC 11 NC NC BG3OUT 1 NC NC 12 GND NC NC NC NC 13 NC NC NC NC NC 14 GND NC NC NC...

Page 73: ...n4 5 23 Jn4 4 18 13 Jn4 4 20 Jn4 5 26 5V Jn4 5 25 Jn4 4 19 14 GND Jn4 5 28 NC Jn4 5 27 Jn4 4 21 15 Jn4 4 23 Jn4 5 30 NC Jn4 5 29 Jn4 4 22 16 GND Jn4 5 32 NC Jn4 5 31 Jn4 4 24 17 Jn4 4 26 Jn4 5 34 NC J...

Page 74: ...rier MEZZ x500F PMC Connector Pinouts Jn1 Jn2 and Jn3 for all PMC slots on MEZZ x500F The pinouts for PMC connectors Jn1 Jn2 and Jn3 on the MEZZ x500F all three PMC slots are the same as for the PMC c...

Page 75: ...10 11 P2 Z7 P2 D8 12 13 P2 D9 P2 Z9 14 15 P2 D10 P2 D11 16 17 P2 Z11 P2 D12 18 19 P2 D13 P2 Z13 20 21 P2 D14 P2 D15 22 23 P2 Z15 P2 D16 24 25 P2 D17 P2 Z17 26 27 P2 D18 P2 D19 28 29 P2 Z19 P2 D20 30...

Page 76: ...6 P2 A6 12 13 P2 C7 P2 A7 14 15 P2 C8 P2 A8 16 17 P2 C9 P2 A9 18 19 P2 C10 P2 A10 20 21 P2 C11 P2 A11 22 23 P2 C12 P2 A12 24 25 P2 C13 P2 A13 26 27 P2 C14 P2 A14 28 29 P2 C15 P2 A15 30 31 P2 C16 P2 A1...

Page 77: ...63 M5000 Series User Guide Issued June 20 2007 7 Miscellaneous Functions...

Page 78: ...segments Processor CPLDs Other JTAG devices Each segment is used for a specific set of similar devices and can be accessed separately from the remaining parts of the JTAG chain This allows tools that...

Page 79: ...VME reset RACEway reset and PMC modules etc The following devices are considered as possible reset sources 2 PPMC sites TUNDRA Universe II VME to PCI bridge MERCURY PXB Race to PCI Bridge 3 PCI6540 PC...

Page 80: ...line X 3 PCI6540 PCIX to PCIX bridges 2 interrupt lines P and S ISP2312 PCIX to Dual FC Host Adapter 2 interrupt lines A and B MERCURY PXB PCI to Race Bridge 4 interrupt lines A B C and D The followi...

Page 81: ...PPC P2P Bridge 1 P2P Bridge 2 P2P Bridge 3 A B C D A B C D A B C D I0 I1 X P S P S P S A A C B B D A C C B D A C X S P D B D I0 I1 P S P S Destination Source PPMC1 PPMC2 MEZZ PXB PPC P2P Bridge 1 P2P...

Page 82: ...ed in the middle of the board The PowerPC processor communicates with the sensors via its second I2C bus The type of component used is Maxim MAX1731 Contact VMETRO for more information Interrupt routi...

Page 83: ...ies User Guide Power Supplies 7 4 Power Supplies The main sources of power are 5V and 12V supplied by the VME backplane The 5V power source is used to generate the required component voltages 12V is r...

Page 84: ...70 M5000 Series User Guide Issued June 20 2007 Miscellaneous Functions...

Page 85: ...71 Issued June 20 2007 M5000 Series User Guide APPENDIXES...

Page 86: ...72 M5000 Series User Guide Issued June 20 2007...

Page 87: ...73 M5000 Series User Guide Issued June 20 2007 A PLD Registers...

Page 88: ...T_A Interrupt Register 0x04 R 8 bits INTERRUPT_B Interrupt Register 0x05 R 8 bits INTERRUPT_C Interrupt Register 0x06 R 8 bits INTERRUPT_D Interrupt Register 0x07 R 8 bits INTERRUPT_E Interrupt Regist...

Page 89: ...mory bank 0 or not 1 Read Only 7 ECO_SPROM_WE ECO SPROM device is write protected 1 or enabled 0 Read Only Note Only present from ECO C1 2 SYS_RST System Reset Set this bit to 1 to reset the entire bo...

Page 90: ...herwise 33MHz or 100MHz 3 PMC1_CLK1 PMC 1 PCI X Bus Clock Speed Bit 1 Read Only set to 1 if clock speed detected on PCI X bus where PMC site 1 is located is over 66MHz 0 otherwise 2 PMC1_CLK0 PMC 1 PC...

Page 91: ...ddress TABLE A 3 Interrupt Registers Address Register 7 4 Register 3 0 0x04 PPC Ethernet 0x05 P2P1_P P2P2_P 0x06 P2P3_P P2P1_S 0x07 P2P2_S P2P3_S 0x08 FC_A FC_B 0x09 PMC1_A PMC1_B 0x0A PMC1_C PMC1_D 0...

Page 92: ...78 M5000 Series User Guide Issued June 20 2007 PLD Registers...

Page 93: ...79 M5000 Series User Guide Issued June 20 2007 B Universe IID Configuration Examples...

Page 94: ...ping of the data lanes on all transactions between VMEbus and PCI bus This is also the case for accesses to the internal registers The internal register bank is located on the PCI side of the byte swa...

Page 95: ...e Image examples are shown in Figure B 1 FIGUREB 1 Configuration example for VMEbus slave images PCI bus VMEbus VME Slave Image 0 VMEbus A16 supervisor AM codes 0x4FFF 0x0000 UNIVERSE IID PCI bus Conf...

Page 96: ...supervisory accesses in the address range 0x0 0x4FFF from VMEbus to Configuration Cycles on the PCI bus 1 This column shows write data for configuration from PCI TABLE B 1 VME_RAI Setup Action Result...

Page 97: ...BLE B 3 VME Slave image 1 setup Write from VME PCI Data 1 Result D 0x0000 1000 to A 0x000F18 0x0010 0000 Base Address set to 0x100000 D 0x0000 4000 to A 0x000F1C 0x0040 0000 Bound Address set to 0x400...

Page 98: ...002 VSI_0 Enable Image VAS A16 LAS Config Space PGM both SUPER Supervisor other options disabled D 0x0000 1000 to A 0x000F18 0x0010 0000 VSI_1 Base Address set to 0x100000 D 0x0000 4000 to A 0x000F1C...

Page 99: ...OS bits located in the PCI_CSR register offset 0x004 must be set to allow the Universe II to respond to PCI memory and I O commands FIGUREB 2 Configuration example for PCI slave images PCI bus VMEbus...

Page 100: ...6 PCI slave image 0 setup Write from VME PCI Data 1 Result D 0x0000 0000 to A 0x000104 0x0000 0000 Base Address set to 0x0000 0000 D 0x0010 0000 to A 0x000108 0x0000 1000 Bound Address set to 0x0000 1...

Page 101: ...07 PCI Target Enable bits set this write cycle also sets the PCI master enable bit if it is disabled ref VMEbus Slave Image section D 0x0000 0000 to A 0x000104 0x0000 0000 LSI_0 Base Address set to 0x...

Page 102: ...88 M5000 Series User Guide Issued June 20 2007 Universe IID Configuration Examples...

Page 103: ...guration ROM A VME64 Configuration SPROM is included in the board design This SPROM is accessible from the processor via a set of I O pins on the third PCIX to PCIX bridge The general content layout i...

Page 104: ...byte Use D16 or D08 EO every byte used Use D32 D16 or D08 EO every byte used Reserved for future use Not to be used 17 0x00 0x01 0x80 0x81 0x82 0x83 0x84 0x85 0xFE 0xFF Not to be used Reserved for fu...

Page 105: ...ion ID VMETRO Assigned 57 00 0x000000 No string 5B 00 5F 7B 00 Reserved for future use 7F 0x00 0x01 0x02 0x4F 0x50 7F 0x80 EF 0xF0 FE 0xFF Not used No program ID ROM only Manufacturer defined User def...

Page 106: ...e Channel 3 RS 232 Ethernet 2x Fibre Channel 4 RS 232 2x Fibre Channel 5 RS 232 1x Fibre Channel 8 RS 422 9 RS 422 Ethernet 10 RS 422 Ethernet 1x Fibre Channel 11 RS 422 Ethernet 2x Fibre Channel 12 R...

Page 107: ...5 Revision ID Description Field Bits Description Family Specific Number 31 16 Reserved PCB Revision 15 12 PCB Revision number Start at 0xA and wrap from 0xF to 0x0 Reserved 11 8 0000 ECO Level 7 0 ECO...

Page 108: ...94 M5000 Series User Guide Issued June 20 2007 VME64 Configuration ROM...

Page 109: ...95 M5000 Series User Guide Issued June 20 2007 D VME Connector Pinout...

Page 110: ...ued June 20 2007 VME Connector Pinout D 1 General Description The abbreviation NC means Not Connected The description Jn4 1 Jn4 2 etc used in the pinout table for P2 connector means the pins 1 2 etc o...

Page 111: ...ink A Pair 2 Rx 8 C5 Link A Pair 2 Tx 9 B5 Link A Pair 1 Rx 10 A5 Link A Pair 1 Tx 11 E6 Link A Pair 1 Rx 12 D6 Link A Pair 1 Tx 13 C6 Link A Pair 0 Rx 14 B6 Link A Pair 0 Tx 15 A6 Link A Pair 0 Rx 16...

Page 112: ...A15 Link C Pair 0 Rx 46 E16 Link C Pair 0 Tx 47 D16 Link C Pair 0 Rx 48 C16 Link C Pair 0 Tx 49 B16 Link D Pair 3 Rx 50 A16 Link D Pair 3 Tx 51 E17 Link D Pair 3 Rx 52 D17 Link D Pair 3 Tx 53 C17 Link...

Page 113: ...9 NC GND BG2OUT GND NC 10 GND SYSCLK BG3IN SYSFAIL NC 11 NC GND BG3OUT BERR NC 12 GND DS1 BR0 SYSRESET NC 13 NC DS0 BR1 LWORD NC 14 GND WRITE BR2 AM5 NC 15 NC GND BR3 A 23 NC 16 GND DTACK AM0 A 22 NC...

Page 114: ...10 GND NC A 30 NC Jn4 15 11 Jn4 17 NC A 31 NC Jn4 16 12 GND NC GND NC Jn4 18 13 Jn4 20 NC 5V NC Jn4 19 14 GND NC D 16 NC Jn4 21 15 Jn4 23 NC D 17 NC Jn4 22 16 GND NC D 18 NC Jn4 24 17 Jn4 26 NC D 19 N...

Page 115: ...O NC 11 NC pIO05 A 31 GND NC 12 GND pIO03 GND pREQI NC 13 NC GND 5V pREQO NC 14 GND pRDCON D 16 GND NC 15 NC pPAR D 17 pIO02 NC 16 GND GND D 18 pIO01 NC 17 NC pIO00 D 19 GND NC 18 GND pIO15 D 20 pIO12...

Page 116: ...102 M5000 Series User Guide Issued June 20 2007 VME Connector Pinout...

Page 117: ...103 M5000 Series User Guide Issued June 20 2007 E PMC Connector Pinout...

Page 118: ...connected to 5V via a pull up resistor or to ground GND via a pull down resistor respectively Connections to the VME P2 connector are denoted as P2 row pin Example P2 D1 means connection to pin 1 in r...

Page 119: ...5 INTB 6 INTC 7 BUSMODE1 8 5V 9 INTD 10 NC PCI RSVD 11 GND 12 NC PCI RSVD 13 CLK 14 GND 15 GND 16 GNT 17 REQ 18 5V 19 V I O 20 AD 31 21 AD 28 22 AD 27 23 AD 25 24 GND 25 GND 26 C BE 3 27 AD 22 28 AD...

Page 120: ...7 GND 8 NC PCI RSVD 9 NC PCI RSVD 10 NC PCI RSVD 11 PU BUSMODE2 12 3 3V 13 RST 14 PD BUSMODE3 15 3 3V 16 PD BUSMODE4 17 NC PCI RSVD 18 GND 19 AD 30 20 AD 29 21 GND 22 AD 26 23 AD 24 24 3 3V 25 IDSEL...

Page 121: ...6 C BE 5 7 C BE 4 8 GND 9 V I O 10 PAR64 11 AD 63 12 AD 62 13 AD 61 14 GND 15 GND 16 AD 60 17 AD 59 18 AD 58 19 AD 57 20 GND 21 V I O 22 AD 56 23 AD 55 24 AD 54 25 AD 53 26 GND 27 GND 28 AD 52 29 AD 5...

Page 122: ...10 A5 A3 ATX1 Link A Pair 1 Transmit data 11 C6 E3 ARX1 Link A Pair 1 Receive data 12 A6 B3 ATX1 Link A Pair 1 Transmit data 13 C7 D4 ARX0 Link A Pair 0 Receive data 14 A7 A4 ATX0 Link A Pair 0 Trans...

Page 123: ...ata 46 A23 A15 CTX0 Link C Pair 0 Transmit data 47 C24 E15 CRX0 Link C Pair 0 Receive data 48 A24 B15 CTX0 Link C Pair 0 Transmit data 49 C25 D16 DRX3 Link D Pair 3 Receive data 50 A25 A16 DTX3 Link D...

Page 124: ...110 M5000 Series User Guide Issued June 20 2007 PMC Connector Pinout...

Page 125: ...ent reliability Values are calculated for different environments but this does not mean that operation in this environment is supported These environments are GB Ground Benign Locations with controlle...

Page 126: ...BLE F 1 MTBF Values Hours Model GB 25 C GF 35 C NS 40 C AIC 50 C ARW 50 C ARW 75 C M5210RP EFF 1 259 400 635 280 399 230 195 230 116 280 48 307 M5210 JEJ 1 021 000 551 000 361 000 173 000 112 000 46 0...

Page 127: ...C 440GX PowerPC Processor 133 MHz PCI X PMC Positions High Speed Streaming Memory RJ45 10 100 Ethernet Optical 2Gb s Fibre Channel RJ45 Gigabit Ethernet Optical Gigabit Ethernet M5210 EF0 1 2 256MiB 1...

Page 128: ...flash files such as mmon ini and vxbsp ini Detailed description of all symptoms observed including serial port output and analyzer trace files if applicable Information about 3rd party drivers and HW...

Page 129: ...www ansi org Component Manufacturers Vendor Component Available documentation Tundra http www tundra com Universe II VME PCI Bridge User Manual Manual Addendum Device Errata Application Notes AMCC htt...

Page 130: ...116 M5000 Series User Guide Issued June 20 2007...

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