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Motorola CPV5300 CompactPCI, Installation Manual

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Pin Assignments

A-19

A

17

GND

drive common

18

DIR

controls direction of the 
floppy disk drive head 
during seek operation

19

GND

drive common

20

STEP

supplies step pulses to 
move head during seek 
operations

21

GND

drive common

22

WDATA

writes serial data to disk 
drive

23

GND

drive common

24

WGATE

enables head of disk 
drive to write to disk

25

GND

drive common

26

TR0

head of floppy disk 
drive is at track 0

27

GND

drive common

28

WPROT

disk is write protected

29

GND

drive common

30

RDATA

raw read data from disk 
drive

31

GND

drive common

32

HDSEL

determines the side of 
the floppy disk being 
accessed

33

GND

drive common

34

DSKCHG

notifies disk drive 
controller that the drive 
door is open

Table A-16.  Floppy Header Pin Assignments for the CPV5300 Transition Module 

(J9) (Continued)

Pin 
Number

Signal 
Mnemonic

Signal 
Description

Pin 
Number

Signal 
Mnemonic

Signal Description

Summary of Contents for CPV5300 CompactPCI

Page 1: ...CPV5300 CompactPCI Single Board Computer and Transition Module Installation Guide CPV5300A IH1 May 17 1999 ...

Page 2: ...ices that are not announced in your country Such references or information must not be construed to mean that Motorola intends to announce such Motorola products programming or services in your country Restricted Rights Legend If the documentation contained herein is supplied directly or indirectly to the U S Government the following notice shall apply unless otherwise agreed to in writing by Moto...

Page 3: ...registered trademark of Phoenix Technologies Ltd All other products mentioned in this document are trademarks or registered trademarks of their respective holders The software and documentation are copyrighted materials Making unauthorized copies is prohibited by law No part of the software or documentation may be reproduced transmitted transcribed stored in a retrieval system or translated into a...

Page 4: ...zed Service Personnel or other qualified maintenance personnel may remove equipment covers for internal subassembly or component replacement or any internal adjustment Do not replace components with power cable connected Under certain conditions dangerous voltages may exist even with the power cable removed To avoid injuries always disconnect power and discharge circuits before touching them Do No...

Page 5: ...Characteristics of Information Technology Equipment Tested to Equipment Class B EN50082 1 1997 Electromagnetic Compatibility Generic Immunity Standard Part 1 Residential Commercial and Light Industry This board product was tested in a representative system to show compliance with the above mentioned requirements A proper installation in a CE marked system will maintain the required EMC safety perf...

Page 6: ... ou d un type équivalent recommandé par le constructeur Mettre au rebut les batteries usagées conformément aux instructions du fabricant Vorsicht Explosionsgefahr bei unsachgemäBem Austausch der Batterie Ersatz nur durch denselben oder einen vom Hersteller empfohlenen gleichwertigen Typ Entsorgung gebrauchter Batterien nach Angaben des Herstellers Attention Prière de ne pas essayer vous même l ent...

Page 7: ...tting Started Antistatic Precautions 2 1 Before Installing the CPV5300 2 2 Installing the CPV5300 2 2 Powering up the CPV5300 2 5 Lithium Battery 2 5 Front Panel Connectors on the CPV5300 2 6 Rear Panel Connectors on the CPV5300 Transition Module 2 8 CHAPTER 3 Components on the CPV5300 Components for the CPV5300 Single Board Computer 3 1 Components for the CPV5300 Transition Module 3 3 Connecting ...

Page 8: ...ors A 2 Keyboard Mouse PS2 Connectors A 3 CPV5300 Keyboard Mouse A 3 CPV5300 Transition Module Keyboard Mouse A 4 Ethernet Connectors A 5 Parallel Connector A 6 Serial Port Connector A 8 Universal Serial Bus USB Connectors A 9 Video Connector A 10 SCSI Connector A 11 Pin Assignments for CPV5300 SBC and CPV5300 TM Headers and Jumpers A 13 EIDE Headers A 14 Floppy Headers A 17 Fan Tachometer Headers...

Page 9: ...ure 2 2 Front Panel Connectors and LEDs on the CPV5300 SBC 2 7 Figure 2 3 Rear Panel Connectors on the CPV5300 Transition Module 2 9 Figure 3 1 Location of Major Components on the CPV5300 Single Board Computer 3 1 Figure 3 2 Location of Major Components on the CPV5300 TM 3 4 Figure 4 1 Inserting a DIMM 4 2 Figure 4 2 EIDE J9 and Floppy Drive J11 Headers on the CPV5300 4 4 ...

Page 10: ...x ...

Page 11: ...ransition Module TM A 4 Table A 6 Ethernet Connector Pin Assignments for the CPV5300 Single Board Computer and CPV5300 Transition Module A 5 Table A 7 Parallel Connector Pin Assignments for the CPV5300 Single Board Computer and CPV5300 Transition Module A 6 Table A 8 Serial Port Connector Pin Assignments for the CPV5300 Single Board Computer and CPV5300 Transition Module A 8 Table A 9 USB Connecto...

Page 12: ... J4 A 20 Table A 18 SM Bus and LM78 Header Pin Assignments for the CPV5300 Transition Module A 20 Table A 19 CPV5300 SBC J4 CPV5300 TM P4 Backplane Connector Pin Assignments A 23 Table A 20 Signal Descriptions for CPV5300 SBC J4 CPV5300 TM P4 Backplane Connector Pin Assignments A 25 Table A 21 CPV5300 J5 CPV5300 TM P5 Backplane Connector Pin Assignments A 27 Table A 22 Signal Descriptions for CPV5...

Page 13: ...th optional on board ultra thin floppy and 2 5 inch EIDE drives The CPV5300 meets the needs of embedded application developers addressing high bandwidth industrial control and telephony applications Additional Features The CPV5300 gives you these features Pentium II processor Mobile Module for high end embedded applications Two 168 pin DIMM sites for on board memory expansion 3D AGP graphics for 2...

Page 14: ...nsition Module Front Panel On board Rear Panel On board Ethernet two RJ 45 connectors none two RJ 45 connectors none Ultra SCSI Mini D sub none 68 pin high density connector1 68 pin high density connector1 Video 15 pin high sensitivity D sub none 15 pin high density D sub none Keyboard Mouse 6 pin PS 2 female connector none 6 pin PS 2 female connectors 12 pin header LPT1 D sub none none none COM 1...

Page 15: ... pin shrouded header secondary Floppy interface none none none 34 pin shrouded header Parallel Port 25 pin D sub none 25 pin D sub none 1 Do not use the internal and rear panel connectors at the same time Table 1 1 Input Output Interfaces Continued Function CPV5300 CPV5300TM80 Transition Module Front Panel On board Rear Panel On board ...

Page 16: ... II Mobile Module 440BX IDE Ethernet PCI Bus Ethernet SCSI Video KBD Mouse LPT 1 COM 2 COM 1 D sub D sub D sub Din D sub Mini D sub RJ45 RJ45 SCSI Ethernet Ethernet Video SCSI Floppy EIDE EIDE USBx2 Keyboard Mouse LPT1 COM2 COM1 Dual USB 512KB L2 Ultra Ethernet Ethernet 10 100 3D AGP Video LM78 System Monitor On board Floppy South Bridge PIIX4 Bridge On board IDE Hard Drive or Flash DRAM 2 DIMM 16...

Page 17: ...cted from being accidentally enabled The timer supports a range of count down time outs from 17 8ms to 4 86 minutes Advanced System Monitoring The CPV5300 monitors the following system events On card temperature Enclosure fan under speed MMC2 thermal fault On card voltages 5V 3 3V 12V and the processor core voltage System Management Bus SMBUS alert signal Chassis power supply loss of regulation Ch...

Page 18: ...ble 1 2 Power Requirements for the CPV5300 Single Board Computer Input power Clock speed 5V 3A 266MHz w 64 or 128MB SDRAM 333MHz w 64 or 128MB SDRAM 12V 100mA 12V 1mA 3 3V 3A Table 1 3 Physical Characteristics of the CPV5300 Single Board Computer Form Factor CompactPCI Standard 6U Conforms to PICMG Compact PCI 2 1 and PCI SIG 2 1 specifications Dimensions 8 HP 1 6 inches wide 233mm x 160mm x 61mm ...

Page 19: ...40 C non condensing Non operating 5 to 95 40 C non condensing Shock Operating 10G 3 axis Non operating per ASTM 0775 Vibration Operating 1G 3 axis Non operating 1 5G 3 axis Altitude Operating 6 000 feet 1 829 m Non operating 40 000 feet 12 192 m Maximum wet bulb Operating 28 C 82 F Non operating 32 C 90 F MTBF MIL HDBK 217F na 300 000 hours at 30 C 100 000 hours at 50 C 1 Derate the maximum operat...

Page 20: ...1 8 CPV5300 Single Board Computer Overview 1 Additional Information Resources For additional information go to this Web site Motorola Computer Group http www mcg mot com ...

Page 21: ...are sensitive to electrostatic discharge ESD and can easily be damaged Motorola recommends that you use an antistatic wrist strap when handling the CPV5300 and associated components Also follow these rules Do not allow any circuit board or component to touch non conductors Make sure that your clothing does not make contact with any circuit board or component Keep any loose circuit boards inside or...

Page 22: ...pply before you continue Installing the CPV5300 Use these steps to install the CPV5300 into your computer chassis Refer to Figure 2 1 1 Follow the instructions in your chassis user manual to remove any outer cover 2 Locate the system slot normally slot one the far right slot when viewed from the front 3 Remove any filler panel or existing CPU board that might fill that slot 4 Install the top and b...

Page 23: ... move the injector ejector levers in an inward direction 8 Verify that the CPV5300 is properly seated and secure it to the chassis using the two screws located adjacent to the injector ejector levers 9 Connect the appropriate cables to the CPV5300 ...

Page 24: ...ing Started 2 10 Repeat steps 3 through 8 for installing the transition module Figure 2 1 Installing the CPV5300 Single Board Computer In Your Computer Chassis 2165 9803 Single Board Computer Transition Module ...

Page 25: ... your system is not auto sensing On powering up the CPV5300 displays the PhoenixBIOS banner and then runs a memory test Lithium Battery The CMOS backup battery for the real time clock is socketed The battery rates at 280mA hour and has a ten year expected shelf life Caution Do not service or replace the lithium battery in the field Contact your Motorola service representative to arrange for servic...

Page 26: ...s front panel has connectors for keyboard mouse SCSI video parallel printer COM1 and COM2 serial ports Ethernet 1 and Ethernet 2 USB1 and USB2 LED Indicator lights on the front panel display of the CPV5300 include watchdog alarm speaker status hard disk drive activity power ...

Page 27: ...s on the CPV5300 Figure 2 2 Front Panel Connectors and LEDs on the CPV5300 SBC 2425 9812 CPV5300 E T H E R N E S C S I RESET Ethernet 1 Ethernet 2 COM 2 Video SCSI Parallel COM 1 Port Indicator U S B SBC C O M 1 V I D E O ALRM SPKR HDD PWR C O M 2 T 1 2 3 RESET Floppy Drive Lights USB Keyboard Mouse ...

Page 28: ... Rear Panel Connectors on the CPV5300 Transition Module The CPV5300 Transition Module has connectors on the rear panel for keyboard mouse USB Ethernet 1 and Ethernet 2 COM1 and COM2 serial ports parallel printer video SCSI ...

Page 29: ...3 for rear panel connectors on the CPV5300 Transition Module Figure 2 3 Rear Panel Connectors on the CPV5300 Transition Module 2426 9812 CPV5300TM U S B N E T W O R K N E T W O R K V I D E O S C S I 2 1 Mouse USB Ethernet 1 Ethernet 2 COM 1 Video SCSI Parallel COM 2 Port Keyboard ...

Page 30: ...2 10 Getting Started 2 ...

Page 31: ...ents on both sides Figure 3 1 shows the location of the jumpers and headers Figure 3 1 Location of Major Components on the CPV5300 Single Board Computer 2452 9812 J3 ISO Bridge DIMM Socket J10 J2 J1 J5 J4 J15 Battery J11 J16 J14 J13 J6 J7 J9 SCSI Ethernet Controllers PCI PCI Bridge ISA Bridge AGP controller Flash Bios Mobile Module J8 ...

Page 32: ... 3 1 callout Description J1 CPCI backplane connector J2 CPCI backplane connector J3 USB J4 I O Transition Module backplane connector J5 I O Transition Module backplane connector J6 Ethernet 2 J7 SCSI J8 COM2 Serial Port 2 J9 EIDE J10 reserved in circuit programming J11 Floppy J12 reserved in circuit emulator J13 Ethernet 1 J14 Keyboard Mouse J15 Video LPT printer COM1 Serial Port 1 J16 Reset conne...

Page 33: ...Components for the CPV5300 Transition Module 3 3 3 Components for the CPV5300 Transition Module Figure 3 2 shows major components on the CPV5300 Transition Module TM board ...

Page 34: ...3 4 Components on the CPV5300 3 Figure 3 2 Location of Major Components on the CPV5300 TM 2451 9812 J14 J12 J12 J5 J8 J9 P5 P4 J1 J2 J13 J18 J7 J4 J3 J11 J17 J6 J16 ...

Page 35: ... J1 reserved for future alarm expansion J2 reserved for future alarm expansion J3 Fan Tach J4 Fan Tach J5 EIDE Channel secondary J6 keyboard expansion header for future expansion J7 Miscellaneous Power J8 EIDE Channel primary J9 Floppy Drive J10 COM 2 Serial Port 2 J11 Internal SCSI J12 Dual USB J13 Ethernet 1 J14 Keyboard Mouse J16 Video Port Parallel Port COM 1 Serial Port 1 J17 External SCSI J1...

Page 36: ... front panel and rear transition module you can use either the front or the rear not both Please note the following cautions when connecting peripherals to the CPV5300 Warning Always remove power from the system before connecting peripherals to the CPV5300 To reduce the risk of personal injury disconnect the power cord from the power source Only qualified experienced electronics personnel should a...

Page 37: ...can use either registered or unbuffered memory modules Note If you mix ECC and non ECC DIMM modules the system does not support ECC Installing DRAM DIMMS To install DIMMs locate the memory banks on the single board computer Before installing DIMMs remove power from the system and disconnect all power cords After power is removed remove the CPV5300 from the chassis Caution Only qualified experience...

Page 38: ...V5300 Refer to Figure 3 1 4 Hold the DIMM so the keyed notch aligns with the tab on the socket 5 Insert the DIMM at a 90 degree angle Refer to Figure 4 1 Figure 4 1 Inserting a DIMM 6 Gently push the DIMM in until the ejector ears lock in place 7 Install the CPV5300 in the chassis and connect the power cords 8 Apply power to the chassis At bootup the BIOS automatically detects the new memory confi...

Page 39: ...nd could be damaged during removal and replacement Installing the On board Disk Drives The CPV5300 has an optional on board EIDE drive and a floppy drive Installation Instructions Use the following procedure to install the on board disk and floppy drives You need a number one Phillips screwdriver for this procedure 1 Remove power from the chassis and disconnect all power cords 2 Remove the CPV5300...

Page 40: ...ng from the floppy drive to the CPV5300 has contacts on one side only The shiny contacts go toward the front panel at both ends and the blue side goes toward the backplane connectors 2452 9812 J3 ISO Bridge DIMM Socket J10 J2 J1 J5 J4 J15 Battery J11 J16 J14 J13 J6 J7 J9 SCSI Ethernet Controllers PCI PCI Bridge ISA Bridge AGP controller Flash Bios Mobile Module J8 Floppy Drive Header EIDE Header ...

Page 41: ...ases so that the cable can be inserted in the connector Insert the cable into the connector and push down on each end Attach the other end of the cable in step 8 5 Install the floppy drive in the drive carrier Attach the floppy drive to the carrier with two screws on each side Refer to the figure below 6 If you are installing a hard drive attach the cable to the drive and the IDE connector on the ...

Page 42: ...4 6 Installing Options 4 7 Attach the drive carrier to the CPV5300 using two screws 2173 9803 ...

Page 43: ...on the tabs on the connector and insert the floppy cable Push down on the tabs to secure the cable 9 Install the CPV5300 in the chassis and connect the power cords Installing Ethernet Controllers The CPV5300 has two on card Ethernet controllers called Ethernet 1 LAN 1 Ethernet 2 LAN 2 2171 9803 ...

Page 44: ...ted by the system Caution If Ethernet connection is critical we recommend installing and testing only one Ethernet connection at a time to determine the operating system to hardware binding for the LAN controllers Ethernet 1 settings in the BIOS always correspond to Ethernet controller 1 on the card regardless of what order the operating system reports the controllers ...

Page 45: ...ssignments for the Go to page CPV5300 Single Board Computer SBC front panel connectors CPV5300 Transition Module TM rear panel connectors A 2 CPV5300 Single Board Computer headers and jumpers CPV5300 Transition Module headers and jumpers A 13 CPV5300 Single Board Computer backplane connectors CPV5300 Transition Module backplane connectors A 22 ...

Page 46: ...300 Single Board Computer and CPV5300 Transition Module For Connector Type Description Go to J14 6 pin PS 2 female connector Keyboard Mouse single PS 2 connector Table A 3 7 pin PS 2 Keyboard Table A 4 7 pin PS 2 Mouse Table A 5 J13 RJ45 connector Ethernet 1 Table A 6 J6 RJ45 connector Ethernet 2 Table A 6 J17 25 pin D sub Parallel Connector Table A 7 J15 2 x 9 pin D sub COM1 serial port 1 Table A...

Page 47: ...ctors CPV5300 Keyboard Mouse CPV5300 keyboard mouse PS2 connector J14 Table A 3 Keyboard Mouse P S2 Connector Pin Assignments for the CPV5300 Single Board Computer Pin Number Signal Mnemonic Signal Description 1 KBDDAT Keyboard Data 2 AUXDAT Auxiliary Data 3 GND Ground 4 KBDVCC Keyboard Power current limited to 75 Amp 5 KBDCLK Keyboard Clock 6 AUXCLK Auxiliary Clock 7 CGND Common Ground ...

Page 48: ...Pin Assignments for the CPV5300 Transition Module TM Pin Number Signal Mnemonic Signal Description 1 KBDDAT Keyboard Data 2 3 GND Ground 4 KBDVCC Keyboard Power 5 KBDCLK Keyboard Clock 6 7 CGND Common Ground Table A 5 Mouse P S2 Connector Pin Assignments for the CPV5300 Transition Module TM Pin Number Signal Mnemonic Signal Description 1 AUXDAT Auxiliary Data 2 3 GND Ground 4 KBDVCC Keyboard Power...

Page 49: ...300TM Ethernet 1 J13 Ethernet 2 J18 Table A 6 Ethernet Connector Pin Assignments for the CPV5300 Single Board Computer and CPV5300 Transition Module Pin Number Signal Mnemonic Signal Description 1 TX Differential transmit lines 2 TX Differential transmit lines 3 RX Differential receive lines 4 5 6 RX Differential receive lines 7 8 ...

Page 50: ...STROBE Data at parallel port is valid 2 D0 Parallel data lines 3 D1 Parallel data line 4 D2 Parallel data line 5 D3 Parallel data line 6 D4 Parallel data line 7 D5 Parallel data line 8 D6 Parallel data line 9 D7 Parallel data line 10 ACK Acknowledge data retrieval 11 BUSY Printer cannot accept more data 12 PE Printer out of paper 13 SELECT Set high when selected 14 AFD Causes printer to add a line...

Page 51: ...22 GND Ground 23 GND Ground 24 GND Ground 25 GND Ground Table A 7 Parallel Connector Pin Assignments for the CPV5300 Single Board Computer and CPV5300 Transition Module Continued Pin Number Signal Mnemonic Signal Description ...

Page 52: ...the CPV5300 Single Board Computer and CPV5300 Transition Module Pin Number Signal Mnemonic Signal Description 1 DCD data set has detected the data carrier 2 RX Receives serial data input from communication link 3 TX Sends serial output to communication link 4 DTR data set is ready to establish a communication link 5 GND Ground 6 DSR data set is ready to establish a communication link 7 RTS Indicat...

Page 53: ... J3 CPV5300TM Port 1 and Port 2 J12 Table A 9 USB Connector Pin Assignments for the CPV5300 Single Board Computer and CPV5300 Transition Module Pin Number Signal Mnemonic Signal Description 1 5V Current limited USB power 2 DATA USB serial communication differential 3 DATA USB serial communication differential 4 GND USB port common ...

Page 54: ...sition Module Pin Number Signal Mnemonic Signal Description 1 RED Red signal 2 GREEN Green signal 3 BLUE Blue signal 4 NC Not connected 5 DACVSS Video return 6 DACVSS Video return 7 DACVSS Video return 8 DACVSS Video return 9 NC Not connected 10 DACVSS Video return 11 NC Not connected 12 DDCDAT Display data channel data signal for DDC2 support 13 HSYNC Horizontal synchronization 14 VSYNC Vertical ...

Page 55: ...data lines 3 GND Ground 37 D14 SCSI data lines 4 GND Ground 38 D15 SCSI data lines 5 GND Ground 39 DPH odd parity for D8 through D15 6 GND Ground 40 D0 SCSI data lines 7 GND Ground 41 D1 SCSI data lines 8 GND Ground 42 D2 SCSI data lines 9 GND Ground 43 D3 SCSI data lines 10 GND Ground 44 D4 SCSI data lines 11 GND Ground 45 D5 SCSI data lines 12 GND Ground 46 D6 SCSI data lines 13 GND Ground 47 D7...

Page 56: ...ase 27 GND Ground 61 SEL Driven after a successful arbitration to select as an initiator or reselect as a target 28 GND Ground 62 CD asserted command or message phase deasserted data phase 29 GND Ground 63 REQ Target asserts REQ to indicate a byte is ready or is needed by target 30 GND Ground 64 IO asserted In deasserted Out 31 GND Ground 65 D8 SCSI data lines 32 GND Ground 66 D9 SCSI data lines 3...

Page 57: ...Board Computer and CPV5300 Transition Module Connector Type Description Go to J9 44 2 x 22 pin shrouded header EIDE header Single Board Computer Table A 13 J5 J8 40 pin header EIDE header Transition Module Table A 14 J11 26 pin flex cable connector Floppy header Single Board Computer Table A 15 J9 34 pin header Floppy header Transition Module Table A 16 J3 J4 4 pin header Fan Tachometer header Tra...

Page 58: ...n 1 RESET reset signal to drive 2 GND ground 3 D7 drive data line 4 D8 drive data line 5 D6 drive data line 6 D9 drive data line 7 D5 drive data line 8 D10 drive data line 9 D4 drive data line 10 D11 drive data line 11 D3 drive data line 12 D12 drive data line 13 D2 drive data line 14 D13 drive data line 15 D1 drive data line 16 D14 drive data line 17 D0 drive data line 18 D15 drive data line 19 G...

Page 59: ... the CPV5300 Transition Module Primary J8 Secondary J5 Pin Number Signal Mnemonic Signal Description Pin Number Signal Mnemonic Signal Description 1 Reset reset signal to drive 2 GND ground 3 DD7 drive data line 4 DD8 drive data line 5 DD6 drive data line 6 DD9 drive data line 7 DD5 drive data line 8 DD10 drive data line 9 DD4 drive data line 10 DD11 drive data line 11 DD3 drive data line 12 DD12 ...

Page 60: ...rupt request 32 IOCS16 16 bit register is decoded 33 DA1 drive register and data port address lines 34 PDIAG output from drive 1 and monitored by drive 0 35 DA0 drive register and data port address lines 36 DA2 drive register and data port address lines 37 CS1 chip select drive 0 also command register block select 38 CS3 chip select drive 1 also command register block select 39 DASP drive active s...

Page 61: ...n Number Signal Mnemonic Signal Description 1 5V drive power 14 STEP supplies step pulses to move head during seek operations 2 INDEX beginning of a track 15 GND drive common 3 5V drive power 16 WDATA writes serial data to disk drive 4 DS0 drive select 0 17 GND drive common 5 5V drive power 18 WGATE enables head of disk drive to write to disk 6 DCHG notifies disk drivecontroller that drive door is...

Page 62: ...emonic Signal Description Pin Number Signal Mnemonic Signal Description 1 GND drive common 2 DRVDENS0 disk density select communication 3 4 5 GND drive common 6 DRVDENS1 disk density select communication 7 GND drive common 8 INDEX beginning of a track 9 GND drive common 10 MTR0 motor enable output 11 GND drive common 12 DS1 drive select 1 13 GND drive common 14 DS0 drive select 0 15 GND drive comm...

Page 63: ... disk 25 GND drive common 26 TR0 head of floppy disk drive is at track 0 27 GND drive common 28 WPROT disk is write protected 29 GND drive common 30 RDATA raw read data from disk drive 31 GND drive common 32 HDSEL determines the side of the floppy disk being accessed 33 GND drive common 34 DSKCHG notifies disk drive controller that the drive door is open Table A 16 Floppy Header Pin Assignments fo...

Page 64: ...nsition Module TM Table A 17 Fan Tachometer Header Pin Assignments for the CPV5300 Transition Module J3 and J4 Pin Number Signal Mnemonic Signal Description 1 VCC SM bus power 2 TACH tachometer input for fan 3 GND ground 4 12V 12 volt power Table A 18 SM Bus and LM78 Header Pin Assignments for the CPV5300 Transition Module Pin Number Signal Mnemonic Signal Description Pin Number Signal Mnemonic Si...

Page 65: ...lock signal 9 BYPASS power switch bypass signal 10 VCC SM bus power 11 BTI board temperature interrupt signal 12 GND ground Table A 18 SM Bus and LM78 Header Pin Assignments for the CPV5300 Transition Module Continued Pin Number Signal Mnemonic Signal Description Pin Number Signal Mnemonic Signal Description ...

Page 66: ...ackplane Connectors A 22 A Pin Assignments for CPV5300 SBC and CPV5300 TM Backplane Connectors This section gives you pinout information for CPV5300 Single Board Computer backplane connectors J4 J5 CPV5300Transition Module backplane connectors P4 P5 ...

Page 67: ...1 GND 23 GND DA2 DA0 GND DA1 IOCS16 GND 22 GND INTRQ DMACK LANB TD IORDY GND GND 21 GND DIOR GND DIOW GND DMARQ GND 20 GND PDIAG GND DD15 DD0 DD14 GND 19 GND DD1 DD13 DD2 DD12 DD3 GND 18 GND DD11 DD4 DD10 DD5 DD9 GND 17 GND DD6 DD8 DD7 GND DRESET GND 16 GND GND RD RD TD TD GND 15 GND LED1_2 LED3 VCC VCC GND GND KEY 11 GND GND GND reserved DACVSS BLUE GND 10 GND GREEN RED VSYNC HSYNC DDCCLK GND 9 G...

Page 68: ...nectors A 24 A 4 GND ATN GND BSY SACK SRST GND 3 GND MSG SEL CD SREQ IO GND 2 GND SCD8 SCD9 SCD10 SCD11 PBYPASS GND 1 GND FAN3 FAN2 INTRUDER SSDA SSCL GND Table A 19 CPV5300 SBC J4 CPV5300 TM P4 Backplane Connector Pin Assignments Continued Pin Number E D C B A ...

Page 69: ... ATA 2 TTL levels IOCS16 16 bit register is decoded DMARQ drive DMA request DMACK drive DMA acknowledge DIOR drive I O read DIOW drive I O write DASP drive active slave present IORDY drive is ready for I O cycle s DD 15 0 drive data lines bits 15 0 DRESET reset signal to drive CS1 chip select drive 0 also command register block select CS3 chip select drive 1 also command register block select DA 2...

Page 70: ...e target SCD 15 0 SCSI data lines SCDPH provides odd parity for SCD 15 8 SCDPL provides odd parity for SCD 7 0 SEL driven after a successful arbitration to select as an initiator or reselect as a target SREQ a target asserts REQ to indicate a byte is ready or is needed by target SRST interpreted as a hard reset Video BLUE blue signal DACVSS video return HSYNC horizontal synchronization GREEN green...

Page 71: ...CC1 GND STB GND 18 GND VCC1 GND UDATA1 UDATA1 AFD GND 17 GND PD0 ERR PD1 INIT PD2 GND 16 GND SLIN PD3 PD4 PD5 PD6 GND 15 GND PD7 ACK BUSY PE SLCT GND 14 GND DTR 1 GND RI 1 CTS1 RTS 1 GND 13 GND TXD 1 DSR1 RXD 1 VCC DCD 1 GND 12 GND DTR 2 VCC RI 2 CTS2 RTS 2 GND 11 GND TXD 2 DSR 2 RXD 2 GND DCD 2 GND 10 GND DSKCHG HDSEL RDATA WPROT TR0 GND 9 GND WGATE WDATA STEP DIR MTR1 GND 8 GND DS0 DS1 MTR0 INDE...

Page 72: ...lock for PC AT or PX 2 keyboard KBDDAT serial data line for PC AT or PS 2 keyboard Universal Serial Bus USB 0 and 1 USB levels UDATAn signal of differential data pair for USB channel UDATAn signal of differential data pair for USB channel Parallel LPT Port TTL levels ACK pulsed by peripheral to acknowledge data sent BUSY indicates that printer cannot accept more data ERR peripheral detected an err...

Page 73: ...dicates that head is positioned above track 00 WDATA write data to drive WGATE enables head write circuitry of drive WPROT indicates a disk is write protected EIDE ATA 2 TTL levels IOCS16 indicates a 16 bit register is decoded DMARQ drive DMA request DMACK drive DMA acknowledge DIOR drive I O read DIOW drive I O write DASP drive active slave present IORDY indicates drive is ready for I O cycle s D...

Page 74: ...mand register block select DA 2 0 drive register and data port address lines INTRQ drive interrupt request PDIAG output from drive 1 and monitored by drive 0 Table A 22 Signal Descriptions for CPV5300 SBC J5 CPV5300 TM P5 Backplane Connector Pin Assignments Continued Signal Signal Mnemonic Signal Description ...

Page 75: ... controllers installation 4 7 F features 1 1 front panel connectors 2 6 functions advanced system monitoring 1 5 watchdog timer 1 5 G getting started 2 1 H humidity 1 7 I information 1 8 input output interfaces 1 2 installing ethernet controllers 4 7 installing options 4 1 installing the CPV5300 2 2 interfaces 1 2 COM1 serial port 1 1 2 COM2 serial port 2 1 2 EIDE 1 3 floppy 1 3 keyboard mouse 1 2...

Page 76: ...ptions 4 1 overview 1 1 P physical characteristics 1 6 pin assignments A 1 power requirements 1 6 powering up 2 5 R rear panel connectors 2 8 S shock 1 7 special functions 1 5 specifications 1 6 speed settings 3 6 system memory configurations 4 1 T temperature 1 7 U upgrading the CPU 4 3 V vibration 1 7 W web sites 1 8 wet bulb 1 7 ...

Page 77: ...tPCI Single Board Computer and Transition Module Installation Guide 34 pages 1 8 spine 36 84 pages 3 16 1 4 spine 86 100 pages 5 16 spine 102 180 pages 3 8 1 2 spine 182 308 pages 5 8 1 1 8 spine 2 lines allowed Cover ...

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