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1. esses 27 IDE Connectors 40 pin esses 28 SCSI Connectors seis sisse ernannt nana nana 29 FDD Connector eese sies keel E E a sias dels 30 AC97 Audio Interface Connectors sss 30 Audio Jacks Optional with DB AC97S boara 31 FAN COPDE CIOT h i i e aa aea ea aeaee S a Eei EAEE SEREAS 31 CompactPCI J1 Pin Assignments sse 32 CompactPCI J2 Pin Assignments sese 33 CompactPCI J3 Pin Assignments sss 34 CompactPCI J4 Pin Assignments sse 35 CompactPCI J5 Pin Assignments sss 36 Jumpers and Connectors 23 2 2 1 Keyboard and Mouse Connector Down side Signal Name Up side Signal Name Keyboard data Mouse data N C N C GND GND 5V 5V Keyboard Clock Mouse Clock N C cPCI R6780 rear board Ethernet Connectors N C Keyboard Mouse Connector CN3 on cPCI 6780 front board and CN9 on Signal Name TD TD RD RD Ethernet Connector CN9 LAN1 and CN10 LAN2 on cP CI 6780 front board and CN11 LAN3 on cPCI R6780 rear board Table 6 2 2 2 TD Pin 1 TD Pin 2 RD Pin 3 RD Pin 6 Table 7 2 2 3 Serial Port Connectors RS 232 Signal DCD Data carrier detect RXD Receive data TXD Transmit data DTR Data terminal ready GND groun
2. 17 2 1 Jumpers on the cPCI 6780 and cPCI R6780 18 2 1 1 JP1 on CPCI G780 TS only sese 22 2 12 JP1 2 Son cPCI H6780S R6780SA R6780V and R6780VA3 3i Noo ae oM NN ehiN 22 2 2 Connectors on the cPCI 6780 sssssssss 23 2 2 1 Keyboard and Mouse Connector sss 24 22 2 Ethernet Connectors sss 24 2 2 3 Serial Port Connectors sse 24 2 24 Parallel Port Connectors sse 25 22 5 VGA Connector esses nnne 25 2 26 USB Connectors sse 26 22 7 IDE Connectors 44 pin essen 27 2 2 8 IDE Connectors 40 pin esee 28 2 2 9 SCSI Connectors sisse 29 2 2 10 FDD Connector sisse nnn 30 2 2 11 AC97 Audio Interface Connectors sss 30 2 2 12 Audio Jacks Optional with DB AC97S board 31 2 2 13 FAN Connector tnnt 31 2 2 14 CompactPCI J1 Pin Assignments sss 32 2 2 15 CompactPCI J2 Pin Assignments sss 33 2 2 16 CompactPCI J3 Pin Assignments sss 34 2 2 17 CompactPCI J4 Pin Assignments sss 35 2 2 18 CompactPCI J5 Pin Assignments sss 36 Table of Contents Table of Contents e i 2 3 LED indicators on the cPCI 6780 eeeeeuss 37 2 8 1 LAN port indicators
3. 20 Jumpers and Connectors Jumpers and connectors map of cPCI R6780V or cPCI R6780VA board EH FI ite CN2 FDD sn 59265265 ssocoecatance Eum X a e cca ty e by fat Jumpers and Connectors 21 2 1 1 JP1 on cPCI 6780 TS only LCD Power 3 3V Default 5V Table 4 JP1LCD Power Setting 2 1 2 JP1 2 3 on cPCI R6780S R6780SA R6780V and R6780VA Function Setting RS 232 Default Table5 JP1 2 3 Serial Port COM4 Setting 22 e Jumpers and Connectors 2 2 Connectors on the cPCI 6780 The connectors on the cPCI 6780 front board and cPCI R6780 rear board allows you to connect devices such as keyboard mouse printer and internal floppy disk drives hard disk drives etc The following information lists the connectors on cPCI 6780 and cPCI R6780 and their respective functions 2 2 1 2 2 2 2 2 3 2 2 4 2 2 5 2 2 6 2 2 7 2 2 8 2 2 9 2 2 10 2 2 11 2 2 12 2 2 13 2 2 14 2 2 15 2 2 16 2 2 17 2 2 18 Keyboard and Mouse Connector esses 24 Ethernet Connectors eese seas ernannt 24 Serial Port Connectors sss 24 Parallel Port Connectors esses sesenta 25 VGA Connector eese senserint 25 USB Connectors sisse sean etna nerne nere anstatt nn 26 IDE Connectors 44 pin
4. Introduction e 11 Y Operation 0 5Grms 5 500Hz each axis with 2 5 HDD Note 1 Due to the environment limitations are different from one component to another component please refer to the component specification when user wish to mount CPU or HDD into cPCI 6780 The operating temperature was tested when the HDD is cabling outside the testing chamber also with the FC PGA Socket 370 Pentium lIl 700MHz CPU The operating temperature will be limited by the CPU according to Intel s CPU spec not limited by cPCI 6780 card Please refer to the CPU items in this section 2 The vibration limitation of operation is caused by 2 5 ATA HDD If customer will deploy cPCI 6780 into high vibration environment we suggest user to adopt Flash2000 Flash Disk FFD series or CompactFlash Card to replace the usage of 2 5 ATA HDD Safety Certificate and Test e CE FCC class B e HALT temperature and vibration stress Power Consumption Configurations 45V 3 3V 12V 12V Pentium III 1 0 GHz 512MB with 270m 120m cPCI R6780S SEER access A Note The above values are the measured power consumption for SBC with CPU CPU cooler and RAM only the CPU is running under 100 loading The powers for all the other peripheral devices such as add on cards HDD or CD ROM are not included 12 e Introduction Peripheral Conn
5. 3 5 OS installation device connection This section describe how to get start to install the OS into the 6U CompactPCI platform for the cPCI 6780 CPU module The easiest way to install OS is by connecting ATAPI CD ROM 3 5 1 Using cPCI 6780 on ADLINK s cBP 6108 series backplane Due to cBP 6108 series backplane has the direct connection feature for J3 P3 and J5 P5 rear I O of IDE interfaces user can easily connect 40 pin flat cable into IDE interface on the rear side of backplane Then connect the flat cable into an ATAPI CD ROM If user has installed 2 5 ATA HDD or CF card on the front board it is recommend to connect ATAPI CD ROM to secondary IDE port on the cBP 6108 series backplane to avoid the possibility of master slave confliction 3 5 2 Using cPCI 6780 on other backplanes For the usage of backplanes which are not compatible with the pin assignments for J3 P3 and J5 P5 rear I O of IDE interfaces of cPCI 6780 user can connect 40 pin flat cable into the IDE interface on cPCI R6780 series rear board Then connect the flat cable into an ATAPI CD ROM If user has installed 2 5 ATA HDD or CF card on the front board it is recommend to connect ATAPI CD ROM to secondary IDE port on the cBP 6108 series backplane to avoid the possibility of master slave confliction Note The 2 5 ATA HDD or CF card on front board utilize Primary EIDE interface IDE1 Due to the cPCI 6780 front board supports rear I O the IDE1 interface is also
6. 4 Enable the PXE boot function on the client computer For more detailed information please refer to pdkrel30 pdf under the directory X Utility PXE_PDK Watchdog and Utilities e 71 5 4 PICMG 2 1 Hot Swap Support The cPCI 6780 Hot Swap capability allows non system slot boards to be added or removed while the system is powered up Individual clocks for each slot and access to the ENUM signal on the backplane are compatible to PICMG 2 1 Hot Swap Specification While hot swap of non system boards is supported the cPCI 6780 itself cannot be inserted to or removed from a powered system A signal ENUM is provided to notify the cPCI 6780 that either a board has been freshly inserted or is about to be extracted This signal drives a BlOS programmed interrupt IRQ9 to inform the cPCI 6780 that the configuration of the system has changed The cPCI 6780 then performs any necessary maintenance such as installing a device driver upon board insertion or quiescing a device driver and the board prior to the board s extraction The CompactPCI Hot Plug System Driver manages the ENUM sensing Hot Swap Software builds on the PCI Hot Plug architecture The Hot Plug Service Hot Plug System Driver and the Device Drivers are common elements with the Hot Plug architecture The Device Drivers for Hot Swap boards must be Hot Plug capable The Hot Plug Service provides for the Dynamic Configuration of the system as the resources are added or re
7. 133 PC 100 un buffered non ECC SD RAM e Build in housing for 2 5 low profile HDD e Supports up to 4 USB ports 4 serial ports 2 parallel ports e Supports 7 bus master PCI devices on CompactPCI bus peripheral slots e On board high performance AGP 2x VGA display output with dynamic host sharing up to 10MB and 4MB display cache by build in Intel 815E chipset VGA controller for model cPCI 6780V VS series e On board high performance AGP 2x VGA LCD display output by SMI SM721 controller for model cPCI 6780TS series e Supports triple 10 100Mb Ethernet ports e Supports Ultra 2 Wide SCSI by LSI SYM53C895 controller not available for cPCI 6780V e Supports Intel pre boot execution environment PXE for remote boot e Supports rear I O configuration e Supports remote console e Supports CompactFlash type II socket via removable daughter board Note Please refer to the model variation comparison table for the supported functional features 6 e Introduction 1 4 Specifications General CompactPCI Features e PCI Rev 2 1 compliant e PICMG 2 0 CompactPCI Rev 3 0 compliant e PICMG 2 1 CompactPCI Hot swap specification Rev 2 0 compliant Form Factor e Standard 6U CompactPCI front board size 233 35mm x 160mm rear board size 233 35mm x 80mm not incl the 2 0mm Hard Metric connectors and the panel with ejectors e 2 slot BTE HP 40 6mm wide incl housing of 2 5 HDD CPU Cache e Intel Socket 370 FC PGA2 Pen
8. 8255x based PCI Ethernet Adapter 10 100 then click NEXT gt An Update Driver Warning window may pop up click Yes to continue Click NEXT gt button then the Wizard summary window appears Click Finish button then click CLOSE button 60 e Driver Installation 4 3 3 Driver Installation on Windows 98 The Windows 98 will install the LAN driver automatically We recommend you to manually updated the LAN which on the ADLINK CD to guarantee the compatibility After installing Windows 98 please update the new drivers by the following procedures 1 Boot Windows 98 Click Start Select Settings then double click the Control Panel Double click on the System icon click on the Device Manager tab Either Double click on the Network Adapters entry select the Intel 8255x based PCI Ethernet Adapter 10 100 entry Click the Properties button Click on the Driver button then click Update Driver button Update Device Driver Wizard starts click NEXT Select Display a list of and click NEXT The next window allows the user to specify a specific path Insert the CD and click Have Disk Browse the Intel 82559 driver in the following path X CHIPDRV LAN 100PDISK highlight net82557 inf click OK The Update Wizard displays the message that it has found the driver Click OK again to update the driver Note Windows 98 may ask you to insert the original Windows 98 CD to install the LAN protocols Click NEXT button
9. 98 95 Windows NT and Windows 2000 are included Note For the driver installation under non Windows based OS please refer to the correspondent OS installation guide 4 2 1 Driver Installation on Windows 2000 The Windows 2000 may install the standard VGA driver We recommend you to manually installed the most updated driver which shipped with ADLINK CD to guarantee the compatibility After installing the Windows 2000 please update the new drivers by the following procedures 1 Boot Windows 2000 Click Start Select Settings then double click the Control Panel 2 Double click on the System icon click Hardware tab click Device Manager button 3 Double click either on the Display Adapters or Other Devices entry Double click the Video Controller or Silicon Motion Lynx3DM entry 4 Click on the Driver tab then click Update Driver button 5 An Upgrade Device Driver Wizard windows click NEXT gt 6 Select Display a list of and click NEXT 7 The next window may show a list of hardware type then select Display Adapters then click OK 8 This window may show a list of VGA model numbers 9 Insert ADLINK CD and click Have Disk 10 Browse the SM721 driver in the following path X CHIPDRV VGA SM721 WIN2K highlight smisetup inf click OPEN then click NEXT gt 56 e Driver Installation 13 Highlight the model Silicon Motion Lynx3DM then click NEXT gt Click NEXT button The Windows 2000 may re
10. J acks on the rear panel cPCI R6780SA and cPCI R6780VA PINK BLUE GREEN 2 2 13 FAN Connector Signal Name Ground 12V Rotation Table 19 FAN Connector CN8 on cPCI 6780 Jumpers and Connectors 31 2 2 14 CompactPCI J1 Pin Assignments 5V REQ64 ENUM 3 3V 5V AD 1 45V V I O AD O ACK64 3 3V ADI4 AD 3 45V ADI2 ADI7 GND 3 3V AD 6 AD 5 3 3V AD 9 ADI 8 GND C BE O AD 12 GND V I O AD 11 AD 10 3 3V AD 15 AD 14 GND AD 13 SERR GND 3 3V PAR C BE 1 3 3V IPMB_SCL IPMB_SDA GND PERR DEVSEL GND V I O STOP LOCK 3 3V AD 18 FRAME AD 17 IRDY AD 16 GND GND TRDY C BE 2 AD 21 GND 3 3V ADI20 AD 19 C BE 3 GND AD 23 GND ADI22 ADI26 GND V I O AD 25 AD 24 AD 30 AD 29 AD 28 GND AD 27 REQ GND 3 3V CLK AD 31 BRSVP1A5 BRSVP1B5 PCIRST GND GNT IPMB_PWR HEALTHY V I O INTP INTS INTA INTB INTC 5V INTD TCK 5V TMS TDO TDI 1M O Or D N OO O 5V 12V TRST 12V Table 20 CompactPCI J 1 pin assignments 5V 32 e Jumpers and Connectors GA4 PXI_R
11. available for LAN1 LAN2 and LANG s 37 2 8 2 IDE Activity LED Indication esses 38 2 3 3 Power LED Indication essen 38 2 3 4 SCSI Activity LED Indication sss 38 2 3 5 SCSEEVD Indication s 38 Chapter 3 Getting Start 39 3 1 CPU Installations e etos 40 3 2 Memory Installation eessssesem 41 3 3 CF InstallatiOD ooocccccccncccconnncnnnnnnnconononnnonononnnonanananoss 42 3 4 HDD Installation csse 44 3 5 OS installation device connection sssss 46 3 5 1 Using cPCI 6780 on ADLINK s cBP 6108 series backplane s ionataidenbatelie did tia 46 3 5 2 Using cPCI 6780 on other backplanes 46 3 6 Notice for Rear I O Connecti0N ccccccccncnnnnnnnnnnnnnnnnnnnos 47 3 601 The I O implementation is only supported by rear I O IOAN Xx EE EX E AED CLE MANET 47 3 6 2 The I O implementation is supported by both rear I O and front l O sse sies senserint 47 3 6 8 The FDD and IDE interfaces sss 48 Chapter 4 Driver Installation 50 4 1 Intel 815 Chipset Hardware and VGA Driver 52 4 1 1 Hardware Configuration File Installation 52 4 1 2 VGA Driver Installation sees 54 4 2 S
12. cPCI R6780SA as the rear I O transition module for cPCI 6780TS and cPCI 6780VS To use cPCI R6780V or cPCI R6780VA as the rear I O transition module for cPCI 6780V Introduction 13 1 5 Functional Block Diagram Celeron Pentium Ill PC100 133 SDRAM Smi SM 21 Or Display Cache ATA 33 66 100 Intel 82801BA ICH2 Winbond Winbond FDD Intel 2802AB W83627F 3627H FWH LPC 1 0 LPC 10 Jews Note 1 For cPCI 6780TS SMI SM721 VGA LCD controller For cPCI 6780VS and 6780V 4MB Display cache 2 There is no LSI 53C895 on cPCI 6780V 3 AC97 compliant audio features are available on cPCI R6780SA and cPCI R6780VA n 14 Introduction 40 2 1 6 Mechanical outline drawing 1 6 1 Outline drawing for cPCI 6780 series front board gt 233 35 vj 19 93 la 174 3 160 PATO 8 i m g Or wee AAA O io pereg BE 85850656 a nx B 6800t 190009 V at al OR sere das voco 30 bs gif 9 o 9 fal y AA A T zx v x l
13. the date of shipment During the warranty period we shall at our option either repair or replace any product that proves to be defective under normal operation This warranty shall not apply to equipment that has been previously repaired or altered outside our plant in any way as to in the judgment of the manufacturer affect its reliability Nor will it apply if the equipment has been used in a manner exceeding its specifications or if the serial number has been removed ADLINK does not assume any liability for consequential damages as a result from our product uses and in any event our liability shall not exceed the original selling price of the equipment The remedies provided herein are the customer s sole and exclusive remedies In no event shall ADLINK be lable for direct indirect special or consequential damages whether based on contract of any other legal theory The equipment must be returned postage prepaid Package it securely and insure it You will be charged for parts and labor if the warranty period is expired or the product is proves to be misuse abuse or unauthorized repair or modification Product Warranty Service e 75
14. 82559 drivers support the following OS or platforms e Windows 98 Windows 95 Windows 2000 Windows NT e Novell Netware DOS Setup for Novell NetWare DOS e UNIX OS2 Linux All the above drivers are included in the ADLINK CD In the following section we will describe the driver installation for Windows 98 Windows 2000 and Windows NT For the driver installation of the other OS please refer the readme file inside the CD Driver Installation 59 4 3 2 Driver Installation on Windows 2000 The Windows 2000 may install the LAN driver We recommend you to manually installed the most updated LAN driver which shipped with ADLINK CD to guarantee the compatibility After installing the Windows 2000 please update the new drivers by the following procedures 1 Boot Windows 2000 Click Start Select Settings then double click the Control Panel Double click System icon click Hardware tab click Device Manager button Double click Network Adapters entry Double click the Intel 8255x based PCI Ethernet Adapter 10 100 entry Click Driver tab then click Update Driver button An Upgrade Device Driver Wizard windows click Next gt Select Display a list of and click Next gt The next window may show a list of hardware models Insert the CD and click Have Disk Browse the Intel 82559 driver in the following path X CHIPDRV LAN 100PDISK highlight oemsetup inf click Open then click OK Highlight the model Intel
15. CompactPCI J3 Pin Assignments PDRST PDCS16 PDIORDY 12V PDIRQ14 PDACT Reserved PDCS3 PDCS1 PPDIAG PDD15 PDD14 PDD13 PDD12 Reserved PDD11 PDD10 PDD9 PDD8 PDDACK PDAO PDA1 5V PDA2 PDDREQ PDD7 PDD6 PDD5 PDD4 PDIOW PDD3 PDD2 PDD1 PDDO PDIOR DSO DRVDEN1 MTRO INDEX WDATA DS1 DSKCHG MTR1 DRVDENO RDATA WRTPRT HDSEL FDIR TRACKO STEP WGATE ERRORP AUTOFDA PBUSY Reserved PE SLCTIN 5V PSTROB Reserved PPD7 PPD6 PPD5 PPD4 PINIT PPD3 PPD2 PPD1 PPDO PACK Reserved MSDATA PCBEEP KBDATA SLCT Reserved MSCLK 5V KBCLK RXD3 CTS3 RTS3 DSR3 DCD3 TXD3 RI4 DTR4 RISH DTR3 RXD4 CTS4 RTS4 DSR4 DCD4 TXD4 Table 22 CompactPCI J 3 pin assignments 34 e Jumpers and Connectors 2 2 17 CompactPCI J4 Pin Assignments 45V SD12 Reserved 45V SD14 Reserved SD13 SD13 Reserved SD15 5V SD15 SDO Reserved SDP1 SDP1 Reserved SD1 Reserved SD1 SD3 Reserved SD2 SD2 Reserved SD4 GND SD4 SD6 Reserved SD5 SD5 Reserved SD7 GND SD7 SEN EX DIFFSEN SDPO SDP0 Reserved SATN 5V TERM 5V TERM SACK SBSY SBSY SMSG Reserved SRST SRST SMSG SSEL GND SSEL SREQ Reserved SCD SCD SREO SIO GND SD8 SD10 Reserved SD9 SD8 SD10 SD11 SD11 GND SD9 Reserved Reserved Reserved Reserved Reserved Reserved Reserved GREEN 5V RED DDCSCL 5V DDCSDA VSYNC BLUE 5V Re
16. EM project or customized request Please contact your dealer or ADLINK s sales representatives Note Ensure that the CPU heat sink and the CPU top surface are in tightly contact to avoid CPU overheating problem that would cause your system to hang or be unstable The CPU heat sink and fan should be installed tightly too The FAN with speed sensor is recommend Ensure the CPU cooler could provide enough cooling capability for the CPU otherwise the CPU or the CPU module will be damaged caused by over heat The warranty will be invalid if using the improper CPU cooler 40 Getting Start 3 2 Memory Installation The cPCI 6780 CPU module supports three PC 100 PC 133 168 pin DIMM Sockets for a maximum total memory of 512MB without ECC support The memory type must be 3 3V SDRAM User could choose PC 133 SDRAM to run with FSB 100MHz CPU but could not choose PC 100 SDRAM to run with FSB 133MHz CPU Due to the space limitation the height of RAM modules cannot over 1 15 inches 29 2 mm It is recommend to use the low profile SDRAM modules approved by ADLINK to ensure the best reliability The factory default cPCI 6780 bare model are not equipped with RAM modules The memory module can come with size of 32MB 64MB 128MB 256MB or 512MB PC 100 or PC 133 168 pin SDRAM DIMM ADLINK s factory also provides the pre mounting memory service for considerable quantities OEM project or customized request Please contact your dealer or ADLI
17. Installation In cPCl 6780 user can install one 2 5 ATA HDD or flash drive e g FLASH2000 flash disk FFD which is 2 5 ATA HDD form factor The factory default bare model are equipped with DB 44CFH the removable CF card adaptor not equipped with any HDD or FFD If user want to install 2 5 ATA HDD for larger storage capacity or want to install FFD for more vibration tolerant user can purchase the off the shelf HDD or FFD from the market However we recommend to use the product which is approved by ADLINK to ensure the best reliability Due to the space limitation with better ventilation concern we recommend to use low profile or called slim type 2 5 ATA HDD or FFD that thickness is not over than 9 5mm Because of the CF card adaptor utilize the same IDE interface and the same housing that 2 5 ATA HDD might use So user should aware to remove CF card adaptor if any first then install the 2 5 ATA HDD or FFD Please refer to the section of CF installation for the instruction of removing CF card adaptor HDD FFD Installation for cPCI 6780 e Remove the HDD supporting frame by loose the two screws on front panel and loose the three screws at the bottom side the soldering side reverse side e Lock the HDD on the supporting frame Please note the orientation of the HDD The connector must face to the board s rear side face to CompactPCI connectors e Loosely mount the supporting frame on PCB by three screws e Moun
18. M721 VGA Drivers Installation CPCI 6780TS 56 4 2 1 Driver Installation on Windows 2000 56 4 2 2 Driver Installation on Windows 98 57 4 2 3 Driver Installation on Windows NT ss 58 4 3 LAN Drivers Installation eeeeeseseeeeeeeeeeen 59 4 89 1 Software and Drivers Support sss 59 4 3 2 Driver Installation on Windows 2000 60 4 3 3 Driver Installation on Windows 98 61 4 3 4 Driver Installation on Windows NT 62 4 4 SCSI Drivers Installation eeseeeeeeee 63 4 4 1 Software and Drivers Support sss 63 4 4 2 Driver Installation on Windows 2000 64 ii e Table of Contents 44 3 Driver Installation on Windows 98 eene 65 4 44 Driver Installation on Windows NT ss 66 Chapter 5 Watchdog and Utilities 68 5 1 Watchdog Timer Configuration ssussss 68 544 WDT Programming saos enar 69 5 1 2 How to Test the WDT sssssssseeeee 69 5 2 Hardware Doctor Utility 70 5 3 Intel Preboot Execution Environment PXE 71 5 4 PICMG 2 1 Hot Swap Support ssssssssss 72 Product Warranty
19. NK s sales representatives e Ensure that the RAM modules are firmed in the DIMM sockets and not over height limitation otherwise the components might be damaged when the CPU module is inserting into the chassis Getting Start e 41 3 3 CF Installation The CompactFlash Disk Card or called CF storage card is widely applied on digital consumer devices like PDA Digital Camera and MP3 player However the CF features anti shock anti vibration better environment tolerance low power consumption small form factor and higher reliability plus standard interface with cost effectiveness it has been also widely accepted in the industrial and mission critical embedded application field In cPCI 6780 it is very easy to use CF card user can find the CF card socket on the 2 5 ATA HDD supporting frame The CF card socket adaptor named DB 44CFH is designed for exchange with 2 5 ATA HDD on IDE interface DB 44CFH supports both type I and type ll CompactFlash storage device such as CF card or IBM MicroDrive If user purchases the OEM model or special configuration model it may not come with DB 44CFH in the package User can purchase the CF card adaptor model named DB 44CFH as the optional kit to convert the IDE interface to CF card socket Due to the CF card adaptor utilize the same IDE interface and the same housing that 2 5 ATA HDD might use So user should aware to remove 2 5 ATA HDD if any first then install the CF card adap
20. NulPC cPCI 6780 series 6U CompactPCI FSB 133 Advanced Function Socket 370 Pentium lll Celeron CPU Module and Rear I O Transition Module User s Guide Recycled Paper Copyright 2001 ADLINK Technology Inc All Rights Reserved Manual Rev 1 00 Feb 19 2002 Part No 50 15005 100 The information in this document is subject to change without prior notice in order to improve reliability design and function and does not represent a commitment on the part of the manufacturer In no event will the manufacturer be liable for direct indirect special incidental or consequential damages arising out of the use or inability to use the product or documentation even if advised of the possibility of such damages This document contains proprietary information protected by copyright All rights are reserved No part of this manual may be reproduced by any mechanical electronic or other means in any form without prior written permission of the manufacturer Trademarks NulPC is a registered trademark of ADLINK Technology Inc Other product names mentioned herein are used for identification purposes only and may be trademarks and or registered trademarks of their respective companies Getting service from ADLINK Customer Satisfaction is always the most important thing for ADLINK Technology Inc If you need any help or service please contact us and get it ADLINK Technology Inc http www adlinktech com Web Site Sa
21. One floppy interface by J3 rear I O support two floppy drives 360KB 720KB 1 2MB 1 44MB 2 88MB One 34 pin floppy connector is available on rear I O transition module e Pin assignments on cPCI J3 support FDD direct connection feature on cBP 6108 Rev B1 or later version e Two 16C550 UARTs compatible RS 232 COM ports with ESD protection to 2KV on front CPU module e Expandable one 16C550 UARTs compatible RS 232 COM ports with ESD protection to 2KV and one RS 232 422 485 485 selectable serial port by using of rear transition module USB Interface e Supports up to four USB ports two ports on front CPU module the other two ports on rear I O transition module e USB Specification Rev 1 1 compliant e Individual over current protection Watch dog Timer e Programmable l O port 2Eh and 2Fh to configure watchdog timer programmable timer 1 255 seconds or 1 255 minutes e Bundled easy programming library for DOS Windows 95 98 NT Hardware Monitoring e Winbond W83782D built in W83627HF monitoring CPU temperature CPU fan system temperature and DC Voltages On board VGA Display available for cCPCF6780V or VS series e Intel 815E built in hyper pipelined architecture 3D graphics engine e AGP 2X ACPI and VESA compliant e Supports video memory up to 10MB shared with host memory dynamically allocated by driver e On board 4MB display cache for optimized Intel 815E chipset performance e Supports up to 1600x1200 resolution Introductio
22. PU amp System temperature These items are important to the operation of system errors may result in permanent hurt of PC Once any item is out of its normal range an obvious warning message will pop up and remind user to make a proper treatment The Hardware Doctor utility supports the Windows 98 and Windows NT The software is stored on the ADLINK CD under the following directory XAUtility HWDoctor W8378X WIN98 and X Utility HWDoctor W8378X NT4 Please install the Hardware Doctor by executing the HI2C 98 exe or HI2C NT exe respectively under Windows 98 or Windows NT For detail user s manual please refer the HWDoctor PDF under the X Utility HWDoctor1W8378X 70 Watchdog and Utilities 5 3 Intel Preboot Execution Environment PXE cPCI 6780 series support Intel Preboot Execution Environment PXE which provides the capability of boot up from Ethernet even executing OS installation from Ethernet There should be a DHCP server in the network with one or more servers running PXE service and MTFTP service It could be a Windows NT or Windows 2000 server running DHCP PXE and MTFTP service or a dedicated DHCP server with one or more additional server running PXE and MTFTP service The section describes the major items for building up a network environment with PXE support 1 Setup a DHCP server with PXE tag configuration 2 Install the PXE and MTFTP services 3 Make boot image file on PXE server that is the boot server
23. Port 3 and Port 4 on cPCI R6780 rear board 26 Jumpers and Connectors 2 2 7 IDE Connectors 44 pin Signal Signal RESET Ground DD7 DD8 DD6 DD9 DD5 DD10 DD4 DD11 DD3 DD12 DD2 DD13 DD1 DD14 DDO DD15 Ground keypin DMARQ Ground DIOW Ground DIOR Ground IORDY CSEL DMACK Ground INTRQ reserved DA1 PDIAG DAO DA2 CS0 CS1 DASP Ground 5V 5V Ground TYPE Table 13 Primary IDE channel CN5 on cPCI 6780 front board 0000000000000000000000 O0000000000000000000000 Jumpers and Connectors 27 2 2 8 IDE Connectors 40 pin Signal Signal RESET Ground DD7 DD8 DD6 DD9 DD5 DD10 DD4 DD11 DD3 DD12 DD2 DD13 DD1 DD14 DDO DD15 Ground keypin DMARQ Ground DIOW Ground DIOR Ground IORDY CSEL DMACK Ground INTRQ reserved DA1 PDIAG DAO DA2 CS0 CS1 DASP Ground Table 14 Primary IDE channel CN3 and secondary IDE channel CN5 on cPCI R6780 rear board 28 Jumpers and Connectors 2 2 9 SCSI Connectors Signal Signal CN10 LVDP12 LVDM12 LVDP13 LVDM13 LVDP14 LVDM14 LVDP15 LVDM15 LVDPHP LVDPHM LVDPO LVDMO LVDP1 LVDM1 LVDP2 LVDM2 LVDP3 LVDM3 LVDP4 LVDM4 LVDP5 LVDM5 LVDP6 LVDM6 LVDP7 LVDM7 LVDPLP LVDPLM GROUND GROUND DFFSENSE LVEXT68 LVTRMPWR LVTRMPWR LVTRMPWR LVTRMPWR N C N C GROUND GROUND LVATNP LVATNM GROUND GROUND LVBSYP L
24. SCSI Feature is available for cPCF6780VS and TS rear I O module is required LSI SYMBIOS 53C895 Ultra 2 Wide SCSI controller featuring LVD by J4 rear I O 10 e Introduction Audio Extension Only for big quantity OEM project e Single channel AC 97 digital audio interface reserved by J5 rear I O e Optional AC 97 audio codec daughter board on rear I O transition module e Supports line in line out and microphone jacks on AC 97 daughter board PCI Bus Bridge e TI PCI2050 transparent PCI to PCI bridge e Supports up to 7 PCI bus mastering devices on CompactPCI bus peripheral slots OS Compatibility e MS DOS 6 2 Windows 95 98 ME Windows NT 4 0 Windows 2000 Red Hat Linux 7 0 and VxWorks Flash Disk Supporting e Support CompactFlash type ll socket on front CPU module by removable transition daughter board e On board housing for Flash2000 2 5 flash disk on front CPU module e Disk On Module via 40 pin IDE ports of rear I O transition module Front Panel LEDs and switch e Power status green e IDE activity indicator amber e Ethernet port 1 amp 2 10 100Mb amber activity green e SCSI activity amber LVD SE indicators green e Flush tact switch for system reset Environment e Operating temperature 0 to 60 C Note e Storage temperature 20 to 80 C e Humidity 5 to 95 non condensed e Shock 15G peak to peak 11ms duration non operation e Vibration v Non operation 1 88Grms 5 500Hz each axis
25. SVA22 GA3 PXI_RSVB22 2 2 15 CompactPCI J2 Pin Assignments GA2 PXI_RSVC22 GA1 PXI_RSVD22 GAO PXI_RSVE22 CLK6 GND Reserved Reserved Reserved CLK5 GND Reserved GND Reserved GND GND Reserved ICMB_SDA Reserved ICMB_SCL Reserved ICMB_PWR Reserved PXI TRIG3 Reserved PXI TRIG4 Reserved PXI TRIG5 GND Reserved PXI TRIG6 Reserved PXI TRIG2 GND PRST REQ6 GNT6 Reserved PXI_TRIG1 Reserved PXI_TRIGO DEG GND Reserved PXI_TRIG7 Reserved PXI_BRSVA15 GND FAL REQS GNT5 mk A FPVDD 3 5V SHFCLK ENFPVDD GND Reserved o FPD12 GND V I O Reserved Reserved N 12VFP FPVEE 3V FLM GND M DE LP GND V I O FPD17 BIASEN e FPD11 FPD13 FPD15 GND ENBKL o FPD9 GND V I O FPD10 FPD23 FPD7 FPD14 FPD20 GND FPD21 FPD4 GND V I O FPD8 FPD19 FPD2 FPD16 FPD22 GND FPD5 FPDO GND V I O FPD6 FPD3 V I O Reserved PXI_BRSVB4 FPD18 GND FPD1 CLK4 GND GNT3 REQ4 GNT4 CLK2 CLK3 SYSEN GNT2 REQ3 M O A AJOJN CLK1 REQ1 GNT1 Table 21 CompactPCI J 2 Pin Assignments REQ2 Jumpers and Connectors 33 2 2 16
26. Service s 75 Table of Contents e iii Introduction Thanks for choosing ADLINK s cPCI 6780 series product This manual gives you information on the cPCI 6780 series CPU module The information inside this manual can be applied to all series if without specified The topics covered in this chapter are as follows e Checklist e Descriptions e Features e Specifications e Functional block diagram e Mechanical outline drawing 1 1 Checklist The cPCI 6780 series products are compliant with PICMG 2 0 CompactPCI specification with 6U dual slot form factor Both front panel I O and rear panel 1 0 are supported by cPCI 6780 series products It is not necessary to use the rear board if the application just requires only front panel I O wiring or special backplane wiring The front board the CPU module and the rear board the rear I O transition module are sold separately The standard models cPCI 6780TS cPCI 6780VS and cPCI 6780V are front boards And the standard models cPCI R6780S and cPCI R6780V are rear boards Introduction e 1 1 1 1 Front Board Front board is the CPU module There are three standard versions available for cPCI 6780 series module please see section 1 2 and the model variations comparison table The default version does not included any CPU RAM or HDD However the CPU module may be equipped with different speed or capacity of CPU RAM HDD by specia
27. T gt Select Display a list of and click NEXT gt The next window allows the user to specify a specific path Insert the ADLINK CD and click Have Disk Browse the 53C895 driver in the following path X CHIPDRV SCSN53C895 Win95 amp 98 Highlight symc8xx inf click Open click OK The previous window appears with the selected driver displayed as the driver to install Click NEXT gt button then the Wizard summary window appears Click Finish button then restart the computer to active the new driver Driver Installation 65 4 4 4 Driver Installation on Windows NT Before install the SCSI driver on Windows NT please copy the contents in the following directory X CHIPDRV SCSI53C895 Nt40 into a new formatted floppy diskette Please note that all the content in the sub directory must be copied too When install the Windows NT into a SCSI HDD we recommend you to use IDE CD ROM as CD reader Before installing the NT we have to install the SCSI driver from the floppy diskette you made Please use the following procedure to install the SCSI driver with Windows NT 1 Start the Windows NT 4 0 installation by booting from the Windows NT CD or floppy diskettes Press Enter when the Welcome to Setup screen appears The Windows NT 4 0 Workstation Setup window appears next Press S to skip automatic detection and do manual selection A screen displays the message Setup has recognized the following mass storage devices in
28. VBSYM LVACKP LVACKM LVRSTP LVRSTM LVMSGP LVMSGM LVSELP LVSELM LVCDP LVCDM LVREQP LVREQM LVIOP LVIOM LVDP8 LVDM8 LVDP9 LVDM9 LVDP10 LVDM10 LVDP11 LVDM11 Table 15 SCSI Connectors CN10 and CN13 on cPCI R6780 1 35 7 ge Ngennnananoeencoannasaeennasoooenen 34 0000000000000000000000000000000000 00000000000000 00000000000000 oo oo oo oo oo na un oo oo oo oo oo oo oo Jumpers and Connectors 29 2 2 10 FDD Connector Signal Signal Ground DRVDENO Ground NC NC DRVDEN1 Ground INDEX Ground MTRO Ground DS1 Ground DSO Ground MTR1 Ground FDIR Ground STEP Ground WDATA Ground WGATE Ground TRACKO Ground WPT Ground RDATA Ground HDSEL Ground DSKCHG Table 16 FDD Connector CN2 on cPCI R6780 2 2 11 AC97 Audio Interface Connectors Signal Name Ground AC_BITCLK Ground AC_SDINO 5V AC_SDOUT 5V AC_SDIN1 AC_SYNC Table 17 AC 97 Interface CN4 on cPCI R6780 for AC 97 daughter board connection AC RESET 30 e Jumpers and Connectors 2 2 12 Audio Jacks Optional with DB AC97S board Signal Name OOO MIC IN LINE IN LINE OUT Table 18 Audio
29. and PC 133 DRAM up to 512MB makes cPCI 6780 performs the best in its peer Moreover the Embedded Intel Architecture guarantees the long time availability The cPCI 6780 series with the rear I O transition board CPCI R6780 series provide standard l Os including RS 232 422 485 USB Printer Port AGP VGA LCD cPCI 6780TS with cPCI R6780S EIDE SCSI cPCI 6780VS and cPCI 6780TS with rear board Triple Ethernets removable CompactFlash socket and optional AC 97 audio interface cPCI 6780 is designed to meet the needs of the applications which require high performance and high reliability lt is especially suitable for the broad band data and intelligent network switching CTI server semi conductor equipment military and medical application 4 e Introduction cPCI 6780 Model Variations Comparison Table cPCI 6780TS with cPCI 6780VS with cPCI 6780V with Model cPCI R6780S or cPCI R6780S or cPCI R6780V or cPCI R6780SA cPCI R6780SA cPCI R6780VA Processor Intel FC PGA FC PGA2 Intel FC PGA FC PGA2 Intel FC PGA FC PGA2 Celeron or Pentium 111 Celeron or Pentium 111 Celeron or Pentium 111 CPU FSB 66 100 133MHz 66 100 133MHz 66 100 133MHz Chipset Intel 815E B step Intel 815E B step Intel 815E B step Memory Size up to 512MB up to 512MB up to 512MB Memory PC100 PC133 Unbuffered PC100 PC133 Unbuffered PC100 PC133 Unbuffered Type non ECC 168 pin DIMM no
30. and cPCI R6780 e LED indicators on the cPCI 6780 and cPCI R6780 Jumpers and Connectors 17 2 1 Jumpers on the cPCI 6780 and cPCI R6780 The jumpers on the cPCI 6780 front board or cPCI R6780 rear board allow you to configure your CPU module according to the needs of your applications If you have doubts about the best jumper configuration for your needs contact your dealer or sales representative The following table lists the jumper connectors on cPCI 6780 or cPCI R6780 and their respective functions Board Connector Description cPCI 6780 JP1 Flat Panel Voltage Selection cPCI R6780 JP1 JP2 JP3 Select COM2 Type Table 3 CPCI 6780 and cPCI R6780 jumper list Note There is no jumper for front side bus FSB and CPU speed selection The FSB and CPU speed are set by auto detection 18 e Jumpers and Connectors Jumpers and connectors map of cPCI 6780 series board J2 J1 es JP o pon 1 PCI2050 3 CNS IDE1 v LSI SMI 1 Back side 1 53C895 Smr21 EJ ia le f Intel 815E North Bridge Jumpers and Connectors 19 Jumpers and connectors map of cPCI R6780S or cPCI R6780SA board nr fh CET ETETTPTETET ET CN5 IDE 2 CN2 FDD f o COTA G F 1 I 2245 eee i sescsoesseaesenono i I I CN3 IDE 1 Eus CE Yr
31. ble for cPCI 6780TS and cPCI 6780VS 38 e Jumpers and Connectors Getting Start This chapter provides information on how to install components such as memory CPU HDD and CF card on the modules It also provides notice for choosing the proper components The topics covered are e CPU Installation e Memory Installation e CF Installation e HDD Installation OS installation device connection e Notice for rear I O connection Getting Start 39 3 1 CPU Installation The cPCI 6780 CPU module supports Intel Socket 370 FC PGA or FC PGA2 Pentium lll processors of 100 133 MHz front side bus FSB or Socket 370 FC PGA Celeron processors of 66 100 MHz FSB Users need to install high efficient CPU cooler to guarantee the system stability The factory default cPCI 6780 bare model are not equipped with CPU User can purchase the off the shelf CPU and the related CPU cooler from the market However due to the space limitation the cooler height including heatsink and fan cannot over 25mm for FC PGA package CPU or 23mm for FC PGA2 package CPU Please follow the procedure to install CPU and cooler below 1 Let the CPU socket into un lock status 2 Insert CPU to the socket by aligning the notch of the CPU with the one of the socket 3 Let the CPU socket into lock status 4 Mount the CPU cooler carefully ADLINK s factory also provides the pre mounting CPU service for considerable quantities O
32. ble in Chapter 1 section 1 2 for the proper front board and rear board combinations 1 Please use the proper rear I O transition module to enable the functions VO interfaces on rear side The board or system will be damaged if use the improper rear I O transition module 2 Dueto the TFT LCD wires to rear I O via J2 it is compliant with 32 bit CompactPCI system slot pin definitions Although the pin definitions for TFT LCD are safe for 64 bit cPCI backplane however it might cause system or board damage to apply cPCI 6780TS with 64 bit cPCI peripheral cards on 64 bit cPCI backplane 3 6 2 The I O implementation is supported by both rear I O and front I O Several I Os are supported by rear I O and front I O including keyboard mouse and VGA display User should apply the proper rear I O board to get those rear I O functionality All cPCI R6780 series rear boards can support those rear I O functions However user should keep it in mind that those I Os can be either connected via front or rear side not both Getting Start e 47 Please use the proper rear I O transition module to enable the functions I O interfaces on rear side The board or system will be damaged if use the improper rear I O transition module 2 Please connect either via front or via rear for one I O function Don t connect one I O function from both front and rear side at the same time It will cause I O device damage or the system module damage and
33. clock The peripheral board contacts the short BD_SEL pin This pin is grounded on the backplane and pulled high by a pull up resistor on the peripheral board lts assertion indicates that the peripheral board has been fully inserted into the backplane Extraction Process 1 2 The peripheral board is installed The operator starts to withdraw the peripheral board The BD_SEL pin disconnects The hardware connection layer turns on the blue LED if it hasn t been turned on by software Medium length CompactPCI pins disengage Watchdog and Utilities e 73 5 Long length CompactPCI pins disengage Early power goes away The peripheral board is in an unstable state while pins are first disconnecting This duration can potentially be infinite if the board is just marginally connecting the longest pins 6 Board logic ground is connected to chassis ground through a bleed resistor 7 The board front panel is connected to chassis ground through a bleed resistor 8 Board leaves the ESD card guide 8 The board is not installed If it is not necessary to support Hot Swap Capability user could disable the function in BIOS setting and release IRQ9 for other resource Please refer to cPCI 6780 BIOS manual for operational instruction 74 Watchdog and Utilities Product Warranty Service ADLINK warrants that equipment furnished will be free from defects in material and workmanship for a period of one year from
34. d DSR Data set ready RTS Request to send CTS Clear to send Table 8 RI Ring indicator Serial Ports CN7 COM1 CN4 COM2 on cPCI 6780 front board and CN8 COM3 CN7 COM4 on cPCI R7680 rear board Only COM4 on rear board supports RS 232 RS 422 RS 485 mode 24 e Jumpers and Connectors 2 2 4 Parallel Port Connectors Signal Name Signal Name AutoFeed Error Line printer strobe PDO parallel data 0 PD1 parallel data 1 PD2 parallel data 2 PD3 parallel data 3 PDA parallel data 4 PD5 parallel data 5 PD6 parallel data 6 PD7 parallel data 7 ACK acknowledge Busy Initialize Select Ground Ground Ground Ground Ground Ground Ground Paper empty Ground Select N A Table9 Parallel Ports CN6 LPT1 on cPCI 6780 front board and CN6 LPT2 on CPCI R7680 rear board jo IN Oo jo oO N A o s E N E C 2 2 5 VGA Connector Signal Name i i Signal Name secene Red Green Ps Blue N C GND GND GND GND N C GND N C N C HSYNC VSYNC NC Table 10 VGA Connector CN2 on cPCI 6780 and CN12 on cPCI R6780 Jumpers and Connectors 25 2 2 6 USB Connectors Signal Name Vcc USB USB Ground Table 11 USB Connector CN1 Port 1 and Port 2 on cPCI 6780 front board Signal Name Vcc USB USB Ground Table 12 USB Connector CN11
35. e Windows 2000 35 00 2195 Original release e Windows 98 Second Edition 4 10 2222 Original Release e Windows 98 4 10 1998 Original Release e Windows 95 4 00 950c OSR 2 5 with or without USB Supplement e Windows 95 4 00 950b OSR 2 1 with USB Supplement e Windows 95 4 00 950b OSR 2 1 with USB Supplement e Windows 95 4 00 950a OSR1 e Windows 95 4 00 950 Original Release Installing Hardware Configuration File This subsection describes how to install the hardware configuration file on a system where Windows 98 95 is installed Note Record the location of the Windows 95 98 2000 directory before installing the driver 1 Check the System Requirements Windows 95 98 2000 must be fully installed and running on the system prior to running this software 2 Close any running applications 52 e Driver Installation The files are stored in an integrated application setup program This program is designed for a Windows 95 98 2000 program that allows the INF files to be installed In XA CHIPDRV Chipset l815 Win9x2k Disk1 and then Run SETUP EXE Click Next on Welcome Screen to read and agree to the license agreement Click Yes if you agree to continue NOTE If you click No the program will terminate Click Finish to restart the system when prompted to do so Follow the screen instructions and use default settings to complete the setup when Windows 95 98 2000 is re started Upon re start Windows 95 98 2000 wi
36. e compatibility After installing Windows NT please update the new drivers by the following procedures 1 2 From the Control Panel double click the Display icon Click the Settings tab click Display Type click Change button Insert ADLINK CD and click Have Disk Browse the SM721 driver in the following path X CHIPDRV VGA SM721 NT40 _ highlight smisetup inf click OPEN Click OK A windows shows the Display is Silicon Motion Lynx Family click OK then click Yes to continue An Installing Driver window shows successful installing click OK to continue Click Close button Click Close button then restart the computer to active the new driver Note After installing the VGA AGP drivers you may find the driver does not work This may due to you do not install the NT service pack in advance We suggest installing the NT service pack 4 or higher version to enable APG capability 58 e Driver Installation 4 3 LAN Drivers Installation This chapter describes LAN driver installation for the onboard Ethernet controller Intel 82559 LAN1 amp LAN2 and Intel PHY 82562 LANG with ICH2 built in MAC The relative drivers are under the following ADLINK CD directory X CHIPDRV LAN 100PDISK where X is the location of the CD ROM drive Note For the driver installation under non Windows based OS please refer to the correspondent OS installation guide 4 3 1 Software and Drivers Support The
37. e setting to prevent the setting confliction To connect ATA 66 100 3 5 HDD on rear I O 40 pin interfaces e User has to ensure the interface don t connect with device on the front board e Please use special 80 wire ATA 100 cable to connect 3 5 ATA 66 100 HDD the cable length should be not over 45 cm 48 Getting Start Connect the wire on either backplane or rear board do not connect cable on both at the same time Please use the proper rear I O transition module to enable the functions I O interfaces on rear side The board or system will be damaged if use the improper rear I O transition module Getting Start 49 Driver Installation To install the drivers and utility for the cPCI 6780 please refer the detail installation information from this Chapter We provide the basic information in this manual however for more detail installation information such as non Windows OS installation please refer the extensive explanation inside the ADLINK CD or the correspondent OS installation guide We put the chip drivers in the following directories Chipset driver CHIPDRV Chipset l815 On chip 815E VGA driver id 5 cPCI 6780V CHIPDRV VGA SM721 cPCI 6780TS LAN relative driver CHIPDRV LAN 100PDISK CHIPDRV SCSI 53C895 cPCI 6780TS VS Watchdog relative library CHIPDRV WDT Hardware Doctor Utility Utility HW Doctor W8378X SM721 VGA driver LSI 530895 SCSI driver In this users man
38. ectivity vo Front Rear Note 1 2 Face plate On board Board Face plate Serial Port COM1 Y DB 9 Serial Port COM2 Y DB 9 Serial Port COM3 Y J3 DB 9 Serial Port COM4 RS 232 422 485 NE NH p Ve PE Parallel Port 1 Y DB 25 Parallel Port 2 rus gt Y 43 DB 25 PS 2 Keyboard Y PS 2 Y J3 PS 2 PS 2 Mouse Y PS 2 Y J3 PS 2 Floppy gt zs Y J3 34 pin Ultra DMA 33 IDE 1 Y 44 pin Y J3 40 pin Ultra DMA 33 IDE 2 Y J5 40 pin USB A B Y USB C D Y J5 Speaker Y J3 2 pin VGA Y DB 15 Y J5 DB 15 24 bit TFT LCD cPCI 6780TS only x ES SEES ees Fast Ethernet Port 1 Front Y RJ 45 Fast Ethernet Port 2 Front Y RJ 45 Fast Ethernet Port 3 Rear Y J5 RJ 45 Ultra 2 wide SCSI cPCI 6780TS and VS only KJA HD 68 eer PS LEDs Y Reset button Y CompactFlash via daughter board optional E Tre em AC 97 audio when using with cPCI R6780SA and cPCI R6780VA Table 2 Peripheral Connectivity of cP C 1 6780 series Note 1 Please use the proper rear l O transition module to enable the functions I O interfaces on rear side The board or system will be damaged if use the improper rear I O transition module ADLINK recommends to use cPCI R6780S or
39. l request Please check your configurations with your dealer and check that your package is complete and contains the items below If you discover damaged or missing items please contact with your dealer e The cPCI 6780 CPU module May be equipped with different speed or capacity of CPU RAM HDD Those items may vary according to the different configuration request e One CPU cooler the CPU cooler will be pre mounted if the module is equipped with CPU by special request e One 2 5 ATA HDD supporting frame which is pre mounted e One DB 44CFH removable CompactFlash socket adaptor which is pre mounted on the 2 5 ATA HDD supporting frame for the standard configuration delivery The DB 44CFH may not be included if customer request pre configuring 2 5 ATA HDD Flash disk or by OEM project request e One special designed 2 5 ATA HDD connection cable which is pre mounted e This User s Manual e ADLINK CD Note 1 The package of cPCI 6780 OEM version non standard configuration functionality package or accessories may vary according to the different configuration request 2 Please refer to ADLINK All in one CD for the BIOS setting instruction manual User also can download the latest manual from ADLINK website please visit www adlinktech com 1 1 2 Rear Board Rear board is the rear I O transition module Different rear board could provide different functional combination There are four versions for CPCI 6780 serie
40. le selectable only for cPCI 6780TS e Customized power on screen for big quantity OEM project e DMI BIOS Support Desktop Management Interface DMI allows users to download system hardware level information such as CPU type CPU speed internal external frequencies and memory size e Green Function Power management via BIOS activated through mouse keyboard movement e Remote Console setup console redirection to serial port terminal mode with CMOS setup access Host Memory e Three 168 pin DIMM sockets Max 512MB un buffered PC 133 or PC 100 SDRAM IDE Ports e Bus Master IDE controller supports two EIDE interfaces by J3 and J5 rear I O for up to four IDE devices including HDD and ATAPI CD ROM drives Pin assignments on cPCI J3 and J5 support IDE direct connection feature on cBP 6108 Rev B1 or later version e One 44 pin Primary EIDE connector on front CPU module supports on board 2 5 notebook size HDD or Flash2000 flash disk e Two 40 pin EIDE connectors on rear transition module supports PIO Mode 3 4 and Ultra DMA 33 IDE devices e One CompactFlash type II socket on removable transition daughter board for front CPU module On Board Super I O e Winbond W83627HF and W83627F 8 e Introduction e Supports up to two high speed bi directional SPP EPP ECP parallel ports with ESD protection to 4KV and downstream device protection to 30V Primary port is on front CPU module secondary port on rear transition module e
41. les amp Service _ service adlinktech com NuDAQ USBDAQ nudaq adlinktech com Technical NuDAM automation adlinktech com Support NulPC nuipc adlinktech com NuPRO nupro adlinktech com TEL 886 2 82265877 FAX 886 2 82265717 Address 9F No 166 Jian Yi Road Chungho City Taipei 235 Taiwan R O C e Please inform or FAX us of your detailed information for a prompt satisfactory and constant service Detailed Company Information Company Oraanization Contact Person E mail Address Address FAX Questions Product Model OS Computer M B Environment to Use Chipset Video Card Network Interface Card Other Challenge Description Suggestions to ADLINK Chapter 1 Introduction suus 1 1 1 Checklist nnne 1 1 1 1 Front Board etant 2 1 1 2 REAP Board en ae en End 2 1 2 Descriptio gdeaeavantintentaeiyieneess 4 1 3 EOI trio no calce cans cra n 6 1 4 Specifications sto aA ed e a a e RER TREEREN RENE RENE REN 7 1 5 Functional Block DiagraM ooooccccnnccccccccnnnccnnnanaannccnanccnnnnns 14 1 6 Mechanical outline drawing sess 15 1 6 1 Outline drawing for cPCI 6780 series front board 15 1 6 2 Outline drawing for cPCI R6780 series rear I O transition modules sss 15 Chapter 2 Jumpers and Connectors
42. ll display that it has found many hardware and is installing driver for them lfone New Hardware Found dialog box is displayed requesting the location of the drivers use the mouse to click on the scrollbar and click on the lt Windows 95 98 2000 directory gt Select Yes when prompted to re start Windows 95 98 2000 Driver Installation e 53 4 1 2 VGA Driver Installation This section provides information on how to install the VGA driver that come in the Compact Disk with the package Please follow the instructions set forth in this section carefully Please note that there must be relevant software installed in your system before you could proceed to install the VGA driver Note For the driver installation under non Windows based OS please refer to the correspondent OS installation guide Installing the Drivers for Windows 98 95 and Win 2000 The following section describes the normal display driver installation procedures for Windows 95 98 2000 Use the following procedures when installing the display drivers for Windows 98 95 1 The driver is included in the ADLINK CD Run the win9xm62 exe or win2km62 exe for Win2000 installation under the following directory X CHIPDRV VGA I815 w9xme or W2K folder for Win 2000 installation 2 Click Nexton Welcome Screen to read and agree to the license agreement 3 Click Yes if you agree to continue NOTE If you click No the program will terminate 4 Click Yes to restart
43. moved These services are defined by the PCI Hot Plug Specification To support Hot Swap capability the peripheral board shall be fully compliant with PICMG 2 0 R3 0 and PICMG 2 1 R2 0 The board insertion and extraction processes are summarized as follows Insertion process 1 The peripheral board is not installed 2 The physical connection process begins 3 The operator picks a peripheral board in order to install it in the system 4 The peripheral board enters the card guide 5 The peripheral board front panel is discharged to chassis ground through a bleed resistor 72 Watchdog and Utilities The peripheral board logic ground is discharged to chassis ground through a bleed resistor The bleed resistor breaks contact with chassis ground Logic ground is again isolated The front panel makes low resistance contact with chassis ground through the card guide The peripheral board contacts long pins on backplane and begins to contact ground 5V 3V and V I O pins The peripheral board is in an unstable state while pins are first mated This duration can potentially be infinite if the board is just marginally connecting the longest pins Enough pins are connected that a stable early power can be achieved Hardware puts the Hot Swap blue LED on the peripheral board to the ON state The peripheral board contacts the medium length pins on the backplane The peripheral board is now receiving the PCI
44. n 9 Supports VGA rear I O On board Extend VGA LCD Display only available for cPC 6780TS AGP 2x VGA LCD controller SMI Lynx3DM SM721 with build in 4M VRAM 8M VRAM available for big quantity OEM project VGA display on both front and rear I O transition module faceplate 24 bit RGB TFT LCD connector on rear I O transition module High performance 128 bit single clock cycle 2D drawing engine High performance power managed 3D acceleration engine AGP 2x ACPI VESA DPMS and VESA DDC 2b compliant Supports up to 1280x1024 VGA display resolution with 24 bit true color non interlaced Optional supports up to 1600x1200 VGA display resolution with 16 bit high color non interlaced under Windows NT only Dual display and simultaneous display for VGA and LCD RAMDAC Latch up protection Driver supporting Windows 95 98 ME NT 2000 Linux OS 2 Note 1600x1200 VGA display resolution needs special modified BIOS This BIOS is only compatible with Windows NT and it might cause incompatibility issues with other OS On board Ethernet supporting Two Ethernet ports on front CPU module featuring by two Intel 82559 Ethernet controllers One Ethernet port on rear transition module featuring by Intel 815E chipset build in ICH2 Ethernet controller IEEE 802 3 10Base T and 100Base TX compatible IEEE 802 3u Auto negotiation support IEEE 802 3x 100Base TX flow control support Full duplex support at both 10 and 100 Mbps operation On board
45. n ECC 168 pin DIMM non ECC 168 pin DIMM Graphic SMI SM721 Build in 815E Build in 815E Video Build in SM721 4MB Dynamic host sharing Dynamic host sharing Memory VRAM 10MB SDRAM with 4MB 10MB SDRAM with 4MB Display Cache Display Cache TFT LCD I F Yes No No Serial Port 4 one RS 232 422 485 4 one RS 232 422 485 4 one RS 232 422 485 Parallel Port 2 2 2 USB 4 4 4 SCSI LSI 53C895 LSI 53C895 No Ethernet Port 3 Ports Intel 82559 2 3 Ports Intel 82559 2 3 Ports Intel 82559 2 ICH2 ICH2 ICH2 Audio Optional with Optional with Optional with cPCI R6780SA cPCI R6780SA cPCI R6780VA EIDE 4 ATA 33 66 100 devices 4 ATA 33 66 100 devices 4 ATA 33 66 100 devices FDD I F Yes Yes Yes Flash Removable CompactFlash Removable CompactFlash Removable CompactFlash Storage Socket or 2 5 Flash Drive Socket or 2 5 Flash Drive Socket or 2 5 Flash Drive Table 1 CPCI 6780 model variations comparison table Note Please refer to the specification and peripheral connectivity table for more detail information Introduction e 5 1 3 Features e PICMG 2 0 CompactPCI Specification R3 0 Compliant e PICMG 2 1 CompactPCI Hot Swap Specification R2 0 Compliant e Standard 6U form factor 2 slot 8TE HP width e Supports Socket 370 FC PGA FC PGA2 Pentium lll Celeron CPU running at FSB 66 100 133MHz e Supports up to Socket 370 FC PGA2 Pentium Ill Tualatin CPU e Three 168 pin DIMM socket supports up to 512MB PC
46. ndicators on the cPCI 6780 The LED indicators on the cPCI 6780 front board show you the information regarding to your system s status This section will describe the meanings of each LED indicator 2 3 1 LAN port indicators available for LAN1 LAN2 and LAN3 Green LED TD Pina TD Pin 2 RD Pin 3 RD Pin amp 6 Amber Amber LED 10 100Mbps Gris Description OFF 10Mbps transfer rate ON 100Mbps transfer rate Table 25 Green LED indication in LAN port Green LED Link Activity Status Description OFF No link ON Connecting Blinking Data transfering Table 26 Amber LED indication in LAN port Jumpers and Connectors 37 2 3 2 IDE Activity LED Indication Yellow LED Description OFF EIDE is not active ON Any one EIDE device is active Table 27 IDE Activity LED indication 2 3 3 Power LED Indication Green LED Description OFF System is not power on or power failed ON System is power on Table 28 Power LED indication 2 3 4 SCSI Activity LED Indication Yellow LED Description OFF SCSI bus is not active ON Any one SCSI device is active Table 29 SCSI Activity LED indication Note Available for cPCI 6780TS and cPCI 6780VS 2 3 5 SCSI LVD Indication Green LED Description OFF Single End SCSI mode ON Low Voltage Differential SCSI mode Table 30 SCSI LVD indication Note Availa
47. o th E ce n 5 a de 262 05 Nar 255 85 Uo E g y i AA O O O i s Eu g MEE Fl k TO lIai Y 1 Gone JS FEET 90 EN BOO o i S Eo T Y AIN rnas umr ma Introduction e 15 1 6 2 Outline drawing for cPCI R6780 series rear I O transition modules e 233 35 t oi 5 5 S 55 E T1 z m JU H o e i PecesoededooedvotceDe v DOUEPDUUBDOUEDDUUBDS ct GD G E T oq WRhOSBHOSERDOERROCER FEHTEHSTEH TEHSTED E O Voseevsesose O Soon h O ve O O Were OJ ease O Se TT a p o o fd IS al H EH 35 59 REF 74 A O I CiuigarerPo 12 54 e dazed e l o d 16 e Introduction J umpers and Connectors This chapter provides information on how to use the jumpers and connectors on the cPCI 6780 in order to set up a workable system We also describe the meaning of each LED indicators The topics covered are e Jumpers on the cPCI 6780 and cPCI R6780 e Connectors on the cPCI 6780
48. port 0x2E 2W83627HF s configuration port Counter value 0 15300 255 minutes write a zero to disable the timer Under DOS Windows 95 or 98 Make a project program with wdt cpp under Turbo C C Under Windows NT The library installation procedure 1 run the setup program under NT environment 2 reboot the system You can also write your own DLL by referring the DOS source we provide 5 1 2 How to Test the WDT Under DOS Windows 95 or 98 Open a DOS command prompt and execute the following utility on the CD X CHIPDRV WDT test lt n gt n second value This program can auto detect which Super I O chip you use Under Windows NT Before you executing the program under NT you must run the setup program under Windows NT in advance Open a DOS command prompt window and execute the following command test977 lt n gt n second value For W83977EF test627 lt n gt n second value For W83627HF Watchdog and Utilities 69 5 2 Hardware Doctor Utility This chapter introduces Hardware Doctor Utility that comes with the CPU board in conjunction with the onboard hardware monitoring function The section describes the functions of the utility Hardware Doctor is a self diagnostic system for PC and must be used with Winbond s W83781D W83782D or W83627HF IC series products It will protect PC Hardware by monitoring several critical items including Power Supply Voltage CPU Fan speed and C
49. port Digital Signature Not Found then click Yes to continue Click Finish button then click CLOSE button 4 2 2 Driver Installation on Windows 98 The Windows 98 may install the standard VGA driver We recommend you to manually installed the most updated driver which shipped with ADLINK CD to guarantee the compatibility After installing Windows 98 please update the new drivers by the following procedures 1 Boot Windows 98 Click Start Select Settings then double click the Control Panel Double click System icon click on the Device Manager tab Double click Display Adapters entry select the Standard PCI Graphics Adapter VGA entry Click the Properties button Click on the Driver button then click Update Driver button An Upgrade Device Driver Wizard windows click NEXT gt Select Display a list of and click NEXT gt The next window allows the user to specify a specific path Insert the ADLINK CD and click Have Disk Browse the SM721 driver in the following path X ACHIPDRV VGA SM721 WIN9X highlight smi inf click OPEN Click OK Click NEXT gt button then the Wizard summary window appears Click Finish button then restart the computer to active the new driver Driver Installation e 57 4 2 3 Driver Installation on Windows NT The Windows NT may install the standard VGA driver while We recommend you to manually installed the most updated driver which shipped with ADLINK CD to guarantee th
50. s module named cPCI R6780S R6780SA R6780V and 2 e Introduction R6780VA The cPCI R6780S and cPCI R6780SA are designed for cPCI 6780TS or cPCI 6780VS The cPCI R6780V and cPCI R6780VA are designed for cPCI 6780V Please see section 1 2 and the model variations comparison table Please check your package is complete and contains the items below If you discover damaged or missing items please contact with your dealer e The cPCI R6780 rear I O transition module e This User s Manual e Internal LVD Ultra 2 Wide SCSI cable Only in cPCI R6780S not available for cPCI R6780SA V or VA Note The package of cPCI R6780 OEM version non standard configuration functionality package or accessories may vary according to the different configuration request Introduction e 3 1 2 Description ADLINK cPCI 6780 is a powerful and flexible CompactPCI host slot processor board based on Intel Pentium lll processor This board is specially designed to add performance memory and bandwidth to ADLINK s 6U CompactPCI platform for CTI and Telcom applications It is also suitable for high reliability embedded applications where performance and a ich feature set are mandatory cPCI 6780 series are a high performance 6U CompactPCI CPU module powered by Intel FC PGA and FC PGA2 Socket 370 Pentium III CPU or Intel Celeron CPU The CPU module uses the latest Intel i815E chipset which supports processor front side bus FSB running at 133MHz
51. served HSYNC Reserved 5V NI RIAIN Table 23 ComapctPCI J 4 pin assignments Jumpers and Connectors 35 2 2 18 CompactPCl J5 Pin Assignments Reserved Reserved Reserved Reserved Reserved Reserved GND 5V 5V 5V Reserved GND SDD7 GND SIDERST GND GND SDD9 SDD6 SDD8 SDD4 SDD11 SDD10 GND SDD5 SDD12 GND Reserved Reserved Reserved SDD3 SDD13 Reserved GND SDD2 SDD1 GND Reserved Reserved Reserved SDDREQ SDD14 SDDO GND SDD15 SDIORDY GND Reserved SDIOW SDIOR SPDIAG SDCS16 SDDACK GND SDIRQ15 SDAO GND Reserved SDA2 SDA1 Reserved SDACT SDCS3 GND SDCS1 AC_SDIN1 GND Reserved AC SDOUT AC BITCLK OC3 AC_RST AC SYNC GND AC_SDINO OC2 GND Reserved USBP3 USBP3 USBP2 USBP2 LAN RXD1 GND LAN_RXDO LAN_RST GND Reserved LAN_RXD2 LAN_CLK Reserved LAN TXD2 LAN TXD1 GND LAN_TXDO Reserved GND Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Nm 0 B 101 N Cc Reserved GND Reserved Reserved Table 24 CompactPCI J 5 pin assignments Reserved 36 e Jumpers and Connectors 2 3 LED i
52. t the supporting frame on the front panel by two screws fix them then fix the three screws mounted on PCB e Check the master slave setting on your 2 5 ATA HDD is right e Connect the 44 pin HDD cable which has been special designed check if pin 1 of the IDE connector cable and the HDD are matched e Reconfirm the cable HDD and HDD supporting frame are fixed Note The 2 5 ATA HDD on front board utilize Primary EIDE interface IDE1 Due to the cPCI 6780 front board supports rear I O the IDE1 interface is also wiring to rear I O from CompactPCI connector J3 User have to pay attention that it only supports up to two IDE devices on each EIDE interface and the master slave setting should not conflict with each other If user applies one 2 5 ATA HDD on front board and setting on master the IDE1 interface on rear I O could only apply one IDE device which is set on slave 44 e Getting Start Removing HDD FFD from cPCI 6780 e Remove the 44 pin HDD cable which connecting on the IDE interface e Remove the HDD supporting frame by loose the two screws on front panel and loose the three screws at the bottom side the soldering side reverse side e Remove the HDD from the supporting frame e Remove the 44 pin HDD cable from the HDD e Loosely mount the supporting frame on PCB by three screws e Mount the supporting frame on the front panel by two screws fix them then fix the three screws mounted on PCB Getting Start 45
53. the warranty will be invalid 3 6 3 The FDD and IDE interfaces If user needs only rear I O connection of FDD and IDE interfaces the user can consider apply cPCI 6780 with the backplane support FDD and IDE direct connection features such as cBP 6108 6309 or 6402 series backplane for floppy drive and IDE devices connection For this kind of application user does not need to purchase rear board If user use other backplane which does not support FDD and IDE direct connection the proper rear I O board is required However user might wish to connect drives from backplane and also use the I O function on rear I O board Please refer the following notices For FDD connection connect FDD cable either via backplane or via rear I O board don t connect both at the same time For IDE1 connection when there is no IDE device on front board user can connect 40 wire IDE cable on both backplane and rear board when the total cable length is not over 45 cm User should aware the master slave setting to prevent the setting confliction For IDE1 connection when there isone IDE device on front board user can connect 40 wire IDE cable on either backplane or rear board not both at the same time User should aware the master slave setting to prevent the setting confliction For IDE2 connection user can connect 40 wire IDE cable on both backplane and rear board when the total cable length is not over 45 cm User should aware the master slav
54. then the Wizard summary window appears Click Finish button then restart the computer to active the new driver Driver Installation 61 4 3 4 Driver Installation on Windows NT Before install the LAN driver on Windows NT please copy the LAN driver in the CD to a floppy diskette You have to put a new disk into drive A then type the following batch command under DOS environment to copy the relative NT drivers X CHIPDRV LAN 100PDISK Makedisk Makedisk NT where X is the CD ROM drive Windows NT may ask to installs a LAN driver from its own library of drivers We recommend you to manually updated the LAN which on the ADLINK CD to guarantee the compatibility After installing Windows 98 please update the new drivers by the following procedures 1 From the Control Panel double click the Netwrok icon a Network Configuration window pop up click Yes 2 n Netwrok Setup Wizard click Next gt click Select From List button 3 Insert LAN driver floppy diskette into A drive and click Have Disk 4 Inthe dialog box of Insert Disk window type in A Click OK 5 A Select OEM Option window pop up click OK then click Next gt 6 Select necessary Network Protocols click Next gt 7 Select necessary Network Services click Next gt 8 Click Next until Window NT Setup dialog box pop up Type in D Ni386 in the dialog box then insert the original Windows NT CD click Continue 9 Then click OK until the set
55. tium lll Tualatin with 512KB on die L2 cache up to 1 26GHz at 133MHz FSB e Intel Socket 370 FC PGA Pentium Ill with 256KB on die L2 cache O full core speed amp 100 133MHz FSB e Intel Socket 370 FC PGA Celeron with 128KB on die L2 cache O full core speed amp 66 100MHz FSB Note According to Intel s spec of FC PGA and FC PGA2 the thermal concerns of higher speed CPU we don t suggest user to choose the CPU speed higher than the speed limitation on the following environment temperature the temperature of ventilation air flow Tair flow Max CPU speed Type 700MHz FC PGA Pentium lll Celeron FSB 100MHz 733MHz FC PGA Pentium lll FSB 133MHz 850MHz FC PGA Pentium 1 l Celeron FSB 100MHz 866MHz FC PGA Pentium lll FSB 133MHz 1 26 GHz FC PGA2 Tualatin FSB 133 MHz 50 C 1 0 GHz FC PGA Pentium lll FSB 133 MHz 1 2 GHz FC PGA Celeron FSB 100 MHz 60 C 55 C Please refer Intels web site http developer intel com for detail information about the processors of Embedded Intel Architecture for applied computing Introduction e 7 Must use with special designed thermal module for cPCI 6780 series to achieve the highest operating environment temperature limitation with maximum CPU speed Chipset Intel 815E B stepping with ICH2 BIOS Award PnP BIOS e BIOS write protection provide anti virus capability e On board Ethernet and SCSI function disable selectable e On board VGA function disab
56. tor Please refer to the section of HDD installation for the instruction of removing 2 5 ATA HDD DB 44CFH Installation for cPCI 6780 and CF card notice e Mount the CF card adaptor DB 44CFH on the 2 5 HDD supporting frame directly by fixing 4 screws e Connect the 44 pin HDD cable which has been special designed check if pin 1 of the IDE connector cable and the HDD are matched e Reconfirm the cable DB 44CFH and HDD supporting frame are fixed e Insert CF card into socket then check the CF card is fixed enough Note The CF card on front board utilize Primary EIDE interface IDE1 Due to the cPCI 6780 front board supports rear I O the IDE1 interface is also wiring to rear I O from CompactPCI connector J3 User have to pay attention that it only supports up to two IDE devices on each EIDE interface and the master slave setting should not conflict with each other Due to the default setting of CF card is setting on master the IDE1 interface on rear I O could only apply one IDE device which is set on slave 42 e Getting Start Removing DB 44CFH from cPCI 6780 e Remove the CF card from the CF socket e Remove the 44 pin HDD cable which connecting DB 44CFH with IDE interface e Remove the CF card adaptor DB 44CFH on the 2 5 HDD supporting frame directly by loosing 4 screws Note There is no necessary to remove 2 5 HDD supporting frame from CPCI 6780 prior then removing DB 44CFH Getting Start 43 3 4 HDD
57. ual the Bus mastering IDE driver installation is not described because most of the Windows based OS will install those drivers automatically 50 e Driver Installation Due to the Windows NT is a none plug and play OS we remind you some tips for installing the Windows NT here 1 We suggest installing the LAN driver before installing any service pack 2 We suggest installing the VGA AGP driver after installing the service pack Please make sure your service pack do support AGP service pack 6 or higher is recommend 3 Once your NT booting procedure is with warning please check the Event Viewer to make sure what is the really problem Once the Windows NT is with strange phenomenal which can not be solved we suggest to re install the Windows NT service pack then install the driver in different sequence again Driver Installation e 51 4 1 Intel 815 Chipset Hardware and VGA Driver This section describes the installation procedure of Intel 815 chipset Device Driver for Windows 95 98 2000 4 1 1 Hardware Configuration File Installation This section describes system requirements of Intel 815 chipset Device Driver This driver has been designed for and tested with Windows 98 95 The system must contain a supported Intel processor and chipset configuration Ensure that a mouse is connected to the system One of the following versions of Windows 95 98 2000 must be installed on the system prior to running utility program
58. uble click SCSI and RAID controllers entry Double click the Symbios XXX PCI SCSI Adapter entry 4 Click Driver tab then click Update Driver button 5 An Upgrade Device Driver Wizard window starts click NEXT gt 6 Select Display a list of then click NEXT gt The next window may show a list of hardware models 7 Insert the ADLINK CD and click Have Disk 8 Browse the LSI 53C895 driver in the following path X ACHIPDRV SCSI53C895 Win2k winnt miniport Highlight oemsetup inf click OPEN then click NEXT gt 9 Highlight the model Symbios 8952U PCI SCSI Adapter 53C895 Device then click NEXT gt 10 Click NEXT button The Windows 2000 may report Digital Signature Not Found then click Yes to continue 11 Click Finish button then click CLOSE button 64 e Driver Installation 4 4 3 Driver Installation on Windows 98 The Windows 98 will automatically install the SCSI drivers However we recommend you to manually installed the most updated driver which shipped with ADLINK CD to guarantee the compatibility After installing the Windows 98 please update the new drivers by the following procedures 1 From the Control Panel double click System icon click Device Manager tab Double click SCSI Adapters entry select the Symbios Logic xxxxx SCSI PCI Host Adapter entry Click the Properties button Click Driver button then click Update Driver button An Upgrade Device Driver Wizard window pop up click NEX
59. up completed 10 Restart the computer to reboot 62 Driver Installation 4 4 SCSI Drivers Installation This chapter describes SCSI drivers installation for the onboard SCSI controller LS Symbios 53C895 The relative drivers are under the following ADLINK CD directory X CHIPDRV SCSIN53C895 where X is the location of the CD ROM drive 4 4 1 Software and Drivers Support The 53C895 drivers support the following OS or platforms Windows 98 Windows 95 Windows 2000 Windows NT 4 0 DOS Novell UNIX SCO UNIX OS2 Linux All the above drivers are included in the ADLINK CD In the following sections we will describe the driver installation for Windows 98 Windows 2000 and Windows NT For the driver installation of the other OS please refer the README file under the respective directory Note The most updated SCSI drivers can be downloaded from the LSI Logic web site at URL http Awww Isilogic com Driver Installation 63 4 4 2 Driver Installation on Windows 2000 The Windows 2000 may install the SCSI driver We recommend you to manually installed the most updated driver which shipped with ADLINK CD to guarantee the compatibility After installing the Windows 2000 please update the new drivers by the following procedures 1 Boot Windows 2000 Click Start Select Settings then double click the Control Panel 2 Double click on the System icon click Hardware tab click Device Manager button 3 Do
60. w type in A drive in the dialog box then click Continue button An Install Driver window shows that the SCSI adapter is Symbios Logic PCI 53C8XX click OK to continue An setup successful windows pop up click OK to continue Click Close button Click Close button then restart the computer to active the new driver Driver Installation 67 Watchdog and Utilities 5 1 Watchdog Timer Configuration The Watch Dog Timer WDT can monitor the system s status Once you give a value to WDT the timer will begin to count down To re program a new value to WDT or move keyboard can restart the WDT If the system is idle or hang it will reboot when the timer timeout The function of the watchdog timer is to reset the system automatically It contains a one second or one minute resolution down counter in CRF4 of logical device 8 of super I O chip and two Watchdog control registers CRF2 and CRF3 of logical device 8 We provides the WDT function call for easy use under DOS Windows 95 98 2000 and Windows NT please refer the information under X CHIPDRV WDT 68 Watchdog and Utilities 5 1 1 WDT Programming In order to simplify the programming code we provide a sub function for the programmers to implement their software For DOS Windows 95 or 98 and Window NT the sub function format is as follow out port int IOport number int Counter value lOport number 0x3F0 gt W83977EF s configuration
61. wiring to rear I O from CompactPCI connector J3 User have to pay attention that it only supports up to two IDE devices on each EIDE interface and the master slave setting should not conflict with each other Due to almost the default setting of 2 5 ATA HDD or CF card is setting on master if user want to connect ATAPI CD ROM to the IDE1 interface on rear I O including the rear I O port on cBP 6108 backplane and cPCI R6780 rear board please check the master slave setting does not conflict with the setting of the front board s HDD or CF card 46 Getting Start 3 6 Notice for Rear I O Connection CPCI 6780 features fully integrated functionality with AGP VGA display triple Ethernet ports 4S2P 4USB SCSI ATA 66 100 IDE TFT LCD interface and optional AC 97 audio interface Some of them are implemented for rear I O only and some of them are implemented to support both front I O and rear I O This section describes the important notice for using the rear I O connection Please refer to Chapter 1 section 1 4 peripheral connectivity for the detailed information of each I O 3 6 1 The I O implementation is only supported by rear I O board Several I Os are only supported by rear I O including COM3 COM4 LPT2 FDD interface 2 USB speaker buzzer LCD LAN3 SCSI TFT LCD and AC 97 audio User should apply the proper rear I O board to get those rear lO functionality Please refer to the cPCI 6780 Model Variations Comparison Ta
62. your computer Choose S to configure additional SCSI adapters when a screen displays the SCSI adapters found Move the highlight bar to Other and press Enter The system prompts for the manufacturer supplied hardware support disk Insert he appropriate Symbios Driver diskette and press Enter Select Symbios PCI 53C8XX Driver to be shown highlighted Press Enter to proceed The Windows NT Workstation Setup window reappears If using an IDE CD ROM for installation press S to load additional drives Another window appears 1 Scroll up and select IDE CD ROM ATAPI 1 2 Press Enter Or 2 Configuring additional SCSI adapters press Enter 66 Driver Installation Upon exiting a screen displays the message Setup will load support for the following mass storage devices s Press Enter to continue This message implies that Windows NT recognizes the miniport driver and the SCSI hardware At this point simply follow the Microsoft Windows NT installation procedure The Windows NT may already install with a SCSI driver We recommend you to manually upgrade the driver which shipped with ADLINK CD to guarantee the compatibility After installing Windows NT please update the new drivers by the following procedures 1 From the Control Panel double click the SCSI Adapters icon Click Drivers tab click Add button Insert the floppy diskette into drive A and click Have Disk In Window NT Setup windo
63. your computer and for the new settings to take effect 5 Follow the screen instructions and use default settings to complete the setup when Windows 95 98 2000 is re started Installing the Drivers for Windows NT 4 0 IMPORTANT You should install the Windows NT 4 0 with at least Service Pack 4 version number 4 00 1381 first before installing the VGA driver If you don t have the Windows NT 4 0 Service Pack 4 please contact your software vendor or download it from Microsoft s web site The procedures below show you how to install the VGA driver for Windows NT 4 0 1 Boot Windows NT 4 0 54 e Driver Installation The driver is included in the ADLINK CD Run the winnt4m62 exe under the following directory X CHIPDRV VGA 18151 nt40 Click Nexton Welcome Screen to read and agree to the license agreement Click Yes if you agree to continue NOTE If you click No the program will terminate Windows NT 4 0 will prompt you to restart computer Click Yes for the new settings to take effect Follow the screen instructions and use default settings to complete the setup when Windows NT 4 0 is re started Driver Installation e 55 4 2 SM721 VGA Drivers Installation CPCI 6780TS This chapter describes VGA driver installation for the onboard VGA controller SM721 The relative drivers are in the following ADLINK CD directory X ICHIPDRV VGA SM721 where X is the location of the CD ROM drive The VGA drivers for Windows

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