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| BBS-1080S 19? 1u height half-size bare bone system with pentium 4 embedded engine board & 180w p4 atx p/s ? 19? 1u height half-size rackmount chassis ? ? hs-4701 embedded engine board ? ? celeron 2ghz cpu ? 128mb ddr ? ? bs-667 capture card ? 3.5? 80g hdd ? ? 180w p4 atx power supply ?
c c c o o o p p p y y y r r r i i i g g g h h h t t t d d d i i i s s s c c c l l l a a a i i i m m m e e e r r r s s s the accuracy of contents in this manual has passed thorough checking and review before publishing. boser technology co., ltd., the manufacturer and publisher, is not liable for any infringements of patents or other rights resulting from its use. the manufacturer will not be responsible for any direct, indirect, special, incidental or consequential damages arising from the use of this product or documentation, even if advised of the possibility of such damage(s). this manual is copyrighted and boser technology co., ltd. reserves all documentation rights. unauthorized reproduction, transmission, translation, and storage of any form and means (i.e., electronic, mechanical, photocopying, recording) of this document, in whole or partly, is prohibited, unless granted permission by boser technology co., ltd. boser technology co., ltd. reserves the right to change or improve the contents of this document without due notice. boser technology co., ltd. assumes no responsibility for any errors or omissions that may appear in this manual, nor does it make any commitment to update the information contained herein. t t t r r r a a a d d d e e e m m m a a a r r r k k k s s s boser is a registered trademar k of boser technology co., ltd. isb is a registered trademark of boser technology co., ltd. intel is a registered trademark of intel corporation. award is a registered tradem ark of award software, inc. ami is a registered trademark of american megatrends, inc. all other trademarks, products and or product names mentioned herein are mentioned for identification purposes only, and may be trademarks and/or registered trademarks of their respective companies or owners. ? copyright 2003 boser technology co., ltd. all rights reserved. edition 1.1, november 28, 2003 table of contents chapter 1 general description???????...1 1.1 hardware features ........................................................... 2 1.2 system features............................................................... 2 1.3 relay specifications ........................................................ 2 1.4 hardware specifications.................................................. 3 1.5 software functions .......................................................... 3 1.6 dimensions ....................................................................... 5 1.7 i/o outlets ......................................................................... 5 chapter 2 unpack ing???????????..7 2.1 opening the delivery package........................................ 7 2.2 inspection.......................................................................... 7 chapter 3 hardware installation??????...9 3.1 open the cover................................................................. 9 3.2 close the cover .............................................................. 10 3.3 hdd and pci card setup ............................................... 10 3.4 a-1048 expansion card setup ...................................... 13 chapter 4 sbc hardware installation????17 4.1 before installation .......................................................... 17 4.2 board layout .................................................................. 18 4.3 jumper list ..................................................................... 19 4.4 connector list ................................................................ 19 4.5 configuring the cpu ...................................................... 20 4.6 system memory .............................................................. 20 4.7 vga controller................................................................ 20 4.8 pci e-ide drive connector............................................ 22 4.9 floppy disk drive connector ........................................ 24 4.10 serial port connectors .................................................. 25 4.11 parallel connector.......................................................... 26 4.12 ethernet connector ........................................................ 27 4.13 usb connector ............................................................... 27 4.14 cmos data clear ............................................................ 28 4.15 power and fan connectors........................................... 28 4.16 keyboard/mouse connectors ....................................... 29 4.17 system front panel connectors................................... 29 4.18 external speaker ............................................................ 30 4.19 audio connectors .......................................................... 30 4.20 digital input/output ........................................................ 31 4.21 tv out function.............................................................. 32 4.22 mini agp connector ...................................................... 32 4.23 pci expansion slot ........................................................ 32 chapter 5 award bios setup???????..33 5.1 starting setup ................................................................. 33 5.2 using setup..................................................................... 34 5.2.1 getting help .............................................................................................34 5.3 main menu ....................................................................... 35 5.4 standard cmos setup ................................................... 36 5.5 advanced cmos setup ................................................. 37 5.6 advanced chipset setup ............................................... 38 5.7 power management setup............................................. 39 5.8 pci / plug and play setup.............................................. 40 5.9 peripheral setup............................................................. 41 5.10 pc health status............................................................. 42 5.11 frequency/voltage control ........................................... 42 chapter 6 software utilities????????.43 6.1 ide driver installation .................................................... 43 6.1.1 installing intel chipset software utility ...................................43 6.1.2 installing intel application accelerator...................................46 6.2 vga driver installation .................................................. 49 6.2.1 win 98.........................................................................................................49 6.2.2 win nt .........................................................................................................52 6.2.3 win 2000 .................................................................................................. 55 6.3 lan driver installation................................................... 58 6.3.1 win 95/98................................................................................................ 58 6.3.2 win nt ......................................................................................................... 61 6.4 audio driver installation................................................ 67 appendix a pow er supply?????????.71 a.1 safety approvals ............................................................ 71 a.1.1 emi regulatory ............................................................................................71 a.1.2 safety ..............................................................................................................71 a.2 physical requirements.................................................. 72 a.2.1 mechanical specifications ................................................................ 72 a.2.2 connector specifications................................................................... 72 a.2.3 connector pin designations ............................................................. 72 a.3 electrical requirements .................................................. 73 a.4 environmental requirements ......................................... 76 a.5 safety ................................................................................ 77 a.6 electormagnetic compatibility ....................................... 77 a.7 labeling ............................................................................ 77 a.8 reliability .......................................................................... 77 a.9 safety requirements ....................................................... 78 a.10 dimensions ..................................................................... 78 appendix b capture card?????????.79 b.1 features........................................................................... 79 b.2 frame rate ...................................................................... 79 b.3 image acquisition........................................................... 80 b.4 i/o lines .......................................................................... 80 b.5 watchdog timer ............................................................. 80 b.6 applications .................................................................... 80 b.7 software supporting wdm driver................................. 80 s s s a a a f f f e e e t t t y y y i i i n n n s s s t t t r r r u u u c c c t t t i i i o o o n n n s s s before getting started, read the following important cautions. 1. the BBS-1080S does not come equipped with an operating system. an operating system must be loaded first before installing any software into the computer. 2. be sure to ground yourself to prevent static charge when installing the internal components. use a grounding wrist strap and place all electronic components in any static-shielded devices. most electronic components are sensitive to static electrical charge. 3. disconnect the power core from the BBS-1080S before making any installation. be sure both the system and the external devices are turned off. sudden surge of power could ruin sensitive components. make sure the BBS-1080S is properly grounded. 4. the brightness of the flat panel display decreases with usage. however, hours of use vary depending on the application environment. 5. the flat panel display is not susceptible to shock or vibration. when assembling the BBS-1080S, make sure it is securely installed. 6. do not open the system?s back cover. if opening the cover for maintenance is a must, only a trained technician is allowed to do so. integrated circuits on computer boards are sensitive to static electricity. to avoid damaging chips from electrostatic discharge, observe the following precautions: before handling a board or integrated circuit, touch an unpainted portion of the system unit chassis for a few seconds. this will help to discharge any static electricity on your body. when handling boards and components, wear a wrist-grounding strap, available from most electronic component stores. s s s a a a f f f e e e t t t y y y a a a p p p p p p r r r o o o v v v a a a l l l s s s ce marking fcc fcc compliance this equipment has been tested and complies with the limits for a class b digital device, pursuant to part 15 of the fcc rules. these limits are designed to provide reasonable protection against harmful interference in a residential installation. if not in stalled and used in accordance with proper instructions, this equipment might generate or radiate radio frequency energy and cause harmful interference to radio communications. however, there is no guarantee that interference will not occur in a particular installation. if this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measurers: 1. reorient or relocate the receiving antenna. 2. increase the separation between the equipment and receiver. 3. connect the equipment into an outlet on a circuit different from that to which the receiver is connected. 4. consult the dealer or an experienced radio/tv technician for help. 5. shielded interface cables must be used in order to comply with emission limits. 1 chapter 1 general description enclosed in a 19? 1u height half-size chassis structure, the physical appearance of the BBS-1080S may seem to be identical to a high-powered dc power supply, but do not let its physical attributes mislead you. this bare bone houses a semi-functional system based on the hs-4701 sbc that supports pentium 4 cpu. powered by an 180w atx power supply, the BBS-1080S?s front panel incorporates various six leds, and back panel provides connectors for vga, lan, 4com, audio, capture in, usb, i/o module, keyboard and mouse for user can friendly connections. the chassis can also accommodate one 3.5? 80g hdd and four channels real-time capture card. 2 1.1 hardware features the BBS-1080S comes with the following hardware features: built-in celeron 2ghz cpu, 128mb ddr, 180w p4 atx power supply intel ? 82845ge/82801db system chipset intel 82845ge crt display controller intel 82562 10/100 based lan ac97 3d audio controller four com, two usb2.0 connectors four channels real-time video capture in one 3.5? 80g hdd two 4cm ball bearing cooling fans (optional) supports i/o module function 1.2 system features the BBS-1080S comes with the following system features: operation system: embedded linux four video input connectors (bnc) total frame rate: 120fps(ntsc) or 100fps(pal) video compression: mpeg4 with high video quality and low data rate video data rate: 40k~500kbps channel at full frame rate audio compression: gsm audio data rate: 12kbp at 8k sample rate video and audio synchronizes recording & playback embedded http server for web access 1.3 relay specifications contact capacity: no: 10a at 125vac 5a at 250vac 5a at 30vdc nc: 5a at 125vac 3a at 250vac 3 1.4 hardware specifications system board: hs-4701 industrial embedded engine board cpu: p4 celeron 2ghz cpu (400fsb) memory: two ddr sockets supporting up to 2gb chipset: intel ? 82845ge/82801db vga: intel ? 82845ge with 1mb or 8mb memory supporting crt display up to 1280 x 1024 at 32-bit colors capture: bs-667 four channels r eal-time capture card lan: intel ? 82562 10/100 based lan audio: ac97 3d audio controller i/o module: 8-bit digital input and 4-bit relay output fdd/hdd/cd-rom: one 3.5? 80g hdd serial port: one rs-232/422/485 and three rs-232, or four rs-232 usb: two usb2.0 connectors keyboard: ps/2 6-pin mini din mouse: ps/2 6-pin mini din watchdog timer: software program time-out intervals from 1~256 sec. thermal solution: two 4cm ball bearing cooling fans (optional) power supply: 180w p4 atx power supply dimensions/weight: 44.0 x 4.4 x 27.0 cm/7kgs. 1.5 software functions recording time scheduled: multiple schedules per camera triggered: motion alarm can tr igger multiple camera recording and output reaction, such as turn on the siren. or any sensor alarm can trigger multiple ca mera recordings and output reaction on-demand: from local gui or web page pre-alarm & post alarm recording replay replay on local gui, web page, or while recording ptz camera control supports the ptz control on local gui or web pages internet connection ethernet for adsl or cable modem (tcp/ip) rs-232c with external modem ( ppp) can dial-out or dial-in 4 digital input any input can be assigned with multiple alarm reactions which c an be a camera recording or a relay output replay output reaction control: triggered by sensor alar m or motion detection alarm time scheduled control: any replay output can be assigned with multiple schedules to control the external equipment alarm forwarding send the e-mail with video clip or few images when there is an alarm send the sms and mms when there is alarm web page operation access live video (one or four video at a time) browse the alarm list or the re cording list and play the select ed recording download any of recordings check the i/o point status execute the output and ptz control configure and reboot the dvr supported web browser ie 5.5 or above for pc ie for pda (po cket pc system) requirement of pc client windows 98/nt/2000 or xp with ie browser 5.5 or above directx, lat est version multimedia player 8.0 or above 5 1.6 dimensions the BBS-1080S chassis size is shown below: 1.7 i/o outlets the following figure shows the i/o arrangement of the BBS-1080S. 6 this page intentionally left blank. 7 chapter 2 unpacking 2.1 opening the delivery package the BBS-1080S is packed in an anti-static bag. the board has components that are easily damaged by static electricity. do not remove the anti-static wrapping until proper precautions have been taken. safety instructions in front of this manual describe anti-static precautions and procedures. 2.2 inspection after unpacking the board, place it on a raised surface and carefully inspect the board for any damage that might have occurred during shipment. ground the board and exercise extreme care to prevent damage to the board from static electricity. integrated circuits will sometimes come out of their sockets during shipment. examine all integrated circuits, particularly the bios, processor, memory modules, rom-disk, and keyboard controller chip to ensure that they are firmly seated. the BBS-1080S delivery package contains the following items: BBS-1080S bare bone system x 1 ac power core x 1 utility disc user?s manual the BBS-1080S system along with its accessories is packed in several bags and boxes, all packed in one carton. before you start, carefully read the safety instructions in front of this user?s manual. it is recommended that you keep all the parts of the delivery package intact and store them in a safe/dry place for any unforeseen event requiring the return shipment of the product. in case you discover any missing and/or damaged items from the list of items, please contact your dealer immediately. 8 this page intentionally left blank. 9 chapter 3 hardware installation this chapter tells how to install components into the bare bone system. external interface please refers to sbc?s manual. 3.1 open the cover 1. please loose 3 screws, and open the cover 10 3.2 close the cover 1. please slide in the cover, and tighten screws. 3.3 hdd and pci card setup 1. assemble hdd and its seat with 4 screws. 11 2. place the whole hdd set on the chassis. 3. insert pci card to pci extension slot, and fix it with a screw. 12 4. screw the pci stopper on the chassis 5. completed assembly of hdd & pci card as the following picture. 13 3.4 a-1048 expansion card setup cn1: internal lan connector (5x2 header) pin description pin description 1 vcc 2 liled 3 rrx+ 4 rrx- 5 actled 6 lanc1 7 speedled 8 lanc2 9 ttx+ 10 ttx- 246810 13579 liled rrx- lanc1 ttx- lanc2 vcc rrx+ actled ttx+ speedled cn2: rj-45 connector cn3: internal serial port connector (10x2 header) pin description pin description 1 dcd1 2 dsr1 3 rxd1 4 rts1 5 txd1 6 cts1 7 dtr1 8 ri1 9 gnd 10 n/c 11 dcd2 12 dsr2 13 rxd2 14 rts2 15 txd2 16 cts2 17 dtr2 18 ri2 19 gnd 20 n/c 12 20 19 dcd1 rxd1 txd1 dtr1 gnd dcd2 dsr1 rts1 cts1 ri1 n/c dsr2 rxd2 txd2 dtr2 gnd rts2 cts2 ri2 n/c cn4: dual serial port connector (db9) 14 cn6: internal mic in/audio out connector pin description pin description 1 aout_l 2 aout_r 3 gnd 4 gnd 5 mic_in 6 n/c 7 gnd 8 gnd 1 2 7 8 cn7: internal crt connector (8x2 header) pin description pin description 1 red 2 gnd 3 green 4 gnd 5 blue 6 gnd 7 gnd 8 ddcdta 9 gnd 10 hsync 11 gnd 12 vsync 13 gnd 14 ddck 15 gnd 16 n/c 2 16 1 15 red green blue gnd gnd gnd gnd gnd gnd gnd gnd ddcdta hsync vsync ddck n/c cn8: crt connector + audio jack connector cn9: internal audio in connector pin description pin description 1 in_r 2 gnd 3 gnd 4 in_l in_r gnd gnd in_l 14 cn10: ps/2 6-pin mini din mouse connector cn11: ps/2 6-pin mini din keyboard connector cn12: internal kb/ms connector pin description 1 vcc 2 ms_data 3 ms_clk 4 kb_data 5 kb_clk 5 ms_data 1 vcc ms_clk kb_clk kb_data 15 cn13: internal usb connector pin description pin description 1 usbv0 2 usbv1 3 usbd0- 4 usbd1- 5 usbd0+ 6 usbd1+ 7 gnd 8 gnd 1 2 7 8 usbv1 usbd1- usbd1+ gnd usbv0 usbd0- usbd0+ gnd cn14: dual usb connector 16 this page intentionally left blank. 17 chapter 4 sbc hardware installation this chapter provides the information on how to install the hardware using the hs-4701. 4.1 before installation after confirming your package contents, you are now ready to install your hardware. the following are important reminders and steps to take before you begin with your installation process. 1. make sure that all jumper settings match their default settings and cmos setup correctly. refer to the sections on this chapter for the default settings of each jumper. 2. go through the connections of all external devices and make sure that they are installed properly and configured correctly within the cmos setup. refer to the sections on this chapter for the detailed information on the connectors. 3. keep the manual and diskette in good condition for future reference and use. 4. make sure your power supply is using for p4 only. one of 4-pin connector is for +12v lead which should connect to pw2 and 20-pin atx connector to pw1. 18 4.2 board layout 19 4.3 jumper list jumper default setting setting page jp1 bus clock rate select: auto detect short 1-2 20 jp2 clear cmos: normal operation short 1-2 28 j3 only for debug ---- ---- j6 use rs-232 or rs-422/485 select: rs-232 short 1-3, 2-4, 7-9, 8-10 25 4.4 connector list connector definition page cn1 mic in/audio out connector 30 cd2 line in connector 30 cn2 external speaker connector 30 cn3 hdd led connector 29 cn4 2-pin atx power on/off switch 28 cn5 reset connector 29 cn6 green led connector 29 cn7 digital i/o connector 31 cn8 internal lan connector 27 cn9 rs-422/485 connector 25 cn10 internal crt connector 20 cn11 com 1 connector 25 cn12 com 2 connector 25 cn13 com 3 connector 25 cn14 com 4 connector 25 dm1/dm2 188-pin ddr sockets 20 fdc1 fdd connector 24 fn1/fn2/fn3 fan connectors 28 ide1/ide2 ide connectors 22 j1 inverter power connector 20 j2 tv-out connector 31 j4 lvds connector 20 j5 lvds connector 20 j7 mini agp connector 31 pw1 20-pin atx connector 28 pw2 4-pin atx connector 28 pci1 pci expansion slot 31 kb1 8-pin kb/ms connector 29 lpt1 parallel connector 26 usb1/usb2 usb connectors 27 20 4.5 configuring the cpu the hs-4701 offers the convenience in cpu installation with its auto-detect feature. after installing a new microprocessor onboard, the hs-4701 automatically identifies the frequency and clock speed of the installed microprocessor chip, thereb y eliminating the need for user to do additional cpu configuration or hardware settings related to it. jp1: bus clock rate select options settings auto detect (default) short 1-2 100mhz short 2-3 133mhz empty 13 4.6 system memory the hs-4701 provides two ddr sockets at locations dm1 and dm2. the maximum capacity of the onboard memory is 2gb. 4.7 vga controller note 1: hs-4701 does not support dstn/stn panel. note 2: hs-4701 does not support 640*480 tft panel. note 3: there are specific panel cable and inverter for each different lcd. if clients need for others lcd (different from toshiba ltm10c348f), please contact with your sales. the onboard intel 82845ge with 1mb or 8mb memory supporting crt display up to 1280 x 1024 at 32-bit colors. the hs-4701 provides two connection methods of crt and lvds panel device. cn10 offers an internal crt connector, and j4 , j5 offer two lvds panel connectors. 21 cn10: internal crt connector pin description pin description 1 red 2 gnd 3 green 4 gnd 5 blue 6 gnd 7 gnd 8 ddcdta 9 gnd 10 hsync 11 gnd 12 vsync 13 gnd 14 ddck 15 gnd 16 n/c 2 16 1 15 red green blue gnd gnd gnd gnd gnd gnd gnd gnd ddcdta hsync vsync ddck n/c j1: inverter connector pin. description 1 vcc12 2 vcc12 3 vcc5 4 enabkl 5 enavdd 5 gnd 1 vcc12 6 vcc12 vcc5 enabkl enavdd gnd j4: lvds connector pin description pin description 1 vcc3 2 vcc3 3 gnd 4 gnd 5 a4m 6 a4p 7 a5m 8 a5p 9 a6m 10 a6p 11 clk2m 12 clk2p 13 a7m 14 a7p vcc3 gnd a4m a5m a6m clk2m vcc3 gnd a4p a5p a6p clk2p a7m a7p 14 13 2 1 j5: lvds connector pin description pin description 1 vcc3 2 vcc3 3 gnd 4 gnd 5 a0m 6 a0p 7 a1m 8 a1p 9 a2m 10 a2p 11 clk1m 12 clk1p 13 a3m 14 a3p 14 13 2 1 vcc3 gnd a0m a1m a2m clk1m vcc3 gnd a0p a1p a2p clk1p a3m a3p 22 4.8 pci e-ide drive connector ide1 and ide2 are standard 40-pin connector daisy-chain driver connector serves the pci e-ide drive provisions onboard the hs-4701. a maximum of four ata/33/66/100 ide drives can connect to the hs-4701 via ide1 and ide2 . ide1: primary ide connector pin description pin description 1 iderst# 2 gnd 3 pdd7 4 pdd8 5 pdd6 6 pdd9 7 pdd5 8 pdd10 9 pdd4 10 pdd11 11 pdd3 12 pdd12 13 pdd2 14 pdd13 15 pdd1 16 pdd14 17 pdd0 18 pdd15 19 gnd 20 n/c 21 pdreq 22 gnd 23 pdiow# 24 gnd 25 pdior# 26 gnd 27 piordy 28 470 pull gnd 29 pddack# 30 gnd 31 irq14 32 n/c 33 pda1 34 p66det 35 pda0 36 pda2 37 pdcs#1 38 pdcs#3 39 ideactp# 40 gnd iderst# pdd7 pdd6 pdd5 pdd4 pdd0 gnd pdreq pdiow# pdior# piordy pddack# irq14 pda1 pdd3 pdd2 pdd1 pda0 pdcs#1 ideactp# gnd pdd8 pdd9 pdd10 pdd11 pdd15 n/c gnd ? gnd gnd 470 pull gnd gnd n/c p66det pdd12 pdd13 pdd14 pda2 pdcs#3 gnd 1 2 40 39 23 ide2: secondary ide connector pin description pin description 1 iderst# 2 gnd 3 sdd7 4 sdd8 5 sdd6 6 sdd9 7 sdd5 8 sdd10 9 sdd4 10 sdd11 11 sdd3 12 sdd12 13 sdd2 14 sdd13 15 sdd1 16 sdd14 17 sdd0 18 sdd15 19 gnd 20 n/c 21 sdreq 22 gnd 23 sdiow# 24 gnd 25 sdior# 26 gnd 27 siordy 28 470 pull gnd 29 sddack# 30 gnd 31 irq15 32 n/c 33 sda1 34 s66det 35 sda0 36 sda2 37 sdcs#1 38 sdcs#3 39 ideactp# 40 gnd iderst# sdd7 sdd6 sdd5 sdd4 sdd0 gnd sdreq sdiow# sdior# siordy sddack# irq15 sda1 sdd3 sdd2 sdd1 sda0 sdcs#1 ideactp# gnd sdd8 sdd9 sdd10 sdd11 sdd15 n/c gnd ? gnd gnd 470 pull gnd gnd n/c s66det sdd12 sdd13 sdd14 sda2 sdcs#3 gnd 1 2 40 39 24 4.9 floppy disk drive connector the hs-4701 uses a standard 34-pin header connector, fdc1 , for floppy disk drive connection. a total of two fdd drives may be connected to fdc at any given time. fdc1: fdd connector pin description pin description 1 gnd 2 rwc# 3 gnd 4 n/c 5 gnd 6 ds1# 7 gnd 8 index# 9 gnd 10 moa# 11 gnd 12 dsb# 13 gnd 14 dsa# 15 gnd 16 mob# 17 gnd 18 dir# 19 gnd 20 step# 21 gnd 22 wd# 23 gnd 24 we# 25 gnd 26 track0# 27 gnd 28 wp# 29 n/c 30 rdata# 31 gnd 32 head# 33 n/c 34 dskchg# gnd gnd gnd gnd gnd gnd gnd gnd gnd gnd gnd gnd gnd rwc# n/c ds1# index# moa# dsb# dsa# mob# dir# step# wd# ? we# track0# wp# rdata# 1 2 34 33 gnd n/c gnd n/c head# dskchg# 25 4.10 serial port connectors the hs-4701 offers two ns16c550 compatible uarts with read/receive 16-byte fifo serial ports and four internal 10-pin headers. there is one rs-422/485 connector. cn11~cn14: com1~com4 connectors (5x2 header) cn9: rs-422/485 connector pin description pin description 1 tx- 2 tx+ 3 rx+ 4 rx- 5 gnd 6 rts- 7 rts+ 8 cts+ 9 cts- 10 n/c 2 4 6 8 10 1 3 5 7 9 tx+ rx- rts- n/c cts+ tx- rx+ gnd cts- rts+ pin description pin description 1 dcd0 2 dsr0 3 rxdd0 4 rts0 5 txdd0 6 cts0 7 dtr0 8 ri0 9 gnd 10 n/c 11 dcd1 12 dsr1 13 rxdd1 14 rts1 15 txdd1 16 cts1 17 dtr1 18 ri1 19 gnd 20 n/c 21 dcd2 22 dsr2 23 rxdd2 24 rts2 25 txdd2 26 cts2 27 dtr2 28 ri2 29 gnd 30 n/c 31 dcd3 32 dsr3 33 rxdd3 34 rts3 35 txdd3 36 cts3 37 dtr3 38 ri3 39 gnd 40 n/c 2 1 40 39 dsr1 rts1 cts1 n/c ri1 dcd1 rxdd1 txdd1 gnd dtr1 dsr0 rts0 cts0 n/c ri0 dcd0 rxdd0 txdd0 gnd dtr0 dsr3 rts3 cts3 n/c ri3 dcd3 rxdd3 txdd3 gnd dtr3 dsr2 rts2 cts2 n/c ri2 dcd2 rxdd2 txdd2 gnd dtr2 com1 com2 com3 com4 26 j6: use rs-232 or rs-422/485 select options settings rs-232 (default) short 1-3, 2-4, 7-9, 8-10 rs-422/485 short 3-5, 4-6, 9-11, 10-12 1 11 2 12 4.11 parallel connector lpt1 is a standard 26-pin flat cable connector deigned to accommodate parallel port connection onboard the hs-4701. lpt1: parallel connector pin description pin description 1 stb# 14 afd# 2 pdr0 15 err# 3 pdr1 16 init# 4 pdr2 17 slin# 5 pdr3 18 gnd 6 pdr4 19 gnd 7 pdr5 20 gnd 8 pdr6 21 gnd 9 pdr7 22 gnd 10 acknowledge 23 gnd 11 busy 24 gnd 12 paper empty 25 gnd 13 printer select 26 n/c 1 14 26 13 afd# err# init# slin# gnd gnd gnd gnd gnd gnd gnd gnd n/c stb# pdr0 pdr1 pdr2 pdr3 pdr4 pdr5 pdr6 pdr7 acknowledge busy paper empty printer select 27 4.12 ethernet connector the hs-4701 has intel ? 82562 10/100 based lan controller and provides one 10-pin internal connector. please refer to the following for its pin information. cn8: lan connector (intel 82562) pin description pin description 1 3.3vstby 2 liled# 3 rrx+ 4 rrx- 5 actled# 6 lanc1 7 spled# 8 lanc2 9 ttx+ 10 ttx- 246810 13579 liled# rrx- lanc1 ttx- lanc2 3.3vstby rrx+ actled# ttx+ spled# 4.13 usb connector the hs-4701 provides four usb ports, at locations usb1 and usb2 , for four usb connections to the hs-4701. usb1: usb connector pin description pin description 1 vcc 2 vcc 3 usbp0n 4 usbp1n 5 usbp0p 6 usbp1p 7 gnd 8 gnd 12 78 vcc usbp1n usbp1p gnd vcc usbp0n usbp0p gnd usb2: usb connector pin description pin description 1 vcc 2 vcc 3 usbp2n 4 usbp3n 5 usbp2p 6 usbp3p 7 gnd 8 gnd 12 78 vcc usbp3n usbp3p gnd vcc usbp2n usbp2p gnd 28 4.14 cmos data clear the hs-4701 has a clear cmos jumper on jp2. jp2: clear cmos options settings normal operation (default) short 1-2 clear cmos short 2-3 battery rtcrst# gnd 13 important: before you turn on the power of your system, please set jp2 to short 1-2 for normal operation. 4.15 power and fan connectors hs-4701 provides one 20-pin and one 4-pin atx power connectors at pw1 and pw2. hs-4701 must using p4 power supply. one of 4-pin connector is for +12v lead which should connect to pw2 . 20-pin atx power connector can connect to backplane or to pw1 . pw2: 4-pin atx power in connector pin description pin description 1 gnd 2 gnd 3 +12v 4 +12v 1 4 3 2 pw1: 20-pin atx power in connector pin description pin description 1 +3.3v 11 +3.3v 2 +3.3v 12 -12v 3 gnd 13 gnd 4 +5v 14 ps_on 5 gnd 15 gnd 6 +5v 16 gnd 7 gnd 17 gnd 8 pwrok 18 -5v 9 5vsb 19 +5v 10 +12v 20 +5v 111 10 20 29 cn4: 2-pin atx power on/off switch pin description 1 5vstby 2 power on/off 12 connector fn1 , fn2 and fn3 onboard hs-4701 are 3-pin fan connectors. fn1, fn2 and fn3: fan connectors pin description 1 gnd 2 +12v 3 fan speed 3 gnd 1 +12v fan speed 4.16 keyboard/mouse connectors the hs-4701 offers one possibility for keyboard/mouse connection is via kb1 . kb1: 8-pin keyboard/mouse connector pin description 1 gnd 2 vcc 3 ms_data 4 ms_clk 5 gnd 6 vcc 7 kb_data 8 kb_clk 8 ms_data 1 vcc gnd vcc gnd ms_clk kb_clk kb_data 4.17 system front panel connectors the hs-4701 has one led at location cn3 that indicates the hdd status. cn3: hdd led connector pin description 1 150 pull +5v 2 hdd active# cn5 is the reset button connector onboard. the cn6 is green function led indicates. 30 cn5: reset button connector pin description 1 gnd 2 external reset 12 gnd ext. reset cn6: green led connector pin description 1 150 pull +5v 2 active# 4.18 external speaker aside from the buzzer at location bz1 onboard, the hs-4701 also offers a connector ( cn2 ) for an external speaker connection. the table below lists the pin assignments of cn2 . cn2: external speaker connector pin description 1 vcc 2 gnd 3 gnd 4 speaker signal vcc gnd gnd speaker signal 14 4.19 audio connectors the hs-4701 has an onboard ac97 3d audio interface. the following table list the pin assignments of the mic in / audio out and line in connector. cn1: mic in / audio out connector pin description pin description 1 aout_l 2 aout_r 3 gnd 4 gnd 5 mic_in 6 n/c 7 gnd 8 gnd 1 2 7 8 31 cd2: line in connector pin description pin description 1 in_r 2 gnd 3 gnd 4 in_l in_r gnd gnd in_l 14 4.20 digital input/output the hs-4701 provides a cn7 connector for digital i/o function. cn7: digital i/o connector pin description pin description 1 vcc5 2 vcc5 3 do_0 4 di_0 5 do_1 6 di_1 7 do_2 8 di_2 9 do_3 10 di_3 11 do_4 12 di_4 13 do_5 14 di_5 15 do_6 16 di_6 17 do_7 18 di_7 19 do_8 20 di_8 21 do_9 22 di_9 23 do_10 24 di_10 25 do_11 26 di_11 27 do_12 28 di_12 29 do_13 30 di_13 31 do_14 32 di_14 33 do_15 34 di_15 35 gnd 36 gnd vcc5 di_0 di_1 di_2 di_3 di_4 di_5 di_6 di_7 di_8 di_9 di_10 di_11 vcc5 do_0 do_1 do_2 do_3 do_4 do_5 do_6 do_7 do_8 do_9 do_10 do_11 do_12 do_13 1 2 35 36 di_12 di_13 di_14 di_15 do_14 do_15 gnd gnd 32 4.21 tv out function hs-4701 can support tv-out function which input could be up to 800 x 600 graphics resolutions. world wide video standards are supported including ntsc-m (north america, taiwan), ntsc-j (japan), pal-b, d, g, h, i (europe, asia), pal-m (brazil), pal-n (uruguay, paraguay) and pal-nc (argentina). j2: tv-out connector pin description pin description 1 gnd 2 tvcvb 4.22 mini agp connector hs-4701 provides one mini agp expansion slot, has at location j7 , you can use slot for expansion when necessary. 4.23 pci expansion slot hs-4701 provides one standard pci expansion slot at pci1. 33 chapter 5 award bios setup the hs-4701 uses award bios for the system configuration. the award bios setup program is designed to provide the maximum flexibility in configuring the system by offering various options that could be selected for end-user requirements. this chapter is written to assist you in the proper usage of these features. 5.1 starting setup the award bios is immediately activated when you first power on the computer. the bios reads the system information contained in the cmos and begins the process of checking out the system and configuring it. when it finishes, the bios will seek an operating system on one of the disks and then launch and turn control over to the operating system. while the bios is in control, the setup program can be activated in one of two ways: 1. by pressing 34 5.2 using setup in general, you use the arrow keys to highlight items, press 35 5.3 main menu once you enter the award bios cm os setup utility, the main menu will appear on the screen. the main menu allows you to select from several setup functions and two exit choices. use the arrow keys to select among the items and press 36 5.4 standard cmos setup the standard setup is used for the basic hardware system configuration. the main function is for data/time and floppy/hard disk drive settings. please refer to the following screen for the setup. when the ide hard disk drive you are using is larger than 528mb, you must set the hdd mode to lba mode. please use the ide setup utility in bios setup to install the hdd correctly. phoenix ? awardbios cmos setup utility standard cmos features date (mm:dd:yy) wed, oct 31 2001 item help time (hh:mm:ss) 10 : 32 :57 menu level x x ide primary master x ide primary slave change the day, month, x ide secondary master year and century x ide secondary slave drive a [1.44m, 3.5in.] drive b [none] video [ega/vga] halt on [all, but keyboard] base memory 640k extended memory 65472k total memory 1024k : select item + / - /pu/pd: value f10: save esc: quit f1: general help f5: previous values f6: fail-safe defaults f7: optimized defaults 37 5.5 advanced cmos setup this section allows you to configure your system for the basic operation. you have the opportunity to select the system?s default speed, boot-up sequence, keyboard operation, shadowing and security. phoenix ? awardbios cmos setup utility advanced bios features item help virus warning [disabled] menu level x cpu l1& l2 cache [enabled] hyper-threading [enabled] quick power on self test [enabled] first boot device [floppy] allows you to choose second boot device [hdd-0] the virus warning third boot device [ls120] feature for ide hard boot other device [enabled] disk boot sector swap floppy drive [disabled] protection. if this boot up floppy seek [enabled] function is enabled boot up num lock status [o n] and someone attempt to gate a20 option [fast] write data into this typematic rate setting [disabl ed] area, bios will show typematic rate (chars/sec) 6 a warning message on typematic delay (msec) 250 screen and alarm beep security option [setup] apic mode [enabled] mps version control for os [1.4] os select for dram > 64mb [non-os2] report no fdd for win95 [no] small logo (epa) show [enabled] : select item + / - /pu/pd: value f10: save esc: quit f1: general help f5: previous values f6: fail-safe defaults f7: optimized defaults 38 5.6 advanced chipset setup this section allows you to configure the system based on the specific features of the installed chipset. this chipset manages bus speeds and the access to the system memory resources, such as dram and the external cache. it also coordinates the communications between the conventional isa and pci buses. it must be stated that these items should never be altered. the default settings have been chosen because they provide the best operating conditions for your system. you might consider and make any changes only if you discover that the data has been lost while using your system. phoenix ? awardbios cmos setup utility advanced chipset features item help dram timing selectable [by spd] menu level x cas latency time [1.5] active to precharge delay [7] dram ras# to cas# delay [3] dram ras# precharge [3] turbo mode [disabled] memory frequency for [auto] system bios cacheable [enabled] video bios cacheable [enabled] memory hole at 15m-16m [disabled] delayed transaction [enabled] delay prior to thermal [16min] agp aperture size (mb) [64] ** on-chip vga setting ** on-chip vga [enabled] on-chip frame buffer size [8mb] boot display [crt] panel scaling [auto] panel number [1] : select item + / - /pu/pd: value f10: save esc: quit f1: general help f5: previous values f6: fail-safe defaults f7: optimized defaults note: panel number: 1 (default panel 1: toshiba ltm10c348f) 39 5.7 power management setup the power management setup allows user to configure the system for saving energy in a most effective way while operating in a manner consistent with his own style of computer use. phoenix ? awardbios cmos setup utility power management setup acpi function [enabled] item help acpi suspend type [s1(pos)] menu level x run vgabios id s3 resume auto power management [use define] video off method [dpms] video off in suspend [yes] suspend type [stop grant] modem use irq [modify] suspend mode [disabled] hdd power down [disabled] soft-off by pwr-bttn [instant-off] cpu thrm-throttling [50.00%] wake-up by pci card [enabled] power on by ring [enabled] usb kb wake-up from s3 disabled resume by alarm [disabled] date(of month) alarm 0 time(hh:mm:ss) alarm 0:0:0 ** reload global timer events ** primary ide 0 [disabled] primary ide 1 [disabled] secondary ide 0 [disabled] secondary ide 1 [disabled] fdd, com, lpt port [disabled] pci pirq[a-d]# [disabled] : select item + / - /pu/pd: value f10: save esc: quit f1: general help f5: previous values f6: fail-safe defaults f7: optimized defaults 40 5.8 pci / plug and play setup this section describes configuring the pci bus system. pci, or personal computer interconnect, is a system that allows i/o devices to operate at speeds nearing the speed the cpu itself uses when communicating with its own special components. this section covers some very technical items and it is strongly recommended that only experienced users should make any changes to the default settings. phoenix ? awardbios cmos setup utility pnp/pci configurations pnp os installed [no] item help reset configuration data [disabled] menu level x resources controlled by [auto(escd)] select yes if you are irq resources press enter using a plug and play dma resources press enter capable operating system. select no pci/vga palette snoop [disabled] if you need the bios to configure non-boot devices : select item + / - /pu/pd: value f10: save esc: quit f1: general help f5: previous values f6: fail-safe defaults f7: optimized defaults 41 5.9 peripheral setup the ide hard drive controllers can support up to four separate hard drives. these drives have a master/slave relationship that is determined by the cabling configuration used to attach them to the controller. your system supports two ide controllers--a primary and a secondary--so you can install up to four separate hard disks. phoenix ? awardbios cmos setup utility integrated peripherals on-chip primary pci ide [enabled] item help ide primary master pio [auto] menu level x ide primary slave pio [auto] ide primary master udma [auto] ide primary slave udma [auto] on-chip secondary pci ide [enabled] ide secondary master pio [auto] ide secondary slave pio [auto] ide secondary master udma [auto] ide secondary slave udma [auto] usb controller [enabled] usb 2.0 controller [enabled] usb keyboard support [disabled] usb mouse support [disabled] ac97 audio [auto] init display first [pci slot] ide hdd block mode [enabled] power on function [button only] kb power on password [enter] hot key power on [ctrl-f1] onboard fdc controller [enabled] onboard serial port 1 [3f8/irq4] onboard serial port 2 [2f8/irq3] uart mode select [normal] rxd, txd active [hi, lo] ir transmission delay [enabled] ur2 duplex mode [half] use ir pins [ir-rx2tx2] onboard parallel port [378/irq7] parallel port mode [spp] epp mode select [epp1.7] ecp mode use dma [3] pwron after pwr-fail [off] midi port address [330] midi port irq [5] onboard serial port 3 [3e8] serial port 3 use irq irq10] onboard serial port 4 [2e8] serial port 4 use irq [irq11] : select item + / - /pu/pd: value f10: save esc: quit f1: general help f5: previous values f6: fail-safe defaults f7: optimized defaults 42 5.10 pc health status phoenix ? awardbios cmos setup utility pc health status cpu warning temperature [disabled] item help current system temp. menu level x current cpu1 temperature current cpufan1 speed current cpufan2 speed current cpufan3 speed in0(v) in1(v) in2(v) +5v +12v -12v -5v vbat(v) 5vsb(v) shutdown temperature [disabled] : select item + / - /pu/pd: value f10: save esc: quit f1: general help f5: previous values f6: fail-safe defaults f7: optimized defaults 5.11 frequency/voltage control phoenix ? awardbios cmos setup utility frequency/voltage control cpu clock ratio [auto (modify)] item help auto detect pci clk [enabled] menu level x spread specturm [disabled] : select item + / - /pu/pd: value f10: save esc: quit f1: general help f5: previous values f6: fail-safe defaults f7: optimized defaults 43 chapter 6 software utilities this chapter contains the detailed information of ide, vga, lan and audio driver installation procedures. the utility disk that came with the delivery package contains an auto-run program that invokes the installation programs for the vga, lan and audio drivers. the following sections describe the installation procedures of each driver based on win 95/98, win 2000 and win nt operating systems. it is recommended that you install the driv ers matching the sections listed in this chapter. 6.1 ide driver installation 6.1.1 installing intel chipset software utility 1. insert utility cd disk to your cd rom drive. the main menu will pop up as shown below. select on the hs-4701 button to launch the installation program. 2. click on the ich4 driver button to continue. 44 3. immediately after clicking the ide button in step 1, the program launches the installshield wizard that will assist you in the installation process. click on the n ext > button to proceed. 4. the intel oem software license agreement dialog box then appears on the screen. choose y es to proceed. 45 5. when the readme information dialog box pops up, just click on the n ext button to proceed. 6. once the install shield wizard finishes updating your system, it will prompt you to restart the computer. tick on the yes, i want to restart my computer now followed by a click on the f inish button to reboot. only after your computer boots will the new settings take effect. 46 6.1.2 installing intel application accelerator 1. insert utility cd disk to your cd rom drive. the main menu will pop up as shown below. select on the hs-4701 button to launch the installation program. 2. click on the ide driver button to continue. 3. when the dialog box below appears, make sure you close all other windows applications then click on the n ext > button to proceed. 47 4. the intel oem software license agreement dialog box then appears on the screen. choose y es to proceed. 5. setup will then prompt you to specify the path where you would like the security driver installed. select the n ext > button after you have made your path/installation choice. 48 6. once the setup program finishes copying files into your system, it will prompt you to restart the computer. tick on the yes, i want to restart my computer now followed by a click on the f inish button to reboot. only after your computer boots will the new settings take effect. 49 6.2 vga driver installation 6.2.1 win 98 1. insert utility cd disk to your cd rom drive. the main menu will pop up as shown below. select on the hs-4701 button to launch the installation program. 2. click on the vga driver button to continue. 3. click on the windows 9x button to continue. 50 4. when the dialog box below appears, make sure you close all other windows applications then click on the n ext > button to proceed. 5. the intel oem software license agreement dialog box then appears on the screen. choose y es to proceed. 51 6. once the setup program finishes copying files into your system, it will prompt you to restart the computer. tick on the yes, i want to restart my computer now followed by a click on the f inish button to reboot. only after your computer boots will the new settings take effect. note: installation procedure for windows 98 is similar to windows95. 52 6.2.2 win nt note: please make sure you have already install service pack 6.0. 1. insert utility cd disk to your cd rom drive. the main menu will pop up as shown below. select on the hs-4701 button to launch the installation program. 2. click on the vga driver button to continue. 3. click on the windows nt button to continue. 53 4. when the dialog box below appears, make sure you close all other windows applications then click on the n ext > button to proceed. 5. the intel oem software license agreement dialog box then appears on the screen. choose y es to proceed. 54 6. once the setup program finishes copying files into your system, it will prompt you to restart the computer. tick on the yes, i want to restart my computer now followed by a click on the f inish button to reboot. only after your computer boots will the new settings take effect. 55 6.2.3 win 2000 1. insert utility cd disk to your cd rom drive. the main menu will pop up as shown below. select on the hs-4701 button to launch the installation program. 2. click on the vga driver button to continue. 3. click on the windows 2k button to continue. 56 4. when the dialog box below appears, make sure you close all other windows applications then click on the n ext > button to proceed. 5. the intel oem software license agreement dialog box then appears on the screen. choose y es to proceed. 57 6. once the setup program finishes copying files into your system, it will prompt you to restart the computer. tick on the yes, i want to restart my computer now followed by a click on the f inish button to reboot. only after your computer boots will the new settings take effect. 58 6.3 lan driver installation 6.3.1 win 95/98 1. insert utility cd disk to your cd rom drive. the main menu will pop up as shown below. select on the hs-4701 button to launch the installation program. 2. click on the lan driver button to continue. 3. click on the windows 9x button to continue. 59 4. when the dialog box below appears, make sure you close all other windows applications then click on the n ext > button to proceed. 5. the intel oem software license agreement dialog box then appears on the screen. choose accept to proceed. 60 6. the setup type dialog box then appears on the screen. choose typical to proceed. 7. when the dialog box below appears, make sure you close all other windows applications then click on the i nstall button to proceed. 61 8. when the dialog box below appears, it means your driver is install completed. click f inish button to proceed. 9. once the setup program finishes copying files into your system, it will prompt you to restart the computer. tick on the yes to reboot. only after your computer boots w ill the new settings take effect. 6.3.2 win nt note: please make sure you have already install service pack 6.0. 1. the system automatically detects the absence of windows nt networking. click on the y es button to start installation. 62 2. tick on the w ired to network once the following screen appears. click on the next to proceed. 3. click on the st art search button for the program to locate the network adapter. 63 4. once setup finishes the search, it will list a number of adapters for you to choose from. press on the h ave disk button to assign the driver path location. 5. setup now asks you for the location of the driver. when you have entered the new driver path, press on the ok button to continue. 6. when setup finds the information it needs about the new driver, it will display the device it found on the following screen. please choose ? intel(r) pro/100 family adapter ?. press on the ok button to accept and proceed. 64 7. setup then returns to network setup wizard screen and displays your new network adapter. click on n ext to continue. 8. the network setup wizard then allows you to set the network protocols on your network. select the appropriate protocol and then click on next to continue. 65 9. before setup starts installin g the components found and the settings you made, it will give you the option to proceed or go back for changes from the following screen. click on the n ext button once you are sure of your devices. 10. windows nt setup will then ne ed to copy files necessary to update the system information. specify the path then press continue . 11. when setup asks if you wish to change the tcp/ip settings of your system, select the appropriately. the default choice is n o . 12. setup then starts the networking installation and copies the files. 66 13. when the screen below appears, click on n ext to continue. 14. setup then prompts you that it is ready to start the network. you may complete the installation thereafter. click on n ext to continue. 67 15. assign the workgroup or domain setting of your computer. click on next to continue. 16. click on the y es button to restart your computer. the lan driver installation for win nt4.0 is now complete. 6.4 audio driver installation 1. insert utility cd disk to your cd rom drive. the main menu will pop up as shown below. select on the hs-4701 button to launch the installation program. 68 2. click on the audio driver button to continue. 3. when the dialog box below appears, make sure you close all other windows applications then click on the n ext > button to proceed. 69 4. once the installshield wizard completes the operation and update of your ac97 driver, it will ask you to remove disks from their drives, and prompt you to restart your system. tick on the yes, i want to restart my computer now. afterwards, click on the f inish button to complete the installation process. the system changes you made will take effect after the system restarts. 70 this page intentionally left blank. 71 appendix a power supply this is the specification of model fsp180-50pla; ac-line powered switching power supply with active pfc (power factor correction) circuit, meet en61000-3-2 and with full range input features. the specification below is intended to describe as detailedly as possible the functions and performance of the subject power supply. any comment or additional requirements to this specification from our customers will be highly appreciated and treated as a new target for us to approach. a.1 safety approvals the subject power supply will meet the emi requirements and obtain main safety approvals as following: a.1.1 emi regulatory fcc part 15 subpart j, class ?b? 115 vac operation cispr 22 class ?b? 230 vac operation a.1.2 safety nemko en 60950 tuv en60950 or vde en60950 csa 22.2 no. 234 level 3 iec 950 ul 1950 ce 72 a.2 physical requirements a.2.1 mechanical specifications the mechanical drawing of the subject power supply, which indicate the form factor, location of the moun ting holes, location, the length of the connectors, and other physical specifications of the subject power supply. please refer to the attachment drawing. a.2.2 connector specifications the power supply connectors are: ac inlet: standard inlet socket 10a/250v, ul/csa/ved approved p1: the equivalent of molex 39-01-2200, 20-pin connector pa, pc, pd: the equivalent of amp 1-480424-0, 4-pin connector pb: the equivalent of amp 171822-4, 4-pin connector pe: the equivalent of molex 39-01-2040, 4-pin connector a.2.3 connector pin designations p1 pa, pc, pd pb pe pin1 +3.3v orange +12v yellow +12v yellow com black pin2 +3.3v orange com black com black com black pin3 com black com black com black +12v yellow pin4 +5v red +5v red +5v red +12v yellow pin5 com black pin6 +5v red pin7 com black pin8 pw-ok gray pin9 +5vsb purple pin10 +12v yellow +3.3v orange pin11 +3.3vs brown pin12 -12v blue pin13 com black pin14 ps-on green pin15 com black pin16 com black pin17 com black pin18 n/c n/c pin19 +5v red pin20 +5v red 73 a.3 electrical requirements the subject power supply will meet a ll electrical specifications below, over the full operation temperature range and dynamic load regulation. output rating output nominal regulation ripple/noise min. max. 1 +3.3v +/-5% 50mv 0.3a 16.8a 2 +5v +/-5% 50mv 0.3a 12.0a 3 +12v +/-5% 120mv 1.5a 10.0a 4 -12v +/-10% 120mv 0.0a 0.8a 5 +5vsb +/-5% 50mv 0.0a 2.0a note: -12v, +3.3v, +5v, +12v will have the regula tion to +/-10% when all load take off. the +3.3v and +5v total output shall not exceed 61 watts. the +3.3v, +5v and +12v total output shall not exceed 165 watts and the total output for this subject power supply is 180 watts. ripple and noise measurements shall be made under all specified load conditions through a single pole low pass filter with 20mhz cutoff frequency. outputs shall bypassed at the connector with a 0.1uf ceramic disk capacitor and a 10uf electrolytic capacitor to simulate system loading. load capacity specifications load stm +3.3v +5v +12v -12v all max hhhh 4.5a 9.0a 9.0a 0.8a +5v max other min lhll 0.3a 12.0a 1.5a 0.0a +3.3v max other min hlll 16.8a 0.3a 1.5a 0.0a +12v max other min llhl 0.3a 0.3a 10.0a 0.0a all min llll 0.3a 0.3a 1.5a 0.0a hold up timer (@full load) 115v/60hz: 17msec. minimum. 230v/50hz: 17msec. minimum. output rise time (10% to 90% of final output value, @full load) 115v-rms or 230v-rms; +5vdc: 20mx max. 74 over voltage protection +5v dc output: +5.7v dc min.; +6.5v dc max. +12v dc output: +13.3v dc min.; +15.6v dc max. +3.3v dc output: +3.7v dc min.; +4.5v dc max. short circuit protection output short circuit is defined to be a short circuit load of less then 0.1 ohm. in the event of an output short circ uit condition on +3.3v, +5v or +12v output, the power supply will shutdown and latch off. the power supply shall return to normal operation after the short circuit has been removed and the power switch has been turned off for no more than 2 seconds. in the event of an output short circ uit condition ? 12v output, the power supply will not be latch off. the power supply shall return to normal operation as soon as the short ci rcuit has been removed and the power switch has been turned of for no more than 2 seconds. overload protection overload currents defined as a 10 amp/sec fault current ramp starting from full load, applied to the +3.3v, +5v output, shall snot cause that output to exceed 32 amps before th e output voltage drops below 0.5 volts and is latched off. the +12v output shall not exceed 20 amps under the same ramp conditions starting at full load before it is latched off. power good signal the power good signal is a ttl compatible signal for the purpose of initiating an orderly star-up procedu re under normal input operating conditions. this signal is asserted (low) until +5vdc has reached 4.75 volts during power up. characteristics: ttl signal asserted (low state): less the 0.5v while sinking 10ma. ttl signal asserted (high state): greater than 4.75v while sourcing 500ua. high state output impedance: less or equal to 1kohm from output to common. power good @ 115/230v, full load 100~500msec. power fail @ 115/230v, full load 1msec. minimum 75 output transient load response +5v and +12v must be within specification for a step change in current as specified below. the outputs will be tested one section at a time with all other sections at maximum load. the test transition will be from ia to ib and ib to ia. +5v vdc +12v vdc +3.3v vdc ia 12.0 amps 9.0 amps 16.8 amps ib 8.4 amps 7.0 amps 13.0 amps volts variation +5v +/-5% +12v +/-5% +3.3v +/-5% setting time 10ms max. 10ms max. 10ms max. transient load slew rate is 0.5a/us 0.1a/us 0.1a/us note: +5vsb: 0.5a; -12v: 0.1a ac input line requirements parameter min. nom. (1) max. unit v in (115vac) 90 115 135 vac rms v in (230vac) 180 230 265 vac rms v in frequency 47 ---- 63 hz note: nominal voltages for test purposes are considered to be within +/-1.0v of nominal. inrush current (cold start ? 25 deg. c) 115v 50amps-peak 230v 80amps-peak input line current 115v 4.0 amps ? rms max. 230v 2.0 amps ? rms max. efficiency 115vac @ full load 68% min. 230vac @ full load 68% min. ps_on min. max. v il , input low voltage 0.0v 0.8v v il , input low current (v in =0.4v) -1.6ma v ih , input high voltage (l in =-200ua) 2.0v v ih , open circuit, l in =0 5.25v 76 a.4 environmental requirements the power supply will be compliant with each item in this specification for the following environmental conditions. temperature range operating 0 to +50 deg. c storage -20 to +80 deg. c humidity operating 5~95% rh, non-condensing storage 5~95% rh, non-condensing vibration the subject power supplies will withstand the following imposed conditions without experiencing non-re coverable failure or deviation from specified output characteristics. vibration operating ? sine wave exci ted, 0.5g maximum acceleration, 10~250hz swept at one octave/min. fifteen minute dwell at all resonant points, where resonance is defined as those exciting frequencies at which the device under text experiences excursions two times large than non-resonant excursions. plane of vibration to be along three mutually perpendicular axes. shock the subject power supplies will withstand the following imposed conditions without experiencing non-re coverable failure or deviation from specified output characteristics. storage: -40g, 11msec. half-sine wave pulse in both directions on three mutually perpendicular axes. operating: -10g, 11msec. half-sine wave pulse in both directions on three mutually perpendicular axes. cooling specifications the ps is cooled by a self-contained, 40mm, 12vdc 77 a.5 safety in addition to the ul csa and nemko safety requirements, the leakage current from ac to safety ground will not exceed 1ma-rms at 240vac, 50hz a.6 electormagnetic compatibility line conducted emi the subject power supplies will meet fcc and vfg class b requirements. radiated emi the subject power supplies will meet fcc and cispr 22 requirements. a.7 labeling label marking will be permanent, legi ble and complied with all agency requirements. model number label labels will be affixed to the sides of the power supply showing the following: manufacturer?s name and logo model no., serial no., revision level, location of manufacturer the total power output and the maximum load for each output ac input rating dc output identification each output connector will be labeled. a.8 reliability mtbf the power supply have a minimum predicted mtbf of 100,000 hours of continuous operation at 25 deg. c, maximum-output load, and nominal ac input voltage. 78 a.9 safety requirements safety the subject power designed to meet the following safety regulations. nemko tuv or vde ul 1950 csa 22.2 level 3 ce a.10 dimensions 79 appendix b capture card bs-667 is an acquisition board designed without compromise for security and video surveillance app lications. it constitutes an ideal device for pc based multiple-channel digital video recorder. this 32-bit 33mhz pci bus frame grabber captures simultaneously four video analog streams in real-time. it accepts standard composite color (pal, ntsc) or monochrome video formats (ccir, eia). the resolution is programmable including the square-pixel resolution (640 * 480 or 768 * 576) and the broadcast resolution. before transfer into the pc memory, the image can be scaled down using a selectable ratio. arbitrary cropping to a region of interest is possible. bs-667 generates bitmaps in all popular color formats such as rgb, yuv, planar or packed. system integrators benefit from a watchdog for fault-tolerant applications and from easy-to-use standard connectors. i/o connectivity is built-in. protection circuit design for software design security issue. b.1 features four channels full-frame real-time acquisition from four video streams 32-bit pci, rev2.2, 33mhz channel expand up to 8 channels applicable signal type: color-pal/ntsc, monochrome-ccir/eia onboard ttl i/o lines built-in watchdog timer protection circuit for security issue b.2 frame rate 30 full-frame images acquired per second for each channel. 80 b.3 image acquisition color image: the color video format is compatible with the following composite video input formats ntsc-m, ntsc-japan, pcl-b, pal-d, pad-g, pal-h, pal-i, pam-m, pal-n and secam monochrome images: the monochrome video acquisition is compatible with ccir and eia (rs-170) optional scaling: the bs-667 acquire images or portions of images with optional scaling acquisition of a programmable area of interest scaling of the image (down to 1:16) adjustment of hue (for ntsc si gnals), contrast (0 to 200%), brightness and saturation (0 to 200% for u and v signals) automatic chrominance gain control b.4 i/o lines the bs-667 is fitted with ttl compatible i/o lines protected against overloads and electrostatic discharges. every line may be configured as an input or output. they can be used to trigger the acquisition or report alarms signal. b.5 watchdog timer a hardware watchdog timer is available on bs-667. the watchdog timer is able to monitor the pc application operation and will automatically restart the pc after a programmable inactivity time-out. this ensures a reliable operation of remote systems. b.6 applications pc based surveillance system digital video recorder (dvr) factory monitoring system industrial inspection system b.7 software supp orting wdm driver the drivers support vc++/vb programmi ng on windows nt/98/2000 platform with dll.. |
Price & Availability of BBS-1080S
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