ricoco | photo en grand 900 Ko
http://perso.wanadoo.fr/ricoco/A8Vgrand.jpg
supporte l'agp/pci lock
Processeur :
- Socket 939 pour processeur AMD Athlon 64FX / Athlon 64
- Architecture AMD64 supportant à la fois le 32-bit et 64-bit
- Supporte la technologie AMD Cool 'n' Quiet
Chipset :
VIA K8T800Pro
VIA VT8237
bus :
2000 MT/s
Mémoire :
- 4 sockets x 184-pin DIMM supportant jusqu'à 4GB de mémoire DDR400/DDR333/DDR266 non-ECC un-buffered
- Architecture mémoire Dual Channel
Slots d'extension :
1 x AGP8X (1.5V seulement)
5 x PCI
Stockage :
South bridge :
- 2 x UltraDMA 133/100/66/33
- 2 x Serial ATA, supporte le RAID 0, RAID 1, et JBOD
Contrôleur RAID Promise 20378
- 1 x UltraDMA 133/100/66/33
- 2 x Serial ATA
- Supporte le RAID 0, RAID 1, RAID 0+1, et Multiple RAID
Audio :
Realtek ALC850, 8 canaux CODEC
Audio Sensing et Enumeration Technology
3 jacks audio universels(UAJ)
Sortie Coaxial/Optical S/PDIF sur le panneau I/O arrière
Reseau :
- Contrôleur réseau Ethernet Marvell 88E8001 GbE Gigabit Lan PCI supportant le 10/100/1000 BASE-T
- Virtual Cable Tester(VCT) - Utilitaire d'analyse
Firewire :
Contrôleur VIA 1394 supportant 2 ports Firewire 1394
USB :
8 ports USB 2.0
connecteurs panneau arrière :
1 x Parallel
1 x Serie
1 x PS/2 clavier
1 x PS/2 souris
1 x 8 canaux Audio I/O
1 x RJ45
1 x sortie optique S/PDIF
1 x sortie Coaxial S/PDIF
4 x USB 2.0/1.1
1 x IEEE1394 Firewire
Connecteurs interne :
- 2 connecteurs x USB 2.0 supportant 4 ports USB 2.0
- Connecteurs CPU / Chassis / Power FAN
- Connecteur alimentation 20-pin ATX
- Connecteur alimentation 4-pin ATX 12V
- Chassis Intrusion
- CD / AUX audio in
- Ports IEEE1394
- Connecteur GAME/MIDI
- Connecteur COM
Accessoires fournis :
- Carte ASUS WiFi-g(Edition Wireless uniquement)
- InterVideo WinDVD Suite Platinum
- Manuel utilisateur
- 2 câbles UltraDMA
- Câble IDE
- Câble FDD
- 4 câbles Serial ATA
- 2 câbles d'alimentation 2-port SATA
- 2-port USB2.0 / Game module
- I/O shield
- IEEE1394 cable
- Connecteur audio façade avant
lien Asus d'où proviennent les infos ci-dessus :
http://france.asus.com/prog/spec.a [...] e&langs=06
Les TESTS :
http://www.amdzone.com/modules.php [...] =30&page=1
http://www.hothardware.com/viewart [...] =534&cid=3
http://www.motherboards.org/articl [...] 417_1.html
http://www20.tomshardware.com/moth [...] #directx_8
procédure d'installation de WinXP/2000 sur un disque SATA :
VIA VT6420 SATA RAID and IDE controller supports two configurations:1) Two SATA HDDs + Two IDE HDDs, and 2) Four SATA HDDs. The RAID functions are only supported on SATA HDDs. It supports RAID 0, 1, 0+1 and JBOD, these functions, however, are not supported on IDE HDDS. This "VIA VT6420 Software Package" is used to install the drivers and utility which are needed for using the VIA VT6420 SATA RAID and IDE controller.
VIA VT8237 is a south bridge which includes VT6420 SATA controller so VT6420 software package also supports VT8237 SATA controller.
donc sur le CD de la mobo c'est ce qui ce trouve dans le dossier
\Drivers\VIARAID\6420RAID\DriverDisk\SATA
2. Install Windows NT 4.0, 2000, XP, or Server 2003
* Copy all files and directories of DriverDisk\SATA folder to a floppy disk. Make sure
following directories and files are copied into floppy disk.
A:\
\2003IA32
VIAsraid.inf
VIAsraid.sys
VIAsraid.cat
\Win2000
VIAsraid.inf
VIAsraid.sys
VIAsraid.cat
\Winnt40
VIAsraid.inf
VIAsraid.sys
\WinXP
VIAsraid.inf
VIAsraid.sys
VIAsraid.cat
Txtsetup.oem
VT8237
* Boot system from OS installing CD-ROM.
* Make sure VT6420 BIOS is executed by the system BIOS when POST.
* Press "F6" when OS installer starts running.
* Insert floppy disk.
* Choose the OS device driver wanted for loading.
* Install OS.
* Run setup.exe after OS is installed.
Asus Live Updtae 6.07.01
http://www.clubic.com/lancer-le-te [...] pdate.html
Pilotes :
BIOS 1014
http://dlsvr02.asus.com/pub/ASUS/m [...] 8V1014.zip
ftp://ftp.asus.de/pub/ASUSCOM/BIO [...] e/1012.zip
1009:
- Support de nouveaux processeurs.
- Correction d'un problème avec la séquence de démarrage.
- La fonction "Aperture Size" n'est désormais plus paramétrée sur 128 Mo si une carte graphique Matrox est détectée.
http://www.touslesdrivers.com/inde [...] _code=7127
bios 1009
http://www.asus.com.tw/pub/ASUS/mb [...] 8V1009.zip
bios 1008
http://www.asus.it/support/downloa [...] 8V1008.zip
http://www.touslesdrivers.com/inde [...] _code=6624
Corrections:
- Support new CPUs. Please refer to our website at: http://www.asus.com.tw/support/cpu [...] pport.aspx
- Add memory Dual/Single Channel Mode message on post screen
- Fix CoolNQuiet function issue under certain OS
bios 1007
http://www.asus.it/support/downloa [...] ip~zaqwedc
4in1 via hyperion v5.04a
http://www.viaarena.com/Driver/via [...] _v504a.zip
http://downloads.viaarena.com/driv [...] _V500A.zip
http://www.viaarena.com/downloads/ [...] _v456v.zip
http://www.viaarena.com/downloads/ [...] 455vp1.zip
http://downloads.viaarena.com/driv [...] _v453v.zip
Sata Raid Drive Station 5.1a WHQL
http://www.viaarena.com/Driver/VIA_RAID_V510A.zip
http://www.clubic.com/lancer-le-te [...] -raid.html
http://www.viaarena.com/downloads/ [...] _V420A.ZIP
http://www.viaarena.com/downloads/ [...] _V410a.zip
http://downloads.viaarena.com/driv [...] _V310E.zip
Pilote audio Realtek ACL850 : a3.78 WHQL
ftp://61.56.86.122/pc/ac97/alc650/WDM_A378.exe
ftp://152.104.238.194/pc/ac97/alc650/wdm_a374.exe
Media Player Realtek 3.74
http://www.techspot.com/downloads/ [...] lrack.html
ftp://202.65.194.18/pc/ac97/alc650/ap_a371.exe
réseau Marvell gigabit Yukon 88E8001 : 8.41.1.3 WHQL
http://www.marvell.com/drivers/upl [...] v84113.zip
http://www.marvell.com/drivers/upload/yk51x86.zip
cool'n quiet et driver CPU AMD 64:
-1- l'activer dans le bios (Advanced CPU configuration)
-2- installer le pilote CPU AMD 64 : 1.2.2.2 WHQLL
http://www.amd.com/us-en/assets/co [...] amdcpu.exe
1.1.0.14 WHQ
http://www.amd.com/us-en/assets/co [...] driver.EXE
-3- dans le panneau de configuration pour la gestion d'energie choisir "gestion d'alimentation minimale"
avec l'utilitaire graphique d'AMD, on voit graphiquement quand la gestion d'énergie est au max, cool'n quiet activé
http://www.amd.com/us-en/assets/co [...] _setup.zip
sinon avec cpu-z, on peut voir que le proc a fait plouf (coefficient), il consomme moins alors que tout reste fluide et performant ! 
http://www.cpuid.com/cpuz.php
toutes les infos sur la config et bench memoire :
http://www.clubic.com/telechargeme [...] -1-52.html
pour choisir une ALIM ou résoudre des problèmes de config du à l'alim:
Vérifier que vous avez assez de jus sous le capot
http://www.jscustompcs.com/power_supply/
mettre sa RAM à donf : [/B]
Bank interleave / activé
2tcommand / désactivé
memoire / manuel DDR 400
on désactive les periph intégrés qui ne servent pas (dans chipset)
cool n'quiet / desacive
AI overclock / auto (sauf pour o/c mais à la main)
vcore 1,525
volt mémoire / 2,7
Mettre la ram sur les slots bleus
Flasher le bios peut corriger certains problèmes
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[b]REBOOT POSSIBLE AVEC LE SP2
Le SP2 peut engendrer des redémarrages intempestifs sur les machines AMD64
L'installation du Service Pack 2 de Windows XP sur une plate-forme AMD64 peut engendrer des redémarrages répétés, Microsoft vient de publier un article à ce sujet dans sa base de connaissance.
http://support.microsoft.com/kb/878474/fr
Microsoft explique que ces reboot intempestifs surviennent quand l'utilisateur d'une plate-forme AMD64 a forcé le DEP (data exécution prévention) également connu sous le nom protection "no-execute" et qu'un matériel recquiert le pilote Mpegport.sys.Microsoft cite la carte Hollywood Plus DVD de Sygma Designs.
Le fameux pilotes Mpegport.sys essaie d'écrire dans un emplacement mémoire surveillé par le DEP, et cest ce qui provoque les redémarrages.
Pour corriger ce problème, Microsoft donne deux solutions. La première consiste à désinstaller le SP2, la seconde consiste à configurer le DEP pour qu'il ne prenne pas en compte le pilote Mpegport.sys.
La méthode décrite par Microsoft est la suivante :
-Cliquez sur démarrer puis exécuter et lancez Sysdm.cpl.
Dans l'onglet avancé sous performances, cliquez sur réglages.
Sous l'onglet "Data Execution Prevention", cliquez sur "DEP hadware et software activé pour tous les programmes sauf".
Cliquez ensuite sur ajouter, et entrez le chemin vers le fichier "Mpegport.sys".
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pour ceux qui ont un écran noir au démarrage sans pouvoir flasher, voici une méthode avec disquette.
It appears quite a few people (myself included) purchased this motherboard recently (Nov 2004) to find it didn't work straight out of the box. This is because the A8V-Deluxe was shipped with a bios that didn't recognize the new 939 pin 3400+ processor or the newer Winchester 90nm processors (since they were released only recently).
The result is that when the power is turned on, your VGA monitor screen is blank and the Post Reporter voice repeats over and over "System failed CPU test". For those who forgot or didn't know to hook up their speakers to the line output will both see and hear nothing. They think their new PC is dead. Remember that the post reporter requires the speakers to be connected. Also ensure that if you have 2 RAM memories, that they're in the blue slots DIMM_A1 and DIMM_B1 (slots 1 and 3). If you have a single memory it has to be in blue DIMM_B1 (slot 3) only.
ASUS has corrected this bios problem and now the A8V supports the 3400+ 939pin processor and the 90 nm processors. You must use the new 1008 (or beta 1009) bios which you can download from their site and use EZFlash feature of the A8V to flash a new bios. Be sure to clear the bios first by using the CLRTC jumper. Follow these detailed instructions and you'll be good.
You need to go to the ASUS site under 'download' for the A8V Deluxe motherboard and get the latest bios release (using another computer of course ), which is VERSION 1008 or beta 1009.
Unzip this file and put it on an empty formatted floppy and rename it A8V.ROM and put it in your floppy drive.
You are now going to use the feature called EZFlash (which you can read about in your manual too). This feature doesn't require the system to be operable, as is required if you used the conventional DOS boot flash utility method.
With the computers power completely off clear the bios by moving a jumper on your motherboard called CLRTC from pins 1-2 to pins 2-3 for about 15 seconds and then move it back to default pins 1-2. I found it wasn't necessary to remove and replace the battery, but you can do that too if you wish.
Now turn on the power of the power supply and then the front panel power switch and then immediately press and hold <ALT + F2> until you hear the floppy disk loading. If you get the nice lady reporting "System failed CPU test", you've failed and you have to start over by clearing bios again and then carry on trying to get EZFlash to work. It's a bit finicky with regard to when you press <ALT + F2> to get the floppy to start reading, but you'll get it. It would seem that as the system starts Post and before it finds a fault is the key time that EZFlash can be launched with the <ALT + F2> interrupt. Make sure your keyboard and floppy are installed correctly. This means the floppy cables white stripe pin 1 is up on the motherboard and 'usually' left on the rear view of the floppy drive.
Once the floppy starts clicking and reading, the VGA monitor screen will now show your flashing progress by saying floppy found and erasing bios and flashing new bios etc and then the computer reboots when successful. Again, you can read in your manual the exact wording of what the EZFlash reports on your screen
Once it reboots and you get past the post reporter and it tells you to hit DEL to enter bios edit mode - do so. This will allow you to make changes you want to make to the bios, like making the floppy the 1st device to boot from, and if you have a 3400+ to change the HT speed from 1000Mhz to 800MHz.
Now save and exit bios and when it reboots it will go to floppy where you have your disk utility to format and partition your SATA or IDE drives etc.....
On another interesting side note, There also seems to be several forum reports of problems with this motherboard with regard to underpowered PSU's. The usual caveat about ensuring you use a PSU with a +12v rail of at least >18 amps appears to hold true - specifically if you're using larger video cards such as the 6800GT or XT800XT and a lot of peripherals (HDDs, DVDs, etc.). Where you might have gotten away with an underpowered PSU before, it doesn't seem to be the case with this motherboard.......
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