bonjour à tous!  
je souhaite faire une config de programmeur qui ne servira pas à jouer.
J'ai choisi deux configs à petit prix (cm+proc+mem le reste j'ai déjà). Etant pro amd, elles sont toutes les deux à base de Sempron.
 
1er choix: Socket AM2

• Sempron 3000+ 1,60Ghz/256ko/400 56€
• DDR2 512Mo PC4300 / 533Mhz        59€
• ASUS M2V-TVM K8M890                67€

TOTAL: 182€
 
2eme choix: Socket 754

• Sempron 3000+ 1,80Ghz/128ko/400 53€
• ASUS K8N (DDR) nForce3               55€
• DDR 512Mo PC3200 / 400Mhz         57€

TOTAL: 165€
 
Pour rappel:
Features of VIA K8M890
 
North Bridge    
Processor Support AMD Athlon™64 & AMD Sempron™ Single/Dual Processor Support  
Front Side Bus 1GHz/16-bit (Upstream & Downstream) HyperTransport™ Bus Link  
Graphics / Video Integrated VIA Chrome9™ IGP
 
DirectX® 9.0 engine  
Pixel Shader 2.0  
Dual pixel pipelines  
128-bit 2D/3D engine  
250MHz engine clock speed Optional external PCI Express x16 interface  
 
South Bridge VIA VT8251  
North/South Bridge Link Ultra V-Link (1GHz/s)  
Audio VIA Vinyl™ HD Audio (AC'97 integrated)
VIA Vinyl™ Gold HD Audio (PCI companion controller)
 
Network  VIA Velocity™ Gigabit Ethernet (PCI companion controller)
VIA integrated 10/100 Fast Ethernet
 
Modem MC'97  
PCI Devices/Slots 6 slots
 
SATA Four-Channel Serial ATA supports 4 SATA II devices
 
V-RAID  RAID 0, RAID 1, RAID 0+1, RAID 5 & JBOD (SATA)  
PATA Parallel ATA 133 (up to 4 devices)  
USB 2.0 8 ports  
I/O Protocols I/O APIC / LPC Super I/0  
Power Management ACPI/APM/PCI/PM  
 
NVIDIA nForce3 Specifications:
 
Networking
 
NVIDIA IEEE 802.3 Media Access Control (MAC)
Supports 10/100/1000Base-T Ethernet/Fast Ethernet/Gigabit* Ethernet
Supports HomePNA 2.0 PHYs
Advanced Communication Riser (ACR) and Communications and Networking Riser (CNR) interface support
High performance networking features
TCP segmentation offloads*
Jumbo frames*
Checksum offloads*
NVIDIA StreamThru™ technology
Isochronous controller paired with HyperTransport results in fastest networking performance
 
Storage
 
RAID 0 disk striping support for highest system and application performance
RAID 1 disk mirroring support for fault tolerance
RAID 0 +1 disk striping and mirroring support for highest performance with fault tolerance
Support for both SATA and ATA-133 disk controller standards
Dual independent SATA controllers**
Supports up to 4 SATA disk drives simultaneously
Integrated SATA PHY with support for two drives**
Digital SATA interface for external PHY with support for two drives**
Fast Ultra ATA-133 disk driver controllers
Each interface supports two devices, for support for up to six devices
Supports UltraDMA modes 6-0 (UltraDMA 33/66/100/133)
Industry-standard PCI bus master IDE register set
Separate independent IDE connections for 5V-tolerant primary and secondary interfaces
Connectivity
 
AGP interface
 
Supports AGP3.0 - 0.8 V signaling for 8× and 4× with Fast Writes data transfers
Supports AGP2.0 - 1.5 V signaling for 4×, 2×, and 1× modes with 4× and 2× Fast Writes data transfers  
Supports graphics address remapping table (GART) features
The AGP3.0 8× 533 MT/s (million transfers per second) interface provides the user with the ability to upgrade the external graphics card, thus avoiding obsolescence. An external AGP add-in card achieves higher performance than it would on existing platforms.
AGP interface is backward compatible with the AGP2.0 specification.
USB 2.0
Single USB 2.0 Enhanced Host Controller Interface (EHCI) / Dual USB 1.1 Open Host Controller Interface (OHCI)
Support for up to 8 ports
Supports transfer rates at high speed (480 Mbps), full speed (12 Mbps), and low speed (1.2 Mbps)
Dynamically configures slower devices for best utilization of bandwidth
Allows USB concurrency
PCI interface  
Integrates a fast PCI-to-PCI bridge running at 33 MHz. It includes an arbiter that supports six external master PCI slots. Features of the PCI interface include:
PCI 2.3-compliant, 5 V tolerant
Supports six external PCI slots at 33 MHz
Supports six bus master arbitration
PCI master and slave interfaces
Supports both master-initiated and slave-initiated terminations
Bidirectional write posting support for concurrency
Flexible routing of all four PCI interrupts
Supports read ahead: memory read line (MRL) and memory read multiple (MRM)  
 
Performance
 
HyperTransport technology
High throughput (8.0GB/sec.)*
Low voltage  
Differential
 
Audio
 
AC ’97 2.1 compliant interface
7.1 surround sound audio**
Supports 2, 4, or 6, or 8-channel audio
Dual AC-Link – supports up to two codecs
16-bit or 20-bit stereo output and 16-bit input streams
Supports input, output, and general purpose input/output (GPIO) channels for host-based modems
Separate independent functions for audio and modem
Supports ACR and CNR interface
S/PDIF output (stereo or AC-3 output)
 
Mobility
 
Power management
Full support for AMD PowerNow! technology
ACPI 2.0 compliant
Support for ACPI C3 state
Low power 0.15 μ process
Maximizing real estate efficiency enabling small form factor designs
Single chip solution
Lower latency for higher performance
 
 
Je recherche la config la plus puissantes des deux. Pouvez-vous me conseiller?
Mon choix se porte plutôt sur la 1er config.
Merci beaucoup pour vos conseils.

Je ne pense pas poser une question super compliquée. j'aimerai juste avoir votre avis c'est tout.
Personne pour me répondre?  

Salut,
 
On est en semaine, les gens bossent
 
Sinon prends la solution AM2 qui est surement plus évolutive que le socket 754

Oui c'est ce que je pense également. Mais je vais la faire evoluer dans au moin 2ans, alors d'ici là, je ne pense pas que le socket AM2 existera toujours.
Et niveau performance, vous en pensez quoi?
Nforce3/K8M890    
Merci en tous les cas pour la réponse.

je vois que le sujet n'interesse pas grand monde lol.

Ca dépend de ce que tu veux faire avec.
Pour de la bureautique et du net la config 754 suffit.
Après l'am2 est plus évolutif.

oui bien sur, mais l'avantage du chipset AM2 avec le K8M890 c'est qu'il intègre une puce vidéo.  
"Le chipset intégrera le Chromotion Video Display Engine, supportant le format HDTV jusqu’en 1920 x 1080, et gérant le DuoView pour un affichage sur deux écrans"
ça tombe trés bien donc car sinon je n'avais qu'une pauvre ATi Rage 128...

Ma question est surtout niveau performance car je n'arrive pas à trouver de bench comparatif pour le K8M890

alors :

• Cdiscount - AMD Sempron 2800+ Socket AM2 44.99 € in
• Cdiscount - Kingston KVR533D2S4/512 53.40 € in
• Cdiscount - Asrock carte mère ALiveNF4G-DVI 63.50 € out (nforce430 + GF6100 en partie vidéo)  

Disons environ 170 € in

finalement j'ai tout commander sauf la carte mère. j'ai pris à la place une ASUSTeK M2NPV-MX (NVIDIA GeForce 6150 + nForce 430) à 65euros
merci!