Please help me build rig.

[XtAsY]

Please help me choose components for new rig.

Would you say this rig is ok? I will be using it for gaming and for 3D Animation and CGI. Please inform me of anything you think should be changed. Thanks very much.


CP-127-AM AMD Athlon 64 X2 Dual Core 4400+ (Socket 939) - Retail (ADA4400CDBOX) (CP-127-AM)
£283.95 £283.95
MY-094-CS Corsair 2GB DDR XMS4000PT TwinX (2x1GB) CAS3 (MY-094-CS)
£129.95 £129.95
HS-010-ZA Zalman CNPS7700-CU Ultra-Quiet CPU Cooler - Retail (HS-010-ZA)
£19.95 £19.95
SC-032-CL Creative Sound Blaster X-Fi Fatal1ty FPS Edition - Retail (SC-032-CL)
£115.95 £115.95
MB-018-DF DFI LanParty NF4 SLI-DR EXPERT (Socket 939) PCI-Express Motherboard (MB-018-DF)
£124.95 £124.95
CA-001-SS Seasonic S12 500W Silent ATX2.0 Power Supply (CA-001-SS)
£75.95 £75.95
HD-058-SE Seagate Barracuda 7200.9 NCQ 250GB ST3250824AS SATA-II 8MB Cache - OEM (HD-058-SE)
£53.95 £53.95
GX-072-XF XFX GeForce 7900 GTX 512MB GDDR3 TV-Out/Dual DVI (PCI-Express) - Retail (PVT71F-YDLR) (GX-072-XF)
£324.95 £324.95
GX-023-BG BFG Ageia PhysX Accelerator - Retail (GX-023-BG)
£184.95 £184.95
Subtotal £1,314.55
VAT £230.05
Total £1,544.60

 

[XtAsY]

Why the 4400 x2? Why not 3800 x2 and overclock?
BFG Ageia PhysX Accelerator WHY?
Otherwise looks ok.

A GOOD reson for the Physics card. I use a 3d application called Softimage XSI which has Ageia PhysX support for the programs dynamics system. It will make things considerably smoother when I am working with complex physics simulations. Yes I gues I could go for the 3800+ but not really into overclocking. And the Zalman heatsink is more for silence than mega performance.

 

[XtAsY]

So long as its not for games because theres damn all to use it at the moment.

Unreal Tournament 2007 will use it and thats all that matters when it comes to games for me But your right.. at the moment theres nothing.

 

[XtAsY]

do you think it would be better for me to get an opeteron? They are better for 3d applications, don't know about games though.. Thanks for all help so far