Asus
Newbie
- Joined
- Aug 22, 2003
- Messages
- 10,346
- Reaction score
- 0
Processors:
Graphic Cards
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Please post any suggestions that you may have.
- AMD Socket AModel (Frequency, Front Side Bus, L2 Cache, Core)----------
- Athlon XP
Cheap, Solid Performance, and a Solid Mature Platform.
Excellent in Games, Coding and Scientific Applications.
Performance:Good
Heat:Average
Price:Average
- 2000+ (1.67GHz, 266 FSB, 256KB, Thoroughbred)
- 2100+ (1.73GHz, 266 FSB, 256KB, Palomino)
- 2200+ (1.80GHz, 266 FSB, 256KB, Thoroughbred)
- 2400+ (2.00GHz, 266 FSB, 256KB, Thoroughbred)
- 2500+ (1.83GHz, 333 FSB, 512KB, Barton)
- 2600+ (2.08GHz, 333 FSB, 256KB, Thoroughbred)
- 2600+ (1.90GHz, 333 FSB, 512KB, Barton)
- 2700+ (2.17GHz, 333 FSB, 256KB, Thoroughbred)
- 2800+ (2.08GHz, 333 FSB, 512KB, Barton)
- 3000+ (2.16GHz, 333 FSB, 512KB, Barton)
- 3000+ (2.10GHz, 400 FSB, 512KB, Barton)
- 3200+ (2.20GHz, 400 FSB, 512KB, Barton)
- Sempron
A Value Athlon XP Processor.
Performance:Average
Heat:Average
Price:Low
- 2200+ (1.50GHz, 333 FSB, 256KB, Thoroughbred)
- 2300+ (1.58GHz, 333 FSB, 256KB, Thoroughbred)
- 2400+ (1.67GHz, 333 FSB, 256KB, Thoroughbred)
- 2500+ (1.75GHz, 333 FSB, 256KB, Thoroughbred)
- 2600+ (1.83GHz, 333 FSB, 256KB, Thoroughbred)
- 2800+ (2.00GHz, 333 FSB, 256KB, Thoroughbred)
- Athlon XP
- AMD Socket 754Model (Frequency, HT Link, L2 Cache, Core)
- Athlon 64
Good value and Excellet performance.
Excellent at Office, Gaming, Coding, 2D Video, and Scientific Applications.
Performance:Excellent
Heat:Good
Price:Average
- 2800+ (1.80GHz, 800 HT, 512KB, Newcastle)
- 3000+ (2.00GHz, 800 HT, 512KB, Newcastle)
- 3000+ (2.00GHz, 800 HT, 1024KB, Clawhammer)
- 3200+ (2.20GHz, 800 HT, 512KB, Newcastle)
- 3400+ (2.20GHz, 800 HT, 1024KB, Clawhammer)
- 3400+ (2.40GHz, 800 HT, 512KB, Newcastle)
- 3700+ (2.40GHz, 800 HT, 1024KB, Clawhammer)
- Sempron
A Value Athlon 64 Processor.
Performance:Excellent
Heat:Good
Price:Low
- 3100+ (1.80GHz, 800 HT, 256KB, Paris)
- Athlon 64
- AMD Socket 939Model (Frequency, HT Link, L2 Cache, Core)
- Athlon 64
Excellet performance.
Excellent at Office, Gaming, Coding, 2D Video, and Scientific Applications.
Performance:Excellent
Heat:Good
Price:Average-to-High
(*90nm)
- 3000+ (1.80GHz, 800 HT, 512KB, Winchester)*
- 3200+ (2.00GHz, 800 HT, 512KB, Winchester)*
- 3500+ (2.20GHz, 800 HT, 512KB, Newcastle)
- 3500+ (2.20GHz, 800 HT, 512KB, Winchester)*
- 3800+ (2.40GHz, 800 HT, 512KB, Newcastle)
- 4000+ (2.40GHz, 800 HT, 1024KB, Sledgehammer)
- Athlon 64 FX
Excellet performance.
Excellent at Office, Gaming, Coding, 2D Video, and Scientific Applications.
Performance:Excellent
Heat:Average
Price:High
- 53 (2.40GHz, 800 HT, 1024KB, Sledgehammer)
- 55 (2.60GHz, 800 HT, 1024KB. Sledgehammer)
- Athlon 64
- AMD Socket 940Model (Frequency, HT Link, L2 Cache, Core)
- Athlon 64 FX
Excellet performance. Requires Registered Ram.
Excellent at Office, Gaming, Coding, 2D Video, and Scientific Applications.
Performance:Excellent
Heat:Average
Price:High
- 53 (2.40GHz, 800 HT, 1024KB, SledgeHammer)
- Opteron
Excellet performance. Requires Registered Ram.
Excellent at Office, Gaming, Coding, 2D Video, Scientific, Multimedia (SMP) and Server Applications (SMP).
Performance:Excellent
Heat:Average
Price:Average-to-High
- 140 (1.40GHz, 800 HT, 1024KB, Hammer)
- 142 (1.60GHz, 800 HT, 1024KB, Hammer)
- 144 (1.80GHz, 800 HT, 1024KB, Hammer)
- 146 (2.00GHz, 800 HT, 1024KB, Hammer)
- 148 (2.20GHz, 800 HT, 1024KB, Hammer)
- 150 (2.40GHz, 800 HT, 1024KB, Hammer)
- 240 (1.40GHz, 800 HT, 1024KB, Hammer)
- 242 (1.60GHz, 800 HT, 1024KB, Hammer)
- 244 (1.80GHz, 800 HT, 1024KB, Hammer)
- 246 (2.00GHz, 800 HT, 1024KB, Hammer)
- 248 (2.20GHz, 800 HT, 1024KB, Hammer)
- 250 (2.40GHz, 800 HT, 1024KB, SledgeHammer)
- Athlon 64 FX
- Intel Socket 478Model (Front Side Bus, L2 Cache, L3 Cache, Core)
- Pentium 4
Excellent Audio/Video Performance, Mature Platform.
Excellent at 3D Video, 2D Video, Audio Applications.
Performance:Average-to-Excellent
Heat:Average-to-High
Price:Average
- 2.00GHz (400 FSB, 512KB, Northwood)
- 2.26GHz (533 FSB, 512KB, Northwood)
- 2.40GHz (533 FSB, 1024KB, Prescott)
- 2.40GHz (533 FSB, 512KB, Northwood)
- 2.40GHz (800 FSB, 512KB, Northwood)
- 2.50GHz (400 FSB, 512KB, Northwood)
- 2.60GHz (400 FSB, 512KB, Northwood)
- 2.66GHz (533 FSB, 512KB, Northwood)
- 2.80GHz (533 FSB, 512KB, Northwood)
- 2.80GHz (533 FSB, 1024KB, Prescott)
- 2.80GHz (800 FSB, 512KB, Northwood)
- 2.80GHz (800 FSB, 1024KB, Prescott)
- 3.00GHz (800 FSB, 512KB, Northwood)
- 3.00GHz (800 FSB, 1024KB, Prescott)
- 3.06GHz (533 FSB, 512KB, Northwood)
- 3.20GHz (800 FSB, 512KB, Northwood)
- 3.20GHz (800 FSB, 1024KB, Prescott)
- 3.40GHz (800 FSB, 512KB, Northwood)
- 3.40GHz (800 FSB, 1024KB, Prescott)
- Pentium 4 Extreme Edition
A Highend Pentium 4 Processor.
Performance:Excellent
Heat:Average-to-High
Price:High
- 3.20GHz (800 FSB, 512KB, 2048KB, Northwood)
- 3.40GHz (800 FSB, 512KB, 2048KB, Northwood)
- Pentium 4
- Intel LGA 775Model (Frequency, Front Side Bus, L2 Cache, L3 Cache, Core)
- Pentium 4
Excellent Audio/Video Performance.
Excellent at 3D Video, 2D Video, Audio Applications.
Performance:Average-to-Excellent
Heat:High
Price:Average
- 520 (2.80GHz, 800 FSB, 1024KB, Prescott)
- 530 (3.00GHz, 800 FSB, 1024KB, Prescott)
- 540 (3.20GHz, 800 FSB, 1024KB, Prescott)
- 550 (3.40GHz, 800 FSB, 1024KB, Prescott)
- 560 (3.60GHz, 800 FSB, 1024KB, Prescott)
- 570 (3.80GHz, 800 FSB, 1024KB, Prescott)
- Pentium 4 Extreme Edition
A Highend Pentium 4 Processor.
Performance:Excellent
Heat:Average-to-High
Price:High
- 3.40GHz (3.40GHz, 800 FSB, 512KB, 2048KB, Prescott)
- 3.46GHz (3.46GHz, 1066 FSB, 512KB, 2048KB, Prescott)
- Pentium 4
Graphic Cards
- AGP Series Model (Memory, Memory Bus Width, Core/Memory Speed, Pixel Pipelines x Texture Mapping Units, Vertex Proccessors, DirectX)
- ATI
- Radeon 9200 SE (64/128MB, 64/128bit, 200/300, 4PP, 1VP, DX8.1)
- Radeon 9200 (64/128MB, 64/128bit, 250/400, 4PP, 1VP, DX8.1)
- Radeon 9200 Pro (128MB, 128bit, 300/600, 4PP, 1VP, DX8.1)
- Radeon 9250 (128/256MB, 128bit, 240/250, 4PP, 1VP, DX8.1)
- Radeon 9550 SE (128MB, 64bit, 250/400, 4PP, 2VP, DX9.0)
- Radeon 9550 (128/256MB, 64/128bit, 250/400, 4PP, 2VP, DX9.0)
- Radeon 9600 SE (64/128MB, 64/128bit, 325/365, 4PP, 2VP, DX9.0)
- Radeon 9600 (64/128/256MB, 128bit, 325/400, 4PP, 2VP, DX9.0)
- Radeon 9600 Pro (128/256MB, 128bit, 400/600, 4PP, 2VP, DX9.0)
- Radeon 9600 XT (128/256MB, 128bit, 500/600, 4PP, 2VP, DX9.0)
- Radeon 9800 SE (128MB, 128bit, 380/675, 4PP, 4VP, DX9.0)
- Radeon 9800 (128MB, 256bit, 325/580, 8PP, 4VP, DX9.0)
- Radeon 9800 Pro (128MB, 256bit, 380/680, 8PP, 4VP, DX9.0)
- Radeon 9800 Pro (256MB, 256bit, 380/700, 8PP, 4VP, DX9.0)
- Radeon 9800 XT (256MB, 256bit, 412/730, 8PP, 4VP, DX9.0)
- Radeon X800 SE (256MB, 256bit, 425/800, 8PP, 6VP, DX9.0)
- Radeon X800 Pro (256MB, 256bit, 475/900, 12PP, 6VP, DX9.0)
- Radeon X800 XT (256MB, 256bit, 500/1000, 16PP, 6VP, DX9.0)
- Radeon X800 XT PE (256MB, 256bit, 520/1120, 16PP, 6VP, DX9.0)
- Nvidia
- GeForce FX 5200 (64/128/256MB, 64/128bit, 250/400, 2PPx2, 1VP, DX9.0)
- GeForce FX 5200 Ultra (128MB, 128bit, 325/650, 2PPx2, 1VP, DX9.0)
- GeForce FX 5500 (128/256MB, 64/128bit, 270/400, 2PPx2, 1VP, DX9.0)
- GeForce FX 5600 (128/256MB, 128bit, 325/550, 2PPx2, 2VP, DX9.0)
- GeForce FX 5600 Ultra (128/256MB, 128bit, 400/700, 2PPx2, 2VP, DX9.0)
- GeForce FX 5700 LE (64/128MB, 64/128bit, 400/500, 2PPx2, 3VP, DX9.0)
- GeForce FX 5700 (128/256MB, 64/128bit, 425/550, 2PPx2, 3VP, DX9.0)
- GeForce FX 5700 Ultra (128MB, 128bit, 475/900, 2PPx2, 3VP, DX9.0)
- GeForce FX 5700 Ultra (128MB GDDR3, 128bit, 475/950, 2PPx2, 3VP, DX9.0)
- GeForce FX 5900 XT (128MB, 256bit, 400/700, 4PPx2, 3VP, DX9.0)
- GeForce FX 5900 (128MB, 256bit, 400/850, 4PPx2, 3VP, DX9.0)
- GeForce FX 5900 Ultra (256MB, 256bit, 450/850, 4PPx2, 3VP, DX9.0)
- GeForce FX 5950 Ultra (256MB, 256bit, 475/950, 4PPx2, 3VP, DX9.0)
- GeForce 6800 LE (128MB, 256bit, 320/700, 8PP, 5VP, DX9.0)
- GeForce 6800 (128/256MB, 256bit, 325/700, 12PP, 5VP, DX9.0)
- GeForce 6800 GT (256MB, 256bit, 350/1000, 16PP, 5VP, DX9.0)
- GeForce 6800 Ultra (256MB, 256bit, 400/1100, 16PP, 5VP, DX9.0)
- ATI
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Please post any suggestions that you may have.