DirectX 9 Compatible GPUs
149 GPUs found
Page 2 of 7
DirectX 9 Release Notes
DirectX 9 introduced programmable shaders to mainstream gaming, enabling complex lighting effects and realistic materials that defined the gaming experience for over a decade.
Groundbreaking Features:
- Pixel Shader 3.0: Complex per-pixel lighting and effects
- Vertex Shader 3.0: Programmable vertex transformations
- High Level Shading Language (HLSL): Easier shader development
- Multiple render targets: Advanced rendering techniques
Gaming Impact:
- Realistic lighting: Per-pixel lighting became standard
- Advanced materials: Bump mapping, normal mapping
- Post-processing effects: Bloom, depth of field, HDR
- Long legacy support: Still supported in modern games
Showing 24 of 149 GPUs
GMA 3100
Bearlake
Base: 400 MHz
•
Boost: 400 MHz
TDP: 13 W
Generation 4.0 Architecture
90 nm Process
GMA 3150
Pineview
Base: 400 MHz
•
Boost: 400 MHz
TDP: 13 W
Generation 4.0 Architecture
45 nm Process
TFLOPS
0.0
GMA 900
Alviso
Base: 333 MHz
•
Boost: 333 MHz
Generation 3.0 Architecture
130 nm Process
GMA 950
Calistoga
Base: 250 MHz
•
Boost: 250 MHz
TDP: 7 W
Generation 3.5 Architecture
90 nm Process
GMA X3000
Broadwater
Base: 500 MHz
•
Boost: 500 MHz
TDP: 13 W
Generation 4.0 Architecture
90 nm Process
GMA X3100
Broadwater
Base: 500 MHz
•
Boost: 500 MHz
TDP: 13 W
Generation 4.0 Architecture
90 nm Process
GMA X3500
Bearlake
Base: 667 MHz
•
Boost: 667 MHz
TDP: 13 W
Generation 4.0 Architecture
90 nm Process
NVIDIA
GeForce FX(5100)
GeForce FX 5100
NV34
66 MB
DDR
Base: 200 MHz
•
Boost: 200 MHz
Rankine Architecture
150 nm Process
NVIDIA
GeForce FX(5200)
GeForce FX 5200
NV34
131 MB
DDR
Base: 250 MHz
•
Boost: 250 MHz
Rankine Architecture
150 nm Process
NVIDIA
GeForce FX(5200)
GeForce FX 5200 LE
NV34
131 MB
DDR
Base: 250 MHz
•
Boost: 250 MHz
Rankine Architecture
150 nm Process
NVIDIA
GeForce FX(5200)
GeForce FX 5200 PCI
NV34B
256 MB
DDR
Base: 250 MHz
•
Boost: 250 MHz
Rankine Architecture
150 nm Process
NVIDIA
GeForce FX(5200)
GeForce FX 5200 Rev. 2
NV34B
131 MB
DDR
Base: 250 MHz
•
Boost: 250 MHz
Rankine Architecture
150 nm Process
NVIDIA
GeForce FX(5200)
GeForce FX 5200 Ultra
NV34
131 MB
DDR
Base: 325 MHz
•
Boost: 325 MHz
Rankine Architecture
150 nm Process
NVIDIA
GeForce FX(5200)
GeForce FX 5200 Ultra Mac Edition
NV34
131 MB
DDR
Base: 325 MHz
•
Boost: 325 MHz
Rankine Architecture
150 nm Process
NVIDIA
GeForce FX(5500)
GeForce FX 5500
NV34B
66 MB
DDR
Base: 270 MHz
•
Boost: 270 MHz
Rankine Architecture
150 nm Process
NVIDIA
GeForce FX(5500)
GeForce FX 5500 PCI
NV34B
256 MB
DDR
Base: 270 MHz
•
Boost: 270 MHz
Rankine Architecture
150 nm Process
NVIDIA
GeForce FX(5600)
GeForce FX 5600
NV31
131 MB
DDR
Base: 325 MHz
•
Boost: 325 MHz
TDP: 37 W
Rankine Architecture
130 nm Process
NVIDIA
GeForce FX(5600)
GeForce FX 5600 Ultra
NV31
131 MB
DDR
Base: 400 MHz
•
Boost: 400 MHz
Rankine Architecture
130 nm Process
NVIDIA
GeForce FX(5600)
GeForce FX 5600 XT
NV31
131 MB
DDR
Base: 235 MHz
•
Boost: 235 MHz
Rankine Architecture
130 nm Process
NVIDIA
GeForce FX(5600)
GeForce FX 5600 XT PCI
NV31
66 MB
DDR
Base: 235 MHz
•
Boost: 235 MHz
Rankine Architecture
130 nm Process
NVIDIA
GeForce FX(5700)
GeForce FX 5700
NV36B
131 MB
DDR
Base: 425 MHz
•
Boost: 425 MHz
TDP: 25 W
Rankine Architecture
130 nm Process
NVIDIA
GeForce FX(5700)
GeForce FX 5700 EP
NV36
131 MB
DDR
Base: 425 MHz
•
Boost: 425 MHz
Rankine Architecture
130 nm Process
NVIDIA
GeForce FX(5700)
GeForce FX 5700 Engineering Sample
NV36S
131 MB
DDR
Base: 425 MHz
•
Boost: 425 MHz
TDP: 25 W
Rankine Architecture
130 nm Process
NVIDIA
GeForce FX(5700)
GeForce FX 5700 LE
NV36
131 MB
DDR
Base: 250 MHz
•
Boost: 250 MHz
Rankine Architecture
130 nm Process