Ati GPUs
556 GPUs found
Page 7 of 24
About ATI Technologies
Founded in 1985 in Toronto, Canada, ATI (Array Technology Inc.) became NVIDIA's fiercest competitor through the 1990s and early 2000s. Known for innovative graphics cards like the Radeon series, ATI was acquired by AMD in 2006 for $5.4 billion, ending an era but continuing their graphics legacy.
Historic Achievements:
- 1991: Mach32 breakthrough graphics accelerator
- 2000: Radeon 256 with hardware T&L
- 2002: R300 (Radeon 9700) architectural masterpiece
- 2005: X1000 series with unified shaders
Legacy & Impact:
- Fierce competition drove GPU innovation forward
- Introduced many graphics features still used today
- R300 architecture influenced modern GPU design
- Brand lives on in AMD Radeon products
Graphics API & Programming Support
ATI Legacy Technologies:
- ATI Stream: Early GPU computing platform
- Catalyst Drivers: Pioneering driver optimization
- HyperZ: Z-buffer compression technology
- TruForm: Hardware tessellation technology
Era Graphics APIs:
- DirectX 9: Shader Model 3.0 support and beyond
- OpenGL 2.1: GLSL shaders and programmable pipeline
- Direct3D: Hardware transform and lighting
- OpenGL Extensions: Advanced graphics features
Showing 24 of 556 GPUs
Base: 300 MHz
•
Boost: 300 MHz
Rage 7 Architecture
150 nm Process
33 MB
DDR
Base: 250 MHz
•
Boost: 250 MHz
Rage 7 Architecture
150 nm Process
131 MB
DDR
Base: 230 MHz
•
Boost: 230 MHz
R300 Architecture
130 nm Process
66 MB
DDR
Base: 250 MHz
•
Boost: 250 MHz
R300 Architecture
130 nm Process
131 MB
DDR
Base: 300 MHz
•
Boost: 300 MHz
R300 Architecture
130 nm Process
131 MB
DDR
Base: 333 MHz
•
Boost: 333 MHz
R300 Architecture
130 nm Process
131 MB
DDR
Base: 337 MHz
•
Boost: 337 MHz
R300 Architecture
130 nm Process
66 MB
DDR
Base: 450 MHz
•
Boost: 450 MHz
R300 Architecture
130 nm Process
131 MB
DDR
Base: 250 MHz
•
Boost: 250 MHz
R300 Architecture
130 nm Process
256 MB
DDR
Base: 350 MHz
•
Boost: 350 MHz
R400 Architecture
130 nm Process
131 MB
DDR2
Base: 480 MHz
•
Boost: 480 MHz
Ultra-Threaded SE Architecture
80 nm Process
256 MB
DDR2
Base: 450 MHz
•
Boost: 450 MHz
TeraScale Architecture
65 nm Process
TFLOPS
0.0
256 MB
DDR2
Base: 600 MHz
•
Boost: 600 MHz
TeraScale Architecture
65 nm Process
TFLOPS
0.0
131 MB
GDDR3
Base: 650 MHz
•
Boost: 650 MHz
TeraScale Architecture
65 nm Process
TFLOPS
0.1
256 MB
DDR2
Base: 500 MHz
•
Boost: 500 MHz
TeraScale Architecture
65 nm Process
TFLOPS
0.1
256 MB
GDDR3
Base: 680 MHz
•
Boost: 680 MHz
TeraScale Architecture
65 nm Process
TFLOPS
0.2
256 MB
GDDR3
Base: 600 MHz
•
Boost: 600 MHz
TeraScale Architecture
65 nm Process
TFLOPS
0.1
256 MB
GDDR3
Base: 650 MHz
•
Boost: 650 MHz
TDP: 35 W
TeraScale Architecture
65 nm Process
TFLOPS
0.2
256 MB
DDR2
Base: 400 MHz
•
Boost: 400 MHz
TDP: 7 W
TeraScale Architecture
55 nm Process
TFLOPS
0.0
256 MB
DDR2
Base: 450 MHz
•
Boost: 450 MHz
TDP: 12 W
TeraScale Architecture
55 nm Process
TFLOPS
0.0
256 MB
DDR2
Base: 500 MHz
•
Boost: 500 MHz
TeraScale Architecture
55 nm Process
TFLOPS
0.0
256 MB
DDR2
Base: 680 MHz
•
Boost: 680 MHz
TeraScale Architecture
55 nm Process
TFLOPS
0.1
512 MB
GDDR3
Base: 500 MHz
•
Boost: 500 MHz
TeraScale Architecture
55 nm Process
TFLOPS
0.1
256 MB
GDDR3
Base: 680 MHz
•
Boost: 680 MHz
TDP: 30 W
TeraScale Architecture
55 nm Process
TFLOPS
0.2