Parhelia-512 details!
Poster: Aron Schatz
Posted on May 12, 2002 at 4:46:18 PM
More leaks coming through. I got this one from Warp.
Digit-Life shows the specs of the Parhelia-512. Wow, looks to be one impressive card!
Specifications:
80 million transistors
0.15 technological norm
up to 350 MHz core/memory clock rate
Full 256-bit (!) DDR memory bus
About 20 GBytes/s local memory bandwidth
64/128/256 MBytes memory
AGP 2x/4x/8x including SBA and FastWrites
4 pixel pipelines
4 texture units per pipeline (!)
Fillrate: up to 1.4 and 5.6 Gpixel
Vertex Shader 2.0, four parallel execution blocks
Pixel Shader 1.3, 4 texture + 5 combination stages for each pixel pipeline, with the opportunity of pipeline coupling (to get 2 pipelines with 10 combination stages)
EMBM and DOT3 bump mapping
Fixed DX8 T&L (including improved features of matrix blending and skinning). A special vertex shader actually.
10-bit color component rendering, storage and monitor output (!). 10-bit GigaColor technology
Two 400 MHz integrated 10-bit/channel RAMDACs, supporting UltraSharp technology
Full 10-bit -> 10-bit table for output gamma correction
DVD and HDTV video decoder with 10-bit output precision
Up to 2048x1536x32bpp@85 Hz output support
Integrated TV-Out with 10-bit signal precision
Two digital TDMS interfaces for digital outputs or external RAMDACs. Up to 1920x1200x32bpp resolutions supported.
Two fully independent CRTC
The opportunity of dual- or even triple-monitor (!) output. For example, to 2 integrated and one external RAMDACs, or to both integrated RAMDACs and TV-Out. 3840x1024x32bpp resolution total in the triple-mode. TripleHead Desktop, Surround Gaming, and DualHead-HighFidelity (HF) technologies
Adaptive supersampling (not the multisampling!) - 16x Fragment SSAA with up to 16 samples. Activated on polygon borders only.
N-Patches hardware support with adaptive tesselation (!) and displacement mapping.
Glyph Antialiasing - font hardware border antialiasing and gamma correction (!)
Microsoft DirectX 8 and OpenGL 1.3. Some DirectX 9 features potentially.
Digit-Life shows the specs of the Parhelia-512. Wow, looks to be one impressive card!
Specifications:
80 million transistors
0.15 technological norm
up to 350 MHz core/memory clock rate
Full 256-bit (!) DDR memory bus
About 20 GBytes/s local memory bandwidth
64/128/256 MBytes memory
AGP 2x/4x/8x including SBA and FastWrites
4 pixel pipelines
4 texture units per pipeline (!)
Fillrate: up to 1.4 and 5.6 Gpixel
Vertex Shader 2.0, four parallel execution blocks
Pixel Shader 1.3, 4 texture + 5 combination stages for each pixel pipeline, with the opportunity of pipeline coupling (to get 2 pipelines with 10 combination stages)
EMBM and DOT3 bump mapping
Fixed DX8 T&L (including improved features of matrix blending and skinning). A special vertex shader actually.
10-bit color component rendering, storage and monitor output (!). 10-bit GigaColor technology
Two 400 MHz integrated 10-bit/channel RAMDACs, supporting UltraSharp technology
Full 10-bit -> 10-bit table for output gamma correction
DVD and HDTV video decoder with 10-bit output precision
Up to 2048x1536x32bpp@85 Hz output support
Integrated TV-Out with 10-bit signal precision
Two digital TDMS interfaces for digital outputs or external RAMDACs. Up to 1920x1200x32bpp resolutions supported.
Two fully independent CRTC
The opportunity of dual- or even triple-monitor (!) output. For example, to 2 integrated and one external RAMDACs, or to both integrated RAMDACs and TV-Out. 3840x1024x32bpp resolution total in the triple-mode. TripleHead Desktop, Surround Gaming, and DualHead-HighFidelity (HF) technologies
Adaptive supersampling (not the multisampling!) - 16x Fragment SSAA with up to 16 samples. Activated on polygon borders only.
N-Patches hardware support with adaptive tesselation (!) and displacement mapping.
Glyph Antialiasing - font hardware border antialiasing and gamma correction (!)
Microsoft DirectX 8 and OpenGL 1.3. Some DirectX 9 features potentially.