Feeds

3DLabs ships 256MB Wildcat VP880 Pro

Card's graphics processor based on 208 Risc-ish cores

  • alert
  • submit to reddit

3DLabs has released its Wildcat VP880 Pro workstation graphics card with 256MB DDR SDRAM across a 256-bit bus. The card is capable of generating 188 million vertices per second and 35 billion anti-aliasing samples per second, the company said.

The card operates in a single AGP 4x or 8x slot - unlike other 256MB solutions, which require AGP Pro or two slots, claims 3DLabs. The card provides two DVI-I ports driven by two 370MHz, 10-bit RAMDACs.

The card retails in the US for around $499, rather less than its companion card, the VP990 Pro, which is due to ship this month for $899. The VP990 offers 512MB of SDRAM. It can produce 225 million vertices per second and 42 billion anti-aliasing samples per second.

The cards run under Windows XP and Windows 2000, and support DirectX 8.1 with Vertex Shader 1.1 and Pixel Shader 1.2, and OpenGL 1.3.

Both cards are based on 3DLabs' VPU chip, which contains an array of 208 32-bit Risc-like sub-processors - 128 dedicated to floating-point texture processing, 16 to floating-point geometry and the remaining 64 to integer pixel calculations, including anti-aliasing. ®

Whitepapers

Mainstay ROI - Does application security pay?
In this whitepaper learn how you and your enterprise might benefit from better software security.
Five 3D headsets to be won!
We were so impressed by the Durovis Dive headset we’ve asked the company to give some away to Reg readers.
3 Big data security analytics techniques
Applying these Big Data security analytics techniques can help you make your business safer by detecting attacks early, before significant damage is done.
The benefits of software based PBX
Why you should break free from your proprietary PBX and how to leverage your existing server hardware.
Mobile application security study
Download this report to see the alarming realities regarding the sheer number of applications vulnerable to attack, as well as the most common and easily addressable vulnerability errors.