Page 2:Comparisons And Applications
Page 3:Nvidia Quadro 5000: Overview
Page 4:Nvidia Quadro 5000: Features, Connectors, And Driver
Page 5:ATI FirePro V8800: Overview
Page 6:ATI FirePro V8800: Features, Connectors, And Driver
Page 7:Test Configuration
Page 8:Benchmark Results: SPECapc Autodesk 3D Studio Max 9 1.2
Page 9:Benchmark Results: SPECapc Autodesk Maya 2009
Page 10:Benchmark Results: SPECapc Newtek LightWave 9.6
Page 11:Benchmark Results: SPECviewperf 11
ATI FirePro V8800: Features, Connectors, And Driver
Our FirePro V8800 sample completely eschews DVI. Instead, the card sports four DisplayPort connectors, allowing four displays to be used in parallel. As on the desktop, this feature is referred to as EyeFinity.
Considering the small installed user base, a DisplayPort-only design is a rather bold move. After all, most folks still have a monitor with a DVI cable sitting on their desk. There‘s no need to worry, though, as ATI includes two active single-link adapters with the card that can translate the DisplayPort output to a DVI signal. Since DisplayPort and DVI are not compatible on the physical protocol level, these need to be active adapters, with a circuit translating the signal from one protocol to the other.
As a side note, DVI-to-HDMI adapters (or vice versa) don’t need an active circuit, since in both cases, the video signal is based on the PanelLink protocol. Instead, you just need an adapter that contains connections linking the various pins for each plug correctly.
The FirePro V8800 also features a 3-pin connector for stereoscopic 3D glasses. Again, that doesn’t necessarily mean the glasses have to be connected by wire. Instead, a little transmitter that synchronizes the stereoscopic images will do just as well.
AMD can put checkmarks in all the important feature boxes, including Shader Model 5.0, DirectX 11 and OpenGL 4.1. The company knows just as well as Nvidia that modern graphics processors are capable of much more than just rendering pretty pictures. The high transistor count and the many shader cores make current GPUs an attractive choice for scientific calculations. While Nvidia is actively promoting its proprietary CUDA API for GPGPU work (general purpose graphics processing), AMD has all but dropped its Stream API, choosing instead to back the OpenCL standard. While that move is laudable on paper, it’s not like developers are falling over themselves to create software that makes use of OpenCL (yet).
Nvidia, for its part, regularly promotes CUDA at universities, scientific institutions, and to its partners in various industrial sectors in order to inspire developers to use its programming language. And yes, that includes financial support as well.
AMD offers an add-in card for specific usage scenarios called the FirePro S400. Production companies working in the broadcasting sector need Framelock and Genlock when working across several monitors in parallel. The S400 offers this type of synchronization.
The FirePro V8800 is rated with a TDP of 208 W and satisfies its power requirements through two 6-pin auxiliary power connectors. The card also comes with a CrossFire connector that allows two V8800s to be used in parallel.
- Comparisons And Applications
- Nvidia Quadro 5000: Overview
- Nvidia Quadro 5000: Features, Connectors, And Driver
- ATI FirePro V8800: Overview
- ATI FirePro V8800: Features, Connectors, And Driver
- Test Configuration
- Benchmark Results: SPECapc Autodesk 3D Studio Max 9 1.2
- Benchmark Results: SPECapc Autodesk Maya 2009
- Benchmark Results: SPECapc Newtek LightWave 9.6
- Benchmark Results: SPECviewperf 11