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new NV40 GPUS Generation (FX 6800, 6800 ultra)
NVIDIA’s GeForce 6800 Ultra Performance Leap
12.000 points in 3DMark 2003. A score of over 60.000 in AquaMark 3. Over 60fps in Halo at 1600x1200 and more than 50fps in FarCry with High FSAA and 4tap anisotropic filtering at 1024x768 - these are numbers that will bring tears of joy to PC enthusiasts everywhere.
You'd have to go back quite a bit in the history of graphics cards to find a performance leap of similar magnitude. Maybe the transition from 3dfx's Voodoo1 to the Voodoo 2 comes close. Or the jump from NVIDIA's TNT2 to the GeForce 256 DDR, or perhaps the transition from ATi's Radeon 8500 to the 9700 Pro... Maybe these developments might come close, if, for the moment, we left aside the technological quantum leap in the past. But let's start at the beginning.
With the introduction of the GeForce 6800, the first member of the new NV4x family of graphics processors to see the light of day, NVIDIA is launching a product that, it hopes, will make everyone forget last year ever happened. If you'll remember, a year ago NVIDIA launched what was to become its new flagship model, the GeForce FX 5800 Ultra, codenamed NV30. Compared to its rivals, this card failed to impress where 3D gaming performance was concerned and was plagued by heat problems which necessitated an extravagant and very loud cooling solution, earning it the nickname "dustbuster". On top of these problems, discussions arose about bad image quality, NVIDIA's use of questionable driver optimizations to achieve higher performance and the reduced shader precision the card used. Since the entire product line was based on this design, the smaller models were plagued by the same problems. The NV30's architecture and design were by no means bad, and on paper it completely fulfilled and in some respects even surpassed the requirements set forth in Microsoft's DirectX 9 specification. However, it did make writing code that made use of these features much harder for game developers. Lastly, performance of standard shader code compiled with Microsoft's HLSL compiler was sub-optimal.
Realizing there was a problem, NVIDIA launched a replacement only a few months later. While the new card, the FX 5900 / NV35, addressed many of the weaknesses that plagued the FX 5800, even this replacement had strong competition from ATi's Radeon 9800 series. It seemed that for every card NVIDIA had up its sleeve, ATi was able to pull another improved version of the R300 design out of its hat and steal NVIDIA's thunder.
Which brings us back to the present. Today, the competitors in the high-end sector are the FX 5950 Ultra (NV38) for team NVIDIA and the Radeon 9800XT (R360) for team ATi. Where performance is concerned, NVIDIA has been able to exploit its card to its fullest potential, thanks to frequent driver releases. ATi still has the upper hand in the performance and image quality department, though, as its cards use a better FSAA implementation and most of the time offer higher visual quality when shaders are used in games.
The new NV4x design is supposed to make all these weaknesses a thing of the past. The first card based on this design that will come to market is the GeForce 6800 Ultra. This card outshines its predecessor, the FX 5950 Ultra, in practically every category - and not just on paper!
Article Info
NVIDIA’s GeForce 6800 Ultra Performance Leap
--------------------------------------------------------------------------------
Created:
April 14, 2004
--------------------------------------------------------------------------------
By:
Lars Weinand
--------------------------------------------------------------------------------
Translated by:
Benjamin Kraft
--------------------------------------------------------------------------------
Category:
Graphics Cards
--------------------------------------------------------------------------------
Summary:
NVIDIA has seemingly pulled out all stops in an attempt to deliver cutting edge graphics with its GeForce 6800 Ultra. After gamers for too long have had to be content with mere incremental improvements to graphics performance, NVIDIA new card delivers a performance jump not seen for a long time. The device is also solidly engineered as well as insanely fast.
NV40 Alias GeForce 6800 Ultra
Introducing the GeForce 6800 Ultra. Contrary to the original plans, the AGP versions of the card, which will be launched first, will carry a dual-slot cooling solution.
A quick look at the technical specifications of the GeForce 6800 Ultra, codenamed NV40, will make the heart of any gamer go a-flutter: 222 million transistors, 16 "real" pixel pipelines in a superscalar design, full performance when using 32 Bit floating point precision, pixel and vertex shaders 3.0, 6 vertex shader units (600 million polys/s), an integrated video processor that supports MPEG encoding and decoding in hardware, GDDR 3 memory offering a bandwidth of 35,2 GB/s, rotated grid anti-aliasing, anisotropic filtering up to 16x, on-demand real trilinear filtering - and these are just the bare essentials that only even begin to describe the chip.
Performances class GPU's click here
NVIDIA’s GeForce 6800 Ultra Performance Leap
12.000 points in 3DMark 2003. A score of over 60.000 in AquaMark 3. Over 60fps in Halo at 1600x1200 and more than 50fps in FarCry with High FSAA and 4tap anisotropic filtering at 1024x768 - these are numbers that will bring tears of joy to PC enthusiasts everywhere.
You'd have to go back quite a bit in the history of graphics cards to find a performance leap of similar magnitude. Maybe the transition from 3dfx's Voodoo1 to the Voodoo 2 comes close. Or the jump from NVIDIA's TNT2 to the GeForce 256 DDR, or perhaps the transition from ATi's Radeon 8500 to the 9700 Pro... Maybe these developments might come close, if, for the moment, we left aside the technological quantum leap in the past. But let's start at the beginning.
With the introduction of the GeForce 6800, the first member of the new NV4x family of graphics processors to see the light of day, NVIDIA is launching a product that, it hopes, will make everyone forget last year ever happened. If you'll remember, a year ago NVIDIA launched what was to become its new flagship model, the GeForce FX 5800 Ultra, codenamed NV30. Compared to its rivals, this card failed to impress where 3D gaming performance was concerned and was plagued by heat problems which necessitated an extravagant and very loud cooling solution, earning it the nickname "dustbuster". On top of these problems, discussions arose about bad image quality, NVIDIA's use of questionable driver optimizations to achieve higher performance and the reduced shader precision the card used. Since the entire product line was based on this design, the smaller models were plagued by the same problems. The NV30's architecture and design were by no means bad, and on paper it completely fulfilled and in some respects even surpassed the requirements set forth in Microsoft's DirectX 9 specification. However, it did make writing code that made use of these features much harder for game developers. Lastly, performance of standard shader code compiled with Microsoft's HLSL compiler was sub-optimal.
Realizing there was a problem, NVIDIA launched a replacement only a few months later. While the new card, the FX 5900 / NV35, addressed many of the weaknesses that plagued the FX 5800, even this replacement had strong competition from ATi's Radeon 9800 series. It seemed that for every card NVIDIA had up its sleeve, ATi was able to pull another improved version of the R300 design out of its hat and steal NVIDIA's thunder.
Which brings us back to the present. Today, the competitors in the high-end sector are the FX 5950 Ultra (NV38) for team NVIDIA and the Radeon 9800XT (R360) for team ATi. Where performance is concerned, NVIDIA has been able to exploit its card to its fullest potential, thanks to frequent driver releases. ATi still has the upper hand in the performance and image quality department, though, as its cards use a better FSAA implementation and most of the time offer higher visual quality when shaders are used in games.
The new NV4x design is supposed to make all these weaknesses a thing of the past. The first card based on this design that will come to market is the GeForce 6800 Ultra. This card outshines its predecessor, the FX 5950 Ultra, in practically every category - and not just on paper!
Article Info
NVIDIA’s GeForce 6800 Ultra Performance Leap
--------------------------------------------------------------------------------
Created:
April 14, 2004
--------------------------------------------------------------------------------
By:
Lars Weinand
--------------------------------------------------------------------------------
Translated by:
Benjamin Kraft
--------------------------------------------------------------------------------
Category:
Graphics Cards
--------------------------------------------------------------------------------
Summary:
NVIDIA has seemingly pulled out all stops in an attempt to deliver cutting edge graphics with its GeForce 6800 Ultra. After gamers for too long have had to be content with mere incremental improvements to graphics performance, NVIDIA new card delivers a performance jump not seen for a long time. The device is also solidly engineered as well as insanely fast.
NV40 Alias GeForce 6800 Ultra
Introducing the GeForce 6800 Ultra. Contrary to the original plans, the AGP versions of the card, which will be launched first, will carry a dual-slot cooling solution.
A quick look at the technical specifications of the GeForce 6800 Ultra, codenamed NV40, will make the heart of any gamer go a-flutter: 222 million transistors, 16 "real" pixel pipelines in a superscalar design, full performance when using 32 Bit floating point precision, pixel and vertex shaders 3.0, 6 vertex shader units (600 million polys/s), an integrated video processor that supports MPEG encoding and decoding in hardware, GDDR 3 memory offering a bandwidth of 35,2 GB/s, rotated grid anti-aliasing, anisotropic filtering up to 16x, on-demand real trilinear filtering - and these are just the bare essentials that only even begin to describe the chip.
Performances class GPU's click here
