gf4 ti4200 =radeon???

Karer radeon bi se kosal z ti 4200?

Radeon 9500 pro.

eh slabsi,boljsi....vse je nekje v rangu 5%....

Saj glih zarad tega sprasujem kaj se bolj splaca 9600pro(33000 sit) ali 9600 xt(40000sit) kaj pa gforce fx ? kako je znjimi?

Za primerjavo na istem compu sem z R8500 retail prilezu nekje do 8k pik na 3dmarku2001 in z ti4200 krepko čez 10k pik, ko je bla overclockana na ti4600 pa nekje okoli 12k pik, če se prav spomnim

Tko da če si pripravljen obe kartici overclockat potem je Ti4200 lahko približno 50% hitrejša od R8500

Pa še nekaj Ti4200 ma za razliko od R9600 serije 8 pipc in to da je dx8 kartica sploh ni tko slabo, kar se lepo pokaže v UT2004 kjer se v FPS pri 1024x786 približa celo R9700 non-pro
Seveda se vse spremeni, če hočes uporabljat FSAA in AF

Torej tko kot so že ostali nakazal
Ti4200 -> FX5900XT -> R9800PRO (novi majo R360 core in so downclockane XTjke)

ti4200 nima 8 cevovodov, ampak 4/2 arhitekturo...kar ni čisto isto

pa tud r9800se ni hitrejša od 9600xt

8 pipc (razlaga Anandtech ):
".......Part of the reason NVIDIA was able to extend such a large performance lead over the competition was their early adoption of an architecture that implemented four pixel rendering pipelines. This was back in 1999, two full years before ATI implemented four rendering pipelines in their R200 chip back in August of 2001.

This time around, ATI will be the first to jump on the next-generation bandwagon by outfitting the R300 with eight 128-bit floating point pixel rendering pipelines. This is a huge improvement over the four 64-bit integer rendering pipelines of the GeForce4 and Radeon 8500, and it also explains where a lot of those transistors went in the R300’s design. Not only did ATI double the number of rendering pipelines but they also doubled the precision and moved to a fully floating point pipeline to increase precision further. A fully floating point 3D pipeline will be a DirectX 9 requirement, and moving forward you’ll see the fastest DX9 parts employ a similar 8-pipe configuration.

The R300’s 8-rendering pipelines will give it a significant advantage in fill rate over anything currently available, also contributing to the R300’s performance lead over the competition.

The move to fully floating point pipelines is important as 3D graphics move towards higher fidelity. To illustrate the need for fully floating point pipelines let’s take a generalized situation where a floating point number is handed off to an integer pipeline:

If the original number being sent into an integer pipeline is 10.0523432543890, the number that actually gets sent to the pipeline is rounded or truncated so that it is a whole number. This simplification is not a problem if the result is being used to generate a relatively simple picture, but once you start creating photorealistic images then rounding errors like that can mean the difference between a scene that looks lifelike and one that is clearly computer generated.... "

Več Tukaj

In Nvidi Ti4 (še vedno razlaga Anand )
"......The pixel shader unit remains unchanged as does the majority of the rendering pipeline. The core still features 4 pixel pipelines and is capable of processing two textures per pixel; because of the core's programmable nature, it is possible to enable single pass quad-texturing just as was the case with the original GeForce3. ....

Več pa na CLICK

Še mal se počaka potem pa 6800 GT...

cosmos: Hvala za razlago.

saj, novi rod je že pred vrati oz. med vrati, nekje pa celo pri nas na prodajnih poličkah, skratka, sekunde se odštevajo, ko jih boste lahko ugedali, eni jih že imajo enim pa še ni dostopno..
Upam da že imajo v zamejstvu pestro izbiro..