Videokártyák

9800GTX - 109.800-130.000 ft
9800GTS - 80.000-90.000 ft
kb. 200 ft egy dollár számoltam nemtom hogy annyi-e.
Elég meglepő, sőt gyanúsan olcsó az ára.
A 9800GTS annyiba kerül mint a 640MB-os 8800GTS
és a 9800GTX kb. annyi mint az 8800GTX/8800Ultra vagy kevesebb?

Végülis mint mindennek, ennek is vannak határati. A grafika se tud egy idő után egyre jobb lenni, ergó nem kell utána már erősebb kártya.

Mindenesetre nem tűnik drágának az új 9-es széria.

Vajon mi lesz a következő? GeForce 10800GTX?
És mi lesz 20 év múlva?
Nagyon gyorsan fejlődik a piac.
Mire felnőtt leszek, már tiszta nem tudom milyen gépek lesznek.
Ultramegagigaextra faszák.

Ez azért durva lesz.

RIP pcdome

NVIDIA has recently unveiled some spicy info on their latest G92 developments. This is the successor of the current G80 GPU and according to Michael Hara, vice president of the "green" company, the chip will be ready by Christmas 2007. This means that NVIDIA will try to update their high-end graphics card sector every fourth semester in the years to come. This release cycle was adopted with the G80 GPU last year, leaving the mid-range and low-end products for a spring release.
While ATI postponed their high-end R600 GPU series in order to be released with the mainstream and entry level models (this did not work according to plan, as the HD2600 and HD 2400 cards have been postponed for a June release), NVIDIA doesn't see the benefit in releasing all three ranges of cards together. This is quite awkward for NVIDIA, considering that the mainstream and entry-level products yield the greatest income for the company.

However, this accelerated release cycle puts AMD/ATI in a delicate position. Although AMD is readying the Barcelona quad-cores for a Q3/Q4 2007 release, ATI is supposed to release the R650 GPUs in Q3 this year. This gives NVIDIA a one year advantage over ATI, because, as I mentioned before, the GeForce 9800 series should hit the market in Q4 2007.

NVIDIA also claims that the upcoming G92 is set to break the 1 Teraflops barrier. The 8800 is capable of about 330 Gflops, which means the green team is suggesting that the 9800 could be three times more powerful. Keeping in mind that ATI's R600 can deliver 450 GigaFlops, this would be an outstanding generation leap for NVIDIA, as it usually makes its updated generations two times faster than the previous ones. ATI has some similar performance rates with their upcoming FireStream architecture, but what exactly are we going to do with all this graphics power? When we think of games such as Crysis and Unreal Tournament 3 cranked up to 2560X1600 and full eye candy activated, 1 Teraflops may seem just enough for a smooth gameplay.

Nagyon is igaz már nem kell a link
Itt vannak az információk egyenesen az SG fórumról.
- 65nm process technology at TSMC.
- Over one billion transistors.
- Second Generation Unified Shader Architecture.
- Double precsion support (FP64).
- GPGPU native.
- Over one TeraFLOPS of shader processing power.
- MADD+ADD configuration for the shader untis (2+1 FLOPS=3 FLOPS per ALU)
- Fully Scalar design.
- 512-bit memory interface.
- 1024MB GDDR4 graphics memory.
- DirectX 10.1 support.
- OpenGL 3.0 Support.
- eDRAM die for "FREE 4xAA".
- built in Audio Chip.
- built in tesselation unit (in the graphics core"
- Improved AA and AF quality levels

The card will cost:
-The 9800GTX for 549$>649$
-The 9800GTS for 399$>449$

Novemberben jönnek az Nvidia 9800-asok, úgyhogy mostansá már ne nagyon vegyetek 8800-ast.

Pentium D 915; GeForce 7600 GT Point of View; 1 Gb @ 400 MHz RAM; ASRock 775Dual-VSTA; Chieftec GPS series 450 W