Hosting by Wedos.
Founded in 1993. Focused on game & profi cards.1st card - NV1 (1995)
Usefull links: List of all tech demos Video acceleration info
OEM card, Fermi GF116 core based on 40nm process is used. Other GT 640 models use 28nm Kepler core.
Renamed GeForce GT 520.
World's fastest DirectX 11 GPU (in year 2010).
Lowend mobile chip.
Hi-end card, Radeon HD5850 competition.
Hi-end laptop card based on GF106 core.
Mainstream Fermi card with cut GF106 core. Radeon HD5750 competitior.
Entry level Fermi generation card.
Lowend profi card based on GeForce GT 220.
Renamed GeForce 240M.
Lowend OEM card (renamed underclocked GeForce GT 220).
Renamed GeForce 210M with little different clocks.
Radeon HD4890 competitor with higher TDP.
Downgraded GeForce GTX 280 sold as lower highend card.
Renamed GeForce 9800 GTX+ with increased max memory size.
Mainstream card based on defective G92 cores with DDR2 VRAM. Non-OEM variant is based on G94 GPU.
Low-end card from the end of 2009 surpassed by Radeon HD5450.
Renamed GeForce 9300 GS with slower memory sold at OEM markets.
Higher clocked GeForce 9800 GTX on die shrinked 55nm core.
Renamed higher clocked Geforce 8800 GTS.
Modified desktop 9800 GT for big laptops.
Renamed Geforce 8800 GT.
GeForce 8600M GT successor.
Mainstream replacement of GeForce 8600 GTS.
Renamed Geforce 8800 GS with 192bit memory bus sold as mainstream.
Oem mainstream card.
Lowend mainstream nVIDIA card based on striped G96 core.
Oem lower mainstream card.
Lowend replacement of GeForce 8400M G.
Ultra-Highend card of GeForce 8 line.
Highend card of GeForce 8 line.
New version with uncut higher clocked core from GeForce 8800 GT.
GeForce 8800 lineup refresh with new VP2 video engine.
Downgraded GeForce 8800 GTX with less memory and shaders.
Mainstream professional card based on G96 GPU.
Lowend profi card based on half cut G84 core and 128-bit memory bus.
Lowend profi card based on half cut G84 core.
Mainstream mobile card based on G84 core.
Lower mainstream card.
Mainstream mobile card based on G86 core (GF8400/8500).
Higher lowend card using uncut G86 core.
Based on GeForce 8500M GT.
Based on GeForce 8400M GS.
Lowend profi card based on GeForce 8400.
Same clocks and core as GeForce 8400M G but with doubled number of Shader units.
Updated version with new core supporting PCI-E 2.0.
OEM only lowend card.
Midrange OEM profi card based on GeForce 7900 GS.
Fastest highend card of GeForce 7 line using 2 G71 cores in SLI mode.
Hi-end nvidia card from 2005.
Midrange nvidia card on 90nm process.
Mainstream mobile card based on cut G73 core.
Higher mainstream card using GDDR3 memory.
Mainstream card using slower DDR2 memory.
Renamed GeForce 7300 GS with TurboCache sold as OEM (HP) card.
Best lowend card based on underclocked GeForce 7600 core with disabled 4 pipelines.
Lowend card with higher GPU clock than 7300 LE.
Lowend card using TurboCache technology.
OEM lowend card with only 2 pipelines.
Lowend mobile solution bit higher clocked than Go 7300.
Lowend mobile solution with 64bit memory bus.
Renamed GeForce Go 7300. Lowend mobile solution with 64bit memory bus.
Lowend mobile solution with only 32bit memory bus.
Renamed GeForce 6200 TC sold as ultra lowend solution.
High-end workstation card based on GeForce 6800.
Mid-range workstation card based on GeForce 6800.
Hi-end nvidia card from 2004. Radeon X800 series competitor.
Highend card of GeForce 6 line.
Lower highend card with disabled 4 pipelines using slow DDR memory.
Underclocked profi version of GeForce 6600 GT.
Profi version of GeForce 6600.
Higher mainstream card using faster GDDR3 memory.
Mainstream card of GeForce 6 line using slower DDR1/GDDR2 memory.
Underclocked GeForce 6600 with only 4 pipelines using DDR1 memory.
Profi dualhead card based on GeForce 6200.
Mobile version of NV44 core on 64bit memory bus.
Late revision using NV44 AGP version core and 64bit memory bus.
Lowend GeForce 6200 with new core and reduced memory size.
OEM version of GeForce 6200TC using lower clocked DDR2 memory.
Midrange profi card based on GeForce FX 5900.
Enhanced less heating GeForce FX 5800 with doubled memory bus width and better shader performance.
Underclocked GeForce FX 5900 sold as higher mainstream card.
Professional high-end card based on underclocked GeForce FX 5800.
Higher clocked GeForce FX 5700 using DDR2 memory.
Enhanced GeForce FX 5600 with increased shader performance.
Underclocked version of GeForce FX 5700 with 64/128bit memory bus.
Mainstream card of GeForce FX line.
GeForce FX 5200 with increased core clock sold mostly with 256MB memory.
Lowend card of GeForce FX line.
OEM underclocked version of GeForce FX 5200.
Highend professional card based on GeForce4 Ti 4800.
Renamed GeForce4 Ti 4400 with updated core supporting AGP 8x.
GeForce4 Ti 4200 with updated core supporting AGP 8X.
Highend professional card based on GeForce4 Ti 4600.
GeForce4 with highest clocks.
Professional mid-range card based on GeForce4 Ti 4400.
Enhanced GeForce3 with higher clocks, added second Vertex Shader and using Lightspeed Memory Architecture II.
Renamed GeForce4 MX 440-8X with lower clocks and mostly 64bit memory bus.
Faster clocked GeForce4 MX 440.
GeForce4 MX 440 with updated core supporting AGP 8X.
Enhanced GeForce2 MX with DDR memory support using Lightspeed Memory Architecture II.
GeForce4 MX 440 with lower clocked memory.
Lowend replacement of GeForce2 MX 200 with 64bit memory bus.
Higher clocked GeForce3.
Underclocked GeForce3 sold as mainstream card.
Added DX8 support (vertex+pixel shaders) and new memory controller (Lightspeed Memory Architecture).
Last version of GeForce2 with core clock of Ultra and memory clock of GeForce2 Pro.
GeForce2 Ti with lower core clock.
Highend GeForce2 with increased clocks.
GeForce2 GTS with increased memory clock to 400MHz.
Enhanced GeForce 256 with higher clocks and added second texture unit per pipeline.
Mainstream professional card based on GeForce2 MX.
Overclocked GeForce2 MX sold as mainstream and later lowend card.
GeForce2 MX with 64bit memory bus sold as lowend solution.
Mainstream card based on cut core of Geforce2 GTS by 2 pipelines using cheaper SDR memory.
GeForce 256 with DDR memory.
1st NVIDIA workstation card based on higher clocked GeForce 256 core.
1st 4 pipelines chip and 1st DX7 game card.
High-end version of RIVA TNT2 with highest clocks.
Die shrink of RIVA TNT2 core with higher clocks.
Mainstream card with increased clocks compared to RIVA TNT.
Lowcost solution based on RIVA TNT2 core with max 32MB on 64bit memory bus.
Lowcost solution based on RIVA TNT2 core limited to 16MB with 64bit memory bus.
Lowcost OEM solution based on RIVA TNT2 core with 64bit memory bus and only AGP2x support.
Doubled memory size, number of pipelines and added DX6 support.
Doubled memory size, enhanced Ramdac, added AGP 2x and SDRAM support.
2nd company card and 1st succesfull one.