Ageia Drivers Html' title='Ageia Drivers Html' />List of Nvidia graphics processing units. This page contains general information about graphics processing units GPUs and videocards from Nvidia, based on official specifications. In addition some Nvidia motherboards come with integrated onboard GPUs. Field explanationseditThe fields in the table listed below describe the following Model The marketing name for the processor, assigned by Nvidia. Launch Date of release for the processor. Code name The internal engineering codename for the processor typically designated by an NVXY name and later GXY where X is the series number and Y is the schedule of the project for that generation. Fab Fabrication process. Average feature size of components of the processor. Bus interface Bus by which the graphics processor is attached to the system typically an expansion slot, such as PCI, AGP, or PCI Express. Memory The amount of graphics memory available to the processor. SM Count Number of streaming multiprocessors. Core clock The factory core clock frequency while some manufacturers adjust clocks lower and higher, this number will always be the reference clocks used by Nvidia. Memory clock The factory effective memory clock frequency while some manufacturers adjust clocks lower and higher, this number will always be the reference clocks used by Nvidia. All DDRGDDR memories operate at half this frequency, except for GDDR5, which operates at one quarter of this frequency. Core config The layout of the graphics pipeline, in terms of functional units. Ultraman Max Opening. Over time the number, type, and variety of functional units in the GPU core has changed significantly before each section in the list there is an explanation as to what functional units are present in each generation of processors. In later models, shaders are integrated into a unified shader architecture, where any one shader can perform any of the functions listed. Fillrate Maximum theoretical fillrate in textured pixels per second. This number is generally used as a maximum throughput number for the GPU and generally, a higher fillrate corresponds to a more powerful and faster GPU. Memory subsection. Bandwidth Maximum theoretical bandwidth for the processor at factory clock with factory bus width. GHz 1. 09 Hz. Bus type Type of memory bus or buses used. Bus width Maximum bit width of the memory bus or buses used. This will always be a factory bus width. API support section. Direct. 3D Maximum version of Direct. D fully supported. Open. GL Maximum version of Open. GL fully supported. Features Added features that are not standard as a part of the two graphics libraries. Desktop GPUseditPre Ge. ForceeditModel. Launch. Code name. Here are the latest articles published on Toms Hardware. See the latest news, reviews and roundups and access our tech archives. CE6C046581B85BC7/image-size/original?v=v2&px=-1' alt='Ageia Drivers Html' title='Ageia Drivers Html' />Fab nmBusinterface. Core clock MHzMemory clock MHzCore config. Fillrate. Memory. API support. MOperationss. Date 04072014 Version 12. WHQL Driver Yes Provider Intel Corporation Operating Systems Windows 7 Windows 7 x64 Windows 8 Windows 8 x64. Download English U. S. drivers for NVIDIA hardware ,. Ageia Drivers Html' title='Ageia Drivers Html' />MPixelss. MTexelss. MVerticess. Size MBBandwidth GBsBus type. Bus width bitDirect. DOpen. GLSTG 2. 00. September 1. 99. 5NV1. PCI1. 27. 51 1 1. EDOVRAM6. 4nana. Riva. April 1. NV3. 35. AGP 2, PCI1. SDR1. Date 09172012 Version 1. WHQL Driver Yes Provider JMicron Technology Corp. Operating Systems Windows XP Windows XP x64 Windows Vista Windows Vista x64. Riva. 12. 8ZXFebruary 2. NV3. 35. 0AGP 2, PCI1. SDR1. 28. 5. 0. 1. Riva TNTMarch 2. 3, 1. NV4. 35. 0AGP 2, PCI9. SDR1. 28. 6. 0. 1. Vanta. March 2. 2, 1. NV6. 25. 0AGP 41. SDR6. 46. 0. 1. 2. Vanta LTMarch 2. 00. NV6. 25. 0AGP 48. SDR6. 46. 0. 1. 2. Riva TNT2 M6. 4October 1. NV6. 25. 0AGP 4, PCI1. SDR6. 46. 0. 1. 2. Riva TNT2. March 1. NV5. 25. 0AGP 4, PCI1. SDR1. 28. 6. 0. 1. Riva TNT2 Pro. October 1. NV5. 22. 0AGP 41. SDR1. 28. 6. 0. 1. Riva TNT2 Ultra. March 1. NV5. 25. 0AGP 41. SDR1. 28. 6. 0. 1. Ge. Force 2. 56 serieseditAll models are made via 2. All models support Direct. D 7. 0 and Open. GL 1. All models support hardware Transform and Lighting T L and Cube Environment Mapping. Model. Launch. Code name. Businterface. Core clock MHzMemory clock MHzCore config. Fillrate. Memory. MOperationss. MPixelss. MTexelss. MVerticess. Size MBBandwidth GBsBus type. Bus width bitGe. Force 2. SDROctober 1. NV1. AGP 4PCI1. SDR1. 28. Ge. Force 2. DDRFebruary 1, 2. NV1. 0AGP 4PCI1. DDR1. Ge. Force. All models are made via 1. All models support Direct. D 7 and Open. GL 1. All models support Twin. View Dual Display Architecture, Second Generation Transform and Lighting T L, Nvidia Shading Rasterizer NSR, High Definition Video Processor HDVPGe. Force. 2 MX models support Digital Vibrance Control DVCModel. Launch. Code name. Businterface. Core clock MHzMemory clock MHzCore config. Fillrate. Memory. MOperationss. MPixelss. MTexelss. MVerticess. Size MBBandwidth GBsBus type. Bus width bitGe. Force. MX IGP n. Force 2. June 4, 2. 00. 1NV1. AFSB1. 75. 13. 32 4 2. Up to 3. 2 system RAM2. DDR6. 41. 28. Ge. Force. 2 MX2. 00. March 3, 2. 00. 1NV1. AGP 4PCI1. 75. 16. SDR6. 4Ge. Force. MXJune 2. 8, 2. 00. NV1. 1AGP 4PCI1. SDR1. Ge. Force. MX4. 00. March 3, 2. NV1. 1AGP 4PCI2. SDR1. 66 DDR2 4 2. SDRDDR1. 28 SDR6. DDRGe. Force. 2 GTSApril 2. NV1. 5AGP 4PCI2. DDR1. Ge. Force. Pro. December 5, 2. NV1. 5AGP 4PCI2. DDR1. Ge. Force. Ti. October 1, 2. NV1. 5AGP 4PCI2. DDR1. Ge. Force. Ultra. August 1. 4, 2. NV1. AGP 4PCI2. DDR1. 28. Ge. Force. All models are made via 1. All models support Direct. D 8. 0 and Open. GL 1. All models support 3. Nursery Rhymes Usage. D Textures, Lightspeed Memory Architecture LMA, n. Finite. FX Engine, Shadow Buffers. Model. Launch. Code name. Businterface. Core clock MHzMemory clock MHzCore config. Fillrate. Memory. MOperationss. MPixelss. MTexelss. MVerticess. Size MBBandwidth GBsBus type. How To Install Micro Xp With Virtualbox Linux there. Bus width bitGe. Force. Ti. 20. 0October 1, 2. NV2. 0AGP 4PCI1. DDR1. Ge. Force. February 2. NV2. 0AGP 4PCI2. DDR1. Ge. Force. Ti. 50. October 1, 2. NV2. AGP 4PCI2. DDR1. 28. Ge. Force. All models are manufactured with a 1. All models support Accuview Antialiasing AA, Lightspeed Memory Architecture II LMA II, n. View. Model. Launch. Code name. Businterface. Core clock MHzMemory clock MHzCore config. Fillrate. Memory. Supported API version. MOperationss. MPixelss. MTexelss. MVerticess. Size MBBandwidth GBsBus type. Bus width bitDirect. DOpen. GLGe. Force. MX IGP n. Force. October 1, 2. NV1. FFSB2. 50. 13. Up to 1. 28 system RAM2. DDR6. 41. 28. 7. 0. Ge. Force. 4 MX4. February 6, 2. 00. NV1. 7AGP 4PCI2. SDR1. Ge. Force. 4 MX4. SE2. 00. 2NV1. 7AGP 4PCI2. DDR1. 28. 7. 0. 1. Ge. Force MX4. 00. December 1. 4, 2. NV1. 8BAGP 8PCI2. DDR6. 47. 0. 1. 2. Ge. Force PCX4. 30. February 1. 9, 2. NV1. 8BPCIe 1. 62. DDR6. 47. 0. 1. 2. Ge. Force. 4 MX4. February 6, 2. 00. NV1. 7AGP 4PCI2. DDR1. Ge. Force. 4 MX4. September 2. 5, 2. NV1. 8AGP 8PCI2. DDR1. Ge. Force. 4 MX4. February 6, 2. 00. NV1. 7AGP 4PCI3. DDR1. Ge. Force. 4 Ti. 42. April 1. 6, 2. 00. NV2. 5AGP 42. 50. MB2. 50 6. 4 MB4 2 8 4. MB8 6. 4 MBDDR1. Ge. Force. 4 Ti. 42. September 2. NV2. 8AGP 82. 50. DDR1. 28. 8. 0a. 1. Ge. Force. 4 Ti. 44. February 6, 2. 00. NV2. 5AGP 42. 75. DDR1. 28. 8. 0a. 1. Ge. Force. 4 Ti. 48. SEJanuary 2. 0, 2. NV2. 8AGP 82. 75. DDR1. 28. 8. 0a. 1. Ge. Force. 4 Ti. 46. February 6, 2. 00. NV2. 5AGP 43. 00. DDR1. 28. 8. 0a. 1. Ge. Force. 4 Ti. 48. January 2. 0, 2. 00. NV2. 8AGP 83. 00. DDR1. 28. 8. 0a. 1. Model. Launch. Code name. Businterface. Core clock MHzMemory clock MHzCore config. Fillrate. Memory. Supported API version. MOperationss. MPixelss. MTexelss. MVerticess. Size MBBandwidth GBsBus type. Bus width bitDirect. DOpen. GLModel. Featuresn. Finite. FX II Engine. Video Processing Engine VPEGe. Force. 4 MX4. 20. No. Yes. Ge. Force. MX4. 40 SENo. Yes. Ge. Force. 4 MX4.