Tuesday, October 27th 2009
AXLE releases GeForce GT 220 and GeForce 210
Both the latest games and 3D applications have stricter requirement on the graphic performance than before and the integrated graphics solution is not powerful enough. AXLE GeForce GT 220 packs 48 processing cores into a compact power efficient design delivering up to 30x the performance* of Intel integrated solutions.
Get all the video processing power that your digital lifestyle requires. Clean up home video 4x faster and post it on Facebook with the AXLE GeForce GT 220 or GeForce 210. Convert your video and put it on your iPod in minutes instead of hours or make your DVDs look like HD. AXLE GeForce GT220 and GeForce 210 can playback any Blu Ray Movie with any modern CPU.
Graphics processing units (GPUs) are an essential element of today's PCs, enabling more visual and more interactive experiences. As a leader in visual computing and the inventor of the GeForce GPU, NVIDIA worked closely with Microsoft on the development of Windows 7 to ensure that its GPUs take full advantage of the great new features and functionality. If you use your PC to enhance photos, watch or edit videos, play games, or if you simply desire a fast and efficient graphical interface, AXLE GeForce GT220 and GeForce 210 offers a premium experience with Windows 7.
Applying the new 40nm GPU technology from NVIDIA , AXLE GeForce GT 220 and AXLE GeForce 210 deliver a more advanced level of performance than the predecessors 9500GT and 8400GS. In terms of the number of shaders, GT220 has 50% more than that of 9500GT whereas G210 has 100% more than that of 8400GS. AXLE GeForce GT 220 comes with 2 versions of memory, 128-bit 1.6GHz DDR3 memory and 800MHz DDR2 memory. The card features NVIDIA Unified Architecture, NVIDIA CUDA technology, Microsoft Windows 7 support, NVIDIA PureVideo HD and NVIDIA PhysX technologies, HDMI ouput with HD 1080p display support, PCI Express 2.0 support and Microsoft DirectX 10.1 and Shader Model 4.1 support.
AXLE GeForce 210, on the other hand, is assembled with 64-bit 1.2GHz DDR3 memory or 800 MHZ DDR2 memory. The additional features embrace NVIDIA Unified Architecture, NVIDIA CUDA Parallel Computing Architecture, NVIDIA PureVideo HD and NVIDIA PhysX technologies, HDMI output with HD 1080p display support, Microsoft DirectX 10.1 and Shader Model 4.1 support and PCI Express 2.0 support.
Get all the video processing power that your digital lifestyle requires. Clean up home video 4x faster and post it on Facebook with the AXLE GeForce GT 220 or GeForce 210. Convert your video and put it on your iPod in minutes instead of hours or make your DVDs look like HD. AXLE GeForce GT220 and GeForce 210 can playback any Blu Ray Movie with any modern CPU.
Applying the new 40nm GPU technology from NVIDIA , AXLE GeForce GT 220 and AXLE GeForce 210 deliver a more advanced level of performance than the predecessors 9500GT and 8400GS. In terms of the number of shaders, GT220 has 50% more than that of 9500GT whereas G210 has 100% more than that of 8400GS. AXLE GeForce GT 220 comes with 2 versions of memory, 128-bit 1.6GHz DDR3 memory and 800MHz DDR2 memory. The card features NVIDIA Unified Architecture, NVIDIA CUDA technology, Microsoft Windows 7 support, NVIDIA PureVideo HD and NVIDIA PhysX technologies, HDMI ouput with HD 1080p display support, PCI Express 2.0 support and Microsoft DirectX 10.1 and Shader Model 4.1 support.
AXLE GeForce 210, on the other hand, is assembled with 64-bit 1.2GHz DDR3 memory or 800 MHZ DDR2 memory. The additional features embrace NVIDIA Unified Architecture, NVIDIA CUDA Parallel Computing Architecture, NVIDIA PureVideo HD and NVIDIA PhysX technologies, HDMI output with HD 1080p display support, Microsoft DirectX 10.1 and Shader Model 4.1 support and PCI Express 2.0 support.
10 Comments on AXLE releases GeForce GT 220 and GeForce 210
Just like Force3D.
With it's 48shaders 16TMUs and 8 ROPs @620MHz (stock) it'll have half of texturing power of the older 9600GT and 50% of shading power cause shader cores run only @1360MHz!! i don't know any other reason why they specifically lower them but not to directly compete with now rather old (more than 18month) 9600GT (G94) which has stock shaders @1800MHz which gives it 77% more shader power and it's on 65nm whic is more somewhat 3x larger node than 40nm. So if they use same amount of transistors, G94 has 505mil vs GT216 486mil, meant that this should be three times smaller chip!! And it still uses up to 58W TDP (according to nVidia's Specifications), which is poor if you ask me to any ATi solution like way old HD4670 (@2x bigger 55nm node) that have roughly same performance as 9600GT and wa direct competitor.
screenshot of GT220 Specification [01Nov2009]
And looking at nVidias specification page for GeForce 210 is also power hog with 30.3W TDP declared. While it should be 10-12W HTPC card if anyone want to buy it.