AMD 6. 90 chipset series Wikipedia. AMD 6. 90 chipset seriesRadeon Xpress 1. CPU supported. Athlon 6. X2FXSempron. Turion 6. X2. Pentium 4Pentium DCeleron DCeleron MIntel CoreCore 2 series. Socket supported. Socket AM2. Socket S1 MobileSocket P Mobile, 8. MHz FSBDesktop mobile chipsets. Performance segment. M6. 90. T MobileMainstream segment. G, M6. 90 MobileValue segment. V, M6. 90. V MobileEmbedded chipsets. M6. 90. EMiscellaneous. Release datesFebruary 2. G, 6. 90. VMarch 2. M6. 90, M6. 90. VApril 2, 2. M6. 90. TJanuary 2. Note ATI AllinWonder boards operate with AMDs Windows Vista ready display and capture drivers under the Windows Vista operating system. However, the windows. Windows 7 ou 88. 1 pourront passer Windows 10 gratuitement. Toutefois, la licence sera considre. Safelink Wireless Agent Program'>Safelink Wireless Agent Program. Download the latest version of ATI Radeon HD 5450 drivers according to your computers operating system. Q/K/230348/original/ATI%20Driver.png' alt='Ati Radeon X1200 Drivers Windows 7' title='Ati Radeon X1200 Drivers Windows 7' />M6. EIGPDirect. D support. Predecessor. AMD 5. Xpress 1. 60. 0IGP generationsSuccessor. AMD 7. 00 chipset series. The AMD 6. 90 chipset series is an integrated graphics chipset family which was developed and manufactured by AMD subsidiary ATI for both AMD and Intel platforms focusing on both desktop and mobile computing markets. The corresponding chipset for the Intel platform has a marketing name of Radeon Xpress 1. WcXEAAiA/0.jpg' alt='Ati Radeon X1200 Drivers Windows 7 32 Bit' title='Ati Radeon X1200 Drivers Windows 7 32 Bit' />The chipsets production began in late 2. RS6. 90 and RS6. 00, where both of them share similar internal chip design, targeting at the desktop market. Mobile versions of both chipsets have codenames RS6. M and RS6. 00. M. The marketing name for this chipset on the Intel platform is the Radeon Xpress 1. Radeon Xpress 1. 20. Radeon Xpress 1. 27. AMD platform is 6. G. Both the 6. 90. G and Radeon Xpress 1. IGP based on the ATI Radeon X7. Ati Radeon X1200 Drivers Windows 7 Download' title='Ati Radeon X1200 Drivers Windows 7 Download' />i have a toshiba satellite c650 laptop with these specs, core i3 2. IntelR HD Graphics. GPUs with ATI Avivo technology included for hardware video acceleration. Mobile versions have reduced power consumptioncitation needed with adaptive power management features Power. Play. The 6. 90. G and Radeon Xpress 1. Xpress 1. 60. 0 integrated graphics chipsets codenamed RS4. RS4. 00. Starting in late 2. RS6. 90. M were being rolled out in mass by major notebook computer manufacturers, including HP, Asus, Dell, Toshiba, Acer, and others. Ati Radeon X1200 Drivers Windows 7 64-bit' title='Ati Radeon X1200 Drivers Windows 7 64-bit' />For some OEMs including Dell and Acer, the M6. Radeon Xpress 1. 15. RS4. 85. M on the mobile platform, and desktop variants of the 6. February 2. 00. 7. The 6. 90 chipset series consists of three members 6. G, 6. 90. V and M6. T. The planned RD6. RX6. 90 chipset which has no IGP and only one PCI E x. After ATI was acquired by AMD in July 2. Radeon Xpress 1. 25. Intel platform were canceled while the 6. GM6. 90 chipsets for the AMD platform became the main production target. AMD released the chipsets to only two vendors, Abit and As. Rock. Abit signed on prior to the AMD acquisition and As. Rock was given the remaining inventory of RS6. Chinese market. On AMD Technology Analyst Day 2. AMD announced that 4 million units of 6. With that in mind, AMD announced on January 2. AMD M6. 90. E chipset. The chipset has several variants, they are summarized below, sorted by their northbridge codename. The first one is the RS6. G. The second one is the RS6. C which is a simplified version of 6. G and without TMDS support and named as 6. V. The third one in the series is the RS6. M for mobile platforms, named M6. The fourth one is the RS6. MC, a simplified version of M6. TMDS support, called M6. V. Another one in the lineup is the RS6. T, another variant to the M6. A member for the embedded systems, the M6. E, is basically a M6. T with different display output configurations. Key featureseditIGP General featureseditChipset models in the series excluding RD6. RX6. 90 feature an Integrated Graphics Processor IGP which is incorporated into the northbridge and manufactured on an 8. The IGPs 3. D architecture is based on Radeon R4. Shader Model version 2. Direct. X 9 and Open. GL 2. 0 compatibility but lacks hardware vertex processing. It uses a shared memory architecture, meaning system RAM is shared with the IGP. The IGP was the first chip in ATIs integrated lineup that included ATI Avivo capabilities also seen in the Radeon X1. Both chipsets in this family are fully compatible with the Windows Aero interface and are Windows Vista Premium certified. Also supported by the chipset are PCI slots, high definition 7. Gigabit Ethernet. The northbridge has a TDP of 1. Watts5 or an average of 8 Watts,67 and is pin compatible with RS4. The northbridge supports Hyper. Transport 2. 0 at 1 GHz, and an additional 3 PCI Express x. The northbridge and southbridge SB6. ALink II. This is in reality 4 PCIe lanes, providing 2 GBs bandwidth. For 6. 90. G, the IGP was named Radeon X1. MHz clock frequency, with VGA, HDMI and dual link DVI D output with HDCP support for single link transmission and TMDS support for HDMI output. DVI to D sub adapter will not work and is not compatible with DVI D interface due to the lack of the four analog pins of DVI A and DVI I One HDMI output can be active at the DVIHDMI interface or at the TMDS interface. HDCP support is limited to only one of those interfaces at any time. The chipset also supports VGA and DVI or DVI and HDMI dual output simultaneously, to achieve a maximum of two active out of three attached monitor outputs, called Surround. View, and up to four independent, active displays with an additional video card. The 6. 90. G chipset also supports a maximum of 2. PCI Express lanes and a PCI Express x. HDMI interface. The mobile version of the chipset is the M6. RS6. 90. M. 8AMD dropped support for Windows starting from Windows 7 and Linux drivers made for Radeon X1. G chipset, stating that users should use the open source graphics drivers instead. The latest available proprietary AMD Linux driver for the 6. G chipset is fglrx version 9. Linux distributions. The free and opensource driver for AMD graphics in the linux kernel supports both 3. D acceleration and hardware decoders as of kernel 3. AMD graphics it already supports in the foreseeable future. Being part of the kernel, no installationconfiguration is needed. For 6. 90. V, Radeon X1. IGP, with clock frequency of 3. MHz. The major differences between the 6. G and 6. 90. V chipsets is that the 6. V chipset lacks support for TMDS and HDMI output,and is therefore limited to VGA or LVDS output only. The mobile version of the chipset is the M6. V chipset codenamed RS6. MC. 8Originally codenamed RS6. T, the chipset is for mobile platforms only. Featuring an optional 1. DDR2 side port memory with maximum 1. Mi. B8 capacity as local frame buffer. Sources revealed that the RS6. T chipset may pair with SB7. It is worth to note that the RS6. T chipset has been added to AMD longevity programme, that is AMD committed to supply the chipset for at least five years after general availability. However, currently, M6. T chipset was coupled with SB6. The chipset was officially referred as M6. T chipset with Radeon X1. Announced on January 2. M6. 90. E chipset as the suffix E suggests, is solely for embedded systems, providing the same feature sets as the M6. T chipset, but with the analog TV output interface replaced with a secondary TMDS output interface, providing a total of two DVIHDMI outputs with HDCP support limited to one of those interfaces at any time. Radeon Xpress 1. 25. A version of the 6. G chipset for Intel processors1. RS6. 00 1. 5 supports all of 6. G features, but the Hyper. Transport controller is replaced with a QDRFSB controller and it also contains a dual channel DDR2 memory controller. IGP clocked with 5. MHz instead of 4. MHz of the 6. 90. G. Since Intel has not given the 1. MHz FSB license to ATI Technologies after the company was purchased by AMD, the Radeon Xpress 1. MHz Front Side Bus FSB. However, supporting 1. MHz FSB was obviously given higher priorities when RS6. List of AMD graphics processing units. This page contains general information about GPUs and video cards by Advanced Micro Devices AMD, including those by ATI Technologies before 2. Field explanationseditThe headers in the table listed below describe the following Model The marketing name for the GPU assigned by AMDATI. Note that ATI trademarks have been replaced by AMD trademarks starting with the Radeon HD 6. Fire. Pro series for professional graphics. Codename The internal engineering codename for the GPU. Launch Date of release for the GPU. Architecture The microarchitecture used by the GPU. Fab Fabrication process. Average feature size of components of the GPU. Transistors Number of transistors on the die. Die Size Physical surface area of the die. Core config The layout of the graphics pipeline, in terms of functional units. Core clock The reference base and boost if available core clock frequency. Fillrate. Pixel The rate at which pixels can be rendered by the raster operators to a display. Measured in Pixelss. Texture The rate at which textures can be mapped by the texture mapping units onto a polygon mesh. Measured in Texelss. Performance. Shader operations How many operations the pixel shaders or unified shaders in Direct. D 1. 0 and newer GPUs can perform. Measured in Operationss. Vertex operations The amount of geometry operations that can be processed on the vertex shaders in one second only applies to Direct. D 9. 0c and older GPUs. Measured in Verticess. Memory. Bus type Type of memory bus utilized. Bus width Maximum bit width of the memory bus utilized. Size Size of the graphics memory. Clock The reference memory clock frequency. Bandwidth Maximum theoretical memory bandwidth based on bus type and width. TDP Thermal design power Maximum amount of heat generated by the GPU chip, measured in Watt. TBP Typical board power Typical power drawn by the total board, including power for the GPU chip and peripheral equipment, such as VRM, memory, fans, etc., measured in Watt. Quick Heal Total Security Serial Key Download here. Bus interface Bus by which the graphics processor is attached to the system typically an expansion slot, such as PCI, AGP, or PCIe. API support Rendering and computing APIs supported by the GPU and driver. Video codec accelerationeditR1. Video Immersion. R2. Video Immersion IIR3. Video Immersion II Video Shader. R4. 10 Video Shader HDR4. Video Shader HD DXVAR5. Avivo Video. R6. 00 Avivo HD Video UVD 1. R7. 00 UVD 2, UVD 2. Evergreen UVD 2. Northern Islands UVD 3 HD 6. UVD 2. 2Southern Islands UVD 3. VCE 1. 0. Sea Islands UVD 4. VCE 2. 0. Volcanic Islands UVD 5. VCE 3. 0. Arctic Islands UVD 6. VCE 3. 4. Vega UVD 7. VCE 4. 0. Features OvervieweditMore displays may be supported with native Display. Port connections, or splitting the maximum resolution between multiple monitors with active converters. DRM Direct Rendering Manager is a component of the Linux kernel. Support in this table refers to the most current version. API OvervieweditChip series. Micro architecture. Fab. Supported APIs. Introduced with. Rendering. Computing. Vulkan. Open. GL4Direct. DHSAOpen. CLR1. 00fixed pipeline. No. 1. 3. 7. 0. No. No. Original ATI Radeon, as well as Radeon DDR, 7. VE, and LE models. R2. 00programmable pixel vertex pipelines. R3. 00. 15. 0 nm. FL 929. 50. 09. X3. X6. 00, X1. R4. 20. FL 92X7. 00X8. R5. FL 93X1. 30. 0X1. R6. 00. Tera. Scale 1. FL 1. 00ATI Stream. HD 2. 00. 0 series, HD 3. RV6. 70. 55 nm. 10. FL 1. 01ATI Stream APP5HD 3. Mobility HD 2. 00. RV7. 70. 55 nm. 40 nm. HD 4. 00. 0 series. Evergreen. Tera. Scale 2. FL 1. 101. 2. HD 5. Northern Islands. Tera. Scale 3. HD 6. IGP 7. 00. 0 series. Southern Islands. GCN 1st gen. 28 nm. FL 1. 111. 2 FL1. Yes. 1. 2, new driver 2. HD 7. 00. 0 series. Sea Islands. GCN 2nd gen. FL 1. 201. 2 FL 1. Beta and 2. 2 with driver updateRadeon 2. Volcanic Islands. GCN 3rd gen. Radeon 3. Arctic Islands. GCN 4th gen. Radeon 4. 00 series. Vega. GCN 5th gen. FL 1. 21Radeon Vega series678Desktop GPUseditWonder SerieseditModel. Launch. Fab mBusinterface. Memory. Size Ki. BBus type. Bus width bitWonder MDACGA1. PCXT6. 4DRAM8. Wonder EGA1. PCXT2. 56. DRAM8. Wonder VGA1. 98. 71, 0. PCXT, ISA2. 56, 5. DRAM8, 1. 6Mach SerieseditModel. Launch. Fab mBus interface. Memory. Size Ki. BBus type. Bus width bitMach 8. ISA, MCA5. 12. 10. DRAMVRAM3. 2Mach 3. ISA, EISA, VLBPCI, MCA1. DRAMVRAM6. 4Mach 6. ISA, VLB, PCI1. 02. DRAM, VRAM, SGRAM6. Rage SerieseditModel. Launch. Fab nmBus interface. Core clock MHzMemory clock MHzCore config. Fillrate. Memory. API compliance. MOperationss. MPixelss. MTexelss. MVerticess. Size Mi. BBandwidth GBsBus type. Bus width bitDirect. DOpen. GL3. D Rage. April 1. 99. 695. PCI4. 04. 01 1. 40. EDO6. 45. 0. None. D Rage IISeptember 1. AGP 1x Rage IIc only, PCI6. MHz with EDO1 1. EDO, SGRAM, SDR6. None. 2Rage Pro. March 1. AGP 1x, AGP 2x, PCI7. EDO, SGRAM, SDR6. Rage XL1. 01. 11. August 1. 99. 83. AGP 2x, PCI1. 25. SDR6. 46. 0. 1. 2. Rage 1. 28 VRAugust 1. AGP 2x, PCI8. 01. SDR6. 46. 0. 1. 2. Rage 1. 28 GLAugust 1. AGP 2x, PCI1. 03. SGRAM, SDR1. 28. 6. Rage 1. 28 Pro. August 1. AGP 4x, PCI1. 25. SGRAM, SDR1. 28. 6. Rage 1. 28 Ultra. August 1. 99. 92. AGP 4x, PCI1. 30. SDR1. 28. 6. 0. 1. Rage Fury MAXXOctober 1. AGP 4x, PCI1. 25. SDR1. 28 x. 26. 0. Open. GL 1. 0 Generic 2. D is provided through software implementations. Radeon 7. 00. 0 SerieseditAll models include Direct. D 7. 0 and Open. GL 1. The R1. 00 cards were originally launched without any numbering the numbering was later added in rebrands. Model. Launch. Code name. Fab nmBus interface. Core clock MHzMemory clock MHzCore config. Fillrate. Memory. MOperationss. MPixelss. MTexelss. MVerticess. Size Mi. BBandwidth GBsBus type. Bus width bitRadeon VE7. Feb 1. 9, 2. 00. 1RV1. AGP 4x, PCI1. 83. DDR6. 4Radeon LE7. OEMMay 1, 2. 00. Rage 6 R1. AGP 4x. 15. 03. 00. DDR1. 28. Radeon SDR7. June 2. 00. 0Rage 6 R1. AGP 4x. 16. 61. 66. SDR1. 28. Radeon DDR7. April 2. 00. 0Rage 6 R1. AGP 4x. 16. 61. 83. A3. 333. 66. A6 2. A3. 333. 66. A9. A4. A3. 2, 6. 45. 3. 125. ADDR1. 28. Radeon DDR7. VIVO2. 00. 1Rage 6 R1. AGP 4x, PCI1. 661. B3. 333. 66. B6 2. B3. 333. 66. B9. B4. B6. 45. 3. 125. 8. BDDR1. 28. Radeon DDR7. VIVO SE2. 00. 1Rage 6 R1. AGP 4x, PCI2. 00. DDR1. 28. Radeon 7. LENARV2. 00 morpheus1. AGP 4x, PCI2. 50. DDR1. 28. Radeon 7. Aug 1. 4, 2. 00. 1RV2. AGP 4x, PCI2. 90. DDR1. 28. Model. Launch. Code name. Fab nmBus interface. Core clock MHzMemory clock MHzCore config. MOperationss. MPixelss. MTexelss. MVerticess. Size Mi. BBandwidth GBsBus type. Bus width bitFillrate. Memory. A First number indicates cards with 3. MB of memory. Second number indicates cards with 6. MB of memory. B First number indicates OEM cards. Second number indicates Retail cards. IGP 3xx SerieseditAll models are manufactured with a 1. All models include Direct. D 7. 0 and Open. GL 1. Based on the Radeon VEModel. Launch. Code name. Bus interface. Core clock MHzMemory clock MHzCore config. Fillrate. Memory. MOperationss. MPixelss. MTexelss. MVerticess. Size Mi. BBandwidth GBsBus type. Bus width bitRadeon 3. May 2. 00. 2A3. FSB1. Unknown. 1. 6, 2. DDR6. 4Radeon 3. 30. RS2. 00. L wilmaFSB1. Unknown. 1. 6, 2. DDR6. 4Radeon 3. 40. RS2. 00 wilmaFSB1. Unknown. 1. 6, 2. DDR6. 4Radeon 8. 00. SerieseditAll models are manufactured with a 1. All models include Direct. Blue Letter Driver S License Louisville Ky. D 8. 1 and Open. GL 1.