Mobile ddr and LPDDR: Difference between pages
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←Created page with 'Mobile DDR is a new type of Dual-data rate Synchronous DRAM (DDR_SDRAM) whose main objective is to help solving the memory challenges of the mobile electron…' |
←Created page with 'Mobile DDR is a new type of Dual-data rate Synchronous DRAM (DDR_SDRAM) whose main objective is to help solving the memory challenges of the mobile electron…' |
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Mobile DDR is a new type of Dual-data rate Synchronous [[DRAM]] ([[DDR_SDRAM]]) whose main objective is to help solving the memory challenges of the mobile electronics (like mobile phones, cameras, ...). Chips are smaller, using less board space that their non-mobile equivalents. They use several techniques to reduce overall consumption, like more sophisticated refresh mechanisms, temperature-compensated refresh, partial array self refresh, lower voltages (and lower speeds), power down modes, etc. [http://www.samsung.com/global/business/semiconductor/products/dram/Products_MobileSDRAM.html Samsung] and [http://www.micron.com/products/dram/mobiledram Micron] are two of the main providers of this technology. |
Mobile DDR is a new type of Dual-data rate Synchronous [[DRAM]] ([[DDR_SDRAM]]) whose main objective is to help solving the memory challenges of the mobile electronics (like mobile phones, cameras, ...). Chips are smaller, using less board space that their non-mobile equivalents. They use several techniques to reduce overall consumption, like more sophisticated refresh mechanisms, temperature-compensated refresh, partial array self refresh, lower voltages (and lower speeds), power down modes, etc. [http://www.samsung.com/global/business/semiconductor/products/dram/Products_MobileSDRAM.html Samsung] and [http://www.micron.com/products/dram/mobiledram Micron] are two of the main providers of this technology. |
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[[Category:SDRAM]] |
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Revision as of 16:10, 11 June 2009
Mobile DDR is a new type of Dual-data rate Synchronous DRAM (DDR_SDRAM) whose main objective is to help solving the memory challenges of the mobile electronics (like mobile phones, cameras, ...). Chips are smaller, using less board space that their non-mobile equivalents. They use several techniques to reduce overall consumption, like more sophisticated refresh mechanisms, temperature-compensated refresh, partial array self refresh, lower voltages (and lower speeds), power down modes, etc. Samsung and Micron are two of the main providers of this technology.