World’s Smallest Chip Size for a 2-Gigabit SDRAM by Elpida
May 6, 2011 · Filed Under Trendy Products
Elpida has announced the development of 2-gigabit DDR3 SDRAM based on industry’s leading 25nm process for memory manufacturing. The newly developed SDRAM consumes less power in comparison to company’s 30nm process products through saving of electric current, which are 15% less operating current and 20% less standby current.
The 25nm process 2-gigabit DDR3 SDRAM is capable of supporting ultra-fast performance above DDR3-1866 (1866Mbps) and it is compliant with low-voltage 1.35V high speed DDR3L-1600 (1600Mbps). The sample shipment of the new 2-gigabit DDR3 SDRAM and volume production are planned to begin in July of 2011.
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[...] Elpida Memory has announced the development of a new ultra small 4-gigabit DDR2 Mobile RAM operating at 1.2V and 1066Mbps based on 30nm process technology. The new memory chip consumes roughly 30% less operating current in comparison to stacking two of Elpida’s 40nm 2-gigabit products. Achieving industry’s smallest class in chip size for a 4-gigabit LPDDR2, this newly developed eco-friendly memory chip is equipped with a low power feature ideal for mobile devices such as smartphones and tablet PCs by helping to extend operating times of these battery powered devices. The new 4-gigabit DDR2 Mobile RAM comes in a thin package of 0.8mm, meeting the requirements for DRAM for being not only higher in density, but also thinner packages. The mass production of the new chip will commence in June of this year. source // < ![CDATA[ google_ad_client = "pub-6269321203424610"; /* 200x200, created 5/19/09 */ google_ad_slot = "6030618320"; google_ad_width = 200; google_ad_height = 200; // ]]> Share and Enjoy: [...]
[...] World's Smallest Chip Size for a 2-Gigabit SDRAM by Elpida | Japan … Elpida has announced the development of 2-gigabit DDR3 SDRAM based on industry's leading 25nm process for memory manufacturing. The newly developed SDRAM consumes less power in comparison to company's 30nm process products through . [...]