New DRAM circuit design approach for gigabit-era DRAM
Hitachi, in cooperation with Elpida Memory, Inc. announced that they have developed a new methodology for memory-array design, Concordant Memory Design Using Statistical Integration, which...
Elpida Integrates Error Correction Circuit in DRAM
Elpida Memory, Inc has developed SSR (Super Self Refresh) technology which achieves a reduction in DRAM's self refresh current to about 1/60 that of the...
Elpida Ships Fully-Buffered DIMM Samples for Advanced Performance in Next-Generation Servers
Elpida Memory, Inc., Japan's leading global supplier of Dynamic Random Access Memory (DRAM), today announced that it has shipped samples of its Fully-Buffered Dual in-line...
Elpida Memory Develops 90 nm Silicon Wafer Process for High-Performance SDRAM
Elpida Memory has announced that is has developed a new 90 nm production process for high-performance DRAM products.
90 nm (or 0.09 micron) is the...
Elpida Memory Develops First 1 Gigabit DDR2 SDRAM Device at 800 Mbps Operation
Working Silicon Achieves Maximum Speed Performance Targeting High-End Servers.
TOKYO, November 18, 2004 - Elpida Memory, Inc., Japan's leading global supplier of Dynamic Random Access...
Elpida to Lift DDR2 DRAM Output Ratio to 50%-Plus by Early '05
Elpida Memory Inc plans to increase the ratio of DDR2 DRAMs fabricated on its 300mm-wafer production lines to more than 50% by the beginning of...
Elpida Develops 0.10-micron, 1Gbit DDR2-533 Component
Elpida Memory Inc. today announced the development of a 0.10-micron, 1Gbit DDR2 SDRAM component at 53Mbits/sec. The 1Gb device is designed to operate at an...
