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IBM shrinks SRAM cell for future chip generation
News The size of SRAM cells — which in turn make up SRAM chips — is a fundamental factor in making chips smaller. Although the next generation of chip manufacturing is based on the 32nm scale (the current generation is based on the 45nm scale), the one...
[August 18, 2008, 17:23]
UMC produces first 45nm SRAM
News Taiwanese supplier UMC says it has successfully produced functional 45-nanometre SRAM chips for the first time. These 45nm SRAM processors will supercede today's 65-nm chips. They will allow manufacturers to shrink the size of each SRAM cell...
[November 20, 2006, 23:00]
Micron withdraws from the SRAM market
News The memory maker on Thursday said it would stop producing its synchronous SRAM products, which are used mainly in communications gear. SRAM is typically used to store frequently accessed data in a cache close to the processor that will be handling it.
[April 10, 2003, 14:49]
RAM Guide: Part I, DRAM and SRAM Basics
White Papers All enthusiasts know how important RAM is to system performance, but the bewildering array of RAM types on the market today makes buying RAM a challenge. SDRAM, EDO DRAM, Fast Page DRAM, RDRAM, and a myriad of other RAM types face the upgrader or...
[August 14, 2003, 0:00]
TSMC shrinks memory to 0.13 microns
News TSMC) says it has successfully made SRAM memory chips using an advanced 0.13-micron manufacturing process at its Fab 12. One customer has already taped out -- or finalised -- a 0.13-micron SRAM product, the company said.
[October 24, 2001, 17:10]
Magnetic memory set to charge the market
News While DRAM and SRAM use well-known techniques with silicon, MRAM adds much extra complexity with very precise application of new materials, while still needing the same basic silicon circuitry for interfacing and control.
[February 12, 2003, 8:16]
Intel shrinks chips to 90 nanometres
News The experimental SRAM (static RAM) chips measure approximately 109 square millimetres and contain up to 52 million bits of data, making them the densest SRAM chips ever produced, according to the company.
[March 12, 2002, 16:48]
IBM set to boost chip memory
News Starting with its 45nm (nanometre) processors next year, IBM will use embedded DRAM (dynamic RAM) instead of SRAM (static RAM) on its processors, effectively tripling the amount of memory it can put on those chips.
[February 14, 2007, 8:06]
Optimization of Silicon Technology for the IBM System z9
White Papers These technology improvements included logic and SRAM FET optimization, mask fabrication, lithography and wafer processing, and interconnect technology. Reliability improvements such as SRAM optimization and burn-in reliability screen are also...
[March 7, 2007, 0:00]
Moore's Law on course for another two years
News The test chips, produced this month, are static 153 Mb SRAM chips. The chips contain over a billion transistors and are nearly the same size as test 18 Mb SRAM chips produced by Intel in 2000 on the then-new 130nm process.
[January 26, 2006, 9:15]
Intel sharpens its memory
News But SRAM (static RAM) cells currently used to make cache memory are not as dense as Intel would like, with six transistors needed to build a cell and store one bit of information. But one technology that fits the bill — embedded DRAM (dynamic RAM...
[December 12, 2006, 7:40]
Carbon nanotubes rise up food chain
News Nantero's memory is faster than static random access memory (SRAM), an embedded form of memory used for caches on processors, Schmergel said. LSI will use Nantero's memory as an SRAM replacement, as will the unnamed licensee.
[July 2, 2004, 9:10]
Intel looks at leap in handheld memory
News SRAM, DRAM and flash Intel is specifically looking for technology that will combine higher density with the fast read/write speeds of synchronous RAM, the lower cost of dynamic RAM and the non-volatility of flash memory, which can store data when...
[July 12, 2001, 9:40]
TI strides towards 65 nanometres
News The Dallas company on Monday said it has created static random access memory (SRAM) based on its forthcoming 65-nanometre manufacturing process. Intel also has produced SRAM chips with a 65-nanometre process and plans to come out with chips using...
[March 23, 2004, 10:20]
ASIX AX88772 USB2.0 to Fast Ethernet Adapter
Downloads ASIX AX88772 USB2.0 to Fast Ethernet Adapter is a high performance and highly integrated ASIC with embedded 28KB SRAM for packet buffering. It enables low cost and affordable Fast Ethernet network connection to desktop, notebook PC, and embedded...
[September 9, 2004, 8:00]
Scratch-Pad Memory Allocation Without Compiler Support for Java Applications
White Papers A Scratch-Pad Memory (SPM) is a fast compiler-managed SRAM that replaces the hardware-managed cache. This paper presents the first scratch-pad memory allocation scheme that requires no compiler support for interpreted-language based applications.
[January 3, 2009, 0:00]
Powerlogix G3/G4 Cache Profiler
Downloads Overview of processor type, speed, temperature, and version number Overview of backside cache size & speed, motherboard cache size Overview of motherboard info: machine ID, model name, and bus speed Report of backside cache SRAM type Selection...
[December 3, 2001, 7:00]
EXP98INF.exe
Downloads This package supports the following driver models:Cirrus 33600 bps Modem Internal (CL-MD3450) Modem Cirrus 33600 bps Modem PCMCIA (CL-MD3451) Modem CIRRUS V34 External MODEM Cirrus 33600 bps Modem External (CL-MD3450) Modem Cirrus 56K bps Modem...
[July 15, 1998, 8:00]
INF141.exe
Downloads This package supports the following driver models:Cirrus 33600 bps Modem Internal (CL-MD3450) Modem Cirrus 33600 bps Modem PCMCIA (CL-MD3451) Modem CIRRUS V34 External MODEM Cirrus 33600 bps Modem External (CL-MD3450) Modem Cirrus 56K bps Modem...
[May 12, 1999, 8:00]
MDK.EXE
Downloads Click on the following links for the driver package readme info:.Memory/Readme.txt .Memory/Readme.txt .Memory/Readme.txt .Blinky/Readme.txt .Blinky/Readme.txt .Blinky/Readme.txt .USBMem/Readme.txt .USBMem/Readme.txt .USBMem/Readme.txt .USBMem...
[November 4, 2008, 14:43]
