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ATP Electronics DRAM and Flash Product Guide

2013-11-27 13:17:00| Railway Technology

Automotive and other transportation applications require long term data retention and product lifetimes in addition to high tolerances for shock, vibration, temperature range, humidity and moisture.

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Micron Savours Success in Scaled-Down DRAM Market

2013-11-23 12:49:33| Electronics - Topix.net

Having emerged as one of the winners in the game of semiconductor survival that has characterized the memory market, U.S.-based Micron Technology now is reaping the rewards, with the company attaining surging revenue in its dynamic random access memory line.

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Micron Savours Success in Scaled-Down DRAM Market

2013-11-23 12:16:11| Semiconductors - Topix.net

Having emerged as one of the winners in the game of semiconductor survival that has characterized the memory market, U.S.-based Micron Technology now is reaping the rewards, with the company attaining surging revenue in its dynamic random access memory line.

Tags: market success micron dram

 

CMOS Synchronous DRAM comes in 2M x 32, 4M x 32 configurations.

2013-11-15 14:29:36| Industrial Newsroom - All News for Today

While AS4C2M32S-7TCN (2M x 32 bit device) comes in 90-ball, 8 x 13 x 1.2 mm TFBGA package, AS4C4M32S-7TCN (4M x 32 bit device) comes in 86-pin, 400 mil plastic TSOP II package. Access times for these SDRAMs are 5.4 and 5.5 nsec, respectively, while clock rates are 143 and 166 MHz. Operation is from single +3.3 V ±0.3 V power supply over 0 to +70°C range. Features include programmable read or write burst lengths. auto pre-charge function, refresh functions, and programmable mode register. This story is related to the following:Dynamic Random Access Memories (DRAM) | Memories |

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New supercomputer uses SSDs as alternative to DRAM, hard drives

2013-11-05 00:06:57| InfoWorld: Top News

A new supercomputer being deployed this month in the U.S. is using solid-state drive storage as an alternative to DRAM and hard drives, which could help speed up internal data transfers. The supercomputer, called Catalyst, will be deployed at Lawrence Livermore National Laboratory in Livermore, California. Built by the U.S. Department of Energy, Cray and Intel, the supercomputer delivers a peak performance of 150 teraflops and will be available for use starting later this month.

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