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PC133 同步动态RAM新增功能
消耗积分:5 |
格式:rar |
大小:115 |
2009-05-21
名士流
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Over the past several years, the DRAM industry has seen rapid
acceptance of synchronous memory as a reliable means to
increase overall memory bandwidth. Initially operating at a
66 MHz clock (15 ns data rate), synchronous DRAMs
(SDRAMs) provided a 2X increase in memory data rate over
previous mainstream solutions, such as extended data out
(EDO). As with previous asynchronous memory solutions, the
desire for ever-increasing bandwidth led to the widespread
introduction of 100 MHz memory interfaces in early 1998 (commonly
called PC100), and this memory performance is now
widely used in data processing and related products.
acceptance of synchronous memory as a reliable means to
increase overall memory bandwidth. Initially operating at a
66 MHz clock (15 ns data rate), synchronous DRAMs
(SDRAMs) provided a 2X increase in memory data rate over
previous mainstream solutions, such as extended data out
(EDO). As with previous asynchronous memory solutions, the
desire for ever-increasing bandwidth led to the widespread
introduction of 100 MHz memory interfaces in early 1998 (commonly
called PC100), and this memory performance is now
widely used in data processing and related products.
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