Santa Clara, California, USA: Intel Corporation > 자유게시판

• 목록
• 답변
• 글쓰기
• 게시판 리스트 옵션
  • 수정
  • 삭제

A memory financial institution is a logical unit of storage in electronics, which is hardware-dependent. In a pc, the Memory Wave Program financial institution may be determined by the memory controller together with physical group of the hardware memory slots. In a typical synchronous dynamic random-entry memory (SDRAM) or double data charge SDRAM (DDR SDRAM), a bank consists of multiple rows and columns of storage units, and is often unfold out across several chips. In a single learn or write operation, just one financial institution is accessed, therefore the number of bits in a column or a row, per financial institution and per chip, equals the memory bus width in bits (single channel). The dimensions of a financial institution is further determined by the number of bits in a column and a row, per chip, multiplied by the variety of chips in a bank. Some computer systems have a number of equivalent memory banks of RAM, and use financial institution switching to change between them. Harvard architecture computers have (at the very least) two very completely different banks of memory, one for program storage and one other for knowledge storage. When knowledge is stored or retrieved consecutively every financial institution has enough time to get well earlier than the next request for that financial institution arrives. The number of memory modules needed to have the identical number of knowledge bits because the bus. A financial institution can include a number of memory modules. MCS-four Assembly Language Programming Guide - The INTELLEC 4 Microcomputer System Programming Manual (PDF) (Preliminary ed.). Santa Clara, California, USA: Intel Company. December 1973. pp. 2-5 - 2-6. MCS-030-1273-1. Overview of Current Supercomputers.