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The main methods of storing data in the array are: Striping - splitting the flow of data into blocks of a certain size (called "block size") then writing of these blocks across the RAID one by one. This way of data storage affects on the performance. http://www.freeraidrecovery.com/library/what-is-raid.aspx RAID basics - what is RAID? DOWNLOAD ReclaiMe Free RAID Recovery Build 4210 www.freeraidr..

- single port - two port - dual port - true port https://blog.daum.net/trts1004/12109189 [xilinx] Memory type에 따른 분류 (single port ram....) FPGA RAM datasheet 1. Single Port RAM 2. Simple Dual Port RAM 3. True Dual Port RAM 1. Single Port RAM - The Single-port RAM allows Read and Write access to the memory.. blog.daum.net and software, xilinx block memory generator 그리고 single port에 대한 구현 https://..

Network Attached Storage. https://namu.wiki/w/NAS(%EC%A0%80%EC%9E%A5%EC%9E%A5%EC%B9%98) NAS(저장장치) - 나무위키 NAS가 로컬 스토리지나 클라우드 스토리지에 비해 가지는 단점들이다. 가정용 인터넷은 종량제를 시행하고 있지 않지만 NAS를 통한 파일공유로 인해 많은 용량을 사용하게 되면 통신사에서 속도 namu.wiki

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용어조심 https://www.investopedia.com/terms/t/throughput.asp#:~:text=Throughput%2C%20in%20business%2C%20is%20the,at%20which%20something%20is%20processed.

https://slideplayer.com/slide/6827960/ Module 8 Memory Structure For Data Storage - ppt download 목차 ROM RAM Example 참고 문헌 PROM EPROM EEPROM FLASH SRAM DRAM SDRAM DDR SDRAM VRAM Example ASIC을 이용한 메모리 예제 FPGA를 이용한 메모리 예제 참고 문헌 Copyrightⓒ2003 slideplayer.com

관계가 혼동되어서 정리 Parameter ADDR_WIDTH Parameter WORD_DEPTH Parameter WORD_WIDTH Case1 128X16 = 2^7X16 Parameter ADDR_WIDTH 7 Parameter WORD_DEPTH 128 Parameter WORD_WIDTH 16 Case2 256X32 = 2^8X32 Parameter ADDR_WIDTH 8 Parameter WORD_DEPTH 256 Parameter WORD_WIDTH 32 Case3 4096X16 Parameter ADDR_WIDTH 12 Parameter WORD_DEPTH 4096 Parameter WORD_WIDTH 16

Understanding CRBasic Program Compile Modes: Sequential and Pipeline https://www.campbellsci.com/blog/crbasic-program-compile-modes

https://m.blog.naver.com/ycpiglet/221984934010

DUT `timescale 1ns / 1ps module sram_16x8(addr, clk, din, dout, we); parameter addr_width=4, word_depth=16, word_width=8; input [addr_width-1:0] addr; input [word_width-1:0] din; input clk, we; output [word_width-1:0] dout; reg [word_width-1:0] mem [0:word_depth-1]; reg [word_width-1:0] dout; always@(posedge clk) begin if(!we) mem[addr]