'Sram' presentation slideshows

8 Memory Subsystem

Contents. 8 Memory Subsystem. 1. Classification 2. Architectures 3. Circuits 1) SRAM 2) DRAM 3) Address decoders 4) Sense Amplifier. 4. PLA 5. Gate Matrix 6. ROM. 1. Classification. RWM(Read-Write Memory) Random Access : SRAM, DRAM Sequential Access : FIFO, Stack(LIFO)

1.35k views • 91 slides

? 3 ? PSoC3/5 ????? Chapter 3 Memory Sub-System of PSoC3/5

? 3 ? PSoC3/5 ????? Chapter 3 Memory Sub-System of PSoC3/5. ?? 2010.10. PSoC3/5 ????? -- ??. ????? PSoC3/5 ????????????? ??? SRAM ? Flash ?????? EEPROM ????? ????? EMIF ??????????????? PSoC ??????????????????????. PSoC3/5 ????? -- ????? SRAM. ????? SRAM ??????? PSoC3 ? SRAM ??

725 views • 56 slides

Full custom design of aN fpga

Full custom design of aN fpga. Jongsok Choi M.A.Sc Candidate, University of Toronto. Overview. TSMC 0.35 um technology Cadence tools Less than 2mm X 2mm die area Design time = 1 month Tile based approach Each tile contains a Logic Block,

883 views • 53 slides

Design and Use of Memory-Specific Test Structures to Ensure SRAM Yield and Manufacturability

Design and Use of Memory-Specific Test Structures to Ensure SRAM Yield and Manufacturability. F. Duan, R. Castagnetti, R. Venkatraman, O. Kobozeva and S. Ramesh LSI Logic Corporation. Outline.

500 views • 32 slides

Queue Manager

Queue Manager. Yuhua Chen, Wen-Jing Tang Applied Research Lab Washington University October 5, 2014. MSR RAD Block Diagram. QMGR Top. CARL/QMGR Interface. QMGR/OSAR. QMGR/CCP Interface. QMGR/PSM Interface. QMGR Block Diagram. CCP. Free Pointer Controller. 16. 36. 96. 96.

403 views • 27 slides

Architectural Results in the Optical Router Project

Architectural Results in the Optical Router Project. Da Chuang, Isaac Keslassy, Nick McKeown High Performance Networking Group http://klamath.stanford.edu. Internet traffic x2/yr. 5x. Router capacity x2.2/18 months. Fast (large) routers. Big POPs need big routers.

305 views • 22 slides

Department of Electronics

463 views • 20 slides

Low Power TCAMs For Very Large Forwarding Tables

Low Power TCAMs For Very Large Forwarding Tables. Authors: Wencheng Lu and Sartaj Sahni Presenter: Yi-Sheng, Lin ( ??? ) Date: May. 13, 2008 Publisher/Conf. : INFOCOM 2008. Dept. of Computer Science and Information Engineering National Cheng Kung University,

324 views • 19 slides

Analysis of a Memory Architecture for Fast Packet Buffers

Analysis of a Memory Architecture for Fast Packet Buffers. Sundar Iyer, Ramana Rao Kompella & Nick McKeown (sundaes,ramana, nickm)@stanford.edu Departments of Electrical Engineering & Computer Science, Stanford University http://klamath.stanford.edu. Example

277 views • 18 slides

Designing Packet Buffers for Internet Routers

Designing Packet Buffers for Internet Routers. Thursday, October 23, 2014. Nick McKeown Professor of Electrical Engineering and Computer Science, Stanford University nickm@stanford.edu www.stanford.edu/~nickm. Contents. Motivation A 100 Tb/s router 160 Gb/s packet buffer Theory

284 views • 18 slides

Random Number Generator

473 views • 17 slides

bansuk.co.kr

Tel: 02) 874-8844 Fax: 02) 873-3211 ????? : ??? (sky@bansuk.co.kr). www.bansuk.co.kr. Bansuk industrial. ? ? ? ?. ? ? : ??? ??? ??? ? ? : 1989. 6. 1 ???? : ? ? ?. Business Partners(Suppliers). 1. Bansuk industrial. Components.

277 views • 17 slides

Design and Performance Analysis of a DRAM-based Statistics Counter Array Architecture

Design and Performance Analysis of a DRAM-based Statistics Counter Array Architecture. Authors: Haiquan (Chuck) Zhao, Hao Wang, Bill Lin, Jun (Jim) Xu Conf. : The 5th ACM/IEEE Symposium on Architectures for Networking and Communications Systems (ANCS '09) Presenter : JHAO-YAN JIAN

289 views • 17 slides

AT91 Products Overview

AT91 Products Overview.

253 views • 16 slides

Improving Soft-error Tolerance of FPGA Configuration Bits

Improving Soft-error Tolerance of FPGA Configuration Bits. Suresh Srinivasan, Aman Gayasen, N. Vijaykrishnan, M. Kandemir, Y. Xie, M.J. Irwin. Introduction. SRAM-based FPGA are increasing Soft errors because of Cosmic radiation Radiations emanating from materials used in process

335 views • 13 slides

Chapter 10 Memory Circuits

Chapter 10 Memory Circuits. SRAM DRAM Dual Ported SRAM. Building Blocks for Memory Sys. Decoders-Encoders Regenerative CKTs Sense Amp x-coupled inverters SRAM cell D-ff Pad Drivers. Block Diagram for Memory Sys. Row/Col Decoder. Row/Col Decoder. Row Decoder. Row Decoder.

257 views • 11 slides

????? FANUC ?????????

????? FANUC ?????????. ?? ??????????????. 1.SRAM ??????. (1) ????. ?? ??????????????. 1.SRAM ??????. (2) ?????? ? BOOT SYSTEM ?. (3) ????????. SYSTEM MONITOR MAIN MENU 60M5-01 1.SYSTEM DATA LOADING 2.SYSTEM DATA CHECK 3.SYSTEM DATA DELETE 4.SYSTEM DATA SAVE 5.SRAM DATA BACK UP

361 views • 11 slides

SRAM A-Factors for Simple 6T SRAM Cell using Microprocessor Logic CMOS Process Technology

Average A-Factor = 161.67. SRAM A-Factors for Simple 6T SRAM Cell using Microprocessor Logic CMOS Process Technology. F, Company, Reference. A factor. Virtual Silicon libraries based on United Microelectronics (UMC) processes A-factors:

271 views • 4 slides

FDSOI Vt matching

SRAM Array leakage. FDSOI Vt matching. SRAM Bfly & Iread macros. Thin Chip block diagram. Yw_buck_final. GG_top. ac_topLevelNBTIsensor. jfb_adc. Kc_inv_chain. rwm_alm_macro_fdsoi180. rwm_vtmm_macro_fdsoi180. rwm_bfly_macro_fdsoi180.

129 views • 3 slides

???????????? ??????????????????? ?????????? ????????

???????????? ??????????????????? ?????????? ????????. Architecture. Half-Selected Problem. ?? 6T SRAM cell. ??. ????. ???. ???. Design Flow Chart. 10T DRS SRAM cell. ??. ????. ????? SNM ?????? ???????? Sizing ?????. ?? SRAM ?????????????????. ?????????? Word line ???????.

478 views • 1 slides