'Block ram' presentation slideshows

Mini-MIPS

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Chapter 8 Writing VHDL for Synthesis

Spartan architecture Simulation versus synthesis differences Think about hardware Use of subprogram Synthesis process. Chapter 8 Writing VHDL for Synthesis. Spartan Architecture. Features Top-level architecture and attributes Configurable logic block (CLB) Memory I/O block

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COMP541 Memories - I

COMP541 Memories - I. Montek Singh Feb 25, 2010. Topics. Midterm Test Thursday after Spring Break Lab Preview: VGA character terminal Overview of Memory Types ROMs: PROMs, FLASH, etc. RAMs Random-Access Memory (RAM) Static today Dynamic next. Lab: VGA Display Driver Architecture.

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CHAPTER 6 Virtex Memory

CHAPTER 6 Virtex Memory. Agenda. RAM Applications LUT RAM SRL 16 Other uses of LUT RAM (FIFO focus) Block RAM Inside Block RAM Cells. Operand stacks Register files Instruction caches DMA buffers Instruction memories State tables Logic functions Message buffers Virtual channels.

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Architecture and Features

Architecture and Features. Agenda. Top-level architecture and attributes Configurable logic block Memory I/O block Three-state buses Clocks and delay-locked loops Power down mode Configuration. Introducing the Spartan-II FPGA.

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CPRE 583 Reconfigurable Computing Lecture 18: Wed 10/26/2011 (CoreGen Overview)

CPRE 583 Reconfigurable Computing Lecture 18: Wed 10/26/2011 (CoreGen Overview). Instructor: Dr. Phillip Jones (phjones@iastate.edu) Reconfigurable Computing Laboratory Iowa State University Ames, Iowa, USA. http://class.ece.iastate.edu/cpre583/. Announcements/Reminders. MP3: Due 11/4

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Beamforming for Radar Systems on COTS Heterogeneous Computing Platforms

Beamforming for Radar Systems on COTS Heterogeneous Computing Platforms. Jeffrey A. Rudin Mercury Computer Systems, Inc. High Performance Embedded Computing (HPEC) Conference September 23, 2003. Outline. Beamforming Radar System Architecture Processing Resources Strawman System Analysis

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Presenter

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Luis E. Cordova, Duncan A. Buell

A Novel High-level Dynamic Hardware-Software Remapping Technique for Mission Critical Reconfigurable Computers. Luis E. Cordova, Duncan A. Buell. Outline. Problem and definitions Motivation Architecture N Techniques Advantages Disadvantages Lessons learned. Problem and Definitions.

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Lecture 11 Xilinx FPGA Memories Part 2

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Case Studies of Porting Two Algorithms to Reconfigurable Processors

Case Studies of Porting Two Algorithms to Reconfigurable Processors. Reconfigurable Systems Summer Institute Wednesday July 13 2005 Craig Steffen National Center for SuperComputing Applications. Reminder: FPGA computational Strengths. Parallel elements

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Design and development of FPGA based PCI Express card

Design and development of FPGA based PCI Express card. By Sunil G. Kulkarni , SO/F, Pelletron-Linac Facility, BARC-TIFR. Industry Standard Bus Throughput Comparison:. PCI transactions are packetized and then serialized GEN1 speed @ 2.5Gb/S, GEN2 speed @ 5Gb/S, GEN3 speed @ 8 Gb/S

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Project F2: Application Performance Analysis

Seth Koehler John Curreri Rafael Garcia. Project F2: Application Performance Analysis. Outline. Introduction Performance analysis overview Historical background Performance analysis today Related research and tools RC performance analysis Motivation Instrumentation Framework

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Memory in FPGAs

Memory in FPGAs. ????? ???? ???????. Inferring Memory. Inferring Memory in XST: Distributed or block memory? XST implements small RAM components on distributed resources to achieve better performance. Small? The threshold varies depending on: The device family memory depth

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Redefining the FPGA

Redefining the FPGA. Cache Memory. Custom Logic. Translators. Clock Mgmt. Processor. SDRAM. Old FPGA. Old FPGA. Backplane Logic. Glue Logic. Virtex as a System Component. 100MHz System Performance. 2x CLK. 1x CLK. SSTL3. LVCMOS. 2x CLK. LVTTL. 1M Gates. GTL+. 10M. 2M. 1M.

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XILINX SPARTAN 3

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Full Design

Full Design. The main idea behind this design was to create an architecture capable of performing run-time load balancing in order to more efficiently work with N-body type problems. The design consists of the following units: Feeder FIFO DC Units LJPC Units FLEX Units Inverter Units

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CMX firmware development

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Delay FPGA I/O

Delay FPGA I/O. Clock 40. 4. Clock40. Reset. delay_ser_out. 1. delay_ser_in. 1. busy. 1. ADC_Data_stream_0. ADC_Data_stream_0. 10. 5. Delay FPGA. 5. ADC_Data_stream_3. ADC_Data_stream_3. 10. Bank DCI Resistors. Design I/O Total = 73+. Configuration. Multi function.

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