'Bus master' diaporamas de présentation

Hardware / Software Codesign Term Project : (1)AMBA BUS (2)Integration ARM and RTOS

Hardware / Software Codesign Term Project : (1)AMBA BUS (2)Integration ARM and RTOS. D90522024 ??? F91522803 ???. Agenda. Why Need HW/SW Co-design? What is our first step ? AMBA BUS Conclusion 1 ARM ADS and RTOS Integration Conclusion 2. Why Need HW/SW Co-design?.

961 views • 72 slides

byteflight

byteflight. Jason Souder. byteflight. Introduction Motivation Protocol Specifications Physical Layer Development Tools Other Applications Comparison to CAN and TTP. Introduction. Developed by BMW along with several semiconductor manufacturers Presented at the SAE 2000 conference

853 views • 59 slides

byteflight

byteflight. Jason Souder. byteflight. Introduction Motivation Protocol Specifications Physical Layer Development Tools Other Applications Comparison to CAN and TTP. Introduction. Developed by BMW along with several semiconductor manufacturers Presented at the SAE 2000 conference

612 views • 59 slides

EECS 373 Design of Microprocessor-Based Systems Mark Brehob University of Michigan

556 views • 48 slides

EECS 373 Design of Microprocessor-Based Systems Mark Brehob University of Michigan

EECS 373 Design of Microprocessor-Based Systems Mark Brehob University of Michigan Lecture 4 : Bit of ssembly , Memory-mapped I/O, APB January 21, 2014. Today. More assembly review Memory-mapped I/O Bus Architectures ARM AHB-Lite. Example call. main: mov r0, #15 mov r1, #17

541 views • 48 slides

On Chip Bus

On Chip Bus. Speaker: ???. National Taiwan University Adopted from National Taiwan University SOC Course Material. Outline. AMBA Bus Advanced System Bus Advanced High-performance Bus Advanced Peripheral Bus IP Design flow FPGA design flow. Bus Architecture. Outline. AMBA Bus

612 views • 47 slides

On Chip Bus

On Chip Bus. Speaker: ???. National Taiwan University Adopted from National Taiwan University SOC Course Material. Outline. AMBA Bus Advanced System Bus Advanced High-performance Bus Advanced Peripheral Bus IP Design flow FPGA design flow. Bus Architecture. Outline. AMBA Bus

600 views • 47 slides

Lecture 25 Buses and I/O (2)

CS 15-447: Computer Architecture. Lecture 25 Buses and I/O (2). November 17, 2007 Nael Abu-Ghazaleh naelag@cmu.edu http://www.qatar.cmu.edu/~msakr/15447-f08. What is a bus?. Slow vehicle that many people ride together well, true... A bunch of wires. Processor. Input. Control. Memory.

537 views • 38 slides

System components

System components. Timing diagrams. Memory. Busses and interconnect. Timing diagrams. A timing diagram shows a trace through the operation of a system. Generally used for asynchronous machines with timing constraints. enq. ack. Timing diagram syntax. Constant value: Stable: Changing:

471 views • 29 slides

Lab6 On-Chip Bus

Lab6 On-Chip Bus. Speaker: Yu-Lin Hsiao Advisor: Prof. Chun-Yao Wang August 17, 2005. Department of Computer Science National Tsing Hua University. Outline. Overview of the AMBA specification Advanced High-performance Bus (AHB) Advanced Peripheral Bus (APB)

343 views • 27 slides

Digital Logic Design 234262

Digital Logic Design 234262. Alex Bronstein. Lecture 3: Memory and Buses. Abstraction Hierarchy. Application Software Operating System ( threads, files, exceptions ) Computer Architecture ( instruction set ) Micro-Architecture ( execution pipeline )

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Buses

Buses. Some slides adapted from lecture by David Culler. Pentium 4 Processor. L1 and L2 caches. 3.2 GB/sec. > 100 MB/sec. Memory Controller Hub. RDRAM. Display. RDRAM. Dual Ultra ATA/100. 24 Mbit/sec. I/O Controller Hub 2. Disks. 4 USB Ports. PCI. LAN.

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Chapters 8

Chapters 8. Interfacing Processors and Peripherals. Interfacing Processors and Peripherals. Focus of processor design: Performance I/O Design affected by many factors (expandability, resilience)

330 views • 22 slides

Modified from notes by Saeid Nooshabadi saeid@unsw.au

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Interfacing Processors and Peripherals

364 views • 21 slides

Pipeline transfer testing

Pipeline transfer testing. The purpose of pipeline transfer. increase the bandwidth for synchronous slave peripherals that require several cycles to return data for the first access, but can return data every cycle thereafter. Only read is support in pipeline transfer.

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Smart Rover

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Parallel I/O Interface

Parallel I/O Interface. Direct memory access(DMA). Memory. Output Device. Actuator. CPU. I/O. Transducer. Input Device. Microprocessor / Microcontroller. Parallel Interface. Parallel I/O is suitable for high-speed applications. General Structure of a parallel I/O Port.

1.12k views • 14 slides

JTAG

DXM (Distributed External Mem). DXM Interface(AHB EBI). RISC. ICE. Instr Cache. MMU. Data Cache. RDM IF. BIU. D. I. D. I. JTAG. SRAM KB. POT P E R I P H E R A L S on T I L E. Multi-layer Bus MATRIX. PDMA. ROM KB. Bridge. mAgicV DSP TM JTAG.

229 views • 1 slides