ARM Cortex-R8 MPCore Hardware Design

  • Delivery method: Face-to-face (Private)

  • Location: Any location.

  • Course Length: 3 days

  • Technology Focus: Hardware

  • Cost: Contact us for pricing.

  • Related products: ARMv7-R, ARMv7-A, Cortex-R

  • Provider: Arm

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Summary:

This course focuses on the aspects of the Cortex-R8 that you will need to know when integrating it into a system. At the end of the course you will be able to:

  • Explain the key behaviors of the Cortex-R8 you need to consider when   designing your system.
  • Describe how to integrate the Cortex-R8 into your system. Consider the interaction on the main bus interfaces and how your system controller will need to apply controls to the Cortex-R8.
  • Explain the behavior of the Cortex-R8 when you simulate your system.
  • Write basic assembly code to control the processor during simulations.
  • Describe the intended configuration and implementation flow for converting the Cortex-R8 RTL netlist into a physical layout. (Please note that the material does not cover detailed physical implementation tasks or tool control information).

Prerequisites:

The material assumes that you have a:

  • Basic understanding of Verilog
  • Basic programming experience (but it does not have to be ARM programming)

Audience:

  • System designers
  • Cortex-R8 RTL integration team
  • Cortex-R8 RTL validation team

Length:

3 days

Modules:

  • ARMv7-R Programmers’ Model
  • ARMv7-R Memory Model and PMSA
  • ARMv7-R Exceptions
  • ARMv7-R Core Behaviours
  • ARMv7-R Multicore Behaviours
  • AXI-3 protocol
  • Cortex-R8 Overview
  • Cortex-R8 Instruction Execution
  • Cortex-R8 Memory Accesses: Performance
  • Cortex-R8 Memory Accesses: Control
  • Cortex-R8 Fault Tolerance Support
  • Cortex-R8 Interrupt Controller
  • Cortex-R8 System Interaction
  • ARMv7-R Debug Architecture
  • Debug Infrastructure
  • Cortex-R8 Debug

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