Z3u General Documentation

• OpenCPI Z3u Getting Started Guide
  • Revision History
  • Software Prerequisites
    • OpenCPI Framework installation
    • RCC Platforms
    • Setup and Build summary
  • Hardware Prerequisites
    • Matchstiq Z3u PDK Package
    • Matchstiq Z3u Device Overview
    • Populating artifacts onto the microSD card
  • Setting up the Hardware
    • Establish a Serial Console Connection
    • Booting the Z3u from the microSD card
  • Configuring the Runtime Environment on the Platform
    • Standalone Mode setup
    • Network Mode setup
  • Run an Application
    • Run app in Standalone Mode
    • Run app in Network Mode
    • Run app in Server Mode
  • GPS Receiver
    • OpenCPI control of GPS receiver
    • Quick test of GPS
  • APPENDIX
    • Bug Fixes to the framework
    • Create new RCC Platform
      • Creating a valid SD-Card
• Guide for developing the Epiq Solutions Matchstiq Z3u OSP
  • Introduction
    • Deliverables
    • Prerequisites
    • Preview of the concluding directory tree
  • Review Vendor’s Reference Design Package
  • Take inventory of the target board
  • Update the OpenCPI Framework
    • Enabling Development for New GPP Platforms
    • Integrating FPGA tool chain into OpenCPI HDL build process
    • Support for specific FPGA device
  • Configure/Boot Z3u artifacts
    • Format microSD card
    • Configure Z3u microSD card artifacts
    • Boot Z3u
  • OpenCPI Staging
    • Install the OpenCPI framework
    • Configure a host terminal for OpenCPI development
    • Modifications to the Install and Deploy scripts
    • Setup the Software cross-compiler
    • Install zcu104 HDL Platform
    • Create/Install xilinx18_3_aarch64 RCC Platform
    • Deploy platforms: zcu104, xilinx18_3_aarch64
    • Benchmark testing the OpenCPI zcu104 OSP
    • Create an OpenCPI project for the Z3u
  • Enable OpenCPI HDL Control Plane
    • Conigure PS for CP
    • Create HDL Primitive for CP
    • Build HDL Primitive with CP
    • Create HDL Platform Worker for CP
    • Build HDL Platform Worker with CP enabled
    • Install and Deploy with CP enabled
    • HDL CP Verification: OpenCPI Magic Word
    • HDL CP Verification: Pattern Capture application
  • Enable OpenCPI HDL Data Plane
    • Configure PS for DP
    • Configure HDL Primitive for DP
    • Build HDL Primitive with DP
    • Configure HDL Platform Worker for DP
    • Build HDL Platform Worker with DP enabled
    • Undo edits made to validate HDL Control Plane
    • Install and Deploy with DP enabled
    • HDL DP Verification: testbias application
    • HDL DP Verification: FSK application filerw mode
  • Component Unit Testing
    • Build the Unit Tests (in parallel) on the Development Host
    • Run the Unit Tests (Sequentially) on the Development Host
  • Enable support for AD9361
    • Update HDL Platform Worker to declare HDL Device Workers
    • Create the fsk_modem HDL Assembly and Container XML
    • Build the fsk_modem HDL Assembly and Container
    • Create the fsk_modem Application
    • Running the fsk_modem_app
  • APPENDIX
    • Bug Fixes to the framework
    • Build Vendor Reference Design Bitstream
    • Standalone Mode setup
    • Network Mode setup
    • Server Mode setup
    • Execute OpenCPI on “factory” Z3u OS (RCC only)
      • Construct the opencpi/ directory
      • Run on the Z3u
      • Clean up of Standalone Mode
    • Program FPGA with OpenCPI artifact using Epiq’s prog_fpga utility
    • Test results tables
      • Component Unit Test results table
      • Application verification results table
• Guide for developing Device / Proxy Workers for i2c an bus
  • Introduction
    • Documentation
    • Limitations
  • Research
    • Platform Manufacturer Research
    • Component Manufacturer Research
  • Implementation
    • Device Worker
    • Subdevice Worker
    • HDL Platform Worker
    • HDL Assembly / Container
    • Device Proxy
  • Testing
    • Application