Programming an Embedded MicroBlaze Processor (XD131) - 2024.2 English - XD131

Document ID: XD131
Release Date: 2024-11-20
Version: 2024.2 English

Programming an Embedded MicroBlaze Processor (XD131)
Programming an Embedded MicroBlaze Processor
Introduction
Step 1: Start the Vivado IDE and Create a Project
Step 2: Create an IP Integrator Design
Use the Board Window to Connect to Board Interfaces
Add Peripheral: AXI block RAM Controller
Run Block Automation
Use Connection Automation
Mark Nets for Debugging
Add Connection Between MDM and AXI SmartConnect
Step 3: Memory-Mapping the Peripherals in IP Integrator
Step 4: Validate Block Design
Step 5: Generate Output Products
Step 6: Create a Top-Level Wrapper
Step 7: Take the Design through Implementation
Step 8: Export the Design to the Vitis software platform
Step 9: Create a “Platform Component”
Step 10: Create a “Peripheral Test” Application
Step 11: Execute the Software Application on a SP701 Board
Step 12: Connect to Vivado Logic Analyzer
Step 13: Set the MicroBlaze to Logic Cross Trigger
Step 14: Set the Logic to Processor Cross- Trigger
Conclusion
Lab Files
Programming an Embedded MicroBlaze V Processor
Introduction
Step 1: Start the Vivado IDE and Create a Project
Step 2: Create an IP Integrator Design
Use the Board Window to Connect to Board Interfaces
Add Peripheral: AXI block RAM Controller
Run Block Automation
Use Connection Automation
Mark Nets for Debugging
Step 3: Memory-Mapping the Peripherals in IP Integrator
Step 4: Validate Block Design
Step 5: Generate Output Products
Step 6: Create a Top-Level Wrapper
Step 7: Take the Design through Implementation
Step 8: Export the Design to the Vitis software platform
Step 9: Create a “Platform Component”
Step 10: Create a “Peripheral Test” Application
Step 11: Execute the Software Application on a SP701 Board
Step 12: Connect to Vivado Logic Analyzer
Step 13: Set the Logic to Processor Cross- Trigger
Conclusion
Lab Files

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