Understanding the IDCODE of Xilinx FPGA

What is IDCODE

The Xilinx FPGA Device ID Register is used to identify the specific model of the chip.

7 series devices have a 32-bit identification register called the IDCODE register. The IDCODE is based on IEEE Std 1149.1 and is a fixed, vendor-assigned value that is used to identify electrically the manufacturer and the type of device that is being addressed. This register allows easy identification of the part being tested or programmed by boundary scan, and it can be shifted out for examination by using the IDCODE instruction. The least significant bit of the IDCODE register is always 1 (based on JTAG IEEE 1149.1). The last three hex digits appear as 0x093.

The Xilinx 7 series, KU, and KU+ all follow the same format.

For example, the IDCODE tables for the 7 series and KU series are as follows, which can be found in UG470 and UG570: where X represents the version number of the chip. This information can also be found in the BSDL Library – Over 9000 JTAG Models.

Understanding the IDCODE of Xilinx FPGAUnderstanding the IDCODE of Xilinx FPGAEdit

Understanding the IDCODE of Xilinx FPGAUnderstanding the IDCODE of Xilinx FPGAEdit

Understanding the IDCODE of Xilinx FPGAUnderstanding the IDCODE of Xilinx FPGAEdit

Understanding the IDCODE of Xilinx FPGAUnderstanding the IDCODE of Xilinx FPGAEdit

Understanding the IDCODE of Xilinx FPGAUnderstanding the IDCODE of Xilinx FPGAEdit

How to Obtain

Obtained through AXI HW ICAP IP and its corresponding software.

Related posts

  1. Compilation of Technical Issues Discussed in the Group
  2. The Value of Python Productivity: Analyzing the Cutting-Edge Advantages of Xilinx Zynq
  3. Xilinx HLS Official Video Tutorial 1-3
  4. Using Xilinx AXI VIP: A Comprehensive Tutorial
  5. Xilinx FPGA Encryption Solutions
  6. Xilinx 7 Series FPGA PCB Design Guide (Part 5)
  7. Xilinx FPGA SelectIO Resources
  8. Xilinx FPGA Configuration Modes
  9. Introduction to Xilinx 7 Series FPGA Classification
  10. Implementing LVDS High-Speed ADC Interface with Xilinx FPGA
  11. Xilinx AI SDK User Guide Released, Download Now!
  12. Summary of PCIE Hardware Design Pitfalls Based on XILINX FPGA
  13. Upcoming Technical Seminar | Best Practices for Dataspace Protocol (DSP)
  14. AMD Launches Standalone NPU Product to Meet AI Performance Needs for PCs
  15. FPGA Digital Signal Processing: Communication I/Q Signal Generation
  16. Solutions for Industrial Automation Script Generation Based on Large Models in the Industrial Field
  17. Designing Flash Data Power Failure Protection and Reliability for STM32
  18. Distinguishing Concepts: Can FPGA’s High Speed Replace CPU?
  19. Practical Analysis of Serial Protocol: A Detailed Explanation of Data and Business Logic Separation Design in MicroPython Using R60ABD1 Radar as an Example

Leave a Comment