Technical Breakthroughs

FPGA Architecture Visualization Software Based on QT

1. Architecture Visualization
   This software supports multi-angle and multi-level FPGA architecture visualization and provides rich interactive functions such as rotation and zooming, enabling users to comprehensively and intuitively understand the internal structure of the FPGA and providing strong support for subsequent analysis and design work.
2. Interactive Resource Probing
   This system provides an efficient interactive resource probing mechanism, allowing users to obtain detailed name and location information of resources in real time. This function improves the accuracy of problem analysis and positioning, saves users a lot of time and energy, and enhances the convenience of FPGA design.
3. Display Option Control
   To meet the needs of different users, this software provides a flexible display option control function. Users can easily switch different display modes through simple button operations, including the display of resource names and locations, detailed display of internal logic, etc., to adapt to different occasions and needs.
4. Architecture File Parsing
   This system has a powerful architecture file parsing ability and can accurately parse and display the usage location of logical resources defined in the file. This function not only simplifies the data import and processing process, improves work efficiency, but also ensures the accuracy and reliability of the data, providing a strong guarantee for users' FPGA design work.

FPGA Design Flow Visualization System Based on QT

1. File Editing
   This system supports the editing of files in multiple language formats, including but not limited to common hardware description languages, ensuring that users can flexibly respond to various needs when performing FPGA design.
2. Synthesis
   This system adopts a self-developed high-efficiency FPGA synthesis algorithm to finely optimize the circuit timing and can efficiently convert programs in languages such as Verilog and SystemVerilog into netlist files in multiple formats, laying a solid foundation for subsequent placement and routing work.
3. Placement and Routing
   In the placement and routing process, this system optimizes the designed circuit multiple times based on the optimal timing, striving to find the best balance between design requirements and physical constraints, ensuring that the circuit achieves optimal performance in terms of speed, power consumption, and space utilization, thus providing users with an excellent FPGA development experience.
4. Program Download
   This system supports directly downloading the bitstream file compiled and output by the circuit to the FPGA chip and is compatible with all models of self-developed chips, providing users with great convenience and flexibility.