FPGA Real-Time Sobel Detection

@Mostafaihab1

Hi Client, As a Digital IC Design Engineer specializing in RTL design and FPGA prototyping, my focus is on delivering hardware that works flawlessly on the board, not just in simulation. I know exactly what a high-quality academic submission demands. To guarantee pixel-perfect accuracy, my verification strategy relies on a 'golden model' approach. I use Python scripts to process raw images, then compare those results pixel-by-pixel against the RTL simulation in a self-checking testbench using QuestaSim, and I will also double-check the integration in Vivado. Our key milestones will start with delivering the core Sobel and line-buffer modules, followed by automated simulation logs and final timing closure. This ensures the architecture remains efficient and entirely stable at 640×480 @ 30 fps, resulting in a fully 'plug-and-play' bitstream ready for your Nexys A7-100T.

@InjectAI

Hi, I fully understand your requirements and can provide Verilog development support with strong skills in FPGA design, video processing, and Xilinx Vivado. I am based in Pakistan and have hands-on experience building real-time hardware accelerators, camera interfacing, and VGA controllers for FPGAs. .................. What I will Deliver .................. Parameterisable Verilog modules for camera capture, Sobel operator, line buffering, and VGA output Comprehensive, automated testbenches with clear pass/fail criteria Simulation logs and performance reports demonstrating real-time throughput on 640×480 @30fps A complete Vivado project and bitstream ready for Nexys A7-100T A concise design document (2-3 pages) explaining implementation choices and resource utilisation .................. Tech Stack use for this Project .................. Verilog / SystemVerilog for RTL design Xilinx Vivado simulator for synthesis and implementation OV7670 camera interface protocol VGA timing controller for 640×480 @60Hz output Block RAM for line buffering Xilinx ILA cores for on-chip debugging Verification Methodology includes module-level self-checking testbenches, frame-level integration testing, timing analysis, and hardware validation. I offer competitive rates and can ensure a thoroughly validated, academic-ready solution. You can review my portfolio and similar FPGA projects on my profile. Regards,