Custom Hardware Accelerator FPGA Design

Hi I can handle it This project aims to integrate a simple DMA controller into the existing PCILeech firmware for the Xilinx Artix-7 FPGA (xc7a35t), specifically using the LambdaConcept PCIeSquirrel board. The DMA controller will handle sequential 16-byte TRB reads and writes, with registers for configuring transfer size and manual triggering. It will be integrated into the existing BAR controller logic, located in the `[login to view URL]` file. The design will be implemented using Verilog and ensure compatibility with the existing PCIe setup. The project involves designing the DMA controller, integrating it with the PCIe system, testing functionality on the FPGA, and documenting the final design.

With over 6 years of professional experience in the Electronics domain, I am undoubtedly your best fit for this project. Verilog and Xilinx FPGAs have been at the core of my work involving custom hardware accelerators and have garnered me consistent success. My in-depth understanding of DMA operations coupled with an ability to translate intricate functions into Verilog code allows me to deliver efficient, reliable memory solutions. Having worked on over 100 projects, I assure you of efficient and effective time management skills, and a great level of discipline when it comes to delivering results. Moreover, my career has fostered in me exceptional problem-solving skills which makes it easier for me to address any challenges that may arise during the project. To put it simply, I am not merely a freelancer, but your partner in success, dedicated to providing you with top-quality work within agreed-upon timelines. Let's get started on utilizing the power of FPGA technology for creating your specialized hardware accelerator and achieving the optimal performance you aim for!

Hi, I have more than 10 years experience in firmware field such as PIC, ARM, DSP, FPGA-HDL(Hardware Description Language). I made a camera with CMV12000 and cyclone3 with clk 200MHZ. And I also made a TDI camera. I made a data acquisition board with cyclone2 and cypress with usb2.0 over 480Mbps. And I also made a laser distance Detector with PSD and cyclone, the accuracy is 5um in 5mm range. When I made a camera with CMV12000, I used LVDS through clk-200MHZ to collect data from CMV12000 and sent data to computer with matrox solios data board through CameraLink Bus. I used DDR2 - clock 133MHZ to store temporary data of camera. When I made a TDI camera, I used AD converter like ad9826 to control CCD chip. I love taking on difficult challenges and I always try to complete my projects with confidence. If you choose me, I will complete your project perfectly and on time. Best regards.