Digital Electronics course at Brno University of Technology
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Updated
Feb 15, 2026
Digital Electronics course at Brno University of Technology
Example of how to get started with olofk/fusesoc.
Pipelined a real-time edge detection system with a OV7670 camera and Nexys A7 100T FPGA Trainer Board
Hardware-side component of Hastlayer for Xilinx FPGAs. See https://hastlayer.com for details.
(Your Own Digital Accelerator) A Smoothing filter by using a Finite Impulse Response (FIR) and a Low Pass Filter (LPF) algorithm. The hardware used is a NEXYS A7 Field Programmable Gate Array (FPGA) programmedin Verilog.
Real-time FPGA system integrating ToF sensing, temperature/PIR-based fan control, rotary encoder surveying, dual-buffer VGA graphics, and high-speed UART telemetry. Fully hardware-driven mapping, control, and visualization on the Nexys A7-100T.
A collection of code from a Design of Digital System and Lab class.
End-to-end 8-bit, 5-stage pipelined CPU on Nexys A7 (Artix-7) — handwritten Verilog (RTL), MMIO-integrated embedded platform, verified bitstream.
Interactive memory game implemented in Verilog and deployed on Nexys-A7 FPGA using FSM-based logic.
This accelerator uses a Nexys A7 100T FPGA to overlay an one image over another using an image mask and performing masking operations, with the results being displayed over VGA. The purpose of this project was to utilize the parallel nature of FPGAs to create a hardware accelerator for image masking applications.
T20 Cricket Game using Verilog coding. Includes a constraint file for implementing on Nexys A7 FPGA board.
A WIP RISC-V CPU implementation. Right now I'm working on implementing RV32I.
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