IP Core Library - Published and maintained by the Chair for VLSI Design, Diagnostics and Architecture, Faculty of Computer Science, Technische Universität Dresden, Germany
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Updated
Nov 29, 2020 - VHDL
IP Core Library - Published and maintained by the Chair for VLSI Design, Diagnostics and Architecture, Faculty of Computer Science, Technische Universität Dresden, Germany
This repository contains source code for past labs and projects involving FPGA and Verilog based designs
Verilog Design Examples with self checking testbenches. Half Adder, Full Adder, Mux, ALU, D Flip Flop, Sequence Detector using Mealy machine and Moore machine, Number of 1s, Binary to Gray Conversion, Up down counter, Clock Divider, PIPO, n bit universal shift register, 4 bit LFSR, Single port RAM, Dual port RAM, Synchronous FIFO, Asynchronous F…
DDR3 Controller v1.65, 16 read/write ports, configurable widths, priority, auto-burst size & cache on each port. VGA/HDMI multiwindow video controller with alpha-blended layers. Docs & TBs included.
cryptography ip-cores in vhdl / verilog
Synthesizable Verilog Source Codes(DUT), Test-bench and Simulation Results.
Library of reusable VHDL components
Repository to store all design and testbench files for Senior Design
Academic project for the course of Digital Systems Design. The aim of the project was to design and implement an IIR audio filter on FPGA
A "C pseudorandom generator" of VHDL testbenches for Digital Systems Design project at Politecnico di Milano.
This repo contains golden vector and randomization testbenches for SRAM module.
This repository contains source code for labs and projects involving FPGA and Verilog based designs
Verilog design and testbench files for Flip Flop, Counters, RAM, FIFO, Shift Registers and other sequential logic circuits
My work for the laboratory exercises provided by intel FPGAcademy (Digital Logic) during my internship at PyramidTech in Summer 2022.
This repository contains several VHDL codes of signal processing
These labs were conducted during our Digital systems elective course were we were instructed to build Verilog code for specific logic design and verify it on Quartus modalism and on the FPGA. Skills developed: writing Verilog code structurally and behaviorally, testing, simulation, writing test benches and using the FPGA
A repository where I intend to upload most Hardware design projects I make.
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