
Explore advanced VLSI design concepts, from historical perspectives to modern techniques in CMOS circuits, power management, arithmetic strategies, and hardware description languages.

Learn Verilog for FPGAs using a $25 iCEstick board and build a two-bit adder. Explore EDA Playground, test benches, and simulation results to create more complex circuits.

Explore hardware-software contracts synthesis, security vulnerability detection, and microarchitecture updates for verified software security. Gain insights into cutting-edge approaches for high-assurance computer systems design.

Comprehensive introduction to FPGA programming, covering basics, Verilog, circuit design methods, state machines, simulations, and advanced topics like PWM and resource optimization.

Learn FPGA programming basics, from understanding concepts to creating projects using Xilinx Vivado. Covers installation, project creation, Verilog, logic gates, and simulation techniques for beginners.

Learn FPGA programming with Xilinx, from installation to advanced projects. Hands-on tutorials cover Vivado, Verilog, simulations, and practical applications like LED control and PWM.

Comprehensive hands-on guide for ZedBoard FPGA, covering hardware setup, Linux bootup, VIVADO and SDK usage, custom IP creation, and advanced applications like audio and video processing.

Explore Wokwi, a browser-based simulator for electronic boards. Learn to create, test, and visualize circuits using various components, programming languages, and web technologies.

Design and integrate a custom PWM peripheral into a RISC-V softcore processor on an FPGA, enabling LED dimming control through memory-mapped I/O and Verilog implementation.

Implement a RISC-V softcore processor on FPGA, build a system-on-chip, and write a C program to control LEDs. Explore open-source processor design and FPGA programming for custom digital logic applications.

Learn Verilog for FPGA programming: create digital logic circuits, use continuous assignment statements, work with vectors, and implement a 1-bit full adder on the Lattice iCE40 FPGA.

Explore FPGA acceleration with Zephyr on BeagleV-Fire: Learn to design custom peripherals, integrate with firmware, and simulate using Renode for efficient low-power, high-performance systems.

Explore modular audio synthesis on FPGAs using high-level synthesis tools. Learn about design approaches, optimization techniques, and interconnectable sound synthesis modules for enhanced audio processing capabilities.

Explore open source FPGA tooling ecosystem, current state, future prospects, and key projects leveraging its flexibility, including potential ASIC applications.

Transform a Lattice FPGA iCEstick into a budget-friendly logic analyzer using Verilog. Learn tool setup, compilation, flashing, and usage in this practical hardware hacking tutorial.

Explore unorthodox approaches to software-defined infrastructure security, focusing on weak semantics and finite-state systems for improved verification and bug prevention in networking and configuration models.

Offene FPGA-Toolchain für mehrere Hersteller: Verilog zu Bitstream-Kompilierung ohne proprietäre Tools. Unterstützt moderne FPGAs für High-Resolution-Video und Gigabit-Netzwerke. Dokumentiert Bitstreams für neue Werkzeuge.

Explore hardware decompilation techniques to extract high-level functionality from integrated circuit netlists, drawing parallels with software decompilation for design recovery and hardware assurance.

Explore verifiable computation for untrusted ASICs, enabling high-assurance execution without compromising performance. Learn about the Zebra system's implementation and its potential to match trusted platform performance.

Explore hardware security validation techniques, Verilog vulnerabilities, and bug resolution methods in open-source core designs. Learn to identify and address security issues in integrated circuits.

Explore open-source FPGA development with SymbiFlow, the "GCC of FPGAs". Learn about its current status, supported FPGAs, and how hobbyists are revolutionizing hardware design.