Explore behavioral, dataflow, and structural modeling in Verilog to design scalable and efficient digital circuits from concept to gate-level.

Discover how to create flexible hardware using Verilog generate constructs like for loops, if-else, and case blocks.

Discover how Verilog's initial block helps in simulating digital designs with timing, signal initialization, and controlled testbench execution.

Learn how to implement flip-flops, counters, and finite state machines in Verilog with working RTL code and testbenches.

Understand how combining serial print logging with breakpoint debugging leads to faster bug discovery.

Discover how to reduce memory usage in embedded systems by passing pointers instead of data between tasks.

Learn how to use a digital multimeter to measure voltage, resistance, current, and continuity in circuits.

Want to run Zephyr on custom hardware? Learn how to create a custom board definition, configure peripherals, and build a sample application.

This tutorial provides a practical example of using Zephyr’s networking APIs for WiFi and HTTP operations with an ESP32-S3.

Discover how to configure ST7735R with Zephyr and build functional GUIs using the lightweight and versatile LVGL graphics library.

Improve your Verilog coding skills. Learn combinational logic in Verilog with 5 examples, including logic gates, adders, multiplexers, and comparators.

Discover how to implement GPIO interrupts and workqueues in Zephyr to build robust and responsive embedded systems.