
Learn to interface with I2C devices like compasses, EEPROMs, and RTCs. Covers I2C basics, code implementation, and datasheet interpretation for Arduino projects.

Explore VGA monitor image display using analog RGB signals, EEPROM storage, and digital-to-analog conversion in this hands-on electronics project.

Learn to wire, program, and utilize an EEPROM to replace combinational logic circuits, including practical applications like a 7-segment decoder. Hands-on exploration of electronic components and data sheets.

Learn to utilize EEPROM on ATMega328P microcontrollers, covering memory types, programming techniques, and practical applications, with guidance on avoiding common errors and issues.

Explore side channel analysis and fault injection attacks on modern systems using low-cost hardware like FPGAs. Learn about powerful techniques once reserved for governments and researchers.

Learn to store and retrieve data in Arduino's non-volatile EEPROM memory. Explore practical applications, implementation techniques, and advantages over SD cards for certain data logging scenarios.

Explore the evolving landscape of memory technologies, from DRAM and NAND to emerging solutions like MRAM and CXL, understanding their competitive dynamics and future industry implications.

Explore EEPROM-based control signal generation for an 8-bit CPU, translating instruction cycles and register contents into microinstructions, culminating in running a complete program.

Explore open source hardware IoT with Raspberry Pi HATs. Learn design, development, and manufacturing challenges using free tools like KiCAD. Gain insights into technical specifications and getting started guidelines.

Explore secure and trusted boot in OpenBMC, covering hardware root of trust, TPMs, keys, and signing while preserving user freedom to replace firmware securely.