
Explore Z80 assembly's stack feature for efficient register value storage and retrieval. Learn stack pointer, operations, unusual commands, and shadow registers.

Comprehensive review of Odyssey X86J4125 v2 SBC, featuring Windows 11 and Linux Mint demos, performance tests, and comparisons with previous models. Ideal for tech enthusiasts interested in x86 single-board computers.

Comprehensive review of Orange Pi 800 ARM keyboard computer, including unboxing, specs, internal components, and performance tests with Ubuntu and Manjaro operating systems.

Comprehensive overview of Spectre and Meltdown vulnerabilities, explaining their impact on CPUs, potential risks, and mitigation strategies for enhanced computer security.

Explore the discontinued CHIP single board computer, its features, and setup process. Comparison with modern alternatives like Raspberry Pi Zero W included.

Learn to build a serial interface for the 6502 microprocessor, covering charge pumps, Max232, receiving and sending data, and character transmission.

Learn essential techniques for designing reset circuits and optimizing power supplies in 8-bit CPU systems, enhancing reliability and performance.

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

Explore camera integration in embedded systems using Device Tree and ACPI, covering V4L2 framework, media controllers, and driver implementation for sensors, ISPs, and flashes.

Explore GPIO subsystem changes, including descriptor refactoring, open drain support, and new userspace character device ABI. Learn about hardware descriptions, industrial control applications, and future directions.

Explore NAND framework modernization, addressing limitations, and proposing solutions for improved code factorization and feature support in Linux embedded systems.

Explore ARM system booting, uEFI, and firmware interactions. Learn how layered abstractions simplify distribution challenges and enable convergence of Enterprise and Embedded markets.

Standardizing boot processes for embedded systems using EBBR, a subset of UEFI implementable with U-Boot, to simplify OS distribution and improve compatibility across platforms.

Explore secure boot implementation and OTA updates for embedded ARM devices using UEFI, covering challenges, solutions, and practical integration techniques for robust system security.

Explore embedded Linux ecosystems, UEFI, and platform standards for bootable systems. Learn about architecture, security, and certification in embedded development.

Explore a non-invasive PCIe RAS DES framework for automotive SoCs, covering debug features, error injection, statistics, and software implementation for critical error identification in PCIe data paths.

Explore FPGA connectivity options from UART to PCIe and DMA, covering physical layers, hardware abstraction, and advanced techniques for efficient subsystem design and implementation.

Explore major U-Boot developments including Kconfig migration, UEFI support, and binman. Learn about minor enhancements in areas like IPv6, RISC-V, and device tree schema, concluding with a demonstration.

Exploring pre-auth remote vulnerabilities in NVMe implementation, emphasizing the importance of SCA tools in production pipelines and showcasing discoveries in Linux kernel and NVIDIA.

Explore advanced techniques for extracting digital evidence directly from hardware components, enhancing cybersecurity investigations and data recovery processes.

Explore strategies for maintaining the meta-tegra BSP layer amid major SDK and OpenEmbedded changes, covering bootloader updates, trusted OS transitions, and support for future Jetson platforms.