
Building Safe and Concurrent Memory-Mapped Register Access in Rust: The mmreg Journey
Memory-mapped I/O on embedded Linux traditionally requires unsafe pointer arithmetic, manual mmap calculations, and … Continue reading
Showing all posts with tag "Hardware"

Memory-mapped I/O on embedded Linux traditionally requires unsafe pointer arithmetic, manual mmap calculations, and … Continue reading
Decoupling strategies for power integrity covering transient current suppression and multi-frequency design. Continue reading
PCB component placement strategies considering mechanical, manufacturing, and circuit design constraints. Continue reading
EMC-optimized PCB stack-up selection considering signal routing, frequency, and emission requirements. Continue reading
EMC compliance guidelines for PCB layout covering signal integrity, grounding, and radiation management. Continue reading

Comprehensive PCB layout checklist covering footprints, placement, routing, and verification steps. Continue reading

A comprehensive PCB layout review process covering data collection, placement verification, routing analysis, and … Continue reading

Complete board bring-up process covering assembly verification, testing, debugging, and validation steps. Continue reading

Comprehensive 100-point schematic design checklist covering design rules, components, and verification steps. Continue reading

Systematic schematic verification covering requirements, datasheets, power, components, signals, and final checks. Continue reading

Direct memory access with devmem2 can trigger unrecoverable hardware deadlocks on modern SoCs when accessing … Continue reading

While mmreg prevents most system hangs by validating against the kernel's resource map, zombie hardware states—where the … Continue reading