Armbian
Forget third-party utilities: meet Armbian Imager
Armbian Imager eliminates the guesswork from flashing SBC images. Real-time board detection, persistent caching, and built-in safety make installation fast, simple, and risk-free
Armbian
Armbian Imager eliminates the guesswork from flashing SBC images. Real-time board detection, persistent caching, and built-in safety make installation fast, simple, and risk-free
build-system
Power problems are one of the most common causes of instability, boot failures, or random restarts in single board computers (SBCs). Because many modern boards use USB-C connectors for power, it’s important to verify that your power supply is delivering the correct voltage and current before assuming there’s
Armbian
Thermal pads are convenient, but thermal paste can drop your SBC's temperature by 5-8°C under load. Learn why switching to paste creates better heat transfer and prevents throttling, especially during intensive tasks.
Armbian
SBCs operate safely up to 80°C but throttle at 85°C. Keep temperatures under 70°C with heatsinks, airflow, and monitoring for optimal performance and longevity.
SPI
SPI flash stores critical bootloader firmware on SBCs, ensuring faster and more reliable boot processes than SD card-based systems.
Armbian
Test different Armbian kernels safely by using multiple SD cards. Just swap and reboot without risking your stable system.
storage
From convenient microSD cards to high-speed NVMe drives, discover which storage solution will make or break your SBC project's performance and reliability.
troubleshooting
Essential troubleshooting guide for Armbian SBCs covering power supply issues, storage failures, network problems, and serial console debugging to quickly restore system functionality.
SBC
Why heatsinks are essential for SBC performance and longevity.
power supply
Why choosing the correct input voltage and stable power supply is important for your single board computer's reliability.
embedded
The SBC and embedded computing market is projected to reach $3.6 billion by 2030, growing at 6-7% annually. ARM systems dominate with 40% market share, while RISC-V emerges as a compelling open-source alternative.