Multi-Camera MIPI Vision Design: Matching Interfaces, Bandwidth and Compute
In machine vision projects the camera count is usually fixed during requirements, but bandwidth rarely gets calculated first. The result is a board that drops frames…
In machine vision projects the camera count is usually fixed during requirements, but bandwidth rarely gets calculated first. The result is a board that drops frames…
Between the “6 TOPS” on a specification sheet and the frame rate you actually get lies an entire toolchain. Plenty of teams buy an RK3588 board only to discover that…
The most overlooked thing about entry-level TV boxes is that users do not care about the SoC model at all. They care whether it boots quickly, whether the apps they…
The dividing line between an industrial router and a consumer one is not the number of antennas. It comes down to three things: whether you can flash your own firmwa…
Over the past two years, “keep your own data” has moved from a hobbyist habit to a practical requirement for small teams and households alike. Rate limits, price cha…
fnOS ARM support covers the RK3528 family. What an RK3528 board can do once flashed, how to flash it, and the pitfalls to avoid.
The full path to running ARM fnOS on an RK3566 box or dev board: picking an image, line-flashing, moving the system to disk, and four mistakes that brick devices.
Both are low-power Rockchip ARM platforms, but their fnOS image ecosystems, expansion and best-fit use cases differ. Check this before you choose.
Turning a development board into a shippable device crosses the “deep water” of engineering. This article walks through certification, thermal design and supply chain — the practical path from prototype to mass production. 1. Certification First Industry-facing devices often require CCC, CE, FCC or similar. Reserve certification margin at the carrier-design stage (EMC filtering, grounding, […]
In the 2026 embedded and edge-computing market, the Rockchip RK3588 remains the benchmark SoC for high-end development boards and industrial mainboards. Built on an 8nm process, it integrates an octa-core 4×Cortex-A76 + 4×Cortex-A55 big.LITTLE architecture with a dedicated 6TOPS NPU, balancing general compute with on-device AI inference across commercial displays, edge gateways and AI vision […]