Edge AIThe Mainline NPU Driver on RK3588, and What It Cannot Do Yet
The mainline NPU driver for RK3588 is real, in drivers/accel since Linux 6.18. What it does, what it does not, and where…
On-device and edge AI for embedded Linux engineers: accelerators and NPUs, model runtimes and quantization, federated learning, and the systems engineering behind deploying AI at the edge.
Edge AIThe mainline NPU driver for RK3588 is real, in drivers/accel since Linux 6.18. What it does, what it does not, and where…
Edge AISpeculative decoding speeds up on-device LLM inference by amortizing the memory-bandwidth cost of decoding. Here is how it works and where it…
Edge AISelf-learning edge AI comes in three technical forms. How each one works, and where each stands today.
Edge AIEdge AI in automotive and industrial systems runs beside a deterministic, safety-critical control loop. How real-time Linux, TSN and mixed criticality help.
Edge AITinyML vs Edge AI on Linux is not a TOPS comparison. It is a choice of machine. A decision guide, the measured…
Edge AIWhy 4-bit weight quantization is a memory-system problem: DRAM bandwidth, unified memory on Jetson, kernel fusion, and the real accuracy and speed…
Edge AILLM inference from flash: how to run a model larger than your DRAM by streaming weights from storage, explained for embedded engineers.
Edge AIWhere edge AI heads by 2035: AI-native 6G networks, neuromorphic silicon, the EU AI Act, and a ten-year roadmap for embedded Linux…
Edge AIThe embedded Linux stack for edge AI — Yocto, runtimes, secure OTA — and federated learning with Flower to improve models across…
Edge AIEdge AI in 2026: where the market and silicon stand — NPUs and TOPS tiers, quantization, and the power spectrum, for embedded…
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