Maintenance-free, mission-critical connectivity — 100 m+ Bluetooth and 2 km DECT NR+, powered by self-generating technology. We bridge complex protocols and practical deployments where connectivity cannot fail.
Our technology stack combines short-range and long-range wireless with energy that generates itself — so networks stay reliable without batteries, base stations, or SIM cards.
Networked Lighting Control over Bluetooth Mesh — provisioning, scenes, scheduling and energy monitoring from a phone, scaling to 1,000+ nodes.
ETSI DECT-2020 NR standard on license-exempt spectrum — self-healing, decentralized mesh built for up to a million nodes per square kilometre.
Battery-free switches and sensors harvest kinetic and ambient energy — no wiring, no batteries, zero maintenance across the whole deployment.
Constant-voltage and constant-current dimming with Bluetooth NLC, driven by self-powered wall switches. From commercial fixtures to city-wide street lighting.
Long-range, license-exempt DECT NR+ backhaul for dense industrial and smart-city environments — where walls, distance and node counts break conventional wireless.
From lighting-control silicon to a 5G DECT NR+ stack and thermal sensing — all engineered around the same wireless core.
Bluetooth NLC dimmers, battery-free wireless switches, and the ER0 / ER0S EdgeBox gateways that bridge lighting, Modbus and the cloud.
An ETSI-compliant DECT-2020 NR MAC stack for long-range, ultra-reliable sensor networks — FTDMA scheduling, sub-1 ms control, no base stations.
The CT11-USB uncooled thermal camera core — 640×512 LWIR, plug-and-play over a single USB connection, NDAA §889 compliant.
Pilot projects across demanding real-world environments — from semiconductor fabs to highway infrastructure.
FL Semiconductor LLC is a wireless-semiconductor company based in Kissimmee, Florida, bridging legacy industrial protocols and modern wireless mesh — with materials and expertise from the US, Norway and Taiwan.
Tell us about your smart-city, industrial or lighting deployment — we'll help you scope the right wireless architecture.