News And Article

Selecting a high-power wireless module is not simply a matter of choosing the highest transmit-power figure on a datasheet. Read More

This engineering‑focused guide evaluates industrial‑grade WiFi modules for factory robot and IoT mass‑production targeting EU and North‑American markets. Explore common workshop wireless pain points including severe EMI interference, latency jitter, compact housing constraints and export certification risks. We walk through non‑negotiable technical benchmarks for anti‑interference RF performance, deterministic low‑latency transmission, form‑factor selection and stable component supply. Compare LB‑LINK Realtek‑based WiFi 6 / WiFi 7 modules and follow our practical selection workflow plus pre‑mass‑production validation checklist for OEM & ODM hardware projects. Read More

A high-power wireless module can help OEMs build robust video, telemetry, and control links where ordinary short-range connectivity is not enough. Yet transmit power alone does not create a dependable long-distance LoS transmission link. Read More

Industrial and service robots demand stable low‑latency wireless links to transmit sensor data, control signals and high‑definition video streams. LB‑LINK, an authorized Realtek original factory partner, supplies a full portfolio of USB and M.2 form‑factor WiFi 6 / WiFi6E / WiFi7 combo modules optimized for robot applications, supporting anti‑interference 6 GHz band, RF debugging, custom firmware and global compliance certification. Read More

A UAV high-power wireless data link module must do more than extend range. In industrial work, it has to carry the right data at the right time while resisting interference, fitting the available power budget, and integrating cleanly with the host platform. Read More

A high-power wireless module is often considered when an ordinary radio link loses stability before the device reaches its required operating distance. Output power ratings such as 27dBm, 29dBm, and 30dBm can sound like small numerical differences, but they materially affect the RF link budget. Read More