Wireless Access Point Lancom LX-7200, tri-band 2.4/5/6 GHz, up to 9600 Mbps, PoE, white

The LANCOM LX-7200 is a tri-band Wi‑Fi 7 access point designed for medium-density, future-proof wireless networks. It operates on 2.4 GHz, 5 GHz and the exclusive Wi‑Fi 6 GHz band, delivering a maximum aggregated throughput of up to 9.6 Gbps. The device includes PoE power, a 2.5 Gbit and a 1 Gbit Ethernet port, integrated BLE 5.4, and a USB interface for connecting external radio modules such as electronic shelf label (ESL) solutions. Its compact, dust-resistant housing (IP50) and theft-resistant mounting plate are intended for retail and other public environments.

Advantages

The LANCOM LX-7200 provides higher real-world speeds and lower latency through Wi‑Fi 7 enhancements (wider channels, higher QAM and extended 6 GHz spectrum). Triple-band operation and Multi-Link Operation (MLO) improve transmission reliability by using the best or multiple bands simultaneously. Built-in BLE 5.4 plus support for external USB radio modules enables flexible ESL and IoT deployments. The device also features centralized energy monitoring and LANCOM Active Power Control to reduce overall power consumption during idle times, while automated provisioning and LANCOM Management Cloud compatibility simplify deployment and management.

Suitable for

Key specifications

How to use

Mount the LX‑7200 using the included mounting plate or optional ceiling bracket and connect it to a PoE+ enabled switch or injector via the 2.5 Gbit Ethernet port. For basic operation choose stand‑alone mode and configure using the WEBconfig interface, or register the device in the LANCOM Management Cloud for automated provisioning, monitoring and updates. If required, connect compatible USB radio modules for ESL vendors (such as SoluM, Hanshow or VUSION) and enable BLE functionality for additional IoT services.

Recommendations

Deploy the LX‑7200 in locations where the exclusive 6 GHz band can be leveraged for interference‑free, low‑latency connections (for example, checkout areas, self‑checkout lanes or zones with time‑critical client applications). Use LANCOM Active Power Control in environments with varying usage patterns to reduce energy consumption while maintaining service availability.