Wireless Access Point Lancom Systems LX-7200E — tri-band 2.4/5/6 GHz, up to 9600 Mbps, PoE, multi-gig LAN

The Lancom Systems LX-7200E is a tri-band Wi‑Fi 7 access point that operates simultaneously on 2.4 GHz, 5 GHz and 6 GHz to deliver high-capacity wireless connectivity for indoor, high-density environments. Designed for retail, hospitality, campuses and office deployments, the LX-7200E combines multi-gig Ethernet, Power over Ethernet and integrated digital-signage radio capabilities to support fast data transfer, low latency and reliable device connectivity. The unit supports enterprise-grade security standards and offers flexible management options via cloud, web interface or WLAN controller.

Advantages

The LX-7200E provides a large aggregated throughput across three bands, a dedicated 2.4 GHz radio module for direct communication with compatible digital displays, and BLE 5.4 plus USB 2.0 support for wide IoT and ESL compatibility. Multi-link operation and enhanced modulation improve transmission stability in dense radio environments, while OFDMA and other channel management features increase spectral efficiency. The access point also supports energy-saving functions including centralized power monitoring and LANCOM Active Power Control to reduce PoE consumption during idle phases.

Suitable for

• Retail environments with electronic shelf labels and digital signage
• Office and campus areas with high device density
• Hospitality venues requiring low-latency guest and operational Wi‑Fi
• IoT and asset-tracking deployments using BLE sensors
• Environments needing integrated, tamper-resistant ceiling or wall mounting

Key specifications

• Tri-band operation: simultaneous 2.4 GHz, 5 GHz and 6 GHz
• Maximum aggregated data rate up to 9600 Mbps across all bands
• Per-band performance examples: 2.4 GHz ~688 Mbps; 5 GHz ~2882 Mbps; 6 GHz ~5765 Mbps
• Wi‑Fi standards: includes IEEE 802.11be (Wi‑Fi 7) and backward compatibility with previous 802.11 standards
• Multi-user MIMO and OFDMA support for efficient multi-client operation
• Multi-link operation (MLO) and advanced modulation (4096 QAM) for improved reliability
• Integrated 2.4 GHz radio module for digital signage and ESL communication
• BLE 5.4 support and USB 2.0 for external radio modules or IoT peripherals
• Ports: one 2.5 Gbps Ethernet with PoE+ support and one 1 Gbps Ethernet port
• Power: Power over Ethernet (PoE) support and power-saving mode via central management
• Housing: protection class IP50 and compliance with UL 2043 for ceiling use
• Mounting: theft-resistant design and flexible mounting plate for ceiling or wall installation
• Security: WPA2/WPA3 support and AES-CCMP/GCM, TKIP encryption options
• Management: cloud management, WEBconfig and WLAN controller support

How to use

Install the LX-7200E on a ceiling or wall using the supplied mounting plate and connect the primary Ethernet port to a PoE+ enabled switch to provide power and network access. Configure basic wireless settings, security profiles and IoT interfaces through the LANCOM Management Cloud, WEBconfig or a compatible WLAN controller according to your network policy. For digital-signage or ESL integration, enable the integrated 2.4 GHz radio module or connect supported external USB radio modules and register compatible displays or labels in the signage management system. Monitor device status, energy consumption and RF performance through the chosen management platform and apply firmware updates as provided by the vendor.

Usage recommendations

For best results in retail and high-density scenarios, place access points to ensure even coverage and minimal overlap on the same channels; enable Multi-Link Operation and Active Radio Control to let the system automatically select optimal bands for client devices. Use the integrated digital-signage radio for compatible displays when you require low-latency, energy-efficient ESL connections and reserve the 6 GHz band for latency-sensitive or high-throughput applications. Regularly monitor power consumption and enable LANCOM Active Power Control to reduce energy use during off-peak hours.