WIRELESS NETWORK ADAPTERS

High-end Wi-Fi 7 for high-demand wireless networks. The Wi-Fi 7 access point LANCOM LX-7500 is synonymous with greater security. and automated operation of Wi-Fi infrastructures. It represents a quantum leap in terms of functionality. high-traffic wireless networks. The use of the Wi-Fi exclusive 6 GHz frequencies and the additional scan radio ensure interference-free operation with minimum latency and maximum data throughput. With its innovative design. the access point can be integrated into any environment and can be put into operation with minimal effort thanks to practical mounting options. you benefit in practice from a speed boost of up to 240% compared to Wi-Fi 6(E). This is due to the doubled maximum channel width (320 MHz instead of the previous 160 MHz) and the increased information density during transmission processes (4096 QAM instead of the previous 1024 QAM) compared to Wi-Fi 6E. The LANCOM LX-7500 thus offers a maximum transmission rate of 19 Gbps aggregated across all frequency bands. More stable transmission quality. Multi-link operation (MLO) automatically uses the frequency band with better quality or even uses two frequency bands simultaneously. Multi-RU & Puncturing effectively mitigates the previously serious consequences of interference signals. This ensures significantly more reliable transmission and reception quality. especially in radio environments with high signal density. Housing design optimized for field use. The design of the LANCOM LX-7500 is the result of our decades of market experience and practical feedback from users. Its wedge-shaped design with a flattened shape ensures a discreet appearance that fits into any environment. With protection class IP50 including rubber sealing of the ports. the access point is dustproof. It also comes with certified fire resistance and low-smoke properties in the event of fire (UL-2043). The compact mounting bracket with mounting lock counteracts opportunistic theft. Specially developed mounting options with the option of using existing drill holes from various manufacturers. as an alternative to accelerated and ergonomic attachment to T-beams on grid ceilings. save time and reduce costs. Our Wi-Fi 7 access points were designed with a clear vision: making professional networks more secure and sustainable and at the same time relieving administrators with a high degree of automation. Discover the holistic technology!. Interference-free use of the 6 GHz frequency band for modern and future applications. Take a seat in the VIP lounge in the Wi-Fi: The LANCOM LX-7500 offers an exclusive Wi-Fi radio field free of interference in the 6 GHz frequency band. 4 and 5 GHz bands can be used by other wireless technologies such as alarm systems or audio applications. the broadband 6 GHz spectrum is intended for exclusive Wi-Fi use. This enables interference-free Wi-Fi connections with minimal latency and maximum data throughput. Fast-response connections and time-critical Wi-Fi applications in particular benefit from this. Reduced overall energy consumption thanks to LANCOM Active Power Control. In light of rising energy costs and the increasing quest for sustainable solutions in society. LANCOM Active Power Control offers the ideal answer for your network infrastructure. cloud-based optimization solution adapts dynamically and reduces the energy consumption of your Wi-Fi infrastructure without compromising operational security. the functionalities of the access points are reduced to a minimum during idle phases. resulting in lower PoE power consumption. Centralized energy monitoring provides you with transparency about your energy consumption. Carpooling in the radio field – OFDMA for more efficient data traffic. Orthogonal Frequency Division Multiple Access (OFDMA) also aims to optimize the use of the radio field: The frequency range of a Wi-Fi channel is divided into several frequency blocks within a unit of time. creating sub-channels (sub-carriers) with a narrow channel width of up to 2 MHz. This prevents small data packets. which often originate from IoT devices. from taking up and blocking an entire channel with a width of 20. the LX-7500 bundles several sub-channels and transports them together like a kind of carpool to enable the freest and smoothest possible radio traffic. Flexible operation via LANCOM Management Cloud. modern web interface or WLAN controller. Choose freely between operation via the LANCOM Management Cloud. stand-alone via WEBconfig or a WLAN controller! In cloud mode. the LANCOM LX-7500 becomes part of a user-friendly. holistic and automated network management system. Even in stand-alone operation. the LX-7500 offers fast configuration and comprehensive management and monitoring thanks to the intuitive. clear web interface of the new WEBconfig. management can also be selected centrally via a WLAN controller. Dual PoE-in ensures greater reliability and investment protection. The LANCOM LX-7500 can be operated flexibly on each of the two PoE ports (10GE / 2. 5GE) via Power over Ethernet (PoE) according to IEEE 802. For unrestricted operation. a corresponding PoE switch in accordance with IEEE 802. also known as a PoE++ switch. The dual PoE-in functionality enables the simultaneous use of both PoE ports in order to create power supply redundancy in addition to data redundancy. Maximum reliability is achieved by redundant cabling of the LANCOM LX-7500 to one PoE++-capable port on each of two independent IEEE 802. the dual PoE-in technology is suitable for bundling the power supply of two PoE+ (IEEE 802. 3at) switches to provide sufficient power for unrestricted operation of the LANCOM LX-7500. you can easily immerse yourself in the world of the Internet of Things (IoT). Support for Bluetooth Low Energy (5. 0 opens up many possibilities for you to communicate with modern BLE sensors in devices or objects and to use innovative applications such as asset tracking or digital signage. You can easily operate solutions for electronic shelf labels and other IoT applications via the optionally available LANCOM Wireless ePaper USB. Maximum data transfer rate (2.