ΟΠΤΙΚΟΑΚΟΥΣΤΙΚΑ ΚΑΛΩΔΙΑ

Fast Wi-Fi 6 for spatially challenging environments. Whenever high-throughput Wi-Fi 6 performance is required in spatially challenging conditions. the LANCOM LX-6212 with external antennas offers optimal Wi-Fi coverage. For even more flexibility. external suspended ceiling. or directional antennas can be connected. With parallel operation in 2. the indoor access point provides reliable Wi-Fi for a medium user density. The integrated USB interface also provides the basis for integrating IoT wireless systems into existing Wi-Fi infrastructures. Dual concurrent Wi-Fi with an aggregated datarate of up to 1. The LANCOM LX-6212 offers the Wi-Fi 6 standard (IEEE 802. 11ax) for fast wireless LAN for clients in the 2. Wi-Fi 6 technology achieves transmission rates of up to 1. 200 Mbps at 5 GHz and simultaneously up to 575 Mbps at 2. 2x2 Multi-User MIMO for downlinks and uplinks. Multi-user MIMO (MU-MIMO for short) simultaneously distributes all of the available spatial streams of the LANCOM LX-6212 between several different clients. rather than one after the other. The available bandwidth is used efficiently and delays in the wireless network are substantially reduced. only usable in the downlink but now also in the uplink as well. Maximum flexibility in antenna alignment. The option of connecting external antennas offers several advantages: The signal direction and coverage can be individually adjusted to increase transmission and reception performance. The four omni-directional antennas included in the scope of delivery enable comprehensive Wi-Fi coverage. while optionally connected ceiling. or directional antennas ensure a precise beam angle. Flexible power supply via PoE or power supply unit. The LANCOM LX-6212 can be operated flexibly on any PoE-powered Ethernet port via Power over Ethernet (PoE) according to IEEE 802. ideally a corresponding PoE switch is used. the access point operates with a power supply unit supplied. Professional IoT support via BLE and USB. you can easily dive into the world of the Internet-of-Things (IoT). 0 opens up many possibilities for you to communicate with modern WLAN sensors in devices or objects and use innovative applications such as asset tracking or digital signage with Wireless ePaper. you can easily operate solutions for digital signage. and IoT applications via the optionally available LANCOM Wireless ePaper USB. Secure integration of external users. Offer your guests a secure and convenient hotspot via the LANCOM LX-6212. The prerequisite for this is that the access point is operated directly on a Public Spot-capable LANCOM device or via the LANCOM Management Cloud. together with a Public Spot-capable LANCOM device in your network. you can be sure that your own network remains separate from the hotspot. Flexible operation via LANCOM Management Cloud. Choose freely between operation via the LANCOM Management Cloud. or a WLAN controller! In cloud operation. the LANCOM LX-6212 becomes part of a user-friendly. and automated network management system. Even in stand-alone operation. the LX-6212 offers fast configuration and comprehensive management and monitoring thanks to the intuitive. clear web interface of the new WEBconfig. management can also take place centrally via a WLAN controller. automated Wi-Fi optimization with LANCOM Active Radio Control 2. and optimizing – that is all it takes to make your Wi-Fi more efficient. even at sites with data-intensive applications. or interfering third-party external networks. The automation solution LANCOM Active Radio Control 2. 0) does exactly that job for you! Even under complex conditions. self-learning optimization of your Wi-Fi installation with improved channel distribution. channel bandwidth utilization. 0 can also prioritize access points that are managed via the LANCOM Management Cloud according to their usage in order to provide capacity exactly where it is needed based on real usage behavior. This saves your IT administrators manual work and gets the best out of your Wi-Fi installation!. Maximum data transfer rate (2.