Bežična pristupna točka TP-Link Omada EAP613, Dual band 2.4GHz/5GHz, WiFi 6, PoE

AX1800 Ceiling Mount WiFi 6 Access Point - Ultra-Fast WiFi 6 Speeds: Simultaneous 574 Mbps on 2.4 GHz and 1201 Mbps on 5 GHz totals 1775 Mbps Wi-Fi speeds. - High-Efficiency WiFi 6: More connected devices can enjoy faster speeds. - Centralized Cloud Management: Manage the whole network locally or from the cloud via web UI or Omada app. - Seamless Roaming: Even video streams and voice calls are unaffected as users move between locations. - Omada Mesh: Enables wireless connectivity between access points for extended range and flexible deployment. - PoE+ Powered: Supports DC (adapter is not included), 802.3at PoE+, and Passive PoE for flexible installations. - Ultra-Slim Design: 160 mm × 33.6 mm elegant design brings more agility. - Secure Guest Network: Along with multiple authentication options (SMS/Voucher, etc.) and abundant wireless security technologies. Easily Upgrade to Business WiFi 6 Network - AX1800 Ceiling Mount WiFi 6 Access Point Ultra-Slim Design Brings More Agility - Exceptional performance with compact design ensures simple WiFi installation while saving space. The elegant appearance makes EAP613 perfectly blend into any modern office, hotel, classroom, or café. Auto Channel Selection and Power Adjustment to Optimize Overall Performance* - Provides powerful wireless performance while significantly reducing WiFi interference by automatically adjusting the channel settings and transmission power levels of neighboring APs in the same network. Easy Deployment & Higher Performance by Omada Mesh, Easy Pairing, Less Wiring - With Mesh technology, Omada EAPs save you from extra wires by wirelessly extending your WiFi signal further and more flexibly to hard-to-wire areas. Optimized Network Performance - Intelligent self-organization optimizes the best path between EAPs while self-healing ensures you stay online even when one AP is disrupted. Always Stay Smooth with Fast Roaming§ - Ensures customers to enjoy uninterrupted streaming when moving around by switching clients automatically to the access points with the optimal signal.