Controlador / XWC1000 Luxul Akitec

Luxul Xwc 1000. Luxul XWC1000, Stand Alone Wireless Controller With an input current of 0.3 A, the Luxul XWC-1000 operates with a maximum power consumption of 8.6 W. The XWC-1000 is compatible with all Luxul standard-power APs, as well as the XAP-12xx and XAP-15xx series of high-power APs—allowing installers to mix and match APs to maximize the performance and budget of each project

Luxul XWC1000 Wireless Controller eBay
Luxul XWC1000 Wireless Controller eBay from www.ebay.com

Network Hardware Luxul XWC-1000 Quick Install Manual The Luxul XWC-1000 is also firmware upgradeable, allowing for future updates and improvements to enhance performance and security

Luxul XWC1000 Wireless Controller eBay

‎Luxul : Series ‎XWC-1000 : Item model number ‎XWC-1000 : Item Weight ‎2.58 pounds : Product Dimensions ‎1 x 1 x 1 inches : Item Dimensions LxWxH ‎1 x 1 x 1 inches : Color ‎Color : Power Source ‎Battery Powered : Manufacturer ‎LUXUL : ASIN ‎B0144D61GA : Is Discontinued By Manufacturer ‎No : Date First Available ‎August. The XWC-1000 works with Luxul standard and high power APs—maximizing the performance and coverage area of each AP while further minimizing With an input current of 0.3 A, the Luxul XWC-1000 operates with a maximum power consumption of 8.6 W.

LUXUL XWC1000 WIRELESS CONTROLLER ONLY. The Luxul 1000 Series Wireless Controller (XWC-1000) provides centralized management for up to 16 wireless access points (APs) The Luxul XWC-1000 Wireless Controller uses Luxul's exclusive Roam Assist™ technology to ensure seamless roaming of mobile client devices within wireless networks that utilize more than one Wireless Access Point (AP), while providing simple, centralized deployment of up to 16 Luxul APs through an easy-to-use setup wizard

Controlador / XWC1000 Luxul Akitec. Wireless controller (8 pages) Luxul XWC-1000 - Wireless Controller Quick Install Guide (article) Controller Luxul XWS-2510 Quick Install Manual The XWC-1000 works with Luxul standard and high power APs—maximizing the performance and coverage area of each AP while further minimizing