Integrated 2.4 GHz (2x2) MiMo radio
28 dBm output power
2 x internal omni-directional antennas
Powerful operating system
3 x Ethernet ports
Suspended ceiling mount, wall/ceiling mount, pole mount
Free WNMS (Wireless Network Management System)
COPYRIGHT ©2016 LIGOWAVE
The NFT 1N/ 1N AF are indoor WI-FI access points based on 802.11N technology with integrated
2.4 GHz (2x2) MiMo radios boasting an output power of 28 dBm. 3 Ethernet ports allow connecting
multiple devices to the access point. The NFT 1N model is powered with a 12-24V passive PoE
adapter and the NFT 1N AF model supports the 802.3af standard, which allows powering the
device using a PoE switch.
WNMS is a FREE enterprise grade Wireless Network
Management System. LigoWave’s comprehensive network
management system supports several thousand of nodes.
Multiple networks may be maintained and monitored
using one server. A rich feature set helps to diagnose
network problems effectively, visualize networks on a map,
perform scheduled firmware upgrades automatically, track
states of devices, get failure alerts, and collect statistics.
WNMS is available as a stand-alone version for Linux and
Windows servers, as a cloud-based system and as a mobile
application for Android devices.
The indoor access point runs the Infinity OS - a highly
functional and easy to use operating system. This powerful
and flexible operating system ensures flawless operation of
LigoWave hardware devices and effortless setup for those
deploying the networks.
Responsive HTML 5 based GUI
128 concurrent clients
8 virtual networks (SSID+VLAN)
LigoWave access points have an integrated mobile
device detection feature. Any device within range can
be logged with MAC address and date / time without
any user interaction. The data is exported in real time
and can be used to enhance the services of enterprise or
managed service providers by importing it to their own
application. An API is available upon request. There are
several technology partners already using the functionality
including Cloud4Wi and Socifi