LigoWave DLB-5-90ac 5 GHz Base Station with Integrated Antenna (DLB-5-90AC)

The DLB-5-90ac 5 GHz Base Station with Integrated Antenna from LigoWave delivers a 500 Mb/s throughput, via the 802.11ac technology-based radio up to 3.1 miles, and features the iPoll 3 data transmission protocol. The DLB-5-90ac incorporates a 750 MHz QCA 9563 CPU and a QCA 9882 radio. It features 6MB of RAM and 16MB of flash memory, making it ideal for capacity-demanding applications. The 24V Gigabit Ethernet port allows utilizing the full capacity of the radio when used in a point-to-multipoint network design. The DLB-5-90ac is backwards compatible with Ligo DLB devices using iPoll mode, which enables you to expand or upgrade existing networks.

Protective Form Factor: The unit has an IP66 weather protection rating, and no metal parts, designed to make it lighter and corrosion-resistant.

Adjustable Mounting Bracket: The mounting bracket consists of two parts which allow you to tilt the device up and down when installing on a pole. It also includes a metal strap, designed to further secure the device.

Integrated Surge Protection: 3kV line-to-ground and 1kV line-to-line protection allows operation under harsh weather conditions and unstable electrical installations.

Pole Mounting: Allows you to tilt the device Up, Down, Right and Left.

Hotspot Scenario Support: Infinity firmware can be used on LigoDLB device for outdoor hotspot and related applications. The firmware upgrade converts the DLB base station from a PTP/PTMP device into an access point for outdoor hotspot networks.

iPoll 3: The iPoll PTMP protocol is designed to eliminate transmission congestion and close-cluster interference created in wireless PTMP installations.

LigoWave OS: The LigoWave OS includes IPv6 Bridge & Router Support, SSDP & Bonjour Device Discovery Options, Flexible Traffic Shaping, DHCP Option 82, and more. The user interface is built on HTML5 with responsive design. The LigoDLBac Series are backward-compatible with LigoDLB devices through the iPoll 3 Proprietary Protocol.