LigoWave Point to Multi PointWireless Bridge
LigoWave Point to Multi Point Wireless Bridge is a powerful and easy-to-use solution that can help you share your Internet with all of your buildings. The LigoWave Wireless Bridge kit includes everything you need to connect your Starlink system to multiple buildings properly, and it’s easy to set up and use. With the LigoWave Wireless Bridge, you’ll be able to extend your Internet to all of your buildings, ensuring that everyone has access to high-speed internet. And because the LigoWave Wireless Bridge is so easy to use, you’ll be able to get started sharing your Internet connection with all of your buildings in no time. So if you’re looking for an easy way to share your Internet connection with all of your buildings, the LigoWave Wireless Bridge is the perfect solution.
The LigoWave PTMP Outdoor Wireless Bridge Kit is the perfect solution for providing reliable, high-speed wireless connectivity in outdoor environments.
This kit includes a LigoWave access point, and antenna designed to provide up to 360° coverage.
The radios feature a rugged, weatherproof design that is capable of withstanding extreme temperatures, wind, and rain. The kit also includes PoE injectors, mounting brackets, and power cords.
With the LigoWave PTMP Outdoor Wireless Bridge Kit, you can easily create a reliable, high-speed wireless bridge that is capable of providing coverage up to 1km.
This kit is perfect for providing wireless connectivity in outdoor environments, such as parks, campgrounds, and other remote locations.
LigoWave LigoDLB 5-15AC Radio
The LigoWave LigoDLB 5-15AC Radio is a 5 GHz high-capacity wireless device. It features 500+ Mbps throughput – a result of a powerful hardware platform with 802.11ac technology-based radio and a proprietary data transmission protocol (iPoll). Incorporating a QCA 9563 CPU (750 MHz), a QCA 9882 radio and 64 MBytes of RAM, and 16 MBytes of flash memory, the LigoDLB 5-15 ac series devices are an ideal solution for capacity-demanding applications.
State-of-the-art RF design with great output power and sensitivity parameters improves range and capacity over the highest modulation – 256 QAM. The 24V Gigabit Ethernet port (passive PoE) allows utilizing the full capacity of the radio when used in a point-to-point or point-to-multipoint network design. LigoDLB ac series devices are backward compatible with LigoDLB devices using iPoll mode, which helps to expand or upgrade existing networks using the latest technologies over time.
Integrated dual-polarized directional panel antenna Gain 15 dBi
10/100/1000 Base-T, RJ45
158 mm (6.2 ‘’), 97 mm (3.8 ‘’), 38 mm (1.5 ‘’) Weight 185 g (0.4 lb) Mounting Pole mounting bracket included
Power supply 24 VDC passive PoE (AC to 24 VDC adapter is included in the package) Power source 100 – 240 VAC Power consumption (max) 10 W
Environmental Operating temperature
-40°C (-40 F) ~ +65°C (+149 F) Humidity 0 ~ 90 % (non-condensing)
Frequency range 5.1 – 5.9 GHz
Gain 15 dBi
Polarization Dual linear
Cross-pol Isolation 21 dBi
Azimuth beamwidth (H pol) 35 deg
Azimuth beamwidth (V pol) 35 deg
Elevation beamwidth 35 deg
ARC Wireless ARC-OA5813SD1 ARCFlex 5.1-5.9GHz 13dBi Dual Pol Omni
- 2×2 Dual Polarity MIMO omnidirectional antenna
- 360 Degree Coverage
- High gain, low cost circuit design
- Manufactured under strict US quality control procedures
- Low profile and rugged design for outdoor use
LigoWave DLB-5AC 5 GHz PTMP Radio, 500+ Mbps, Ext. ant.
Cost-Effective Wireless Device with External Antenna Support
Equipped with a 750MHz QCA 9563 CPU, a QCA 9882 radio, and 64MB RAM/16MB Flash Memory, the LigoDLB 5ac brings efficiency to the next level.
The state-of-the-art RF design with N connectors for external antennas delivers great output power, improves range, and enables capacity over 256QAM.
+500Mbps of throughput—the result of a powerful hardware platform with an 802.11ac technology-based radio and the iPoll proprietary data transmission protocol.
The LigoDLB ac Series is backward-compatible with LigoDLB using iPoll, extending the lifetime of DLB devices and making network expansion and upgrading straightforward and inexpensive.