Product details
A robust outdoor model that can provide coverage throughout the heat of summer and the coolest of winters
Outdoor - Wall/Pole
- Centralized cloud-based management, with intuitive web and app-based interface
- Dual-band wireless speeds offer a formidable 1267 Mbps throughput
- Slice through congestion with better handling of multiple connections thanks to IEEE 802.11ac Wave 2 wireless
- 2 x 2 MU-MIMO Antenna with two spatial streams handles simultaneous connections more efficiently
- Supports WPA3™ - the latest WiFi security for more protection
- Band Steering pushes 5 GHz capable devices onto the faster band
- Beam-forming tracks devices, giving better connectivity while on the move
- Create a secure guest network with social login amongst other authentication options
- Supports Power over Ethernet for simpler installation with less cable clutter
- With Zero Touch Deployment, deployment is flexible and fast: get online in no time
- IP55-rated water-resistant and dust-resistant housing
- Delivers powerful Wi-Fi, even in extreme temperatures (-40 to 50°C)
Features To Supercharge Your Wi-Fi
The DBA-3620P comes packed with features to maintain super-fast data speeds, even at peak usage times.
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Band Steering
The 5 GHz band is the fast lane of your Wi-Fi. Band Steering automatically drives capable devices such as smart phones or tablets onto the 5 GHz band, delivering them a better experience, especially in situations such as HD video streaming or VoIP.
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MU-MIMO
This feature is the ultimate weapon in handling congestion by being able to support more simultaneous streams of data. Your Access Points can serve more people at the same time. That’s less waiting time all round.
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Load Balancing
Redress the balance with Load Balancing. Connections are shared out fairly to surrounding Access Points, avoiding any single point in your Wi-Fi becoming overwhelmed. The result? A steady, consistent connection for every user.
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Beam-forming
Beam-forming technology continuously optimizes the wireless signal, focusing and it towards receiving devices and following them. This adaptive beam-forming enhances spectral efficiency and link quality.