Optimizes Operating Channel
Although theoretically channels 1, 6 and 11 of the 2.4 GHz operating band shouldn’t overlap, in practice there is cross-channel interference that affects receiver performance, especially in noisy, high-density environments. For example, a typical AP operating on channel 6 also hears RF from channels 1 and 11, because the typical AP has a generic filter that only filters out any non-2.4 GHz interference – all 2.4 GHz frequencies are still allowed in.
When the UniFi® AP-Outdoor+ operates on the selected channel, its Multi-Lane®RF technology specifically eliminates the other channel frequencies, creating a clean spectrum with minimal noise.
More Capacity – More Performance
Multi-Lane®RF technology adds 30+ dB of adjacent channel rejection through the active filter design, so the UniFi® AP Outdoor+ can achieve up to double or triple the performance of a typical AP in a high-density environment.
Manage Your Networks from a Single Control Plane
The UniFi®Controller can be accessed through any device using a web browser. A single UniFi Controller running in the cloud can manage multiple sites: multiple, distributed deployments and multi-tenancy for managed service providers.
Intuitive and Robust Configuration, Control and Monitoring
The UniFi® Controller enables the administrator to instantly provision and configure thousands of UniFi APs, allowing for quick, simple management of system traffic.
Remote Firmware Upgrade
Save time and effort by remotely upgrading device firmware.
Users and Guests
Keep track and control access of specific users and guests connected to your network(s).
Guest Portal/Hotspot Support
Easy customization and advanced options for Guest Portals include authentication, Hotspot setup options and the ability to run as an external portal server. Take advantage of UniFi’s rate limiting for your Guest Portal and Hotspot package offerings. Apply different bandwidth rates (download/upload), limit total data usage and limit duration of use — all with billing integration and voucher-based authentication.