R0K13A - Aruba AP-387 (RW) 802.11ac/ad 802.3at POE Dual 5/60 GHz Integrated Antenna Outdoor Radio

Product Description

Overview

• Weatherproof and temperature hardened, the Aruba 387 Series Outdoor Access Points deliver greater than one Gigabit per second aggregate throughput. It supports distances up to 400 meters (1/4 mile) and provides resilient operation in inclement weather. And, ease of deployment dramatically simplifies the skills needed to deploy point-to-point connections. One of the unique offerings of the Aruba 387 AP is it provides a 5GHz 802.11ac radio along with a high-performance 60GHz 802.11ad radio. This feature provides a throughput boost in good conditions and intelligent fallback for the 60GHz when conditions are unfavorable. Use cases range from connecting remote buildings to providing high bandwidth to a temporary event site. Point-to-point solutions offer an attractive option for linking two sites where a right of way is difficult to obtain, to provide a backup for existing fiber connections, or as a recovery link in the event of a line cut or crushed or flooded conduit.

Features

• IEEE 802.11ad allows the autonomous formation of links. A coarse alignment of the radios is done and then the link is intelligently adjusted for optimal performance by both ends.
• The dual radio in good conditions provides a boost in throughput. When weather conditions warrant it, the AP intelligently falls back to the 5GHz radio.
• A unique feature of Aruba 387 Series Outdoor Access Points is its dual radios: a 5GHz 802.11ac radio along with a high-performance 60GHz 802.11ad radio.
• The access point is sealed to keep out airborne contaminants. All electrical interfaces include industrial strength surge protection.
• Purpose-built to survive in the harshest outdoor environments, the Aruba 387 Series Outdoor Access Points can withstand exposure to extreme temperatures changes and persistent moisture and precipitation.
• Aruba 387 Series Outdoor Access Points dramatically simplifies deployment compared to other point-to-point solutions.
• If heavy winds were to move the APs, the link would intelligently self-adjust without the need to send skilled resources to realign them.