TP-Link CPE710 5GHz 867Mbps 23dBi Outdoor CPE
Overview
The CPE710 is a 5GHz outdoor customer premises equipment (CPE) radio designed for point-to-point (PtP) and point-to-multipoint (PtMP) wireless bridge deployments. It operates on IEEE 802.11a/n/ac standards and delivers 867 Mbps throughput, making it suitable for site-to-site connectivity, backhaul links, or extending network coverage to remote locations where fiber or copper runs are impractical. The 23 dBi directional antenna provides focused coverage over longer distances, reducing interference and improving link reliability in congested RF environments.
Deployment Fit
Deploy this unit where you need to establish a wireless bridge between two fixed points or serve multiple remote clients from a central base station. The pole-mountable form factor accommodates standard 1.5-inch pipe mounts. Typical scenarios include warehouse-to-office backhaul, temporary site connectivity during network reconfiguration, or last-mile access to buildings without existing network infrastructure. The 5GHz band avoids 2.4GHz saturation common in urban and industrial environments.
Compatibility & Integration
The CPE710 integrates with TP-Link's broader outdoor wireless ecosystem and third-party equipment supporting IEEE 802.11ac. It operates as a standalone access point or bridge; pair it with another CPE710 for symmetric PtP links, or deploy multiple units as clients connecting to a central base station. Verify RF line-of-sight and antenna alignment before installation—directional designs are unforgiving of obstruction or misalignment. Use appropriate outdoor-rated cables and surge protection on both the power and network ports to protect against lightning strike.
Operating Conditions
Confirm pole-mounting surface can withstand wind load from the directional antenna array. Position antenna with clear azimuth and elevation paths to the remote site. Account for Fresnel zone clearance—even partial obstruction degrades throughput. Apply PoE power from an outdoor-rated injector or switch with appropriate surge suppression. Budget sufficient power delivery to handle peak current draw during active transmission.
