Reititin TP-Link 5GHz 150Mbps 802.11a 802.11n

The 5GHz 150Mbps 23dBi Outdoor CPE605 is a professional-grade directional Cassegrain antenna system designed for long-distance outdoor Wi‑Fi transmission. With a 23dBi high‑gain antenna and a dedicated metal reflector, the CPE605 delivers focused beam directivity, reduced latency and improved noise immunity, packaged in a compact, lightweight box for easier shipping and installation. It supports centralized network management via Pharos Control and offers advanced configuration through the web-based PharOS interface.

Advantages

The CPE605 combines professional performance and practical design: high gain and directional focus for extended range, durable IP65 weatherproof housing with ESD and lightning protection for reliable outdoor operation, and snap‑lock assembly for quick deployment. Integrated Pharos Control enables centralized device discovery, monitoring and firmware upgrades, while TDMA technology and passive PoE support optimize throughput and simplify installation.

Key specifications

• Wireless data rate: up to 150 Mbps (5 GHz)
• Antenna gain: 23 dBi directional Cassegrain antenna
• Frequency band: 5 GHz
• SoC: Atheros MIPS 74Kc 560 MHz
• Enclosure: IP65 weatherproof
• ESD protection: 15 kV
• Lightning protection: 6 kV
• Management: Pharos Control centralized management; PharOS web interface
• MAC/TDMA: TP‑Link Pharos MAXtream TDMA technology
• Power: Passive PoE (power source type: PoE)
• Mounting: pole mount
• Color: white

How to use

Mount the CPE605 on a pole using the supplied fasteners and snap‑lock parts for secure assembly. Orient the antenna toward the remote access point or client device to achieve the best line‑of‑sight and maximum range. Connect power and data using a compatible passive PoE injector and run the Ethernet cable to your network. Use Pharos Control or the PharOS web interface to discover the device, configure wireless parameters, apply TDMA settings if required, and perform firmware updates and monitoring.

Recommendations

For optimal long‑distance links, ensure clear line‑of‑sight, proper antenna alignment, and stable pole mounting. Use surge protection and grounding where local regulations recommend it, and keep firmware up to date through Pharos Control to maintain performance and security.