Siklu EtherHaul 60GHz PtP Point to Point Radio Back-Haul CPE 1GBps- EH-600TX

The Siklu EtherHaul-600TX (EH-600TX-ODU-PoE) 60GHz point-to-point radio delivers a future-proof 1Gbps capacity to any street level application. Operating over the unlicensed 60GHz band, this palm-sized radio provides predictable, consistent and reliable connectivity, and is easily installed on any kind of street furniture such as a sign post or street light.

The unlicensed 60GHz V-band spectrum is uncongested, even in dense urban areas thanks to pencil thin beam widths, V-band radios guarantee no interference and high reliability. The EH-600TX has 11 non-overlapping full-capacity channels that are user selectable. In addition, the non-linear high attenuation of the 60GHz spectrum is utilised for optimal matching of link length and selected channel. This results in unmatched frequency reuse capabilities, making it the most scalable solution on the market for dense deployments.

Typical Applications:

• Safe/Smart City Networks
• Business Broadband
• Wi-Fi Hotspot Backhaul
• Gigabit to the Home
• Small Cell Backhaul

Easiest Installation & Management- Almost any installer can deploy the EH-600TX regardless of previous telecommunications expertise. Physical installation with out-of-the-box 8-levels of QoS aware Ethernet services typically takes just 15 minutes. Optional advanced configuration is available via an intuitive web GUI, while additional services may be remotely activated.

Robust & Future-Proof- The all-weather IP-67 sealed radio guarantees carrier-grade performance under even the harshest weather conditions. The combination of high capacity and low latency, along with the integrated switch and extra ports enables deployment in ring, mesh or extended cascading, with fewer aggregation units needed.

Field Proven Technology- The EH-600TX incorporates Siklu's integrated all-silicon technology, which increases reliability while reducing size and cost. The result is a palm sized radio with a proven 90-year MTBF (mean time between failures).