Ethernet Surge Protector - Generation 2
Ethernet to Ethernet Grounded ESD Protection
The ETH-SP is engineered to protect any Power‑over‑Ethernet (PoE) or non‑PoE device with connection speeds of up to 1 Gbps.
Model: ETH‑SP‑G2
ESD Protection for Outdoor PoE Devices
Damaging electrostatic discharge attacks and surges are diverted to the ETH-SP and safely discharged into the ground, so network devices are protected.
Additional ESD Protection
All Ubiquiti® airMAX® devices are equipped with built-in ESD protection, so the ETH‑SP adds another layer of protection to your outdoor, high-speed network.
Plug and Play Installation
Connect the ground and Ethernet cables in between your network devices.
ESD Protection for Outdoor High-Speed Networks
Introducing the next generation Ethernet Surge Protector, model ETH-SP-G2, from Ubiquiti Networks. The ETH-SP-G2 is a cost-effective solution for protecting outdoor Ethernet devices from damaging electrostatic discharge and surges. Since all Ubiquiti® airMAX® devices already have robust ESD protection built in, adding the ETH-SP-G2 to the installation provides an additional layer of protection to the network.
The ETH-SP-G2 is engineered to protect Power-over-Ethernet (PoE) or non-PoE devices with connection speeds of up to 1 Gbps. Two passive, surge-protected RJ45 connections provide maximum equipment compatibility.
Ideal for WISP Networks
All Ubiquiti airMAX devices are equipped with ESD protection. However, to protect outdoor devices, and to meet certain local code requirements, installing the ETH-SP-G2 is essential.
For example, to guard against costly service calls, and to help your subscriber installations meet code requirements, install two ETH-SP-G2 devices: one near the CPE, and the other at the entry point to the building. Damaging ESD attacks and surges will be absorbed by the ETH-SP-G2 devices and safely discharged into the ground.
Fast Installation
The ETH-SP-G2 was designed for easy, plug and play installation:
1. Attach the ETH-SP-G2 to a grounded pole.
2. Drill a pilot hole into the pole.
3. Fasten the ground screw.
4. Connect the Ethernet cables.
