Hitron HTEM5 MoCA 2.5 Adapter Kit 2.5Gbps Ethernet
Product description
This MoCA adapter kit converts existing coax outlets into a fast, wired backhaul for mesh WiFi, streaming and gaming, bringing multi-gigabit performance to rooms without Ethernet drops. With support for up to 2.5 Gbps according to the manufacturer, the Hitron HTEM5 kit reduces latency and stabilizes connections for 4K/8K video, online gaming and bandwidth-hungry smart home devices.
Key Points
The kit contains two MoCA 2.5 adapters that work with your current modem and router to extend wired Ethernet over the coaxial cabling already in the home. Setup is largely plug-and-play once you confirm that your coax network uses a main splitter that supports the required frequencies. Note that MoCA technology is most effective in homes originally wired for cable TV and may not function with satellite wiring.
Technical Specifications
- Name: Hitron HTEM5 MoCA 2.5 Adapter Kit (2-Pack)
- Throughput: 2.5 Gbps (MoCA 2.5, manufacturer specification)
- Included items: 2 adapters, 2 Ethernet cables, 2 coax cables, 2 power adapters
- Latency: ~3 ms (manufacturer figure for low-latency performance)
- Frequency requirement: Splitter must support 1125-1675 MHz for full operation
Usage Recommendations
Before plugging in the adapters, verify that all coax runs connect through a main MoCA-compatible splitter that supports the 1125-1675 MHz band. For setups that include a cable modem, a high-split configuration or a Point of Entry filter may be needed to avoid interference. Place one adapter near the router and the other where you want a wired Ethernet connection for a simple way to add a reliable backbone for mesh systems and gaming consoles.
Advantages
The kit allows you to avoid running new Ethernet cabling while gaining near multi-gig speeds and lower jitter compared to WiFi alone. It works with routers that do not have built-in MoCA, so you can add wired links without replacing existing network equipment. Consider that homes wired for satellite TV are likely incompatible, and actual performance depends on coax quality, splitter compatibility and upstream network speeds.