Bolton Technical
Bolton Technical Bolton400 coaxial RF cable 50 ft N Male to N Male
A 50-foot coaxial cable with N-Male connectors on both ends, rated for 300 volts and offering 6 dB loss per 100 feet
- Ultra low-loss design keeps signal loss to 6 dB per 100 feet
- 50 foot length with N Male connectors suits booster and antenna runs
- CL3 rated for up to 300 volts in commercial installations
- Triple-shielded construction minimises loss at this cable thickness
- Compatible with all major North American carriers and cellular devices
Bolton400 coaxial RF cable 50 ft N Male to N Male
This 50-foot coaxial cable provides an ultra low-loss connection for 50 Ohm RF systems such as cell phone boosters and WiFi repeaters. It uses N Male connectors on both ends to link antennas, boosters, and other equipment while minimising signal strength loss over the run.
CL3 rated 300-volt cable for in-wall
The CL3 rating allows the cable to carry up to 300 volts, making it suitable for installation inside walls and commercial buildings. Its patented triple-shielded, insulated interior maintains signal quality and energy efficiency without requiring additional protective conduit in many applications.
Lifetime technical support
Every Bolton Technical product ships with lifetime technical support, a 30-day money-back guarantee, and a full year of warranty coverage. These services help installers troubleshoot signal issues and protect the investment without extra contracts or hidden fees.
Highlights
- Ultra low-loss design keeps signal loss to 6 dB per 100 feet
- 50 foot length with N Male connectors suits booster and antenna runs
- CL3 rated for up to 300 volts in commercial installations
- Triple-shielded construction minimises loss at this cable thickness
- Compatible with all major North American carriers and cellular devices
Specifications
No published specifications for this item yet.
Questions about this item
How much signal loss occurs over the full 50-foot run?
The cable is rated at 6 dB loss per 100 feet, so a 50-foot length introduces roughly 3 dB of attenuation.
Does the cable heat up or draw noticeable power during continuous operation?
It is a passive coaxial cable with no active electronics, so it generates no heat and consumes no power.
What connectors must my booster or antenna already have to mate with this cable?
Both ends are N-Male, so your equipment needs N-Female ports for a direct connection.
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