Enhanced Signal Amplification: Boosts signals for any indoor TV antenna lacking built-in amplification, improving reception for hard-to-receive channels.
Low-Noise Technology: Utilizes low-noise amplification to minimize pixelation and signal interruptions.
Versatile Compatibility: Ideal for enhancing signals from antennas like the Channel Master FLATenna or any non-amplified indoor antenna.
Superior Build Quality: Features a sturdy metal housing for better shielding and reduced interference compared to plastic-housed amplifiers.
Easy Installation: Simply position the MicroAmp between the indoor antenna and the television; can be powered from a standard wall outlet or a USB port on the TV.
High-Performance Amplification: This 10dB distribution amplifier strengthens signal reception from your antenna to your TV, offering high output capability with minimal distortion.
Complete Package: Includes 1 TV Antenna Distribution Amplifier and 1 RG6 coax cable, ensuring you have everything needed for a quick setup.
Versatile Installation: The Channel Master Micro Amplifier can be used both indoors and outdoors, providing flexible installation options to suit your needs.
User-Friendly Design: Simple and quick to connect using the included RG6 coax cable, making it easy for anyone to enhance their TV signal with minimal effort. (Not Compatible with Amplified Antenna's)
Quality and Reliability: Built with commercial-grade materials, the Channel Master Micro Amplifier supports VHF, UHF, FM bands, ATSC, ATSC 3.0, NextGen TV, HD, HDR, Digital TV Antenna/OTA signals, and comes with a US manufacturer's warranty.
Description
Channel Master's MicroAmp indoor antenna amplifier is crafted to amplify signals for any indoor TV antenna lacking built-in amplification. Utilizing low-noise amplification technology, the MicroAmp enhances indoor antenna signals, making it an ideal enhancement for antennas like the Channel Master FLATenna or any non-amplified indoor antenna. Positioned between the antenna and the television, it improves reception for hard-to-receive channels while minimizing pixelation and signal interruptions.