Pure Resonance Audio MA120BT 120W 7-Channel Bluetooth Mixer Amplifier with USB, TF, and Remote Control - XLR, 1/4 TS, RCA Inputs, 70V/100V/4-16 Ohm Output for Commercial Audio Systems

Professional 120W Bluetooth Mixer Amplifier for Commercial Audio
Delivering reliable performance and flexibility, the Pure Resonance Audio MA120BT audio mixer amplifier with Bluetooth is designed for commercial audio installations. With built-in 70-volt and 100-volt technology and support for 4, 8, or 16-ohm outputs, this compact yet powerful commercial mixer amplifier delivers exceptional sound quality for distributed speaker systems in restaurants, offices, retail stores, schools, and hospitality environments.

Versatile Inputs, Flexible Playback, and Easy Control
The MA120BT combines a 120-watt amplifier, a 7-channel mixer, a Bluetooth receiver, and an MP3 media player in one convenient unit. It supports wireless streaming from any Bluetooth-enabled device, such as smartphones, tablets, and laptops, and features FM radio, USB, and TF card inputs. XLR, 1/4” TS, and RCA inputs make it compatible with a wide range of microphones, music players, and paging systems. The included IR remote provides full control over MP3, FM radio, and Bluetooth functions, allowing users to adjust playback and volume from across the room.

Compact, Reliable, and Built for Commercial Applications
Engineered for long-term reliability, the MA120BT delivers dependable power, crisp audio output, and intuitive operation. Its compact design makes installation easy in any environment, while features such as a telephone input with VOX priority, MOH (Music on Hold) output, and phantom power for condenser microphones provide the flexibility needed for business and public address applications. Ideal for background music, paging, and general sound reinforcement, the MA120BT is a complete and cost-effective solution for commercial sound systems.

Due to the possibilities of FM radio interference and the variables involved, it's not recommended to use FM radio as your primary input source.