Thor XLR Analog Audio with 48V DC Phantom Power

Experience seamless audio transmission with the Thor XLR Analog Audio system featuring 48V DC Phantom Power. This fiber optic transmitter/receiver kit is designed for XLR balanced audio and phantom power, making it ideal for microphones requiring 48V power. Available in 2-channel, 4-channel, 8-channel, and bidirectional models, this system supports long-distance fiber optic transmission up to 120km, depending on the version.

Utilizing advanced technology such as FPGA, digital coding, and clock recovery, along with intelligent noise reduction, this system ensures clear audio without interference. It can transmit up to 8 channels of XLR and phantom audio over a single fiber optic cable, using CWDM technology to handle multiple audio signals simultaneously.

Our unidirectional units support point-to-point or point-to-multipoint setups, allowing one transmitter to send audio to multiple receivers. With a plug-and-play design, these units are easy to set up and operate, suitable for both small and large installations. The system uses single-mode fiber for long-distance transmission, and each kit includes both the transmitter and receiver for convenience.

This reliable system is easy to install and requires minimal maintenance, making it an excellent solution for professional audio needs and large-scale applications.

XLR Audio over Fiber Optic: XLR connectors are standard for balanced audio signals, reducing noise and interference. Fiber optic extenders carry audio signals over long distances with minimal degradation and interference, converting electrical XLR signals into light signals for transmission.

48V Phantom Power: Phantom Power is a 48V DC voltage sent through XLR cables to power condenser microphones or other devices. Fiber optic extenders have built-in methods to pass phantom power along with audio signals, or a separate injector may be used.

Fiber Optic Extender Setup: The transmitter converts analog XLR audio and phantom power into a signal for fiber optic cables. The receiver converts the signal back into analog XLR audio and provides phantom power to the microphone.

Advantages: Fiber optics allow for long-distance audio transmission without significant signal degradation, ideal for large venues and broadcast environments. They offer immunity to electromagnetic and radio-frequency interference, perfect for noisy environments.

Model: F-2A-XLR-B-PHP-TxRx, F-2A-XLR-PHP-TxRx, F-4A-XLR-B-PHP-TxRx, F-4A-XLR-PHP-TxRx, F-8A-XLR-PHP-TxRx