Broadcast Electronics GTX, AES-Series STL Transmitter

Broadcast Electronics GTX, AES-Series STL Transmitter: A Comprehensive Solution
The Broadcast Electronics GTX, AES-Series STL Transmitter stands as a premier solution in the realm of studio to transmitter link (STL) technology. Engineered for versatility, it supports a multitude of audio input configurations such as MPX, Mono, Composite Stereo, and the advanced AES/EBU digital audio inputs. Its comprehensive digital control capabilities, facilitated through an RS232 port, make it an ideal choice for broadcast professionals who demand precision and flexibility in their operations.

Adapt to Any Frequency Requirement
With the ability to operate across a vast range of frequencies from five distinct bands—200 MHz, 300 MHz, 400 MHz, 800 MHz, and 900 MHz—this transmitter ensures that broadcasters can adapt to varied frequency requirements with ease. This flexibility is crucial for meeting specific regional broadcasting standards and maximizing the reach and clarity of transmissions.

Advanced Connectivity for Seamless Broadcasts
The GTX, AES-Series is not only powerful but also user-friendly. It features a Type N-Female RF output connector and offers dual power operation capabilities, running efficiently on both 90-260 VAC at 50/60Hz and a 22-28 VDC battery backup. This ensures reliable performance even in unstable power conditions, thus maintaining uninterrupted broadcasts.

Superior Audio Input Handling
This transmitter is specifically designed to handle both standard and high-definition audio inputs, allowing for a broad spectrum of audio broadcasting needs. Whether you're transmitting simple mono audio or complex digital soundscapes, the GTX, AES-Series provides the technology necessary to transmit with clarity and precision.

Built for Broadcast Excellence
The rugged build and thoughtful design of the GTX, AES-Series ensure it can withstand the rigors of professional broadcasting environments. Its extensive input options and adaptable power requirements make it a resilient and versatile choice for any broadcasting application.