About the Sennheiser SRIEMG4-G Stereo Transmitter (G: 566 to 608 MHz)
The Sennheiser SRIEMG4-G Stereo Transmitter is a dedicated professional wireless unit designed to deliver high-fidelity, personal monitor mixes to performers via in-ear monitoring systems. Operating specifically within the G band frequency range of 566 to 608 MHz, this transmitter is engineered to provide robust, interference-free stereo audio transmission in the demanding RF landscapes of live concerts, theater productions, and broadcast applications. Its primary function is to replace traditional stage monitor wedges, granting artists precise control over their individual mix with enhanced clarity and dynamic range while significantly reducing on-stage noise levels and the risk of hearing damage. The transmitter leverages Sennheiser's advanced Digital Hybrid Wireless technology, which combines the reliable long-range transmission of UHF with digital signal processing to ensure uncompromised audio quality and secure, low-latency performance.
Housed in a rugged, single-rack-unit metal chassis, the device features an intuitive user interface centered around a high-contrast color display that provides clear visualization of all critical parameters. It accepts two independent mono inputs or a single stereo feed, each with dedicated gain staging, comprehensive three-band parametric EQ, and dynamics processing including a limiter for optimal level management. A key operational feature is the integrated Pilot Tone system, which ensures that only the intended beltpack receivers from the same product family lock onto the transmission, providing essential protection against crosstalk and unauthorized reception. For system integration and control, the transmitter includes an Ethernet port for seamless connectivity to Sennheiser's Wireless Systems Manager (WSM) software, enabling remote monitoring, coordinated frequency planning, and bulk configuration of entire wireless networks from a central location.
The SRIEMG4-G transmitter excels in environments where multiple wireless systems must coexist. Its built-in spectrum analyzer allows for real-time RF surveillance, helping technicians identify and avoid frequency interference. The unit supports adjustable RF output power, user-definable presets for quick recall of different venue configurations, and an audio delay function useful for correcting lip-sync issues in broadcast or large distributed systems. Designed for both permanent installation and touring use, this transmitter forms the reliable heart of a professional in-ear monitoring system, providing performers with the consistent, clear, and personalized audio reference necessary for confident and impactful performances night after night.