Problem Solver Lectrosonics Dssm Water-resistant Micro Digital Wireless Transmitter (a1/b1: 470-607 Mhz) Apparel [PiObBnpo]

Lectrosonics DSSM Water-Resistant Micro Digital Wireless Transmitter

The Lectrosonics DSSM Water-Resistant Micro Digital Wireless Transmitter is a state-of-the-art device designed for the most demanding work environments. This transmitter is the enhanced, fully digital successor to the SSM and boasts an IP57 rating for watertightness, making it perfect for use in theater, TV, film, and broadcast settings where concealment and water resistance are paramount. With its dock charging capability and quick battery swap-outs, the DSSM ensures uninterrupted performance even in challenging conditions.

Robust Features and Specifications

The DSSM offers an extensive feature set packed into an exceptionally compact housing. It is compatible with all current Lectrosonics digital receivers, including the DSQD, DCR822, DSR, DSR4, M2Ra, and DCHR. Key features include high efficiency circuitry for extended operating time on the rechargeable LB-50 battery, selectable RF power options at 10 and 35 mW (D2 compat mode), and a special high density (HDM) mode at 4 mW. This versatile transmitter also offers over 6000 frequencies across a wide UHF range and includes a two-way IR port for easy setup. With firmware updates available via USB/Wireless Designer, the DSSM is ready for the future of wireless transmission.

Practical Applications and Benefits

Ideal for theater, sports broadcasting, and other demanding environments, the DSSM is a reliable choice for professionals who require top-notch performance and durability. Its wide range input gain control in 1 dB steps allows for precise adjustments, while the dock chargable feature ensures that you can keep the DSSM running smoothly without interruption. The DSSM's compact design and robust features make it a standout choice for anyone who needs a versatile, water-resistant digital wireless transmitter. With the DSSM, you can count on exceptional performance and reliability in any setting.