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You can only sound better if you hear yourself better. Wireless monitoring is taken to the next level of perfection with the Sennheiser G3 monitoring system. New pass-through sockets for the audio signal enable the audio feed from a console to be routed to other devices in the chain, simplifying setup. The enhanced audio frequency response of 25 to 15,000 Hz means the sound the performers hear is the most realistic and life-like a wireless monitor system has ever had to offer.

EM 2050

Wireless Transmitter

True diversity twin receiver version of the EM 2000. The RF signal can be looped through with the help of an integrated active splitter. Allowing the set up of systems with up to 16 channels without using external splitters.

EK 2000 IEM

Wireless Bodypack Receiver

In Ear Monitoring receiver beltpack for the SR 2050 transmitters. Robust and reliable, for demanding and professional In Ear Monitoring on all stages and broadcast applications.

EK 300 IEM

Wireless Bodypack Receiver

The most-trusted wireless monitoring system gets even better. With upgraded features, this bodypack receiver sets the standard by which all other monitoring systems will be judged. For example, the compact receiver features adaptive diversity for super-reliable reception.

AC 3

Antenna Combiner

Operates up to four wireless monitoring transmitters from the ew series using one shared antenna. Power is supplied to the SR 300 IEM G3 transmitters over the BNC cables, eliminating separate power supplies for the transmitters

A 2003-UHF

Passive directional antenna

Passive directional antenna. Transmitting and receiving antenna. Frequency range: 450-960 MHz. Apex angle: approx. 100°. Front-to-back ratio: ≥ 14 dB

A 1031-U

Passive omni-directional antenna

Passive omni-directional antenna.

A 5000-CP

Passive antenna

The A 5000-CP passive antenna provides an optimum solution for both transmitting and receiving RF signals throughout the UHF spectrum. Installations have demonstrated that the circular polarization of this antenna minimizes variations in signal strength and almost eliminates multipath problems, a primary cause dropouts. The gain of this antenna over the entire UHF band is superior to common `off the shelf' antennas.