The BCM 705 is a cost effective broadcast microphone for in-studio speech applications. Its entire construction is functionally optimized to convey emotion with technical perfection. Its dynamic capsule is voiced for a smooth yet clear sound. The hypercardioid pattern along with the internal shock mount and pop filter minimize extraneous noises.
EXC30GX is the nominal 30W model of the innovative family of GX transmitters appreciated for their high efficiency and versatility, due to three intrinsic factors: reduced weight, minimal dimensions and reduced consumption.
EXC120GX is the nominal 120W model of the innovative family of GX transmitters appreciated for their high efficiency and versatility, due to three intrinsic factors: weight reduction, minimum dimensions and reduced consumption.
EXC300GX is the 300W nominal model of the innovative family of GX transmitters appreciated for their high efficiency and versatility, due to three intrinsic factors: weight reduction, minimum dimensions and reduced consumption.
EXC700GX is the nominal 700W model of the innovative GX family of transmitters appreciated for their high efficiency and versatility, due to three intrinsic factors: weight reduction, minimum dimensions and reduced consumption.
The EXC1600GX is a new 1600W transmitter in the innovative GX line that updates the consolidated and renowned line -GT, which has been around for several years, produced and sold in thousands of units worldwide.
EXC2000GX is the nominal 2.0kW model of the innovative family of GX transmitters appreciated for their high efficiency and versatility, due to three intrinsic factors: reduced weight, minimal dimensions and reduced consumption.
EXC3000GX is the nominal 3.0kW model of the innovative family of GX transmitters appreciated for their high efficiency and versatility, due to three intrinsic factors: reduced weight, minimal dimensions and reduced consumption.
EXC5000GX is the nominal 5.0kW model of the innovative family of GX transmitters appreciated for their high efficiency and versatility, due to three intrinsic factors: reduced weight, minimal dimensions and reduced consumption.
