Lectrosonics DM1612F 16-in/12-out Digital Automatic Matrix Mixer
The basic architecture of the Lectrosonics DM1612F consists of 16 mic/line inputs and 12 outputs with a full DSP-based crosspoint matrix that allows every input to be routed to any or all outputs. Following the A-D conversion at each input, the signal passes through .......
Lectrosonics DM1624F 16-in/24-out Digital Automatic Matrix Mixer
The basic architecture of the Lectrosonics DM1624F consists of 16 mic/line inputs and 24 outputs with a full DSP-based crosspoint matrix that allows every input to be routed to any or all outputs. Following the A-D conversion at each input, the signal passes through .......
Lectrosonics DM812 8-in/12-out Digital Automatic Matrix Mixer
The Lectrosonics DM812 is a powerful digital audio processing, mixing and routing system. The primary applications are sound reinforcement and conferencing in boardrooms, courtrooms, worship centers, distance learning systems, hotels and .......
Lectrosonics DM84 8-in/4-out Digital Matrix Processor
The Lectrosonics DM84 is an 8-in, 4-out digital matrix processor with the capability to route any combination of inputs to any combination of outputs with extremely low throughput latency. Automatic microphone mixing is accomplished via ........
Lectrosonics DMPA12 DSP and Power Amplifer
The Lectrosonics DMPA12 is a powerful digital audio processor and multi-channel power amplifier combined into a single rack space component designed to work with DM Series processors. The design represents a milestone in DSP technology in its basic architecture and in its processing speed and efficiency........
Lectrosonics DMTH4 Digital Telephone Hybrid
The DMTH4 integrates telephone lines, video codecs and external audio sources into the digital bus structure of DM Series processors so these sources operate as though they are another microphone or audio input in the sound system. The unit is much more than just a telephone interface. Instead, it is a complete DM Series digital matrix processor, with .......
