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TASCAM_-_MM-4D-IN-E
  • TASCAM

TASCAM – MM-4D/IN-E

Built-in DSP 4 mic/line input Dante converter to respond to various needs of contractor market and professional audio scene. Built-in DSP 4 mic/line input Dante converter to respond to various needs of contractor market and professional audio scene. The MM-4D/IN-E is a compact converter that converts 4-channel mic/line input signals into Dante signals. With half the size of a standard 1U rack, the MM-4D/IN-E is suitable for different Dante systems as an exquisite analog output unit. The built-in DSP mixer enables small scale systems to fully perform with a variety of input/output models the TASCAM Dante Compact Processor Series offers. MM-4D/IN-E supports up to 96kHz/24bit and uses Euroblock connectors for analog mic/line input.  
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joseph-electronics-dft-exp_1200px|joseph-electronics-dft-exp_1200px
  • Joseph Electronics

Joseph Electronics – DFT-EXP

The new DFT-EXP Series from Joseph Electronics provides for up to 12 channels of 3G/HD/SDI uncompressed video plus four additional slots that can be fitted with a selection of other convenient modules for audio, intercom, analog video, genlock, MADI, and even Dante. The new DFT-EXP Series from Joseph Electronics provides for up to 12 channels of 3G/HD/SDI uncompressed video plus four additional slots that can be fitted with a selection of other convenient modules for audio, intercom, analog video, genlock, MADI, and even Dante. All of this is transported on one or two singlemode fibers, depends on configuration) and can also be operated with optical redundancy. Housed in a compact 2RU fanless enclosure with redundant power supplies, up to six 2-channel modules can be fitted for signal counts from 4 to 12. The direction of each module is field reconfigurable to take care of last minute changes. Transmit modules are red and receive modules are blue. Red modules (TX) are slot specific and clearly labeled. The Blue modules (RX) are generic and can go in any slot.  Modules support SMPTE 424, SMPTE 292, SMPTE 259, SMPTE 297 and DVB-ASI. Units can be set to operate in non-reclocking mode to handle any signal from 50Mb/s all the way up to 3Gb/s. A Joseph’s exclusive is the Bypass Channel. This innovative feature allows you to add even more analog video, audio, or data. Units can be custom configured with fiber connections on the front or rear of the enclosure. Convenient LEDs indicate signal presence and link status. Trust Joseph Electronics to come up with innovative and flexible fiber transport solutions that allow broadcasters to make those last-minute changes quickly and easily.  The DFT-EXP Series is ideal for anyone who needs to move a variety of signals point-to-point. Whether for announce booths, host positions, stand-up postions, edit suites, or cross-campus feeds, The DFT-EXP takes advantage of the high bandwidth and dramatic weight savings offered by fiber to deliver pristine video signals and clean audio over far greater distances than copper. Custom features such as the placement of the fiber connectors; audio, Ethernet, data, and  intercom connectivity; optical redundancy; 1 or 2 fiber operation; and the By-Pass channel, ensure that customers get exactly wht they need and don’t pay for features that they don’t want or will never use. The ability to reconfigure your signals on-the-go has gone from being a convenience to being an absolute necessity. With nothing more than a basic screwdriver, users can quickly and easily make the last minute changes the inevitably come up on remote broadcasts.
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  • BARE

BARE – BR-104A

   BR-104A digital audio processor is an audio processing and control system that can be freely designed. It uses advanced DSP processing technology and has a new algorithm of automatic mixing and feedback cancellation, which can solve various practical problems in application scenarios. Since most of the controls are operated by software, the appearance is more concise and lively. The operator only needs to click the mouse lightly, instead of adjusting complex large-scale mixers on the spot to complete the function conversion as before, which greatly simplifies the operation.

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