Micromedia – Digimedia DAC XLR Pro


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musicrown-df16-16mne|musicrown-df16-16mne
  • Musicrown

Musicrown – DF16.16MNE

Musicrown's DF16.16MNE is a network digital matrix processor. Musicrown's DF16.16MNE is a network digital matrix processor.
  • 32 bit SHARC DSP, 96kHz sampling rate, 24 bit AD/DA convert.
  • 48x48 channels core matrix design, including 16 local analog input channels, 16 local analog output channels, 32 Dante network input channels and 32 Dante network output channels.
  • Fully supports scalable DANTE digital network audio card and AEC automatic echo noise cancellation card, the users can freely configure and choose according to their requirements.
  • Dante digital network audio card configuration is a double standard network interface, which fully supports the function of unite switching and hot backup, hardware system can distinguish automatically, can use immediately when it inserts. Software internal and local analog signal can realize fully sound mixing matrix processing. Each channel has independent DSP processing function.
  • Optional AEC automatic echo cancellation card has powerful automatic echo cancellation function, automatic feedback cancellation and system environmental noise filtering. Effectively reducing the pickup of the speakers and the terrible echo which caused by the reflection of wall. It can also eliminate environmental noise that generated by the feedback of pickup, moreover the noise of air conditioner and fan. Making sure any environment have a noise-free, high definition audio and video system for many conference applications.
  • Each analog input channels with +48V phantom power, MIC/LINK input gain switchable, MIC input sensitivity adjustable.
  • Input including low cut, independent feedback inhibition, PEQ, noise gate, gain, mute, phase, linkage adjustment and volume adjustment.
  • Output including X-over, PEQ, Gain, mute, compressor/limiter, phase, delay, linkage adjustment and volume adjustment.
  • All PEQ Gain, bandwidth, frequency continues adjustment. Type can be select by PEAK, L-SHELF, H-SHELF, LOW CUT, HIGH CUT, ALLPASS1, ALLPASS2.
  • All high cut, low cut type can be select by Butterworth, Link witz-Riley, Bessel, slope can be chosen.
  • Noise gate’s threshold, time, ratio can be adjustment for inputs, compressor, limiter, ratio, time can be adjustment for outputs.
  • Maximal delay time 680mS for all output channels.
  • Pre settings can copy for every single channel, every channel can do link adjust.
  • Inside single generator(pink, white noise and 20-20K sine wave, amplitude adjustable).
  • Front panel has level indicator for input/output, USB port, standard Ethernet remote control RJ45 port and RS232&485 at rear panel. IP and ID address can set, network and unite management can realize maximal 255 units link control, but also has remote visit password protected function, make the system more stable and safe.
  • Design has thorough control code, fully support the third-party centre control and management, including all volume control, preset scene recall, parameter inquire and return code, current level return display, every input and output channels control. Etc.
  • 12 user presets, device and each preset can be save and recall alone. System can chose work at immediate storage status, adjusted parameter can store at preset immediately.
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tascam-ml-32d|tascam-ml-32d
  • TASCAM

TASCAM – ML-32D

The TASCAM ML-32D is a professional Dante-focused converter made specifically to insert or extract analog audio into or out of a Dante network using external breakout devices that utilize Sub-D format connectors. The TASCAM ML-32D is a professional Dante-focused converter made specifically to insert or extract analog audio into or out of a Dante network using external breakout devices that utilize Sub-D format connectors. A poweful and flexible solution, the TASCAM ML-32D has 4 D-Sub intputs and 4 D-Sub outputs, whch can easiy be connected to any of the many devices that utilize D-Sub connectors such as microphone preamplifiers, large and small format console mixers, audio interfaces, amplifiers, and euro block connector devices. This simple, yet elegant, solution enables audio to be quickly and easily inserted into - or extracted from - the Dante audio stream.
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AMX-DGX3200-ASB-DAN_1200px
  • AMX

AMX – DGX3200-ASB-DAN

The DGX3200-ASB-DAN is an audio switching board kit featuring direct Dante networked audio feeds to and from the Enova DGX 800/1600/3200 enclosures. The DGX3200-ASB-DAN is an audio switching board kit featuring direct Dante networked audio feeds to and from the Enova DGX 800/1600/3200 enclosures. The boards support 8 discrete stereo decoded inputs and 8 discrete stereo encoded outputs. This allows for independent routing of decoded inputs, or breakaway to decoded audio outputs, into a networked audio system such as HARMAN’s BSS. Additionally, the kits feature audio breakaway, downmixing, and a host of DSP functionality such as EQ, volume control, and stereo summing on every path.  Features
  • Direct Dante Integration into the Enova DGX – Reduces the physical installation time for inserted and extracted audio paths from the Enova DGX system as Dante network enabled signals
  • Easy Integration with Dante Enabled Devices including HARMAN BSS and Crown – Allows for simple decision making when specifying companion DSP to the Enova DGX switching solution
  • Simplified Integration with Building-Wide Audio – Utilizing Dante, the industry’s most standard networked audio format, integration of traditional Centralized AV and networked audio is quick and easy
  • Audio Breakaway Switching – audio breakaway switching functionality allows for flexible combining of audio and video signals even if they originated from different sources
  • Integrated DSP Including a 10-Band Parametric EQ on Every Output – Audio equalization allows the sound in each zone to be tuned specifically to match the individual audio characteristics of each environment.  After easy setup with the integrated web GUI, the same audio source can be heard perfectly in each zone regardless of acoustical differences.
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