16x16 Economical Digital Audio Matrix Processor

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• 16×16 analog matrix routing: Sixteen analog inputs and sixteen analog outputs give designers the physical I/O capacity to distribute microphone and program feeds across multiple destinations; confirm the precise mixing and routing matrix in the control software.
• ADI SHARC processing engine: The listed SHARC 21489 runs at 450 MHz with a published processing capability of 400 MIPS and 1.6 GFLOPS, providing a hardware platform for real-time DSP functions.
• 48 kHz/24-bit signal processing: The stated sampling and quantization format supports modern conferencing and installed-audio workflows; a 40-bit floating-point DSP engine is separately listed.
• AEC for hybrid meetings: The product page describes bus-type acoustic echo cancellation with a 512 ms tail and a published 60 dB/s convergence rate; real-world results depend on room acoustics and routing.
• Feedback and noise management: Independent-channel AFC uses notch filtering, while ANS targets background noise; the published 10 dB gain and 18 dB SNR improvement figures are vendor-stated, not guaranteed site outcomes.
• Eight-band parametric EQ: Five filter types-parametric, low shelf, high shelf, low pass, and high pass-help tune speech clarity and loudspeaker response without additional outboard equalizers.
• Control and interface options: One RS232 channel and a configurable end-user interface are listed; the manufacturer describes managing up to 30 devices from one interface, subject to software compatibility.
• USB conference connectivity: A USB audio interface is described for playback, recording, and software conferencing; verify operating-system support and the actual number of USB audio channels.

Contact us to discuss your Digital Audio Matrix Processor With project.

We can review OEM/ODM requests for the Digital Audio Matrix Processor With based on the required channel map, acoustic algorithms, control environment, and purchase volume. Typical requests include front-panel branding, enclosure finish, labeling, shipping carton artwork, software interface layout, and preset configuration. More extensive changes-such as alternative analog channel counts, a different control protocol, or additional DSP algorithms-require a separate engineering feasibility assessment rather than a promise that the existing 16×16 hardware can be modified without redesign.

For system integrators, we recommend supplying a signal-flow drawing, microphone schedule, output-zone list, required AEC channel count, controller make/model, and acceptance-test criteria. We can then discuss an evaluation unit or engineering sample, followed by verification of routing presets, control commands, audio performance, and final labeling. MOQ is 100 units; sample lead time is 7–15 working days after specification approval. Standard dispatch is 15 business days; customized production is 30 working days. These terms are stated in the written quotation. Contact Us with your DSP block diagram for a configuration review.

YZ AUDIO focuses on commercial audio and conferencing equipment for integrators who need more than a generic processor listing. For this 16×16 model, the published technical information includes the DSP chip, channel count, processing format, measured audio parameters, AEC/AFC/ANS functions, control interfaces, power requirements, and enclosure dimensions. Those details allow consultants to evaluate fit against a bill of quantities before requesting samples. We recommend validating the proposed configuration through bench tests and a site acceptance checklist, including phantom-power loading, channel isolation, routing recall, echo control, and recovery after power interruption.

For procurement planning, request a quotation that explicitly states available quantity, standard shipment lead time, engineered-order lead time, sample terms, warranty period, spare-part availability, and expected service life under defined operating conditions. Responses are provided within 24 hours. Similarly, CE and RoHS documentation and ISO management-system certificates should be provided only when their scope, validity, and relevance to this exact model have been checked.

The manufacturing base covers approximately 80,000 m², with 6 production lines and an annual capacity of 100,000 units per year. We encourage overseas buyers to request the latest test report, firmware/software version, packing list, and approval sample before bulk purchase. Contact Us to obtain model-specific documentation and an OEM/ODM feasibility assessment.

• Corporate boardrooms: Route table microphones, far-end audio, and presentation sources while using AEC to support hybrid meetings. Confirm USB routing and conferencing software interoperability during commissioning.
• Divisible conference centers: Assign the 16 analog inputs and 16 outputs to meeting-room partitions and store separate presets, subject to the software's supported preset and control features.
• Theaters and performance venues: Apply equalization and signal routing to speech and program feeds, with external amplifiers providing loudspeaker power. Validate latency and headroom for each audio path.
• Sports and multipurpose facilities: Distribute announcements and background program sources to separate amplifier channels while using control integration for operational changes.
• Theme parks and attractions: Coordinate multiple audio feeds and external control events; verify synchronization, network architecture, and fail-safe requirements before specifying the processor.

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