Your Professional DSP Processor Supplier

 

Founded in 2012, YZ audio is a specialist manufacturer of AV equipment for commercial and professional use as well as security and network communication system. By providing not only simply satisfaction but reassurance, reliability and emotion.

 

Our product lines cover public address systems, conference systems, pro sound systems, LED video walls, and stage lighting.

 
  • 16x16 Economical Digital Audio Matrix Processor
    Analog Input Channels: 16. Analog Output Channels: 16. Processor: ADI SHARC 21489@450 MHz SIMD. DSP Processing Capability: 400 MIPS, 1.6 GFLOPS.
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  • HIFI DSP Processor
    HIFI DSP Processor use 6A algorithm and support AEC, AFC, ANS, ANC, AMC and other algorithm functions. At the same time, they have Dante function, which can transmit high-fidelity signals through
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  • Dante DSP
    Dante DSP use 6A algorithm and support AEC, AFC, ANS, ANC, AMC and other algorithm functions. At the same time, they have Dante function, which can transmit high-fidelity signals through conventional
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  • DSP Audio Processor
    DSP Audio Processor 8-in 8-out Economical Digital Audio Matrix Processor
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  • Digital Sound Processor DSP
    Digital Sound Processor DSP adopts 6A algorithm and supports AEC, AFC, ANS and other functions. It also has central control function, which can control the power supply, signal switching, environment
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  • Audio DSP Processor
    Audio DSP Processor use 6A algorithm and support AEC, AFC, ANS, ANC, AMC and other algorithm functions. At the same time, they have Dante function, which can transmit high-fidelity signals through
    read more
  • Dante DSP Processor
    Dante DSP Processor use 6A algorithm and support AEC, AFC, ANS, ANC, AMC and other algorithm functions. At the same time, they have Dante function, which can transmit high-fidelity signals through
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  • Digital Audio Processor
    This Digital Audio Processor adopts 6A algorithm and supports AEC, AFC, ANS and other functions. It also has central control function, which can control the power supply, signal switching,
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Why Choose us

OEM/ODM Service

YZ has more than 30 R&D engineers to develop different kinds of products, which already have more than 100 patents and can easily meet clients’ OEM/ODM requirements.

Quality Control

The quality control system is strictly compliant with ISO 9001 and ISO 14001 standards, ensuring comprehensive management and environmental sustainability practices.

Global Supply Chain

With over 15 years of export experience, our products are distributed to more than 32 countries worldwide, covering major regions including North America, South America, Europe, Asia, and Africa.

 

Parameter

 

Analog input channels

8

Analog output channels

8

Dante input channels

64

Dante output channels

64

Processor

ADI SHARC 21569@1GHz SIMD*2;

Sampling rate

48 kHz, ± 100 ppm;

THD+N

<0.003%@4dBu

Input dynamic range

115dB

Output dynamic range

115dB

Input and output quantization

≥48KHz/24bit;

Input channels should have

Input gain 3dB step

≥17 gears;

A/D dynamic range

≥115dBu;

D/A dynamic range

≥115dBu;

Frequency response range

≥20~20kHz (±0.3dB);

 

Features of DSP Processor
 

Overall noise is less.

 

Possibility of error detection & correction.

 

Simple data storage.

 

Digital signals are simple to encrypt.

 

Transmission of more data is possible.

 

In digital processing systems, modifying a few commands otherwise change a few code lines is easy to modify.

 

DSP systems work through a broader range of frequencies.

 

In a digital system, the DSP can be cascaded without any loading issues.

 

The operations of DSP can be simply changed by altering the program within a digital programmable system.

 

By using the DSP method, a complicated signal processing algorithm can be simply implemented.

 

DSPs are lightweight & more compact.

 

DSP systems are upgradeable because they are controlled by software.

HIFI DSP Processor

The Functioning Mechanism of a DSP Processor

 

Dante DSP

The digital signal processor mainly works by using real-world signals like audio, voice, temperature, and video, digitizing them & after that mathematically manipulating them. A DSP performs different mathematical functions very quickly like add, subtract, multiply & divide.

 

A digital signal processor includes main components like program memory, data memory, compute engine, and Input/Output.

 

Program memory is used to store the programs to process data.


Data Memory is used to store the data to be processed.


Compute engine executes the mathematical operations, access the data from the data memory & program from the program memory.


Input/Output serves different functions to connect to the external world.

 

Logistics
 

We will help you to choose the best shipping way according to your detail requirements. By sea, by air, or by express, etc.

The time frame of an order delivery is divided into two parts

Processing time: 7-14 Days
Shipping time: 20~30 Days

Shipping methods:

DDP, DAP, EXW, etc.

Shipping fee

The shipping fee will be changed according to every pacel's weight.

 

FAQ

 

Q: What are DSP processors used for?

A: DSP applications mainly include processing of audio & speech, radar, sonar & other sensor array processing, statistical signal processing, spectral density estimation, data compression, digital image processing, audio coding, video coding, image compression, signal processing for control systems, telecommunications, seismology, biomedical engineering, etc.

Q: What are the different types of DSP processors?

A: Digital signal processing is split into two categories – fixed-point and floating-point DSP. The type of DSP used dictates how signals and data are stored and manipulated. Fixed-point DSP chips are designed such that integers are represented and manipulated using a minimum of 16 bits.

Q: How to choose DSP processor?

A: Selecting digital signal processors requires an analysis of performance specifications. DSPs operate with a variety of supply voltages and include data buses that range from 8-bit to 256-bit devices. DSPs also vary in terms of clock speed, which is typically expressed in megahertz (MHz) and gigahertz (GHz).

Q: What is the difference between DSP processor and CPU?

A: The main difference between a DSP and a microprocessor is that a DSP processor has features designed to support high-performance, repetitive, numerically intensive tasks. DSP processors are designed specifically to perform large numbers of complex arithmetic calculations and as quickly as possible.

Q: What is special purpose DSP processor?

A: A digital signal processor is a fast special-purpose microprocessor with architecture and instruction set designed specifically for efficient implementation of digital signal processing algorithms.

As one of the leading dsp processor manufacturers in China, we warmly welcome you to buy discount dsp processor in stock here from our factory. All customized products are with high quality and competitive price.

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