Guangzhou DSPPA Audio Co., Ltd.
Products
Contact
Email: export@dsppa.com
Tel: 020-28346138
Fax: 020-81305947

DP1580 16 Channels DSP Audio Matrix Processor

Features

● 16 analog inputs and 16 analog outputs, support to select Line level and Mic level.
● Dante network audio 16×16 in option.
● Support 48V phantom for each Mic level input, 40 level sensitivity (1dB in step).
● Built-in AFC(feedback cancellation) , 2 level to select.
● Built-in AEC(echo cancellation) for remote video-conference system.
● Built-in ANC(noise cancellation) for optimizing local meeting system.
● Built-in AGC(automatic gain control) for optimizing microphone signals in complex scenarios.
● Input with 8 PEQ and output with 8 PEQ. Support LSLV, HSLV, ALL-PASS, PHASE, ELLIPTIC, LOW PASS AND HIGH PASS filters. Support HPF and LPF with Butterworth / Bessel / Linkwitz-Riley.
● Support auto mix and matrix mix.
● Support camera tracking with most of camera control.
● Support presets archiving and locking, help project to hide parameters of setting.
● Control connections: USB or TCP/IP. Configured with RS232 and RS485 central control connection. Configured with GPIO external control connection.
● Nice GUI windows7/8/10/11 software Mconsole.
● Support touch screen wall control panel in option (RS485 wired control).

  • Introduction
  • Specification

DP1580 is a DSP matrix audio processor with 16 inputs and 16 outputs for conference system and professional system. It provides with useful voice algorithm AFC, AEC, ANC, and DSP functions including auto mix, matrix mixer, noise gate, crossover, parameter EQ, delay, compressor, limiter etc. Support Dante network audio 16x16 channels in option, suitable for professional applications.
Applications
● Meeting room
● Multi-functional hall
● Auditoriums
● Sports stadium

Model

DP7008 DP1580 DP1586

1. DSP Process

Process

32bit float point DSP 400MHz

SystemDelay

<3ms

AD/DA

24-bit 48KHz

2. Analog Audio Inputs and Outputs

Input

8/16 channels balanced. Line/Mic level to switch

InputInterface

3.81mm phoenix, 12-pin

InputImpedance

16KΩ

MaxInputLevel

17dBu/Line;

-3dBu/Mic@20dB sensitivity

PhantomSupply

+48V DC, 5.5mA in each input channel

Output

8/16 channels balanced. Line level

OutputInterface

3.81mm phoenix, 12-pin

OutputImpedance

150Ω

3. Audio Performance Specifications

FrequencyResponse

20Hz-20kHz(+-0.5dB)/Line, input 0dBu;

20Hz-20kHz(+-1.5dB)/Mic, 20dB gain sensitivity, input -10dBu

THD+N

-90dB(@17dBu, 1kHz, A-wt)/Line

-90dB(@-6dBu, 1kHz, A-wt)/Mic, 20dB gain sensitivity

SNR

110dB(@17dBu, 1kHz, A-wt)/Line

100dB(@-6dBu, 1kHz, A-wt)/Mic, 20dB gain sensitivity

4. Connect Ports and Indicators

USB

Type A-B, free driver

RS232

Serial port communication

TCP/IPInterface

RJ-45

IndicatorLight

Input signal, +48V, Link, Output signal

5. Electrical and Physical

Supply

AC 90V~264V 50/60 Hz

Product Dimensions

483mmx265mmx44.5mm

Package Dimensions

540mmx390mmx80mm

Net Weight

3.3kg

Package Weight

4.4kg

OperatingTemperature

-20℃~80℃


Relate Products

  • D6644HD  Digital Audio ProcessorD6644HD Digital Audio ProcessorMay 19, 2022D6644HD conference system Digital Audio Processor supports 16 input/output analog channels.view
  • D6675 Digital Audio ProcessorD6675 Digital Audio ProcessorDecember 13, 2023The D6675 digital audio processor is a high-quality digital audio processor equipped with 5 Mic inputs, 1 stereo line input, and 6 balanced outputs. This product has built-in DSP functions such as inp...view
  • D6696 16x16 DSP Audio ProcessorD6696 16x16 DSP Audio ProcessorDecember 13, 2023This series is a high-quality professional audio processor with 16 analog inputs and 16 analog outputs. This product has built-in DSP functions such as input/output gain controller, noise gate, equali...view
Leave a Message Email Us

we will contact you within 24 hours.

Related News
  • Tel:+86 020 37166520
  • Email:export@dsppa.com
  • Address:No.1 Xiahe Rd, Jianggao Town, Baiyun District, Guangzhou, Guangdong, China
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Visit our cookie policy to learn more.
Reject Accept