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Open Architecture DSP KY

The KY series is a new upgrade of our entire processing module architecture platform to an open architecture model, and a product series that allows users to better design their own processing module architecture. The biggest advantage of the open architecture is that the duplication and superposition of processing modules are not restricted, so that users can drag and drop processing modules to perform wiring operations as long as the application scenarios require. We have built in a variety of processing modules such as crossovers, FIR filters, peak levels, and logic control modules that can only be found in open architecture platforms. The matrix routing also provides a choice of different types of processing modules, which can be freely matched according to the user's needs. Our open-architecture platform has been developed with software operation features such as one-click module alignment, channel auto-connect, and module attribute configurability, which allows for quick operat

Open architecture processing modules are editable;
Maximum 12 channels independent AEC;
128 channels Dante (64x64);
Variable channel editing.

Specification

Highlights

Specification of Open Architecture DSP KY

AP1208NX

AP1208NXD

AP0808N

AP0808ND

AP1208N

AP1208ND

AP1616N

AP1616ND

Processor

ADI SHARC 21569@1GHz SIMD*2

Analog input channels

Analog output channels

Flex channels

Dante input channel

Dante output channel

Sampling rate/quantization bits

48K/24bit 40bit DSP floating point operation engine

Input gain

0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu

Phantom power

24-+48V/10mA max

Frequency response (20~20kHz)

±0.3dB

Maximum level

+18dBu

THD+N

<0.003%@4dBu

Input dynamic range

≥117dB

Output dynamic range

≥117dB

Channel isolation @1kHz

108dB

Input impedance (balanced connection)

2KΩ

Output impedance (balanced connection)

600Ω

Analog input channels

Analog output channels

Dante channel

32x32

System delay

<1ms

Working power supply

AC110~240V, 50Hz/60Hz

Dimensions (width x depth x height)

482 x 260 x 45mm

Shipping weight

4.5KG

Processor

ADI SHARC 21569@1GHz SIMD*2

Analog input channels

Analog output channels

Flex channels

Dante input channels

Dante output channels

Sampling rate/quantization bits

48K/24bit 40bit DSP floating point operation engine

Input gain

0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dB

Phantom power

24-+48V/10mA max

Frequency response (20~20kHz)

±0.3dB

Maximum level

+24dB

THD+N

<0.003%@4dBu

Input dynamic range

≥117dB

Output dynamic range

≥117dB

Channel isolation @1kHz

108dB

Input impedance (balanced connection)

2KΩ

Output impedance (balanced connection)

600Ω

System delay

<1ms

Working power supply

AC110~240V, 50Hz/60Hz

Dimensions (width x depth x height)

482 x 260 x 45mm

Shipping weight

4.5KG

Processor

ADI SHARC 21569@1GHz SIMD*2

Analog input channels

Analog output channels

Dante input channel

Dante output channel

Sampling rate/quantization bits

48K/24bit 40bit DSP floating point operation engine

Input gain

0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dB

Phantom power

+48V/10mA max

Frequency response (20~20kHz)

±0.3dB

Maximum level

+18dBu

THD+N

<0.003%@4dBu

Input dynamic range

115dB

Output dynamic range

115dB

Channel isolation @1kHz

108dB

Input impedance (balanced connection)

5.4KΩ

Output impedance (balanced connection)

600Ω

System delay

<4ms

Working power supply

AC110~240V, 50Hz/60Hz

Dimensions (width x depth x height)

482*260*45mm

Shipping weight

4KG

Processor

ADI SHARC 21569@1GHz SIMD*2

Analog input channels

Analog output channels

Dante input channels

Dante output channels

Sampling rate/quantization bits

48K/24bit;40bit DSP floating point operation engine

Input gain

0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dB

Phantom power

+48V/10mA max

Frequency response (20~20kHz)

±0.3dB

Maximum level

+18dBu

THD+N

<0.003%@4dBu

Input dynamic range

115dB

Output dynamic range

115dB

Channel isolation @1kHz

108dB

Input impedance (balanced connection)

5.4KΩ

Output impedance (balanced connection)

600Ω

System delay

<4ms

Working power supply

AC110~240V, 50Hz/60Hz

Dimensions (width x depth x height)

482*260*45mm

Shipping weight

4KG

Processor

ADI SHARC 21569@1GHz SIMD*2

Analog input channels

Analog output channels

Dante input channel

Dante output channel

Sampling rate/quantization bits

48K/24bit 40bit DSP floating point operation engine

Input gain

0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dB

Phantom power

+48V/10mA max

Frequency response (20~20kHz)

±0.3dB

Maximum level

+18dBu

THD+N

<0.003%@4dBu

Input dynamic range

115dB

Output dynamic range

115dB

Channel isolation @1kHz

108dB

Input impedance (balanced connection)

5.4KΩ

Output impedance (balanced connection)

600Ω

System delay

<4ms

Working power supply

AC110~240V, 50Hz/60Hz

Dimensions (width x depth x height)

482*260*45mm

Shipping weight

4KG

Processor

ADI SHARC 21569@1GHz SIMD*2

Analog input channels

Analog output channels

Dante input channel

Dante output channel

Sampling rate/quantization bits

48K/24bit;40bit DSP floating point operation engine

Input gain

0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dB

Phantom power

+48V/10mA max

Frequency response (20~20kHz)

±0.3dB

Maximum level

+18dBu

THD+N

<0.003%@4dBu

Input dynamic range

115dB

Output dynamic range

115dB

Channel isolation @1kHz

108dB

Input impedance (balanced connection)

5.4KΩ

Output impedance (balanced connection)

600Ω

System delay

<4ms

Working power supply

AC110-240V,50Hz/60Hz

Dimensions (width x depth x height)

482*260*45mm

Shipping weight

4KG

Processor

ADI SHARC 21569@1GHz SIMD*2

Analog input channels

Analog output channels

Dante input channe

Dante output channe

Sampling rate/quantization bits

48K/24bit;40bit DSP floating point operation engine

Input gain

0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dB

Phantom power

+48W/10mA max

Frequency response (20~20kHz)

±0.3dB

Maximum level

+18dBu

THD+N

<0.003%@4dBu

Input dynamic range

115dB

Output dynamic range

115dB

Channel isolation @1kHz

108dB

Input impedance (balanced connection)

5.4KΩ

Output impedance (balanced connection)

600Ω

System delay

<4ms

Working power supply

AC110~240V,50Hz/60Hz

Dimensions (width x depth x height)

482*260*45mm

Shipping weight

5KG

Shipping weight

4KG

Processor

ADI SHARC 21569@1GHz SIMD*2

Analog input channel

Analog output channel

Dante input channel

Dante output channel

Sampling rate/quantization bits

48K/24bit;40bit DSP floating point operation engine

Input gain

0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dB

Phantom power

+48V/10mA max

Frequency response (20~20kHz)

±0.3dB

Maximum level

+18dBu

THD+N

<0.003%@4dBu

Input dynamic range

115dB

Output dynamic range

115dB

Channel isolation @1kHz

108dB

Input impedance (balanced connection)

5.4KΩ

Output impedance (balanced connection)

600Ω

System delay

<4ms

Working power supply

AC110-240V,50Hz/60Hz

Dimensions (width x depth x height)

482*260*45mm

Highlights of Open Architecture DSP KY

Open architecture platform

The open architecture platform of KY series can flexibly drag and drop the required processing modules to design the signal architecture, and the signal node and flow mode are completely decided by the design editor, which greatly improves the flexibility of signal routing.

Maximum 12 channels independent AEC

KY series support up to 12 independent channels AEC algorithm processing, eliminating the tail for a long time up to 512ms, to meet the need for multi-channel AEC algorithm requirements.

128 channels Dante

KY series Dante version supports a maximum of 128 Dante (64x64) network audio transmission, both transmission and expansion become more flexible.

Variable channel version

KY series has a variable channel version, the device supports 8 variable fixed analog channels, specifically defined by the user is an analog input or output channel, can be configured in real time in the control software.

Web terminal customized user interface control

Users can design a customized control interface according to the needs, uploaded to the device, the end user only needs to be in the LAN, through the browser to access the IP address of the device, you can show the design of the control interface content, no need to download any application for control, whether PC or wireless mobile terminal.