AEC\AFC\AGC\AMM\ANS\ANC, 6A algorithmic enhancement;
Maximum 4-channel independent AEC;
DSP for editable channels;
Support customized user interface;
ADI SHARC 21489
4
4
ADI SHARC 21489@450 MHz SIMD;
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
113dB
113dB
<-95dB @17dBu
48K/24bit
40bit DSP floating point operation engine
4 x 4
0/6/12/18/24/30/36/42/48 dB
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
-108dB
5.4KΩ
600Ω
<3ms
DC12V/PoE48V
215 x 162x 44mm
2KG
ADI SHARC 21489
8
4
ADI SHARC 21489@450 MHz SIMD;
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
48K/24bit
40bit DSP floating point operation engine
8 x 4
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
-108dB
5.4KΩ
600Ω
<3ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
ADI SHARC 21489@450 MHz SIMD;
8
8
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489
48K/24bit
40bit DSP floating point operation engine
8 x 8
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
-108dB
5.4KΩ
600Ω
<3ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
ADI SHARC 21489@450 MHz SIMD;
8
12
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489
48K/24bit
40bit DSP floating point operation engine
8 x 12
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
-108dB
5.4KΩ
600Ω
<3ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
ADI SHARC 21489@450 MHz SIMD;
12
8
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489
48K/24bit
40bit DSP floating point operation engine
12 x 8
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
108dB
5.4KΩ
600Ω
<3ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
113dB
113dB
ADI SHARC 21489@450 MHz SIMD;
12
12
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489
48K/24bit
40bit DSP floating point operation engine
12 x 12
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45 dBu
+48V/10mA max
±0.15dB
+18dBu
<-94dB @17dBu
110dB
112dB
108dB
5.4KΩ
600Ω
<3ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
113dB
113dB
ADI SHARC 21489@450 MHz SIMD;
16
8
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489
48K/24bit
40bit DSP floating point operation engine
16 x 8
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-94dB @17dBu
110dB
112dB
108dB
5.4KΩ
600Ω
<3ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
113dB
113dB
ADI SHARC 21489@450 MHz SIMD;
16
16
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489
48K/24bit
40bit DSP floating point operation engine
16 x 16
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
108dB
5.4KΩ
600Ω
<3ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
ADI SHARC 21489@450 MHz SIMD
4
4
4
4
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489
48K/24bit
40bit DSP floating point operation engine
4 x 4
4 x 4
0/6/12/18/24/30/36/42/48 dB
+48V/10mA max
±0.5dB
+18dBu
<-95dB @17dBu
113dB
113dB
108dB
5.4KΩ
600Ω
<3ms
DC12V/PoE48V
215 x 162x 44mm
2KG
ADI SHARC 21489@450 MHz SIMD;
8
4
8
8
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489
48K/24bit
40bit DSP floating point operation engine
8 x 4
8 x 8
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
108dB
5.4KΩ
600Ω
<3ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
ADI SHARC 21489@450 MHz SIMD;
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489
48K/24bit
40bit DSP floating point operation engine
8 x 8
8 x 8
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
108dB
5.4KΩ
600Ω
<3ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
8
8
8
8
ADI SHARC 21489@450 MHz SIMDx2;
8
12
8
8
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489 x2
48K/24bit
40bit DSP floating point operation engine
8 x 12
8 x 8
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
108dB
5.4KΩ
600Ω
<3ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
ADI SHARC 21489@450 MHz SIMDx2;
12
8
8
8
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489 x2
48K/24bit
40bit DSP floating point operation engine
12 x 8
8 x 8
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
108dB
5.4KΩ
600Ω
<3ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
ADI SHARC 21489@450 MHz SIMDx2;
12
12
8
8
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489 x 2
48K/24bit
40bit DSP floating point operation engine
12 x 12
8 x 8
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
108dB
5.4KΩ
600Ω
<6ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
ADI SHARC 21489@450 MHz SIMDx2;
12
12
16
16
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489 x 2
48K/24bit
40bit DSP floating point operation engine
12 x 12
16 x 16
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
108dB
5.4KΩ
600Ω
<6ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
ADI SHARC 21489@450 MHz SIMDx2;
16
8
16
16
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489 x2
48K/24bit
40bit DSP floating point operation engine
16 x 8
16 x 16
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
108dB
5.4KΩ
600Ω
<6ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
ADI SHARC 21489@450 MHz SIMDx2;
16
16
16
16
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
<-95dB @17dBu
ADI SHARC 21489 x2
48K/24bit
40bit DSP floating point operation engine
16 x 16
16 x 16
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
108dB
5.4KΩ
600Ω
<6ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
ADI SHARC 21489@450 MHz SIMD x 2;
32
32
400 MIPS, 1.6 GFLOPS;
48 kHz, ± 100 ppm;
ADI SHARC 21489 x 2
48K/24bit
32 x 32
±0.3dB
<6ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
3KG
ADI SHARC 21489@450 MHz SIMD x 2;
64
64
400 MIPS, 1.6 GFLOPS;
ADI SHARC 21489 x 2
48K/24bit
64 x 64
±0.3dB
<6ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
3KG
NLP1208-AI is a special version of the NLP series, integrated AI noise reduction algorithm module, mainly based on the AI algorithm mechanism of width learning , which can intelligently eliminate environmental noise such as flipping books, writing, knocking on the table, fan, etc., to achieve the separation of non-human voice signals, which is the most high-quality audio solution product applied in noisy environments.
AI noise reduction algorithm;
Intelligent elimination of environmental noise such as turning books, writing, knocking on the table, fans, etc.
Width learning (100,000 hours);
5A algorithm module.
ADI SHARC 21489
12
8
48K/24bit
40bit DSP floating point operation engine
12 x 8
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
110dB
112dB
108dB
5.4KΩ
600Ω
<3ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
NLP88-AEC is a special version of the NLP series models, with the ordinary NLP series is different is that NLP88-AEC has 4-way independent AEC algorithm module, can be in a special scenario to independently calculate the signal from the four different remote end of the echo problem caused by the independent AEC adaptive algorithm module to do a one-to-many application scenarios, to provide a better remote video conferencing audio processing Demand.
4-channel independent AEC algorithm;
4A algorithm;
Support customized user interface.
ADI SHARC 21489 x 2
8
8
48K/24bit
40bit DSP floating point operation engine
8 x 8
0/3/6/9/12/15/18/21/24/27/30/33/36/39/42/45/48 dBu
+48V/10mA max
±0.3dB
+18dBu
<-95dB @17dBu
113dB
113dB
108dB
5.4KΩ
600Ω
<3ms
AC110~240V, 50Hz/60Hz
482 x 260 x 45mm
4KG
Multi-position adjustable sensitivity
Input sensitivity is adjustable in 17 steps, each step 3dB step, up to 48dB, the input level signal adjustment is more flexible.
Maximum 4-channel independent AEC function processing
Maximum 4-channel independent AEC, eliminating the tail for a long time can be as high as 512ms, and echo convergence rate can be achieved 60dB/S, echo cancellation amplitude of 60dB, to meet the need for multi-channel AEC algorithm needs.
Configurable DSP processing
Users can configure the software according to the DSP Controller, each channel according to the needs of the free replacement of processing modules, at the same time do not need to use the processing module can also be deleted, the use of more flexible, maximize performance.
Built-in multiple processing module types
On the basis of BeiDou, we have added such very practical processing modules as Ducker, ANC, graphic equalizer, etc. At the same time, we have added two types of gain sharing automixer and gating automixer on the automixer, and gating automixer supports The Gating automixer supports the ATS automatic threshold sensing technology, which makes the mixing more intelligent.
NLP1208-AI
1. Breadth learning (100,000 hours)
The network structure keeps changing with learning, and it can dynamically adjust the number of network nodes, making it easy to realize online learning with extremely low latency;
2、AI noise reduction
AI noise reduction function based on width learning , can intelligently eliminate environmental noise such as flipping books, writing, knocking on the table, fan, etc., to realize the separation of non-human voice signals;
3、With central control function
Support RS232, RS485, UDP three control modes three control modes, equipment support can be on the system of power, signal switching, environmental control, audio and other overall control, to achieve a key to open the system required functions.
NLP88-AEC
1, the use of ADI high-performance chip
BeiDou series are using ADI SHARC 21489@450 MHz SIMD processor chip, can be better for internal algorithms and DSP work processing.
2, 4-channel independent adaptive echo cancellation
Eliminate the tail for a long time can be as high as 512ms, and echo convergence rate can be achieved 60dB/S, echo cancellation amplitude of 60dB, to meet the need for multi-channel independent AEC algorithms at the same time.
3、Multi-platform simultaneous control
Provide end-user customized interface, the user can customize the editorial control interface, and supports a maximum of 30 devices at the same time control an interface management, so that the control of multiple scenarios to become more free and flexible
English
