HIgh end Dual-core DSP chip with Large Dynamic 96K Sampling rate speaker management processor karaoke effect processor
Main Features:
"SP-26K" It is a sound system processor designed for KTV, which has both karaoke effect function and speaker management function

- Adopts the ADI dual-core DSP chip "ADSP-21571" to perform audio data processing
- 64Bit High-precision computing architecture: provides powerful computing power to support processor algorithms
- 96kHz High sampling rate: Data processing maintains high fidelity and high reduction characteristics
- Microphone frequency shift effectively prevents squeal. Available in 2Hz to 8Hz and optional "OFF"
- Automatic noise gate: Effectively reduces noise without adjustment
- Effect Dynamic regulation: Enables a vocalist's voice to be more appealing
- Mixer of each output channel: Music, microphone and effect mixing ratio can be set
- Each output channel is equipped with a "twin engine pressure limit" to maximize the protection of sound equipment
- Each output channel provides balanced regulation function and delay function
- Constructs manager mode and user mode: The manager mode stores and adjusts parameters
- Device allows nine effect modes to be stored inside and the desired mode can be selected by remote control
- Recording output port: Outputs the rear output signal to an external recording device for storage
- A convenient PC user interface software that switches between English and Chinese to facilitate the user to select a language based on usage
- Connects to a computer through an RS232 interface to adjust parameters to ensure the stability of data transmission
- Device brings in audio measurement system: accurate measurement of audio data helps the user to quickly and
Specification:
Model No. | SP-26K |
Maximum input/Output level of music port | +21dBu(8.7V RMS) |
Microphone input sensitivity | 640mV(out:8.7V) |
XLR Input gain | -6dB,-3dB |
SNR | 110 dB |
Power Supply | 220V / 50Hz |
Size | 483 x 254 x 44mm(1U) |
Product connection and Power on:
1. Connect the product to the system;
2. Turn on the power supply;
3. During the above operation, adjust the tone of all power amplifiers to the lowest level, and then turn on the power amplifiers;
4. When the signal passes through the unit, slowly increase the volume of the power amplifier to achieve the desired listening effect on the premise that the power amplifier is not clipped.
Application:
