ABOX 1004N Mini Processor
Product Information
The MINI Processor (ABOX 1004N) is a versatile audio processing
unit designed for professional audio applications. It offers
various features and specifications to enhance audio quality and
control.
- Sampling Frequency: 48KHz
- Phantom Power: 48V
- Input Gain: 20-52dB, 7 levels in total
- Amplification: MIC Channel 18dBu, LINE Channel
18dBu - Frequency Response: 20Hz-20KHz
- Background Noise: -88dBu
- Operating Power Supply: DC12V
- Dimensions (WxDxH): 180x168x42mm
- Total Harmonic Distortion + Noise (THD +N):
MIC Channel 0.005%@4dBu, LINE Channel 0.01%@4dBu - Maximum Output Level: MIC Channel 18dBu, LINE
Channel 24dBu - Digital-analog Dynamic Range: 114dB
- Analog-digital Dynamic Range: 114dB
- Input Impedance (Balanced): 20 K
- Output Impedance (Balanced): 100 – 120
dBu - EIN (A-weighted): 100dB@1KHz, 80dB@80Hz
- Channel Isolation: 114dB
- Power Consumption: 100W
Product Usage Instructions
To use the MINI Processor (ABOX 1004N) effectively, follow these
instructions:
- Ensure the device is connected to a suitable power supply with
DC12V. - Connect your audio sources to the appropriate input channels,
either MIC or LINE. - Adjust the input gain according to your requirements using the
provided 7-level control. - If using condenser microphones, activate the phantom power by
setting it to 48V. - Monitor the audio output levels and adjust the amplification
accordingly. The maximum output levels are MIC Channel 18dBu and
LINE Channel 24dBu. - For optimal audio quality, ensure the input and output
impedance are balanced and set within the specified ranges. - To minimize background noise, keep the device away from
electromagnetic interference sources. - When connecting multiple audio sources, maintain channel
isolation to avoid interference by adjusting the settings as
needed. - The MINI Processor supports a sampling frequency of 48KHz,
providing accurate audio reproduction across the audible
range. - For reference, refer to the provided dimensions (WxDxH) to
determine the appropriate placement for your setup. - To measure the Total Harmonic Distortion + Noise (THD +N), use
the specified input levels (MIC Channel 4dBu, LINE Channel
4dBu). - Take advantage of the wide dynamic range (114dB) for clear and
detailed audio output. - If using A-weighted measurement, refer to the EIN values at
1KHz and 80Hz to assess the device’s noise performance. - Ensure the power consumption remains within the rated limit of
100W to avoid any issues.
The MINI Processor
ABOX 1004N
1. Built-in echo cancellation, feedback suppression and noise algorithms. 2. Using a stable two-way simultaneous speech (Double Talk) detection method to effectively eliminate excess echoes even in strong background noise and non-linear distortion environments. 3. Noise suppression algorithm can quickly and accurately track environmental noise changes and maintain good output sound quality. 4. A total of 10-way input signal interface, full-featured audio adjustment module. 5. Providing eight MIC inputs + two line inputs + four outputs, supporting gain adjustment, 48V fantasy power supply, built-in preamplifier, signal generator, expander, compressor, 5-band parametric equalization, 31-band graphic equalization, delay, crossover, limiter and other functional modules. 6. Built-in PC-based control software.
Sampling Phantom Power Input Gain Amplification Frequency Response Background Noise Operating Power Supply Dimensions (WxDxH)
THD +N Maximum Output Level
48KHz
Digital-analog Dynamic Range
48V
Analog-digital Dynamic Range
20-52dB, 7 levels in total
Input Impedance (Balanced)
20-20KHz,±0.5dB
Output Impedance (Balanced)
-88dBu
EIN (A-weighted)
DC12V
Channel Isolation
180x168x42 (mm)
MIC Channel 0.005%@4dBu LINE Channel0.01%@4dBu
MIC Channel 18dBu LINE Channel18dBu
Common Mode Rejection Maximum Input Level Power Consumption
114dB 114dB 20 K 100 -120 dBu 100dB@1KHz 80dB@80Hz MIC Channel -4dBu LINE Channel24dBu <24W
400-900-2726
www.s-track.cn
9/F, Block B, Building 1, Shangzhi Technology Park, Fenghuang Street, Guangming District, Shenzhen, China



















