NGA-10A DAP Active Fullrange Speakers
- 1000 W RMS, 2000 W peak, maximum SPL of 126 dB at 1 m
- Frequency range of 48 - 20.000 Hz
- BT 5.3 with True Wireless Stereo (TWS)
- Dedicated microphone and line + Hi-Z inputs
- Internal DSP with 4 modes, adjustable crossover, EQ and limiting
The NGA-10A is a compact active speaker designed for versatile audio applications. It can be controlled via a...
Delivery
S2Store Genk (BE)
Pros and Cons
Description
NGA-10A DAP Active Fullrange Speakers
- 1000 W RMS, 2000 W peak, maximum SPL of 126 dB at 1 m
- Frequency range of 48 - 20.000 Hz
- BT 5.3 with True Wireless Stereo (TWS)
- Dedicated microphone and line + Hi-Z inputs
- Internal DSP with 4 modes, adjustable crossover, EQ and limiting
The NGA-10A is a compact active speaker designed for versatile audio applications. It can be controlled via a dedicated app and features a 10-inch woofer and a 1.4-inch compression driver, delivering a frequency range of 48 - 20.000 Hz (-10 dB). The system is driven by a 1000 W RMS class D amplifier and features a built-in DSP engine with four selectable user modes.
The rear panel features two combo XLR/jack inputs. One accepts both microphone and line signals, while the other supports Hi-Z sources such as electric guitars. A balanced XLR output is provided for connecting additional speakers; this output combines the analogue inputs and the BT audio signal.
Further audio customisation is possible via a flexible crossover section with multiple crossover frequency options, as well as a 3-band equaliser with adjustable frequency, Q-factor and EQ type. Delay settings and user-defined EQ presets can be stored directly in the DSP.
BT 5.3 enables wireless audio streaming and supports True Wireless Stereo (TWS) pairing. In addition, the NGA-10A can be controlled remotely via a dedicated app (iOS or Android), providing access to the output gain, 3-band EQ, speaker name and stored presets.
Despite its many features, the speaker remains lightweight and portable, making it suitable for both fixed installations and mobile applications.