Musway D8 Digital 8-Channel DSP Amp

With the D8v1 model, MUSWAY delivers an extremely compact sound powerhouse in a beautifully designed enclosure with an impressive 8 channels, including a freely configurable 10-channel DSP. Each channel generates 75 W/RMS into 2 ohms, resulting in 150 W/RMS bridged, for a total of 600 W/RMS. Essentially, the D8 amp offers the same features as the M6, but with two additional amplified outputs and two more DSP channels. This compact sonic marvel is particularly well-suited for 3-way active speaker systems, and the DSP allows for precise adjustment of crossover frequencies, time alignment, and frequency correction. As an added bonus, this configuration also provides a bridged output of 150 watts RMS into 4 ohms for a medium-sized subwoofer. Like the M6, the multi-layered circuit board incorporates top-quality audio components and a Texas Instruments™ DSP. Included are 8 (!) high-level inputs with error protection system, soft clipping speaker protection for 2-ohm operation, and auto-turn-on, ensuring trouble-free connection to OEM radios without a remote output. Technical Details: MUSWAY DIGITAL 8-CHANNEL DSP-AMP D8v1 8 x 50/75 W/RMS @ 4 / 2 Ω or e.g. 4 x 150 W/RMS @ 4Ω bridged 8 x High-Level Input • 2 x AUX/RCA Input 2 x Preamplifier Output/RCA (configurable via DSP) Intelligent 8-channel high-level input with "EPS" circuitry* 6 DSP setups storable and uploadable Start-stop ready • Soft-clipping function @ 2 Ω • Auto-turn on Signal-to-noise ratio ≥90dB • Frequency response 15 Hz – 22 kHz (-3dB) Total harmonic distortion ≤0.1% (1 kHz, 4Ω, 90% power) Plug & Play with vehicle-specific wiring harnesses Dual 32-bit, 330 MIPS DSP processor controllable via PC software or app

External Bluetooth™ USB dongles for audio streaming/app (optional)

*Note:
Explanation of "EPS" (Error Protection System) protection circuit:
This circuit prevents unwanted entries from being generated in the vehicle's fault memory after the connection between the factory car radio
and the speakers is disconnected.
The circuit is designed in such a way that even the radio's tweeter detection is "outsmarted".