ANTAKIPRO MDA2-8KDM Amplifier 2 Channel 2U 8000 Watts Pro Audio Amp Integrate High-End Class D Amplification with Advanced DSP Processing Antakipro by Marani for The MDA-KDM Series


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Sale price$4,999.00
ANTAKIPRO MDA2-8KDM Amplifier 2 Channel 2U 8000 Watts Pro Audio Amp Integrate High-End Class D Amplification with Advanced DSP Processing Antakipro by Marani for The MDA-KDM Series
  • The MDA2-8KDM is part of Marani Pro Audio's MDA-KDM Series, designed for professional touring and high-performance audio applications. This amplifier is ideal for delivering exceptional audio fidelity in demanding environments. || Specifications (1) || Power Output : 2000W at 8 Ohms | 4000W at 4 Ohms | 4000W at 2.7 Ohms | 4000W at Hi-Z (70/100V) || Channels : 2-channel amplifier. ||
  • Specifications (2) || DSP Processing : Advanced DSP with 96 kHz sampling rate, including MIR/IIR/FIR filtering and dynamic processing. || Connectivity : Supports Dante, AES3, and analog inputs, with dual Ethernet ports for robust networking. || Efficiency : Greater than 87%, with a power factor exceeding 0.96. || Protection Features : Safeguards against DC faults, high-frequency interference, and thermal risks. || Design : Compact and lightweight, suitable for touring professionals. ||
  • FEATURES (1) || MAX 4 * 2200W (<1%) @ 4 Ω RMS power, with independent power supply for each channel. Whether connected to a full frequency speaker or an ultra-low speaker, all 4 channels can simultaneously output maximum power. (4 different models with different channels and power: MDA4-4KDM, MDA4-6KDM, MDA2-8KDM, MDA4-10KDM) ||
  • FEATURES (2) || Built in MARANI The DSP operates at a sampling rate of 96k, with a high-frequency response of up to 40KHz. The MDA-KDM series is a newly designed high-power amplifier that meets market usage requirements, with precise signal output, strong self-protection, low noise, and high reliability. ||
  • FEATURES (3) || Signal source automatic switching function, equipped with 2/4 analog input interfaces, 1/2 independent AES digital input interfaces, and 2 Dante network interfaces. Each input channel can be set with three priorities, effectively ensuring the reliability of system signal transmission during major events ||

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