By Diamond Audio

1-Channel 2000W RMS CLASS D Monoblock Amplifier with 4CH DSP - NEO20001DSP

Regular price $749.99
Regular price Sale price $749.99
Brand: Diamond Audio
SKU: NEO20001DSP

NEO20001DSP - 2000W RMS Class D Monoblock Amplifier

Unrivaled Power Meets Precision Control

The Diamond Audio NEO20001DSP is the ultimate solution for audiophiles seeking the perfect balance of massive raw power and sophisticated tuning with onboard 4CH DSP. As a high-efficiency Class D Monoblock amplifier , it delivers a formidable 2000W RMS at 1Ω , providing the extreme strength needed to drive the most demanding high-performance subwoofers while maintaining the pure sonic clarity Diamond Audio is known for.

Advanced Full DSP Integration

Unlike standard high-output monoblock amplifiers, the NEO20001DSP features an integrated, full-service Digital Signal Processor . With 31 bands of parametric EQ , precise crossovers, time delay , and channel linking, you have total command over your soundstage. Whether you are tuning via PC or Android, the NEO Series provides a professional-grade interface to calibrate your system for any acoustic environment.

Seamless OEM & EV Integration

Designed for the modern vehicle landscape, the NEO20001DSP excels in integration. It features high-voltage signal inputs (up to 20V) and selectable on-board load resistors (10Ω - 20kΩ) to interface perfectly with complex factory (OEM) systems . Furthermore, its EV-friendly voltage compatibility (8-17V) ensures stable performance in electric and hybrid vehicles without compromising the vehicle’s electrical integrity.

Versatile & Rugged Engineering

Built to perform in diverse environments, the NEO20001DSP features a marine-ready , water-resistant chassis , making it an ideal choice for high-end car audio, marine, and powersports installations . Despite its massive output, the compact footprint, staggered RCA connections, and high-current quick-connect power blocks ensure a clean, professional installation even in sophisticated custom setups.

 

Key Features:

  • Full 4CH DSP integration: 2CH internal, 2CH output. 31 band parametric EQS per channel, crossovers, time delay, channel linking, PC or Android programming for advanced tuning and much more
  • Easy OEM integration features:
    • Up to 20V signal inputs (High/Low level 20V – 0.4V)
    • Selectable on-board load resistors (10Ω, 20Ω, 60Ω, 20kΩ)
    • EV friendly voltage compatibility (8V – 17V)
  • Bluetooth Audio streaming direct to amplifier
  • Control via IOS or Android App (coming soon)
  • Marine ready, water-resistant chassis
  • Staggered RCA connections for clean installations
  • High-current quick-connect power block
  • NeoDRC1 Diamond Remote Commander compatible (sold separately)
  • 2 RCA preamp outputs for system expansion
  • Ultra-low distortion (0.05% THD)

PC SOFTWARE DOWNLOAD

TECH NOTE: POWER UP AMPLIFIER FOR PROGRAMMING- SELECT ACC POSITION FOR AUTO TURN-ON

Amplifier Power Calculator

Measured Output Power - Match gain to either RMS output of the amplifier or the speaker, whichever is lower.

Enter measured AC voltage:

Load Power (Watts)
0 W
0 W
0 W
Formula: Watts = Voltage² ÷ Resistance

Voltage Target Calculator - Match gain to either RMS output of the amplifier or the speaker, whichever is lower.

Enter desired output power:

Load Target Voltage
0 V
0 V
0 V
Formula: Voltage = √(Watts × Resistance)

 

 

Specifications

  • Output Power Rating:
    1200W x 1 @ 4Ω
    1600W x 1 @ 2Ω
    2000W x 1 @ 1Ω
  • Frequency Response: 10Hz - 20kHz
  • Input Sensitivity: 0.04-20V
  • Signal to Noise Ratio: 95dB
  • THD & Noise: ≤0.03%
  • Dimensions(L×H×W): 297.5 X 103.3 X 35 mm/ 11.71" X 4.07" X 1.38"
  • Net Weight: 1.51kg / 3.33lbs

Amplifier Power Calculator

Measured Output Power - Match gain to either RMS output of the amplifier or the speaker, whichever is lower.

Enter measured AC voltage:

Load Power (Watts)
0 W
0 W
0 W
Formula: Watts = Voltage² ÷ Resistance

Voltage Target Calculator - Match gain to either RMS output of the amplifier or the speaker, whichever is lower.

Enter desired output power:

Load Target Voltage
0 V
0 V
0 V
Formula: Voltage = √(Watts × Resistance)