Account Contact
Your Cart
Pay the courier with no extra fees.
Need help? DistriNode AI can handle any task on our site.

Yamaha DME3 Open Architecture Digital Signal Processor, 8x8 Analog I/O, 24-bit/48kHz, Ethernet Control, 1U Rack

Yamaha DME3 Open Architecture Digital Signal Processor, 8x8 Analog I/O, 24-bit/48kHz, Ethernet Control, 1U Rack
Yamaha DME3 Open Architecture Digital Signal Processor, 8x8 Analog I/O, 24-bit/48kHz, Ethernet Control, 1U Rack
R58,612
With a dynamic range of 106 dB and ultra-low distortion under 0.05%, the Yamaha DME3 delivers pristine audio processing for installed sound systems. This open-architecture DSP offers 8 balanced XLR inputs and 8 outputs, 24-bit conversion, and a 1U rack-mountable chassis, all controllable via Etherne... Read More
Stock 1 Code 3335222 Brand YAMAHA Model VJA4040 Warranty 2 Years

Shipping & Returns

Estimated delivery Tuesday, October 6
You will be kept updated through our detailed tracking system
Payment options
EFTPayFastBank CardSnapScanZapperGoogle PayApple PayMobicredMoreTymePay on Arrival

With a dynamic range of 106 dB and ultra-low distortion under 0.05%, the Yamaha DME3 delivers pristine audio processing for installed sound systems. This open-architecture DSP offers 8 balanced XLR inputs and 8 outputs, 24-bit conversion, and a 1U rack-mountable chassis, all controllable via Ethernet, RS-232C, or GPI.

Overview

The DME3 is a professional-grade digital signal processor engineered for conference rooms, auditoriums, and live venues. Its flexible open architecture allows custom audio routing, mixing, and effects using Yamaha's DME Designer software. Two MY-card expansion slots provide additional I/O options, while +48V phantom power on each input accommodates condenser microphones. The unit operates at 44.1 kHz or 48 kHz sampling rates, ensuring compatibility with standard digital audio formats.

What stands out

  • High-performance DSP engine for complex audio processing with minimal latency (2.5 ms analog-to-analog at 48 kHz).
  • Extensive control connectivity: Ethernet (RJ-45), RS-232C, and 8 GPI inputs/outputs for integration with third-party systems.
  • Expandable via two MY-card slots, supporting optional analog, digital, or networked I/O cards.
  • Selectable +48V phantom power per input, ideal for condenser microphones in conferencing applications.
  • Rack-mountable 1U form factor with low 45 W power consumption.

Technical details

  • Analog inputs: 8x XLR balanced, max input level +24 dBu, selectable +48V phantom power.
  • Analog outputs: 8x XLR balanced, max output level +24 dBu.
  • AD/DA conversion: 24-bit, sampling rates 44.1 kHz / 48 kHz.
  • Frequency response: 20 Hz – 20 kHz (+0.5, -1.0 dB).
  • Dynamic range: 106 dB (typical), THD+N < 0.05%.
  • Control ports: Ethernet (RJ-45), RS-232C, GPI (8 in / 8 out).
  • Expansion: 2 MY-card slots for optional I/O cards.
  • Power consumption: 45 W, 1U rack-mountable.

Our verdict

The Yamaha DME3 combines pristine audio quality, flexible open architecture, and robust control options in a compact 1U chassis, making it an excellent choice for professional installed sound applications.

Specifications
Analog audio input terminal ports
8x XLR balanced
Analog audio output terminal ports
8x XLR balanced
Brand
Yamaha
Category
DSP
Certification
CE, RoHS
Country of origin
Japan
Dynamic range
106 dB
EAN
4957812719650
Ethernet interface type
Fast Ethernet
Frequency range
20 Hz - 20 kHz
Model
DME3
MPN
VJA4040
Power consumption (typical)
45 W
Rack capacity
1U
Rack mounting
Yes
RJ-45 ports quantity
1
RS-232 ports
1
Supported network protocols
TCP/IP, UDP
Total Harmonic Distortion plus Noise (THD+N)
< 0.05%
Weight
4.5 kg
Price history over the last 6 months
Yamaha DME3 Open Architecture Digital Signal Processor, 8x8 Analog I/O, 24-bit/48kHz, Ethernet Control, 1U Rack
Current
R58,612
Lowest
R57,805
Highest
R58,612
Change 24H
+R264   +0%
Week
+R807   +1%
Month
—   

Popular products in this category

WhatsApp
Hi, I’m DistriNode’s AI assistant. I can help you find products, compare options, create quote PDFs, or open support requests.