D&B Audiotechnik Z2880.000 5D High-Performance Amplifier
Upgrade your audio experience with the D&B Audiotechnik Z2880.000 5D Amplifier! This powerful Class D installation amplifier offers flexible power distribution across four output channels. • Customized Sound: It uses DSP to configure for various d&b loudspeaker series, delivering tailored sound. • Linear Option: Can be set up as a linear installation power amplifier for diverse uses. • High Dynamic Range: With a 111 dB dynamic range (Dante input, unweighted), it ensures exceptional audio quality. Ideal for audio professionals and enthusiasts seeking top-notch sound solutions in installations.
Specifications:
- Digital Signal Processing:
- Latency analog and digital inputs: 1.1 ms / < 3 ms
- Configurations: Selected loudspeakers from E-Series, xS-Series, xC Series, T-Series; Linear setup
- Frequency generator: Pink noise or Sine wave 10 Hz – 20 kHz
- Controls and indicators:
- Connectors:
- Ethernet, Dante Input: 2 x RJ 45, 1 Gbit / 100 Mbit GPI: 1 x 6-pin Euroblock 3.5 mm male Input / Link ANALOG (A1-A4): 2 x 6-pin Euroblock male, 3.5 mm Speaker outputs A/B/C/D: 2 x 4-pin Euroblock 5.08 mm female Mains connector: IEC FAULT: 1 x 3-pin Euroblock 3.5 mm male
- Power supply:
- Type: Wide range switched mode power supply with active Power Factor Correction (PFC)
- Rated mains voltage: 100 - 240 V, 50 - 60 Hz
- Dimensions / weight:
- Dimensions (H x W x D): 1 RU x 9.5' x 435 mm/17.1'
- Weight:



The D&B Audiotechnik Z2880.000 5D Amplifier is perfect for audio installations. Whether you're an audio professional setting up a venue or an enthusiast enhancing your home audio, this amplifier fits the bill. With dimensions of 1 RU x 9.5' x 435 mm (17.1') and weighing 4.6 kg (10 lb), it's easy to install. It offers flexible power distribution across four output channels and uses DSP for customized sound configurations for multiple d&b loudspeaker series. It can also be set up as a linear power amplifier. The dynamic range of 111 dB (Dante input, unweighted) ensures great audio quality.