Crown DCI4x600N 4x600W 4-Channel Networked Power Amplifier

What is the Crown DCi 4|600N Networked Power Amplifier?
The Crown DCi 4|600N Networked Power Amplifier is a powerful, 4-channel amplifier designed to provide high-quality audio performance for medium-sized installations. With a robust 600 watts per channel at 4 ohms and state-of-the-art DriveCore technology, this amplifier offers exceptional sound reliability and clarity. Ideal for venues such as cinemas, houses of worship, bars, and lounges, the DCi 4|600N is designed for applications where both power and advanced control are crucial. It is packed with a variety of features that provide flexibility and seamless integration with other systems, making it an excellent choice for demanding audio environments.

Maximized Efficiency with DriveCore Technology
Crown’s DriveCore technology is at the heart of the DCi 4|600N, and it plays a critical role in maximizing both the sound quality and efficiency of the amplifier. By reducing the number of components typically found in power amplifiers, DriveCore ensures a streamlined design that enhances reliability and minimizes variability. This technology enables the amplifier to deliver consistent, high-quality sound while also improving energy efficiency. As a result, the DCi 4|600N is able to deliver superior performance with reduced power consumption, making it a great option for long-term use in installations.

Comprehensive Control and Customization with Onboard DSP
The DCi 4|600N features powerful onboard DSP (Digital Signal Processing) that offers a range of customization options for fine-tuning your system. With the ability to adjust levels, equalization, delay, and more, you can tailor the audio output to meet the specific needs of your venue. The onboard DSP includes LevelMAX limiters to protect speakers and ensure maximum dynamic range, as well as an 8-band input and output parametric EQ for precise control over sound frequencies. The adjustable crossover and output delay provide even further customization, allowing you to adapt the amplifier’s performance to your exact specifications.

Versatile Networking with BLU-Link and More
For advanced integration with other audio systems, the Crown DCi 4|600N offers flexible networking support through Harman’s proprietary BLU-Link. This allows the amplifier to interface with various audio transport protocols, including AVB, CobraNet, and Dante, making it compatible with a wide range of systems. Whether you're using a BSS Audio Soundweb London processor or other networked devices, the DCi 4|600N ensures seamless communication and operation. The ability to control and configure the amplifier through Harman's HiQnet Audio Architect software further enhances its versatility, enabling wireless control and monitoring for a more streamlined setup and operation.

Ideal for High-Voltage Applications
The DCi 4|600N is built with high-impedance applications in mind, making it ideal for installations that require 70V or 100V systems. Thanks to its Direct Drive 70/100Vrms output, this amplifier can easily accommodate both 70V and 100V speaker systems without the need for an additional transformer. This makes the DCi 4|600N a great choice for large venues or situations where long cable runs are needed to distribute sound across a wide area. Its ability to handle these high-voltage applications adds an extra layer of flexibility, allowing you to use the amplifier in a variety of settings.

Reliability for Life Safety and Critical Applications
Another standout feature of the Crown DCi 4|600N is its EN 54-16 compliance, making it suitable for life safety applications. This certification ensures that the amplifier meets strict standards for reliability and performance in emergency situations. Whether you're using it in a house of worship, cinema, or any other venue where life safety is a concern, you can trust the DCi 4|600N to deliver reliable performance when it matters most. The amplifier’s advanced fault monitoring capabilities and GPIO/Aux port, which allows for recalling presets and muting channels, further enhance its reliability in critical environments.