NAD CI 16-60 DSP 16-Channel Amplifier

NAD CI 16-60 DSP Multi-Channel Amplifier: High-Performance Audio Distribution

The NAD CI 16-60 DSP Multi-Channel Amplifier is engineered to deliver exceptional audio performance across multiple zones, making it ideal for custom installations. With 16 channels of robust amplification, it provides 60 watts per channel at 8 ohms, ensuring clear and dynamic sound throughout your space. For applications requiring higher power, consecutive channel pairs can be bridged to deliver 140 watts per channel at 8 ohms, accommodating demanding speaker setups.

Key Features

  • High-Power Amplification: Delivers 60W per channel into 8 ohms, with the capability to bridge consecutive channel pairs for 140W per channel at 8 ohms, ensuring ample power for various speaker configurations.
  • HybridDigitalâ„¢ Technology: Utilizes advanced amplifier technology to achieve low distortion and high efficiency, resulting in accurate and detailed sound reproduction.
  • Flexible Input Options: It is equipped with eight stereo RCA inputs with loop-through and dual global RCA bus inputs/outputs, providing versatility for different audio sources.
  • Web-Based User Interface: This product features a powerful web-based interface accessible from PCs, smartphones, and tablets. It allows for the configuration and management of input gain, output levels, and DSP settings, including a 5-band parametric EQ and high/low pass filters.
  • Installer-Friendly Design: Occupies a 2U rack space and includes brackets for easy rack mounting. Thermostatic fan cooling with front vents ensures efficient heat dissipation without requiring additional ventilation gaps.
  • Integration Capabilities: Supports IP control and is compatible with major control systems such as Crestron, Control4, Elan, RTI, and URC, facilitating seamless integration into smart home environments.

The NAD CI 16-60 DSP Multi-Channel Amplifier is available in a sleek black finish. It offers a combination of high-performance audio and installer-friendly features, making it ideal for sophisticated distributed audio systems.