NAD CI 8-150 DSP Multi-Channel Amplifier: High-Performance Audio for Custom Installations
The NAD CI 8-150 DSP Multi-Channel Amplifier is engineered to deliver exceptional audio performance in custom installation environments. With eight channels of robust amplification, it provides 150 watts per channel at 8 ohms, ensuring clear and dynamic sound across multiple zones. For applications requiring higher power, channels can be bridged to deliver 280 watts per channel at 8 ohms, accommodating demanding speaker setups.
Key Features
- High-Power Amplification: Delivers 150W per channel into 8 ohms, with the capability to bridge channels for 280W per channel at 8 ohms, ensuring ample power for various speaker configurations.
- HybridDigital™ nCore® 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 four pairs of RCA inputs, dual global RCA bus inputs/outputs, two optical digital inputs, and two coaxial digital inputs, 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 8-150 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.