Atlas Sound IED1544ZOP 4x4 Smart Zone Processor

Introducing the Atlas Sound IED1544ZOP Smart Zone Processor
The Atlas Sound IED1544ZOP 4x4 Smart Zone Processor is a cornerstone of modern audio system management, designed to deliver comprehensive network audio routing and digital signal processing capabilities. Tailored for environments where audio clarity and precision are paramount, this processor integrates seamlessly with both AtlasIED's GLOBALCOM.IP announcement systems and standalone applications, offering unmatched versatility and control.

Advanced Audio Processing and Control
Equipped with Dante® network audio input, the IED1544ZOP ensures that high-quality audio can be streamed flawlessly over IP networks. This unit excels in maintaining optimal sound levels through its AlwaysHEAR™ technology, which automatically adjusts audio output to the ideal volume based on ambient sound conditions. This smart feature guarantees that announcements and music are always clear, never drowned out by background noise.

Flexible Connectivity for Diverse Applications
The IED1544ZOP doesn’t just manage audio inputs efficiently; it also offers four line-level balanced analog outputs to connect external amplifiers or powered line arrays. For added flexibility, these outputs can also route processed audio back into the network as Dante® digital streams, making it ideal for distributing background music or auxiliary audio seamlessly throughout any facility.

Enhanced Input and Logic Capabilities
This processor is also equipped with four balanced line-level analog inputs, which can serve multiple functions, from testing outputs to streaming background music via the network. The inclusion of eight logic inputs, with four capable of closure detection and four designed for supervision tasks, adds another layer of functionality, enabling detailed system monitoring and safety checks.

Real-Time Ambient Noise Adjustment
Each output channel of the IED1544ZOP can connect to up to two 540S ambient noise sensors, allowing real-time adjustments based on the actual noise conditions in each zone. This ensures that the system's output is always perfectly tuned to the environment, enhancing the listener's experience and ensuring effective communication in dynamic settings.