Shure ANI4IN Audio Network Interface

The Shure ANI4IN is an audio network interface designed to bring high quality analog microphone signals onto a Dante network for flexible routing and control. It is built for conference and installed audio systems where reliable analog to digital conversion improves clarity and intelligibility.

ANI4IN converts up to four line or mic analog signals onto a Dante network using a single Ethernet connection that also provides PoE class 0 power. Browser-based software control gives access to key input channel parameters, making setup and ongoing adjustments straightforward.

With onboard processing and integration features, ANI4IN supports a wide range of system designs using Shure or third party microphones. It adds practical tools like per-channel EQ and channel summing to streamline routing and reduce complexity in networked audio deployments.

Key Features

• Dante Network Conversion: Converts up to four line or mic analog signals onto a Dante network for audio routing.
• Single Ethernet Connection: One port carries Dante audio and PoE class 0 power.
• Browser-Based Control: Software control for device parameters per input channel.
• Per-Channel Processing: 4 Band C S PEQ on every channel.
• Channel Summing: Combines input signals and sends them over a single Dante channel.
• System Integration: Control strings for third-party preset controllers including Crestron and AMX.

Technical Specifications

• Product Type: Audio network interface
• Network Audio: Dante
• Analog Inputs to Dante: Up to four line mic analog signals
• Power: PoE class 0 via single Ethernet port
• Channel EQ: 4 Band C S PEQ on every channel
• Control: Browser-based software control per input channel including preamp gain, mute control, digital gain, polarity control, and phantom power
• Integration: Control strings for Crestron and AMX
• Form Factor: 1 3 rack unit wide
• Connector Options: Available in block connector audio plus logic and standard XLR variations
• Hardware Notes: Chassis ground screw on block version only provides common chassis ground for multiple inputs