Shure ANI4IN 4-Channel Dante Mic/Line Audio Network Interface Unit (XLR Inputs)
SKU: SHR-ANI4INXLR
- Four XLR Analog Inputs
- Single Ethernet Port
- LEDs Indicate Device Status/Audio Signal
- Crestron & AMX Control Strings
- 4-Band C/S PEQ
- Browser-Based Software Control
The Shure ANI4IN is a compact 1/3 RU Dante™ Mic/Line Audio Network Interface designed to seamlessly integrate analog microphones and line-level sources into networked audio systems. Featuring four 3-pin XLR inputs, the ANI4IN converts up to four analog mic or...
More Details
Shure ANI4IN 4-Channel Dante Mic/Line Audio Network Interface Unit (XLR Inputs)
SKU: SHR-ANI4INXLR
Fast Shipping
Secure payment
Tax Included
Tax included.
Write a Review
Ask a Question
- Four XLR Analog Inputs
- Single Ethernet Port
- LEDs Indicate Device Status/Audio Signal
- Crestron & AMX Control Strings
- 4-Band C/S PEQ
- Browser-Based Software Control
The Shure ANI4IN is a compact 1/3 RU Dante™ Mic/Line Audio Network Interface designed to seamlessly integrate analog microphones and line-level sources into networked audio systems. Featuring four 3-pin XLR inputs, the ANI4IN converts up to four analog mic or...
More Details
-
Shure ANI4IN 4-Channel Dante Mic/Line Audio Network Interface Unit (XLR Inputs)
The Shure ANI4IN is a compact 1/3 RU Dante™ Mic/Line Audio Network Interface designed to seamlessly integrate analog microphones and line-level sources into networked audio systems. Featuring four 3-pin XLR inputs, the ANI4IN converts up to four analog mic or line signals into Dante digital audio for flexible routing, distribution, and control across standard Ethernet networks.
A single Ethernet port carries both Dante audio and power via PoE (Class 0), simplifying installation and reducing cable clutter in racks, credenzas, or under-table mounting scenarios. Front-panel LEDs provide a clear visual indication of device status and signal presence for quick system monitoring and troubleshooting.
Each input channel includes powerful DSP capabilities, including four-band parametric EQ (C/S PEQ), channel summing to combine multiple inputs onto a single Dante channel, and comprehensive per-channel controls. Through browser-based software, users can adjust preamp gain, phantom power, mute, digital gain, and polarity settings—offering precise control without additional hardware.
Designed for integration into larger AV control environments, the ANI4IN supports control strings for third-party preset controllers, including systems from Crestron and AMX, making it ideal for conference rooms, boardrooms, educational facilities, and enterprise installations requiring scalable, networked audio infrastructure.
Shure ANI4IN 4-Channel Dante Mic/Line Audio Network Interface Unit (XLR Inputs)
The Shure ANI4IN is a compact 1/3 RU Dante™ Mic/Line Audio Network Interface designed to seamlessly integrate analog microphones and line-level sources into networked audio systems. Featuring four 3-pin XLR inputs, the ANI4IN converts up to four analog mic or line signals into Dante digital audio for flexible routing, distribution, and control across standard Ethernet networks.
A single Ethernet port carries both Dante audio and power via PoE (Class 0), simplifying installation and reducing cable clutter in racks, credenzas, or under-table mounting scenarios. Front-panel LEDs provide a clear visual indication of device status and signal presence for quick system monitoring and troubleshooting.
Each input channel includes powerful DSP capabilities, including four-band parametric EQ (C/S PEQ), channel summing to combine multiple inputs onto a single Dante channel, and comprehensive per-channel controls. Through browser-based software, users can adjust preamp gain, phantom power, mute, digital gain, and polarity settings—offering precise control without additional hardware.
Designed for integration into larger AV control environments, the ANI4IN supports control strings for third-party preset controllers, including systems from Crestron and AMX, making it ideal for conference rooms, boardrooms, educational facilities, and enterprise installations requiring scalable, networked audio infrastructure.