Studio Technologies Model 5482-01 Dante Bridge

Seamless Dante Networking with Studio Technologies M5482-01 Model 5482 Dante Bridge
The Studio Technologies M5482-01 Model 5482 Dante Bridge is a robust solution for integrating up to 32 audio channels between two independent Dante networks. Whether operating at 44.1 or 48 kHz sample rates, this bridge ensures seamless audio transfer across local area networks (LANs) or Dante domains. Designed to meet professional audio standards, the Model 5482-01 is ideal for environments where high-quality audio and network reliability are essential.

High Compatibility and Performance
The M5482-01 excels in environments that require the interconnection of Dante audio channels across separate networks. Compatible with Dante Domain Manager™ (DDM) and compliant with the AES67 standard, it facilitates complex audio setups with minimal configuration required. This unit is designed for continuous, 24-hour operation, making it a dependable choice for critical audio applications.

Advanced Audio Management
Equipped with internal sample rate conversion (SRC), the M5482-01 ensures that audio signals retain their integrity, regardless of differing sample rates or timing across networks. This feature is crucial for maintaining the quality of audio signals as they traverse between networks operating under different audio specifications.

Flexible Installation and Power Options
The Model 5482-01 supports dual power inputs—100-240 V AC and 12 volts DC—providing redundancy to keep the system operational without interruption. Its 1U rack-mountable design and lightweight enclosure make it suitable for both permanent installations and mobile setups, offering versatility across various applications.

Intuitive User Interface
Monitoring and configuring the M5482-01 is straightforward, thanks to its front-panel LED indicators, LCD display, and pushbutton switches. All Dante network and audio parameters can be configured using the free Dante Controller software, ensuring that users have comprehensive control over their audio networks.