Studio Technologies Model 5401A Dante Leader Clock

Enhance Network Synchronization with the Model 5401A Dante Leader Clock
The Studio Technologies Model 5401A Dante Leader Clock is an essential component for advanced audio-over-IP applications, providing precision timing signals essential for networks utilizing Dante® media networking technology. Ideal for environments requiring impeccable audio sync such as broadcast, live event production, and studio operations, the Model 5401A integrates seamlessly, supporting the timing needs of hundreds of Dante-compatible devices simultaneously.

Robust and Versatile Timekeeping Capabilities
At the heart of the Model 5401A is a high-performance IEEE® 1588 precision time protocol (PTP) server that meets the stringent requirements of Dante networks and offers compatibility with AES67 applications. This unit ensures network-wide synchronization, providing both PTPv1 and PTPv2 support. Additionally, it includes a word clock output for syncing external devices, enhancing its utility across various setups.

Designed for Complex Audio Networks
The Model 5401A is built to facilitate sophisticated audio network configurations, including primary and backup Leader clock roles for redundant setups. With three Gigabit Ethernet interfaces, this unit can be adapted for various network implementations, ensuring high reliability especially in commercial and educational theaters, and entertainment venues.

Comprehensive Monitoring and Control
Operators can easily monitor and adjust settings thanks to front-panel controls, an LCD display, and an integrated web server. The unit's configuration and performance can be managed in real-time using the STcontroller software, providing a user-friendly interface for adjustments and monitoring, enhancing operational ease and precision.

Flexible Installation and Power Options
This 1U rack-mountable unit requires minimal installation effort, needing only a mains power connection and one to three Ethernet network connections to operate fully. It supports both AC and DC power inputs, allowing for redundant power configurations that ensure continuous operation during power interruptions.