Visium MD Mini Multimedia Gateway
The ATX Visium MD Mini is the centerpiece of a managed video solution that reimagines the way content is distributed and displayed in multi-television commercial environments, including bars, restaurants, fitness centers and doctors’ offices.
Features
- Optimized for CDN stream ingest
- Support for User Datagram Protocol (UDP) and Secure Reliable Transport (SRT) stream ingest
- Supports QAM or IP output
- Fully secure platform with LG PRO:IDIOM® encryption format support
- Simple and fast installation centrally configured, managed and monitored via Visium Manager element management system
- Compact 1RU form factor
- Low power consumption
Bulk Media Distribution for Small & Medium Businesses
SOLUTION & BENEFITS
The Visium MD Mini is the centerpiece of ATX’s Visium MVP, an end-to-end managed video solution optimized for restaurants, gyms and other small and medium-sized businesses (SMBs). The Visium MD Mini combines with the Visium MVP command-and-control app and the Visium SBB to provide MSOs and systems integrators with a powerful-but-affordable solution that simplifies the distribution and control of content in multi-television environments. The easy-to-use and install system offers multiple performance and cost-efficiency benefits over alternative approaches, including a significantly simplified end-user experience, support for bandwidth-conserving IP streaming ingest and the ability to manage all televisions from a single device.
Innovate End-User Experience
A centralized and easy-to-use command and control app enables staff to manage content across dozens of televisions from a single connected device, such as a tablet.
Eliminate Synchronization Issues
Unlike solutions that deliver content directly to set-top boxes, Visium MVP ensures all televisions streaming the same content, such as a sporting event, are always in sync.
Conserve Downstream Bandwidth
The Visium MVP solution enables MSOs to deliver only the channels currently being displayed on TVs, significantly improving the utilization of downstream bandwidth.
