Lamar University Takes Its Performance To New Heights With Riedel’s Intercom Solutions

Lamar University, one of the fastest growing universities in Texas, has upped its game with the addition of Riedel’s cutting-edge communication solutions for use in its stadium control room and a newly designed 24-foot broadcast trailer from Allied Broadcast Group.
Equipped with an Artist-1024 digital matrix intercom, 10 Bolero wireless beltpacks, and eight RSP-1216 SmartPanels, in both the control room and the mobile unit, Lamar University is now able to use one system for multiple teams across different venues, enabling it to cover various events from sporting activities to commencement ceremonies, both efficiently and reliably.
Previously, the university faced the challenge of coordinating multiple teams and volunteers across different venues. Now, with just three antennas, they can cover the entire campus. Paired with the new control room and mobile unit, which are both using Riedel's integrated solutions, Lamar can now cover additional events campus-wide, providing a unified communication platform with far fewer pieces of equipment required, streamlining operations for camera operators, engineering teams, marketing professionals, athletic directors, and students involved in the production. For instance, Price and his team can ensure constant and clear communication with camera operators, even beyond the endzone and into the building. In addition, they can color balance the cameras without interfering with the producer.
The mobile unit, designed and built by Allied Broadcast Group, contains a mirror image of the control room’s Artist, Bolero, and SmartPanels, providing a familiar set of tools and cost-effective flexibility for the production teams. Instead of trenching fiber across the campus to reach distant venues, Lamar University can now deploy the mobile unit to cover additional campus sporting events such as volleyball, baseball, and eventually tennis. Students can get valuable real-world experience in both a control room and mobile truck environment, learning broadcast on state-of-the-art professional equipment.
You might also like...
IP Monitoring & Diagnostics With Command Line Tools: Part 8 - Caching The Results
Storing monitoring outcomes in temporary cache containers separates the observation and diagnostic processes so they can run independently of the centralised marshalling and reporting process.
IP Monitoring & Diagnostics With Command Line Tools: Part 7 - Remote Agents
How to run diagnostic processes in each machine and call them remotely from a centralised system that can marshal the results from many other networked systems. Remote agents act on behalf of that central system and pass results back to…
IP Monitoring & Diagnostics With Command Line Tools: Part 6 - Advanced Command Line Tools
We continue our series with some small code examples that will make your monitoring and diagnostic scripts more robust and reliable
IP Monitoring & Diagnostics With Command Line Tools: Part 5 - Using Shell Scripts
Shell scripts enable you to edit your diagnostic and monitoring commands into a script file so they can be repeated without needing to type them manually every time. Shell scripts also offer some unique and powerful features that help to…
IP Monitoring & Diagnostics With Command Line Tools: Part 4 - SSH Public Keys
Installing public SSH keys created on your workstation in a server will authenticate you without needing a password. This streamlines the SSH interaction and avoids the need to use stored and visible passwords in your scripts.