BCIT Updates Intercom System With Pliant Technologies’ CrewCom
The system’s wireless capability, range and ease-of-use meet all of the school’s needs.
Pliant Technologies’ CrewCom Digital Wireless Intercom was the clear choice when British Columbia Institute of Technology (BCIT) was looking to replace an outdated wired intercom system.
Renowned for its esteemed broadcast-focused curriculum, BCIT teaches broadcast journalism, television production, and video production, providing students with hands-on educational experiences within its multiple production studios. With Pliant’s CrewCom intercom, students can now experience a cutting edge, modernized communications solution, providing an invaluable skillset to prepare students for a professional broadcast career.
When upgrading from a wired intercom to a digital, wireless solution, BCIT needed a system that would provide enough coverage for clear communication throughout the entire building, while also being able to have coverage across the building’s two floors. In addition to coverage requirements, BCIT’s broadcast program was also looking for a solution with a 900MHz frequency to avoid interference with pre-existing Wi-Fi infrastructures within the campus.
To ensure the institute was upgrading to the best solution for its specific needs, Kal Ng, broadcast engineer at BCIT, turned to Vidcom, an international systems integrator of high-end broadcast, streaming and post-production solutions. With Vidcom’s guidance and expertise, the institute acquired two identical CrewCom systems for its two main production studios, each of which consists of one Control Unit (CU), 18 Radio Packs (RP) and four Radio Transceivers (RT).
Unique to this school’s needs, they were also looking for a solution that could be moved to different locations, depending on what story the students were capturing. “As a teaching environment, BCIT requires an intercom solution that could be deployed in different parts of the campus, or anywhere in greater Vancouver BC, depending on the show’s content that day,” says Ng. “With CrewCom, we were able to set up a mobile unit, with all of the gear in a rack with wheels for portability. Students can transport the mobile unit to wherever they need. With CrewCom being a wireless system, all they need to do is hook up the antennas, fire up the system’s radio packs, and they’re good to go.”
Another benefit of CrewCom for BCIT’s broadcast program is its ease-of-use and ability to interface with wired systems. This allows BCIT to connect CrewCom to the one-way communication IFB system that the journalism students deploy. “Our journalism students wear an IFB earpiece for programming cues, so they are able to listen to the director and producer’s cues, without the need to communicate back to them. With CrewCom having a wired interface capability, we can connect the journalists’ IFBs, so they never miss a cue. Additionally, CrewCom is super straight forward and simple-to-use, so there’s a very small learning curve for the students. Overall, CrewCom has done a phenomenal job of meeting all the school’s requirements, and I couldn’t be happier with our decision to choose Pliant.”
You might also like...
Designing IP Broadcast Systems
Designing IP Broadcast Systems is another massive body of research driven work - with over 27,000 words in 18 articles, in a free 84 page eBook. It provides extensive insight into the technology and engineering methodology required to create practical IP based broadcast…
NDI For Broadcast: Part 3 – Bridging The Gap
This third and for now, final part of our mini-series exploring NDI and its place in broadcast infrastructure moves on to a trio of tools released with NDI 5.0 which are all aimed at facilitating remote and collaborative workflows; NDI Audio,…
Designing An LED Wall Display For Virtual Production - Part 2
We conclude our discussion of how the LED wall is far more than just a backdrop for the actors on a virtual production stage - it must be calibrated to work in harmony with camera, tracking and lighting systems in…
Microphones: Part 2 - Design Principles
Successful microphones have been built working on a number of different principles. Those ideas will be looked at here.
Expanding Display Capabilities And The Quest For HDR & WCG
Broadcast image production is intrinsically linked to consumer displays and their capacity to reproduce High Dynamic Range and a Wide Color Gamut.