Bluebell Opticom’s TDM750 HD-SDI Module with Ethernet Fibre Interface Makes ISE Debut

Making its debut at ISE 2016 is Bluebell Opticom’s new TDM750, a rack-mounted solution for the transport of HD-SDI and 100BaseT Ethernet signals for small robotic/POV camera systems.

Requiring only two fibers with an option for single-fibre operation, the Bluebell Opticom TDM750 is a standalone or rack-mounted module for smaller robotic/POV camera systems that require only a single video path and bidirectional data via Ethernet.

The unit provides cost-effective fibre connectivity for the growing range of compact and remote HD pan/tilt cameras used in concert halls and government chambers, making it possible to forego copper cabling and increase the distance between the cameras and the control room.

“Often in historic buildings like a parliament chamber, the placement of the control room is limited by legacy factors like copper cabling, which can make for cumbersome setups in less-than-ideal locations,” said Paul McCann, managing director, Bluebell Opticom.

“The TDM750 uses multicore fibre, not copper, to bring feeds from any meeting room or chamber back to the central engineering room. That means cameras and engineering rooms can be placed in the locations that best suit the building and the given production, no matter the distance from the shoot, and operators can still retain full control of the cameras. This capability is a distinct advantage in older buildings or buildings with limited access.”

An affordable modular interface based on Bluebell’s popular and growing BC Series transport system, the TDM750 uses multicore fibre that allows the installer to transport and control a large number of remote cameras over a single cable. The interface makes it ideal for smaller robotic/POV camera systems that require only a single video path and bidirectional data via Ethernet.

The self-contained module can also be used as a building block in larger optical networks alongside other interface requirements.

Let us know what you think…

Log-in or Register for free to post comments…

You might also like...

Applied Technology:  Coaxial Cable Improvements for 4K Transport

As higher resolutions become the “norm” in television production and broadcasting, improvements in coaxial cables and associated connectors to enhance performance in the 12G operating range provides a more practical solution for 4K transport.

Articles You May Have Missed – November 29, 2017

SMPTE defines a set of stringent requirements for return loss, which have been challenging for many hardware designers even at today’s speed of 2.97 Gbps. As the industry upgrades to 5.94 Gbps and 11.88 Gbps to support ultra-HD video resolutions, meeting return l…

Articles You May Have Missed – September 6, 2017

Today’s smartphones are more powerful than the best state-of-the-art TV broadcast or production equipment of only two decades ago. The media industry is close to the point where consumer-off-the-shelf (COTS) equipment is sufficiently mature that it can facilitate and m…

The Not-So-Obvious Benefits of Using High-Quality Microphone Cables

After assembling the best series of audio components in your budget, there are always a few extras needed. One of those is usually microphone cables. The temptation is to buy the cheapest cables available. But that would be a big…

Articles You May Have Missed – March 15, 2017

The move to IP has some engineers scratching their heads for solutions. No need to panic. This week we highlight articles from consultant Gary Olson and broadcast engineer Ned Soseman. Each author offers advice on making that important move to…