Joseph Fiber Solutions Caddie-FP Set
NILES, Ill. — Joseph Electronics, a provider of fiber termination and custom fiber solutions through Joseph Fiber Solutions (JFS), recently announced the availability of the new Camera Caddie-FP Series of fiber acquisition tools optimized for use in flypacks and other portable broadcast systems.
Designed to reduce setup and teardown time while providing all the fiber signal transport components necessary to streamline live video acquisition workflows, the system consists of custom, portable, flypack-friendly packages that have been configured to meet the demands of different types of events, such as entertainment, news, sports, corporate and government feeds. Base units can be configured for standalone or dual-rackmount scenarios, while the camera side has the flexibility of using local power or being powered over short or long distances via Lemo- or Neutrik-equipped hybrid copper/fiber cables.
“With the Caddie-FP Series, we have truly succeeded in creating a fiber-based acquisition tool that can be custom-configured for any broadcast scenario,” said Yohay Hahamy, president/CEO of Joseph Electronics. “It is no longer necessary for customers to pay for features that they don’t need or to settle for less than they want. The Caddie-FP Series can meet their exact requirements and give them all of the benefits that signal transport over fiber provides.”
The Caddie-FP Series provides a 3G/HD-SDI video signal in each direction, sync back to the camera for genlock, one line-level audio in each direction, intercom (Studio Technologies Model 37), two GPIs, and data for camera control. There are options for 4K and Ethernet as well. Every system in the Caddie-FP Series attaches to the camera with an Anton-Bauer Gold Mount.
The Joseph Electronics OPTC port on all camera caddies allows operators to daisy-chain additional caddie systems in the series on a single camera cable. All feeds and returns ride on the original camera cable and can be deployed to distances of up to six miles (10 kilometers) with local power, or up to 1,640 feet (500 meters) when powered remotely from the base station.