An Economical Solution Designed for High-Quality Transmission of SD, HD, and 3G &12G SDI Signals on Single-Mode Fiber.

MultiDyne SMPTE Assemblies are SMPTE 304 compatibility for easy mating to industry standard broadcast fiber camera systems. As well as the MultiDyne Silverback, LightBox and BullDog. The rigorous qualification and intermateability testing program guarantees consistent and reliable results with all SMPTE compliant systems.

The MultiDyne SMPTE Power Tap or SPT is a unique 12V power source which is standardly equipped with SMPTE 304M connectors and is deployed in- line between a studio camera and CCU. The unit is portable and can be placed in multiple locations including on a camera pedestal where it can power teleprompters or other 12V DC equipment. Two 4-pin XLR output connectors provide secure connections to the equipment being powered by the SPT and there is a switch to limit the available output to 50, 100 or 150 Watts.

The VB Series, Build a Box provides a solution for any combinations of signal transport over fiber. With the VB-10 (10 card slots), VB- 6 (6 card slots), VB-4 (4 card slots), a unit can be created to your specification by populating the case with any configuration of VB-Cards. Each card’s I/O can be sent or received over its own disparate fiber, or all signals in the box can be multiplexed onto just one fiber. Inherently portable, each unit is ready for field applications or can be rack-mounted with optional Rack Mount kits. The VB series is compatible with our openGear line. openGear is an industry-standard, 2 RU card frame with DashBoard monitoring. This allows users to monitor the health of the system via computer.

The VB-3604 is part of the versatile LightBrix line of compact, rugged fiber transport products. Ideal for a box camera mounted to a robotic PTZ head, the VB-3604 will transport a full complement of camera signals, including 4K quad-link, as well as an option to supply power to the transmitter and camera, via an SMPTE hybrid cable. By utilizing the SMPTE cables fiber strands for signal transport and its copper wires for power, the transmitter unit, camera and PTZ head all receive power from the base unit. This allows for flexible setup, strike, and mobility by having the entire camera position free of power outlets.

The VB-3605 is part of the versatile LightBrix line of compact, rugged fiber transport products. Ideal for a box camera mounted to a robotic PTZ head, the VB-3605 will transport a full complement of camera signals, including a 4K quad-link, as well as an option to supply power to the transmitter and camera, via an SMPTE hybrid cable. By utilizing the SMPTE cables fiber strands for signal transport and its copper wires for power, the transmitter unit, camera, and PTZ head all receive power from the base unit. This allows for flexible setup, strike, and mobility by having the entire camera position free of power outlets.

The VB-3608 is part of the versatile LightBrix line of compact, rugged fiber transport products. Ideal for a box camera mounted to a robotic PTZ head, the VB-3608 will transport a full complement of camera signals, including a 4K quad-link, as well as an option to supply power to the transmitter and camera, via an SMPTE hybrid cable. By utilizing the SMPTE cables fiber strands for signal transport and its copper wires for power, the transmitter unit, camera, and PTZ head all receive power from the base unit. This allows for flexible setup, strike, and mobility by having the entire camera position free of power outlets.

The VB-3609 is part of the versatile LightBrix line of compact, rugged fiber transport products. Ideal for a box camera mounted to a robotic PTZ head, the VB-3609 will transport a full complement of camera signals, including a 4K quad-link, as well as an option to supply power to the transmitter and camera, via a SMPTE hybrid cable. By utilizing the SMPTE cables fiber strands for signal transport and its copper wires for power, the transmitter unit, camera, and PTZ head all receive power from the base unit. This allows for flexible setup, strike, and mobility by having the entire camera position free of power outlets.