Teradek Announces CTRL.5, An Expandable Wireless Lens Controller Powered By CTRL.OS
Teradek announces the upcoming release of CTRL.5, an extensively-customizable lens control handset with its own operating system: CTRL.OS, a proprietary software toolkit that evolved from sister company SmallHD’s PageOS.
CTRL.5 is the new heart of the Teradek RT wireless lens-control system. It combines an ultra-bright five-inch SmallHD display with CTRL.OS, a custom iteration on SmallHD’s PageOS page-based software toolkit, specifically designed for camera assistants and focus-pullers. A new graphic-rich lens mapping tool allows users to create, browse and select lenses mapped to pre-printed focus rings, allowing for rapid changes in the heat of production. Users can access saved configurations faster via the touchscreen or one of eleven programmable user buttons.
Hardware features include user adjustable friction knob, interchangeable custom grips, interference-resistant FHSS 2.4GHz wireless, WiFi, and Bluetooth connectivity. As with previous RT handsets, a 5-pin USB enables SmallHD overlays, meaning assistants never have to take their eyes off their monitor.
Touchscreen user Interface leverages the power of CTRL.OS, making CTRL.5 the first FIZ handset on the market with its own proprietary operating system. Users can customize a wide range of functions including digital marks, automatic calculations, focus scaling, pointer-color customization, axis lock/unlock, Metric/Imperial unit selection (via pre-marked rings), and third-party rangefinder support.
Future integrations include WiFi Camera Control for RED cameras, expanded customizations from third-party rangefinder systems and more.
CTRL.5 is fully cross-compatible with the entire Teradek RT Lens Control Ecosystem. It seamlessly integrates with the MDR.S receiver, the expandable MDR.X receiver, the TOF.1 rangefinder, and the MOTR.S and MOTR.S MAX lens motors. CTRL.5 also works with legacy RT receivers and motors.
CTRL.5 offers a variety of accessories, which are sold separately. Those include the all new Bolt-On Monitor Hinge Cube, Kickstand, Neck Strap, Hand Strap, and Hand Grip.
You might also like...
HDR & WCG For Broadcast: Part 3 - Achieving Simultaneous HDR-SDR Workflows
Welcome to Part 3 of ‘HDR & WCG For Broadcast’ - a major 10 article exploration of the science and practical applications of all aspects of High Dynamic Range and Wide Color Gamut for broadcast production. Part 3 discusses the creative challenges of HDR…
The Resolution Revolution
We can now capture video in much higher resolutions than we can transmit, distribute and display. But should we?
Microphones: Part 3 - Human Auditory System
To get the best out of a microphone it is important to understand how it differs from the human ear.
HDR Picture Fundamentals: Camera Technology
Understanding the terminology and technical theory of camera sensors & lenses is a key element of specifying systems to meet the consumer desire for High Dynamic Range.
Demands On Production With HDR & WCG
The adoption of HDR requires adjustments in workflow that place different requirements on both people and technology, especially when multiple formats are required simultaneously.