SoftRail gets light launch from Shotoku

SoftRail, a software-defined rail system that uses projected light to create a path for robotic camera systems, has been launched by Shotoku.

It combines the path-following capabilities of a physical rail system with the total freedom of a free-roaming pedestal, which Shotoku claims will open up studio floor space to limitless software-defined paths while eliminating the restrictions of physical floor tracks on presenters, guests, and other cameras.

b3d76814c0904551a449be93df2a1950_87982.copy.jpg
Shotoku’s new SoftRail can create any path - even crossover loops impossible with physical track

James Eddershaw, Managing Director, Shotoku UK, said: “Around 12 years ago, rail camera systems that were built ‘into’ the set began to appear in TV News studios. While these systems follow every arc and contour of a set beautifully, they seriously hinder future production design flexibility and new creativity. That’s why we have developed SoftRail.”

The virtual tracks work with Shotoku’s TR-XT studio control system and operators use TR-XT’s enhanced StudioView mode to design a SoftRail. Once enabled, SmartPed behaves as if it is physically mounted on rails. A simple XY joystick moves the SmartPed left or right along the rail path allowing the operator to focus on the other axes and maintain perfect framing.

Stand Number  12.F47

Company  Shotoku Broadcast Systems 

Comments
Latest Product news
d4 2wcom

Get on the Nettwark with 2wcom

With broadcast infrastructures becoming increasingly distributed, 2wcom’s nettwark aims to provide a centralised approach to manage, configure and remote-control devices.

Read more
smtpe

ST 2110 to receive Emmy

The SMPTE 2110 suite of standards might be woven into the fabric of every hall at IBC2025, but outside of the RAI it has also been recognised with an Emmy Award. This October, the award for Outstanding Achievement in Engineering, Science & Technology will be presented to SMPTE, the European Broadcasting Union and Video Services Forum for their joint development of SMPTE ST 2110.

Read more
Favourites:

Registered users only: Login

Share this:
Other themes: