LONDON LIVE BROADCAST CASE STUDY - AFC 100 & STUDIOBOT
London Live is a local TV channel based in London, England. The channel transmits local news, current affairs, sports, arts, events and entertainment and was launched on the 31st March 2014. In September 2013 MRMC and LL began discussions around ways to employ motion control robotics to realise a radically different approach to broadcast studio content acquisition and workflows.
London Live is a local TV channel based in London, England. The channel transmits local news, current affairs, sports, arts, events and entertainment and was launched on the 31st March 2014. In September 2013 MRMC and LL began discussions around ways to employ motion control robotics to realise a radically different approach to broadcast studio content acquisition and workflows.
Project Back Ground
Headed by Technical Director, Bryn Balcombe, the LL team saw an opportunity to challenge traditional assumptions of the look and format of TV news and current affairs programmes. LL is owned by the parent of The Independent and The Evening Standard newspapers and broadcasts from the same headquarters at Northcliffe House in Kensington.
The existing environment was already producing local stories and digital content on a daily basis, so the challenge was to turn that content into moving images. LL was awarded the London Local Digital Television Programme Service License from Ofcom based on producing a quota of local news and current affairs content, supplemented by entertainment content focused on London.
INNOVATE TO DIFFERENTIATE
The perception of local TV is low budget technology often resulting in a cheap and static look. London Live set out to innovate and challenge this notion and without the budget of National TV studios, opted for a different look using full-frame sensor cameras.
Having worked closely with Nikon designing robotics for the London 2012 Olympic Games, MRMC introduced LL to the bespoke integration aspects of turning DSLRs into true remote systems. The systems were inaccessible for the duration of the Games and were controlled remotely up to 1km away, consistently, every day of the tournament. This accomplishment by MRMC gave the LL team the confidence they needed to start utilising this technology.
The perception of local TV is low budget technology often resulting in a cheap and static look. London Live set out to innovate and challenge this notion and without the budget of National TV studios, opted for a different look using full-frame sensor cameras.
Having worked closely with Nikon designing robotics for the London 2012 Olympic Games, MRMC introduced LL to the bespoke integration aspects of turning DSLRs into true remote systems. The systems were inaccessible for the duration of the Games and were controlled remotely up to 1km away, consistently, every day of the tournament. This accomplishment by MRMC gave the LL team the confidence they needed to start utilising this technology.
Moving from the Static Shot
Providing all manned cameras was not commercially viable, so the choice was between a continuous single camera shot using a Steadicam or a multi-camera switched feed using robotics. The latter was chosen as it offered a greater range of options such as reliability, redundancy and a consistent look to shows. The ability to choreograph multi-camera moves was a central target to achieve the look and feel of the studio content.
To achieve budget targets these moves had to be easily programmable by one person with the minimum level of training. The main London Live studio is a long but narrow space and the cameras needed to provide transitions between programme segments often shot at opposite ends of the studio. The solution uses 6 x AFC-100s pan and tilt heads and Studiobot. Designed with 10m of track that runs along the back wall of the studio, the Studiobot is the workhorse of every live production.
“Having worked closely with Nikon desighning robotics for the London 2012 Olympic games, MRMC introduced London Live to the bespoke integration aspects of turning DSLR’s into true remote systems”
WHY AN INDUSTRIAL ARM?
When repackaged with the necessary support accessories and motion control software, industrial arms have the ability to supply a range of motion possibilities similar to a human arm in dexterity. In addition to traditional moves such as pan, tilt and lift, these arms can reach, retract, roll and curve. On-air camera motion thus becomes more interesting, intuitive and natural-looking.
With a greater range of ‘off the shelf’ options available, the industrial robot is also a cost-effective solution compared to traditional studio camera systems. Combined with pedestal-mounted AFC-100s, each show can be set up in advance with minimal repositioning. Each axis provides high-resolution encoder feedback creating an impressive range of repeatable motion throughout the entire studio.
When repackaged with the necessary support accessories and motion control software, industrial arms have the ability to supply a range of motion possibilities similar to a human arm in dexterity. In addition to traditional moves such as pan, tilt and lift, these arms can reach, retract, roll and curve. On-air camera motion thus becomes more interesting, intuitive and natural-looking.
With a greater range of ‘off the shelf’ options available, the industrial robot is also a cost-effective solution compared to traditional studio camera systems. Combined with pedestal-mounted AFC-100s, each show can be set up in advance with minimal repositioning. Each axis provides high-resolution encoder feedback creating an impressive range of repeatable motion throughout the entire studio.
The Studiobot and AFC-100s system architecture allows the Nikon D4s cameras and Nikkor lenses to become fully remote cameras, providing smooth motorised zoom and follow focus, power, HD-SDI video pass-through, frame synchronisation and camera control integration. The entire system works over IP, consolidating all camera and motion control to a single push-button operating console.
WORKING THE ASSETS
From the outset, London Live used the same DSLR technology both for their field and studio productions. Everyone from the video journalists to the studio technicians has an understanding of the technology, allowing for ease of deployment and continuity of look throughout the channel’s output.
This inter-changeability has also allowed for the live coverage of large scale London events outside the studios. Because of the compact and lightweight format of the AFC-100s and Nikon D4s, all the studio cameras are able to be redeployed to such events within the same day.
“In the past many broadcast studio systems have locked in a particular workflow from inception without the potential to expand or exploit new technological developments. By carefully selecting modular components from various open-architecture inclined venders, London Live not only kept costs low, but ensured a platform of potential innovation. Such an approach produced a 700% saving in technology and operating overheads when compared to an equivalent large network news studio. MRMC robotics continues to play a central role in providing development paths. Having developed interfaces for leading target tracking companies, the creative choices for a range of automation is now possible without the high associated costs.”
KEY POINTS
- MRMC’s bespoke integration with Nikon’s DSLR technology allowed London Live to realise the look they wanted with all the control and automation features required for a professional broadcast studio
- Industrial robotic arms with a high specification level MRMC integration and motion control software offers an innovative and cost-effective studio workhorse
- Modular and portable, the AFC systems allow for higher utilisation across both studio and OB applications
- Future-proofing with IP workflows and new generation tracking systems
- Significant cost-saving benefits
To find out more about our products:
AFC-100 click HERE | Studiobot click HERE
- MRMC’s bespoke integration with Nikon’s DSLR technology allowed London Live to realise the look they wanted with all the control and automation features required for a professional broadcast studio
- Industrial robotic arms with a high specification level MRMC integration and motion control software offers an innovative and cost-effective studio workhorse
- Modular and portable, the AFC systems allow for higher utilisation across both studio and OB applications
- Future-proofing with IP workflows and new generation tracking systems
- Significant cost-saving benefits
To find out more about our products:
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