Hitomi Syncs With MMC Studios

Hitomi Broadcast has supplied a full set of its synchronisation tools to MMC Studios in Cologne. The Hitomi kit is a critical part of the delivery of some of Germany’s most popular live television programmes.

MMC Studios is the leading television and film studio provider in Germany. Its studios are responsible for some of Europe’s most popular programmes, including live shows like Let’s Dance (the German version of Dancing with the Stars/Strictly Come Dancing), The Masked Singer and The X Factor. The studios are fully equipped for 4k HDR Ultra HD production.

“On a show like Let’s Dance, we produce in HDR Ultra HD, and deliver that and a SDR HD version to CBC, RTL’s broadcast centre,” said Andreas Albert, head of technical operations at MMC Studios. “The show can have as many as 20 or 30 HD/4k and colour space conversions in production, as well as the final output, and with different latencies in different converters, we have to work hard to keep everything in synchronisation.”

The solution is to use Hitomi MatchBox to align every stage of the process. MatchBox Glass, the iPhone app version of the signal generator, is used on every camera into the switcher. A MatchBox Generator provides test signals for video processing chains, and the MatchBox Analyser provides absolute precision in measurement of lip sync, phase coherence and channel identification. Both the generator and analyser are 4k ready with 12G-SDI connectivity.

The unique Hitomi test sequence tests every element of the circuit, and the Analyser calculates the difference between what it knows should be there and what it actually receives. For MMC, this means that every delay in every part of the production chain is precisely calibrated and can be calculated. When the signals leave the building on a live broadcast, they are precisely in sync. 

You might also like...

BEITC 24 Report: RF Fault Monitoring Beyond VSWR

State-of-the-art VSWR measurement and monitoring of broadcast transmission infrastructure is limited to in-band reflected power and typically incapable of detecting matched arcs. Finding and isolating the source of intermittent arcing and other tricky RF issues has recently become significantly easier.

An Introduction To Network Observability

The more complex and intricate IP networks and cloud infrastructures become, the greater the potential for unwelcome dynamics in the system, and the greater the need for rich, reliable, real-time data about performance and error rates.

2024 BEITC Update: ATSC 3.0 Broadcast Positioning Systems

Move over, WWV and GPS. New information about Broadcast Positioning Systems presented at BEITC 2024 provides insight into work on a crucial, common view OTA, highly precision, public time reference that ATSC 3.0 broadcasters can easily provide.

Video Quality: Part 1 - Video Quality Faces New Challenges In Generative AI Era

In this first in a new series about Video Quality, we look at how the continuing proliferation of User Generated Content has brought new challenges for video quality assurance, with AI in turn helping address some of them. But new…

Wi-Fi Gets Wider With Wi-Fi 7

The last 56k dialup modem I bought in 1998 cost more than double the price of a 28k modem, and the double bandwidth was worth the extra money. New Wi-Fi 7 devices are similarly premium-priced because early adaptation of leading-edge new technology…