Essential Guide: Practical High Dynamic Range Broadcast Workflows
January 8th 2020 - 09:00 AMHDR is taking the broadcasting world by storm. The combination of a greater dynamic range and wider color gamut is delivering images that truly bring the immersive experience to home viewers. Vibrant colors and detailed specular highlights build a kind of realism into broadcast productions that our predecessors could only have ever dreamed of.
This Essential Guide addresses HDR from the perspective of the HVS (Human Visual System) and discusses what makes HDR so immersive. From a technical viewpoint it explains why HDR is having such a massive positive impact on the industry. And from a creative angle it explains the intricacies of monitoring for any program maker looking to deliver the visual edge.
To completely understand how we can leverage the benefits of HDR we must look deep into the HVS to gain insight into exactly what we’re trying to achieve. At first this may seem obvious as we want to improve the immersive experience, but television, like all things engineering, is a compromise. Consequently, understanding the trade-offs between what we can achieve and what is required is critical to delivering the immersive experience.
Scene referred and display referred systems are considered in detail with real examples of screen brightness and how this effects the viewer. HLG and PQ are discussed along with their respective applications.
Providing practical insight, sponsors Telestream discuss how HDR workflows are addressed in broadcast workflows through real-life examples. Due to the differing screen brightness, comparing SDR and HDR images may not be as straightforward as it may first seem but Telestream demonstrate their working solution to address this.
Download this Essential Guide today if you are an engineer looking to understand and build HDR workflows or are a creative and need to get the best out of HDR.
Supported by
You might also like...
Designing IP Broadcast Systems - The Book
Designing IP Broadcast Systems is another massive body of research driven work - with over 27,000 words in 18 articles, in a free 84 page eBook. It provides extensive insight into the technology and engineering methodology required to create practical IP based broadcast…
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.
Next-Gen 5G Contribution: Part 2 - MEC & The Disruptive Potential Of 5G
The migration of the core network functionality of 5G to virtualized or cloud-native infrastructure opens up new capabilities like MEC which have the potential to disrupt current approaches to remote production contribution networks.
Designing IP Broadcast Systems: Addressing & Packet Delivery
How layer-3 and layer-2 addresses work together to deliver data link layer packets and frames across networks to improve efficiency and reduce congestion.