Cromorama Chooses Leader LV5600 Reference Instrumentation

Cromorama, one of Europe’s most experienced specialists in film and television color management, has chosen Leader LV5600 reference instrumentation for use at its Warsaw headquarters and on location.

Cromorama's founder, Pablo Garcia Soriano, pioneered the implementation of multi-delivery HDR and SDR for large sports events. In recent years he has become a worldwide reference on color control technology for broadcast and digital cinematography productions.

"I have been a keen user of Leader test equipment for six years," Pablo Garcia Soriano comments. "Leader ZEN series instruments helped us create the ORION-CONVERT LUT algorithm which we use to support OB coverage of major sporting events. Our role is to ensure precise simultaneous management of HDR and SDR shading in a unified HDR/SDR production workflow.

"A crucial advantage of the LV5600 is its compactness and versatility. It accommodates all the tools we need for even the most complex projects, in a robust and easily transportable unit. Everything is accessible quickly from the front panel, including a video monitor that can be configured to allow side-by-side comparison of multiple HDR transfer characteristics as well as SDR.

"Our products are helping the broadcast industry to define the next generation of HDR/SDR workflows, allowing OB producers to delivering more realistic coverage than ever before from major events such as stadium sports," adds Leader's European sales engineering manager Kevin Salvidge. "Many streaming services are now using the SMPTE 2084 (PQ) standard to deliver HDR to home viewers, with satellite and terrestrial digital broadcasters increasingly gearing for HLG. HDR and SDR will obviously co-exist for many years to come as the industry advances to the higher standard. We are pleased to be helping specialists such as Cromorama achieve that progression."

Leader's LV5600 is a mains-powered SDI/IP waveform monitor in a half-rack width 3U desktop chassis with an HD resolution 7 inch color touchscreen complemented by dedicated menu control buttons. It can be configured with all the facilities needed to monitor UHD/HD/SD-SDI as well as video-over-IP signals seamlessly in a hybrid operating environment.

Engineering-related features within the LV5600 include test pattern generation, eye pattern display, closed-caption monitoring, CIE color chart, high dynamic range measurement, focus assist, adjustable screen layout, tally interface, 4K/UHD operation, 10G IP input and 12G-SDI interfaces. SMPTE 2022-6, SMPTE 2022-7 and SMPTE 2110 protocols are all supported.

You might also like...

Video Quality: Part 2 - Streaming Video Quality Progress

We continue our mini-series about Video Quality, with a discussion of the challenges of streaming video quality. Despite vast improvements, continued proliferation in video streaming, coupled with ever rising consumer expectations, means that meeting quality demands is almost like an…

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.

The Streaming Tsunami: Securing Universal Service Delivery For Public Service Broadcasters (Part 3)

Like all Media companies, Public Service Broadcasters (PSBs) have three core activities to focus on: producing content, distributing content, and understanding (i.e., to monetize) content consumption. In these areas, where are the best opportunities for intra-PSB collaboration as we…

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.