Colorlight Brings its Three Classic LED Display Solutions to NabShow 2024 in Las Vegas


Shenzhen, China -- Colorlight, a professional global video solution provider and the pioneering publicly listed entity in China's LED control system industry, has showcased its three classic display control solutions -- ColorAdept+Z8t, MLED Calibration Solution, and Broadcasting and TV Studio, with more other products at NabShow 2024 in Las Vegas, U.S.. This exhibition is the only trade show in North America dedicated to the broadcast television technology and equipment industry, making it one of the most renowned events in the global electronic communication and media sector. Visitors hail from over 160 countries and regions worldwide with more than 100,000 industry attendees in total.

ColorAdept Software - The Perfect Partner to Z8t UHD Video Processor

The pairing of ColorAdept with Z8t underscores the seamless integration of user-friendly design and state-of-the-art display technology. Engineered to be user-friendly, ColorAdept has an intuitive interface and clear controls, ensuring the setup of LED panel walls is accessible even for beginners. Adhering to the interaction principle of Signifiers, the platform's UI is effortlessly understandable and user-friendly. The Z8t, Colorlight's flagship LED video processor, delivers ultra-high-definition quality and precise imaging. Compatible with both Windows and MacOS, it allows for remote control via a Gigabit Ethernet network, significantly reducing cable usage and simplifying on-site hardware connections. Thus, the ColorAdept+Z8t platform greatly impacts our clients' businesses and their employees by simplifying complex processes and enhancing the efficiency of operations. 


Realistic Image Quality Based on the ST2110 Standard

Colorlight's ST2110 solution leads the industry as the first to support RGB444 12bit signal source transmission, enriching screen image quality with enhanced vibrancy and depth. Representing the pinnacle of digital intelligent broadcasting and TV, this standard facilitates UHD live production and multi-version IP distribution of new multimedia, meeting the demand for extensive personalized signal distribution and monitoring in large-scale 4K TV program production. As a future-oriented IP video transmission standard, the ST2110 is a technological innovation that comprehensively enhances the clarity and realism of video images while maintaining the stability and fluency of video playback.


Other features of ST2110:

Scalability: In contrast to traditional SDI systems, which are constrained by the fixed size and port count of SDI routers and matrices, IP-based networks using ST2110 offer highly expandable capacity. This allows for easy additions of ports, bandwidth, and routing capacity as needed.


Flexibility: IP-based infrastructure, with IP routing and switching at its core, supports interactive applications. It provides simplicity, scalability, and enhanced flexibility to handle various signal types and expand the network.


Unified Control: A unified control system is crucial for managing diverse infrastructures with SDI, IP, and hybrid installations. It enables seamless integration and management of single routing, monitoring, and control, greatly facilitating system deployment and maintenance.


Assured Interoperability: IP infrastructures ensure reliable interoperability through standard Ethernet and IP protocols, open interfaces, and future-proof design. This offers tremendous potential for seamless integration and collaboration in software-based media processing.


Designing for MLED Calibration System

The system equipped with scientific-grade camera, 16-bit high-precision sensor chip, and constant temperature refrigeration system, which can can accurately and steadily capture each LED's brightness and chromaticity. CCM6000, the self-developed scientific grade calibration camera, uses the CIE1931-XYZ filter to accurately simulate the human eyes' perception of brightness and color. Equipped with software algorithm optimization for COB screens, it can effectively eliminate the non-uniformity within modules and color blocks between modules.