From April 6-9th, the global broadcasting and digital media extravaganza, NAB Show 2025, kicked off in grand fashion at the Las Vegas Convention Center! Colorlight showcased four groundbreaking solutions: Multi-Angle Calibration, Automated LED Wall Color Calibration, ST 2110 Multi-Stream Processing Solution, and the AIO Display Solution, redefining visual experiences with cutting-edge innovation.

Live from the Exhibition

Through interactive experiences and professional demonstrations, Colorlight showcased its industry-leading display control technology and cutting-edge image processing solutions in the broadcasting field. The exhibition buzzed with vibrant discussions, allowing audiences to gain an in-depth understanding of Colorlight’s core technological strengths.

Multi-Angle Calibration

The Industry's First Spatial Multi-Angle Calibration Technology.This breakthrough innovation solves the issue of viewing angle chromatic aberration caused by LED chip arrangement, light distribution curves, and viewing distance. Its calibration range covers a full 360-degree hemisphere with pixel-level precision. Featuring seamless auto-switching via tracking systems, it ensures zero impact on viewing experience or filming fluidity.

Automated LED Wall Color Calibration

Utilizing a full color gamut space, the system automatically generates 3D LUTs for precise color mapping correction. It is widely applicable for color conversion, display calibration, color management, color filtering, and distortion compensation.

Featuring end-to-end color gamut calibration—from screen to video source—this solution offers intuitive visualization and user-friendly operation. It is ideally suited for broadcasting, virtual production, and other professional scenarios requiring accurate color reproduction.

ST 2110 Multi-Stream Processing Solution

The new-generation ST 2110 LED processor Z8t is purpose-built for professional environments such as broadcasting, studios, and virtual production. Key highlight is: One Input Card, Multiple Video Streams.

The solution receives multiple ST 2110 video streams via 25Gbps optical fiber while supporting real-time transmission. Broadcasters can avoid complex wiring and reduce the need for multiple devices. All video streams are delivered through a single fiber cable, dramatically simplifying system architecture and lowering maintenance costs.

Featuring ST 2022-7 seamless redundancy switching with zero interruption or frame loss, ensuring ultra-reliable live broadcast performance. The system enables flexible multi-view layout/layer compositing, perfectly adapting to multi-camera live production and virtual filming scenarios -  all easily configured via our control software.

Powered by high-performance FPGA image processing, it delivers ultra-low latency and high-fidelity output. With proprietary LED tile color space alignment and transformation technology, this represents the industry's only image engine supporting ST 2110 4K 12bit RGB444 full-bandwidth processing.

AIO Display Solution

Equipped with the industry's first LEDOS system designed specifically for LED displays, it supports 8K@60Hz video decoding, wireless screen mirroring, smart voice control, touch/remote/centralized control, and more to meet diverse application needs.

The solution enables flexible overlay and scaling of HDMI feeds with asynchronous content windows, allowing seamless integration of subtitles, images, videos, and dynamic effects like fade-in/fade-out for a versatile and personalized viewing experience.

Powered by an AI-enabled NPU chip, it supports AI Super Resolution (AI SR) and AI Motion Estimation & Compensation (AI MEMC), significantly enhancing image clarity, motion smoothness, and overall visual quality.

As a global leader in display control technology, Colorlight remains committed to innovation as its core driving force, continuously advancing the development of the display industry. Through NAB Show 2025, Colorlight aims to collaborate with global partners in the broadcasting and production sector to jointly pioneer a new chapter in visual experiences.