From September 12 to 15, the IBC 2025 exhibition, the annual event of the global radio, television and electronic media industry, was grandly held in Amsterdam, the Netherlands. Industry giants, innovative companies and professionals from all over the world gathered together to discuss cutting-edge technologies and development trends in the industry. At this event, Lingcan Technology became the focus with its innovative strength and launched a new high-end indoor display product, the TMAX series MiP ultra-high-definition 8K display, which attracted widespread attention and heated discussions in the industry.
Real MiP technology empowers and achieves leapfrog upgrades from 4K to 8K. At this exhibition, the LED display wall exhibited by Lingcan Technology used advanced Real MiP(Micro LED in Package) technology to successfully achieve resolution from 4K to 8K. Jump, this achievement marks a major technological breakthrough by Lingcan Technology in the field of indoor ultra-high-definition display. The TMAX MiP P0.9 model uses a true Micro LED de-substrate chip with a size of 3458m, with a dot spacing of only 0.9mm. Its number of pixels reaches four times that of 4K, which can show extremely rich picture details and layers. At the same time, the black ratio of the entire screen is as high as 99%, which allows the dark areas to transition naturally and the details of the bright areas to be clearly visible, giving full play to the potential of HDR display technology and bringing an unprecedented visual experience to the audience.
Excellent performance creates an immersive visual feast. Substrateless chip design and high-flatness arrangement give the TMAX series display 175 an ultra-wide viewing angle. Whether the audience views it from the horizontal or vertical direction, the screen can maintain consistency in brightness and color., no color cast or uneven brightness. This excellent visual effect provides a better solution for high-end indoor display scenarios, such as high-end conference rooms, command and control centers, high-end commercial displays, etc.
At the exhibition site, the TMAX series MiP 8K ultra-high-definition display quickly attracted the attention of a large number of visitors and became one of the most eye-catching display spots in the audience. When playing high-definition ball game presentation content, its extremely delicate picture quality, rich color levels and smooth and silky dynamic performance instantly bring the audience into an immersive experience as if they were in the center of the field. Every subtle movement of the player running and the enthusiastic cheering scene of the audience on the field were restored truly and vividly, fully demonstrating the excellent performance of the product in terms of image quality performance.
According to the relevant responsible person of Lingcan Technology, the wide praise received by TMAX series MiP 8K ultra-high definition display screen at IBC not only reflects the high recognition of the market for the technological breakthrough of Lingcan Technology in the field of indoor high-end display, but also strengthens the determination of the enterprise to continuously promote technological innovation and continuously expand the high-end market. As an enterprise deeply cultivated in LED display field for many years, Lingcan Technology always regards technological innovation as the core driving force of enterprise development.
Looking forward to the future, Lingcan Technology will continue to take technological innovation as the lead, concentrate on overcoming technical problems in the industry, and constantly explore the boundaries of display technology. The company plans to further increase investment in research and development, attract more outstanding talents, strengthen cooperation with upstream and downstream companies in the industrial chain, jointly promote the development and innovation of display technology, and inject a steady stream of new impetus into the high-quality development of the global display industry., helping the industry move towards a new stage of development.
