ABOUT US

Foundation & Early Innovation

Kystar, founded in Beijing, introduced China’s first video processor with built-in splicing, setting a new standard for the industry.

Market Leadership

The KS600 video processor surged ahead to claim the top spot in market share, earning the company the prestigious title of National Key High-Tech Enterprise. We also introduced Series 9 video wall control systems for complex multi-screen applications.

Complete Ecosystem Integration

With the launch of the Kommander brand, Kystar became the industry’s only provider of a full LED video wall solution, integrating media servers, splicing equipment, and integrated LED controls into one unified ecosystem.

Strategic Expansion & IPO Preparation

Powering National Projects

Kystar was awarded Beijing’s prestigious “Specialized and Innovative” enterprise title, gaining official recognition for its technical expertise. To support our growing market presence, we expanded by establishing new branches in Hunan and Shenzhen. This increased capacity allowed us to pioneer the adoption of our proprietary playback and control systems in major national projects.

Core Hardware & Proprietary Chip Design

To improve our core hardware and advanced integrated LED controls, we created custom SoC boards and unique algorithms for home projection. We paid special attention to power supply design. This achievement resulted from ongoing investment in microelectronics. Our focused R&D led to a major breakthrough. We engineered and launched our first proprietary silicon, a dedicated Mini-LED backlight driver chip.

Fail-Safe Innovations & XR Market Entry

Kystar launched Bowguard, the world’s first backup switcher with seamless auto-failover technology. This reliability secured the visual displays at the opening and closing ceremonies of the Asian Winter Games. At the same time, we expanded our video wall control systems by releasing the VimmanderXR series. This launch marked our entry into the XR and virtual photography markets, delivering high-performance processing for immersive LED video wall systems.