Built on Android embedded hardware, replacing traditional computers for multimedia playback and projection blending.
The Distributed Blending Processor is an Android-based embedded hardware device that replaces a computer for multimedia exhibit video playback. Its built-in blending capabilities support distributed blending and synchronized playback of multimedia content, with convenient access and management for users. It also includes storage for video files.
Android-based embedded hardware fully replaces traditional complex computer hosts and centralized control equipment. The distributed architecture supports unlimited expansion on demand, eliminating cumbersome cabling work while significantly reducing equipment investment and ongoing operation and maintenance costs, making system setup more flexible and efficient.
Innovative automatic camera calibration delivers precise geometric correction and real-time adjustment. Compared with traditional fully manual setup, the system greatly reduces manual intervention while offering efficiency, accuracy, and consistency, making it the preferred solution for challenging projection systems on spherical screens, bowl screens, and other irregular surfaces.
Supports ultra-high-definition 4K imagery and millisecond-level frame synchronization across multiple devices, with no image delay. Pixel-level geometric correction and automatic 0–100% edge blending eliminate image overlap and misalignment, reproduce true 4K color, and deliver a deeply immersive visual experience.
Comprehensive playback control and management features support custom playlists, scheduled power on and off, device time limits, dynamic screensavers, and picture-in-picture playback. Standard playback control commands integrate seamlessly with third-party central control systems or mobile controls, enabling linked power on and off for convenient, worry-free daily operation.
Built on a closed, customized Android system, it eliminates the risk of viruses and malicious network attacks and delivers far greater operational stability than traditional Windows systems. Strong media encryption and anti-theft protection safeguard customers' digital assets and copyrights.
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