Fitness Mirror Display

Comprehensive File Format Support for Mirror Fitness Machine Monitors
Guangzhou Ruiguan Electronic Equipment Co., Ltd.’s mirror fitness machine monitors, available in various sizes, establish a cross-platform file compatibility system through deep integration of hardware decoding and system optimization. Designed to meet the diverse content needs of both home fitness and commercial gyms, these monitors ensure seamless playback and interaction with audio, video, image, and data files, serving as flexible hubs for smart fitness ecosystems.
The monitors leverage an Android-based system and high-performance octa-core processors to support a wide range of mainstream audio and video formats. They directly decode 1080P video files in formats like WMV, AVI, FLV, RM, RMVB, MPEG, TS, and MP4, enabling quick playback from USB 3.0 drives, network streams, or professional recording devices.

In terms of image support, the monitors render BMP, JPEG, PNG, and GIF formats with precision. PNG’s transparent layer enables real-time overlay of dynamic data (e.g., heart rate graphs, calorie counters) on video feeds without obstructing content, providing instant fitness metrics. GIF support facilitates animated tutorials or course previews, simplifying user guidance. JPEG images are scaled intelligently to maintain 1920×1080 resolution clarity across all screen sizes, preventing pixelation. Automatic image rotation adapts to installation orientation (landscape/portrait), ensuring optimal viewing for wall-mounted, vertical, or embedded setups.

For data interaction, the monitors support USB 3.0, TF cards, and main file system(FAT32, NTFS, exFAT), enabling cross-platform compatibility with Windows, macOS, and Linux. Hot-swappable storage allows instant updates of fitness content and user data. Commercial users benefit from LAN connectivity (RJ45/2.4G WiFi), which enables remote content deployment to multiple devices, streamlining management for chain gyms. The monitors also support text formats like TXT and PDF for displaying workout plans, with optional touch functionality enabling on-screen annotations for interactive learning.