Embedded Linux hardware architecture, running on power, with strong system stability, can effectively meet the requirement of stable operation for 7 * 24 hours.
Super strong system performance. The main chip adopts a mid to high end universal SOC, fully utilizing the powerful hardware resources and core engine of SOC such as CPU, GPU VPU, RGA, etc. It can support point-to-point display of images and videos up to 9 screens.
Equipped with splicing function, it supports splicing of various display devices such as LCD splicing screens, LCD TVs, monitors, etc., making it simple and convenient to use.
Equipped with large storage capacity, images and videos can be stored locally without the need for additional server configuration. And it supports TF cards and USB drives for storage expansion.
4K HDMI acquisition. It can be connected to external 4K HD HDMI video sources, such as projectors, laptops, etc., and supports audio and video simultaneous interpreting.
Strong network access capability. It supports TCP/IP access in line with RTSP/ONVIF, RTMP, live broadcast and other streaming media signals, and can be connected to the Internet to make full use of various resources on the network. Through the network, it can realize the access sharing and display of various graphic data information and various types of network streaming media signals.
Support real-time rotation of images, videos, and other media signals at 0 °, 90 °, 180 °, and 270 °.
The window layout is flexible, and images, videos, HDMI acquisition, and network signals can roam freely, achieving stacking of different sizes, positions, and levels.
Scene saving and calling. The window display and layout of various audio and video files, images, and 4K HDMI acquisition and network access signals can be saved as a scene with one click, and can be called with one click according to needs, making it convenient and fast.
Scene polling and plan setting. Be able to execute several scenarios in a certain order and time interval, and save them as contingency plans. You can choose a certain plan to set it as an automatic plan or a scheduled plan when starting up, to execute a certain plan when powered on or at a predetermined time.
Signal polling. It is possible to set one (or more) signal windows displayed as signal cycles, so that the window at that position can periodically switch to display the selected signals, while the signals corresponding to other windows remain unchanged.
Support fast and seamless switching of signals and scenes, with a smooth and seamless switching process that does not leak the background image.
Play control. You can select the video window that is currently playing and control it, such as mute, pause, etc; You can also choose the window for video polling playback to play the next or previous song.
Central control. Capable of integrating environmental control functions, achieving control of lighting, curtains, projectors, splicing screens, audio matrices, etc., which can be customized according to the actual project site and customer needs.
Multiple control methods. The splicing box can be operated through a PC, tablet or mobile phone, remote control, buttons, or by inserting a USB keyboard or mouse into the device. Users can make flexible choices according to their needs.
Supporting centralized and unified management of multiple devices and mass uploading of media materials such as images and videos, simple and efficient.
Support cloud management operations to achieve remote remote management of devices, such as uploading media materials, publishing content, and switching modes.