Real-time high-definition VR/AR system, using UNREAL ENGINE  5.4.4 3D real-time VR/AR rendering engine, two 12G-SDI input channels, two 12G-SDI output channels, output video reaches 3A-level industry effect, especially lighting, physical rendering and powerful material editor. The blueprint system allows planners to not write code. There is an open control protocol that can automatically load content and templates over the network, trigger playback control functions on demand, and realize automated production in the studio.

When conducting AR or VR virtual production in the studio, you can adjust the tracking parameters and lens parameters according to the camera position to perfectly integrate virtual objects and the environment in the scene. It supports the simultaneous real-time display of multiple virtual cameras in the virtual scene. The control software can control the virtual camera in real time. It supports local scene effect preview. During the playback of the animation in the scene, the camera position can be switched without animation jumping. Animation playback supports external device triggers. It supports real-time adjustment of parameters such as the direction, emission point, and color of virtual lights in the scene. It also supports software depth of field. When focusing on the host, the background can be blurred.

It adopts the Win11 64-bit operating system with a user-friendly and intuitive software interface. The software adopts a modular design and can be flexibly expanded as needed. The graphics design form is rich, the picture effect is novel, and more information is conveyed. The playback control workstation and rendering engine are rendered redundantly over Ethernet using crossover connections. After an accidental disconnection, there should be an emergency mechanism to complete the broadcast. It supports real-time pop-up windows and other stunts. And it supports high-definition video clips. It supports external data links such as weather, stock market, SMS, and road conditions (ODBC, XML, RSS, etc.).

It supports the switching relationship between infinite layers broadcast control and graphics elements, that is: it supports unlimited-layer independent broadcast control, that is, the number of elements (pictures, texts, videos, 3D objects) in various CG graphic scenes is not subject to any system restrictions (only limited by rendering capabilities), and can be located in independent layers and achieve independent up and down control without interference. It supports the establishment of switching relationships between elements (pictures, texts, videos, 3D objects) in each layer. The playback control personnel only need to focus on which element needs to be played. The predefined switching relationship can automatically move elements located in other layers that may cause overlap conflicts and cause playback accidents to ensure maximum playback safety. The number and types of elements that can set switching relationships with each other have no restrictions; independent layer playback control and switching only need to be implemented in scene design, and playback control personnel does not need to care about the implementation method to achieve the most simplified safe playback.

It supports real-time rendering of 3D objects, 3D texts, 3D images and 3D curves, and can make real-time changes and transformations through the broadcast control end during playback. It can ensure smooth, stable and jagged rendering of scenes when the camera is moving. When the camera focuses on virtual 3D objects/virtual video windows, the graphics of virtual objects are clear and electronic magnification does not occur. It supports playback of various formats of video files such as AVI, MPEG4, MPGE2, MOV, H.264, FLASH video, WMV, etc., and video clips can be cropped and spliced. It supports real-time anti-aliasing throughout the scene and has hardware acceleration capabilities. Using 32-bit true color, it supports pixel-level light sources;

Adopting a separated playback control structure, the playback rendering workstation and playback control workstation are separated. Connected via the network, the failure of the playback workstation will not affect the output of the rendering workstation. It supports the main and backup playback security mechanism, forming a backup using crossover connections; both the mainframe and the standby machine include a complete rendering machine and control machine, and the rendering machine and control machine of the mainframe and standby machine support real-time redundant hot backup. When the mainframe fails, the standby machine can take over the live graphic playout playlist of the mainframe at any time and immediately start working in place of the mainframe.

The system features powerful functions such as true 3D panoramic virtual scenes, 3D live special effects, virtual human live broadcasting, panoramic switching, and virtual camera movement. It supports multi-angle switching, including panoramic, distant, near, and close-up views, with or without tracking, to meet various scene requirements. The virtual scene allows flexible adjustment of camera angles, providing a 360-degree display of live scenes. It supports virtual backgrounds, custom material replacement, and camera tracking positioning.

Triggering the VR/AR graphic system via network protocols automatically loads content and templates, generates instances, schedules broadcast triggers, and facilitates studio automation production.

It includes:

Win11 23H2 64-bit Enterprise Edition

Seeder Licensing (Authorization Management System)

Seeder UE5 Rendering Engine Management System

Seeder Tracking Hub (Tracking System)

Seeder Studio Manager (Studio Management System)

Professional workstation configured as follows:

1x 64-bit processor, 12 cores, 24 threads, 4.7-5.6GHz

32GB DDR5 (2x16GB) memory

NVIDIA RTX 4070Ti 12GB graphics card

512GB + 1TB M.2 SSD

1200W hot-swappable dual power supply

4-channel 12G-SDI customizable input/output video card