Description
Virtual broadcast and live streaming all-in-one machine is a new program recording scene device that is different from traditional broadcast and live streaming. It is lightweight, portable, and has centralized functions. It has multiple 1080/media mixed switching, as well as slow action required for sports events and delayed playback in the broadcasting and television field. The rich subtitle base allows users to freely DIY virtual scenes and video calls required for video conferences. A versatile all-in-one machine for stable, fast, efficient, colorful subtitles, tuning and mixing, live streaming, and other functions in various scenarios.
Product Features
Multi channel switching, virtual broadcasting, GPU cutout, graphic packaging, AI cutout, automatic color adjustment, intelligent noise reduction, background virtualization, slow motion, PPT switching, lyrics editing, vertical screen playback, video calling, media IPization, slide playback, super cutout
TC-378 Virtual Studio Integrated Machine - Functional Features
Three screen expansion
This product features a three screen integrated design, with the main screen used by administrators to operate broadcasting software and virtual editing. The two expansion screens are flexible and support the display of PGM echo, PVW pre monitoring, or resource screen inspection, helping administrators monitor the effectiveness and special effects of the screen in real-time during the production process; Breaking away from traditional external display devices, it solves the problems of plugging in, supplying power, and placing external display devices.
Broadcast preview, supporting PVW/PGM resource screens
Virtual broadcasting operation screen, used for editing, production, broadcasting control, etc
Broadcast screen casting, supporting PGM/PVW resource screens
Multiplex switching
The system supports unlimited channel addition, and multiple different signal sources (cameras, video files, network streams, PPTs, slides, virtual sets) can be directly switched or special effects can be switched. The system is equipped with dozens of real-time special effects such as sliding, dissolving, scaling, and picture in picture, and can be switched through various methods such as professional guidance keyboard, mouse, and webpage control.
Virtual Broadcasting
The system supports controllable background windows and free control of opening or closing; Build a virtual scene on your own, and the position and size of props in the scene can be adjusted, added, deleted in real-time, and saved with one click; Ultra realistic matte synthesis effect, supporting real-time GPU matte on multiple machines, unlimited blue and green boxes, local matte, precise fusion of real and virtual images, immersive, allowing users to experience movie grade special effects.
GPU matting
The system supports super GPU matting, strong soft button algorithm, intelligence, and simplicity; High precision rendering engine for precise image cutting, intelligent color keys, deep virtual and real fusion, saving scenes from different machine positions.
In addition to traditional RGB three color processing, it has a unique feature of super matte and edge shrinkage, solving problems such as rough edges and color on matte edges. After image picking, any image, video, scene, etc. can be superimposed.
Graphic packaging
The system supports global subtitle stacking and comes with various templates, including title subtitle templates, person name subtitle templates, 3D subtitle templates, dynamic subtitle templates, full screen subtitle templates, etc. The channel can be quickly located through downstream keys to achieve rapid changes in content.
AI cutout
The system supports image cutting without the need for blue or green screens, and can be done anytime and anywhere. Intelligent AI automatically and accurately recognizes characters, with no jagged edges or dragging shadows.
Auto Color
The system supports the use of standard color cards for color correction based on the actual shooting environment. When users encounter color inaccuracies during live streaming, users without professional color matching tools can adjust the color of the live streaming image through simple operations to achieve professional color matching effects.
Intelligent noise reduction
The system supports helping users eliminate background noise in the environment. It can significantly suppress environmental noise such as keyboard tapping recording sound, host fan running sound, other on-site sounds, electrical current sound generated by disorderly wiring, adjacent live broadcast room sound, and so on. Note: Use NVIDIA 2080 or higher graphics card to blur the background.
Bokeh
Background blurring is to make the depth of field shallower and focus on the theme. To blur the background, ordinary digital cameras do not have the function of large aperture, and foolproof cameras cannot achieve the effect of blurring the background. The system supports simplifying the environmental background, highlighting the subject, and enhancing aesthetics. Note: Use NVIDIA 2080 or higher graphics card.
Slow motion / Playback
The system supports slow action playback in conjunction with a slow action keyboard, with a maximum support of four machine positions for slow action playback. It also supports faster and more accurate playback with a professional slow action playback keyboard.
Support PPT switching
The system supports reading PPT original files, and supports automatic and manual switching of file PPT slide playback time.
Lyrics editing
The system supports the brightness key function, which can be used to synthesize clips on the background based on the brightness level. Implement background color elimination to preserve lyrics functionality.
Support vertical screen playback
The system supports vertical live streaming, which allows live streaming in a virtual environment without the need for live layout. The live background can be changed at any time according to the promotion rhythm and progress of the product, providing viewers with a brand new live viewing experience.
Support for video calls
The system supports video calling, no matter where you are, you can connect off site anytime and anywhere through your phone/laptop, breaking network restrictions. Participants can participate through wired, wireless, 4G, 5G and other network environments.
Media IPization
The system supports multiple network flow interactions, supports IP-based signal input, and also supports IP-based signal output. It supports flexible protocols and is compatible with national standard protocols, including NDI, SRT, RTMP, RTSP, HTTP, and so on.
Slide
The system supports slide playback, can automatically cycle through images, select transition time and special effects. It can achieve the playback of teacher PPTs, product rotation introduction, etc. Images support multiple formats such as jpg, bmp, png, gif, and jpeg.
Super Sculpture (New)
The system supports super matting, which is simple and convenient to operate, and is more suitable for scenes with high requirements for matting. A high-precision rendering engine makes the overlay of images more natural. Supports multi machine image retrieval. In response to existing environmental issues such as unclean background color, uneven lighting, and wide and heavy shadows caused by characters being too close to the background, color overflow treatment is carried out to make the image more natural.
TC-378 Virtual Studio Integrated Machine - Application Solution
Educational application plan
The system supports educational recording and broadcasting application scenarios; The application of educational recording in modern teaching has become increasingly widespread, and it is the main means and measures used by educational and teaching units to improve educational models, improve teaching quality, training technology, and improve teaching and training quality. The Tianchuang Hengda fully automatic high-definition recording and broadcasting system is designed to achieve interactive teaching on and off campus, share good teaching resources, and save images of teachers, students, and computers in the classroom. It also allows for fully automatic tracking and shooting of teachers and students without manual operation. The recorded files can be uploaded to the public course resource on-demand platform for network sharing.
MOOCK/Micro Course Plan
Regarding the video production system of MOOCK/Micro Class, Tianchuang Hengda has implemented a simple and advanced production mode based on broadcast-grade HD/4K high-definition recording technology, combined with the assistance of virtual technology. By using Tianchuang Hengda's Muke/Micro course system solution, teachers can not only immerse themselves in a technologically rich scene, but also utilize panoramic photos, PPT presentations, network resources, cameras, or real-life viewfinder to provide students with a comfortable and rich course experience. Whether it is a live speech or a teacher's unique production idea, Tianchuang Hengda can easily produce high-quality video courses without being limited by time, space, and the surrounding environment through the powerful functions of this system. On the system platform, teachers can directly watch the projection on the green board for lectures, and can write on the board, achieving a multi-disciplinary and diverse teaching aids function, greatly enhancing the professionalism of various disciplines.
Virtual Broadcasting Scheme
Virtual studio is a unique program production technology that has developed in recent years. Its essence is to digitize the real-time synthesis of virtual 3D scenes created by computers and live character activity images captured by television cameras, enabling synchronous changes between characters and virtual backgrounds, thus achieving seamless integration of the two to obtain a perfect composite image. As long as a small part of the space in the studio is paired with a blue or green background, and photography lighting is added, the full or half body view of the characters can be captured, Then, through virtual device synthesis, the host in the foreground appears completely immersed in the three-dimensional virtual scene generated by the computer, and can move within it, creating a realistic and three-dimensional television studio effect.
Slow action playback scheme
The Tianchuang Hengda slow motion playback system, with TC LiveSP as the core and integrating four Panasonic Lumix BGH1 cameras for use, has a simple but powerful overall architecture. The built-in recording and caching mode depends on the recording format, and the system retains 25%, 50%, 75%, and 100% speed adjustment. It can also be used to immediately perform slow motion playback with just one action by using a push rod, and can freely switch various slow playback multiples according to the situation. Dealing with the scene calmly, surpassing all professional and complex playback devices on the market.
IP esports solution
The Tianchuang Hengda esports solution is based on a series of products of the Tianchuang Hengda broadcasting system TC280 Live SP. This new esports broadcast and live streaming system features virtual switching stations, slow motion, CG subtitles, recording, online live streaming, and interactive five in one functions. This system is about to bring esports into a new field of esports, with rich functions but very simple operation, easy to operate at any time, and high cost-effectiveness. In order to solve the problem of complex operation and high cost in esports, this system is about to bring esports into a new era. With the rise of the industry, mobile games have gradually become the main force in the esports market, taking on the edge of high-end games. Compared to highly professional end game competitions, the high mobility and ease of operation of mobile games fully stimulate the willingness of ordinary users to participate. Both industry reports and data surveys have once again highlighted the importance that the market places on esports. Therefore, how to carry out the broadcasting of mobile and end game events has become the most significant issue in the film and television industry.
