High Quality & High Bandwidth Transmission Solution Based on NDI? and JPEG-XS? Technologies for TV Studio and Stadium Broadcasting
Image compression is often seen as a transitional solution before network bandwidth is increased to carry uncompressed video again. However, thanks to the lossless quality and near-zero latency of Sumavision’s station/stadium broadcast solutions, it can be a sustainable replacement with various advantages over uncompressed video or deep compression video.
Our solution running on FPGA or ASIC are designed to deliver great results in latency-oriented applications offering a microsecond-based latency and lossless quality. Viewers don’t perceive any delay or lag in transmission and cannot see any loss of image quality, which are critical factors for many applications. Furthermore, our technologies are compatible with new wireless transport systems based on 5G.
The Solution including efficient video decoding and encoding via seamless remote-control capabilities, and also combine and manipulate video from multiple sources in different locations with near-instantaneous bidirectional transmission, allowing for remote mixing, production, and collaboration, right here, right now.
With Sumavision MDT8200 IP Workflow, producers can send and receive content from any enabled video source connected to the same network. It can?recognize the inputs of other systems which following the standards like, HEVC, H.264, ST2110, JPEG-XS?, NDI?, SRT, HLS, RIST, RTMP, etc., and makes them available for use in your production. And combined more local sources—from anywhere on the network—and maximize your creative potential, and protect your broadcasting by utilizing high-quality, full-motion video previews, accurate on-screen audio VU metering, and selectable multi-view display layouts with configurable monitor overlays.
SC05 is a new generation broadcast level high quality 4K NDI?/NDI?|HX/JPEG-XS? encoder/decoder, using the current advanced video coding algorithm, combined with digital video unique advanced processing technology, can achieve excellent video quality at low latency.
SC05 can send video source through local/public network by UDP/SRT/RIST/CSF* protocols, and support NDI?|HX and JPEG-XS? for other compatible systems.
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And NDI? 6 is coming, Sumavision also would like to announcing the corporation and supporting of this brane new technologies for ultra-high broadcast-quality video, with enhanced color depth, and allow you to create truly remote workflows better than ever before.
NDI? is a connectivity technology that enables sharing of video, audio, and metadata across a local area network (LAN). It is used by millions worldwide and has been adopted by more media organizations than any other IP standard, creating the industry’s largest ecosystem of products connecting video over IP.
The JPEG-XS? content production codec is a so-called lightweight image coding system that processes video at the microsecond level with line-based latency. Based on real-world testing and compression grades in the range of 4:1 to 12:1, Net Insight’s JPEG-XS? applications can deliver lossless quality video while reducing typical network resource consumption by 90%. As JPEG-XS? is designed to scale, it fully supports the ability to natively process UHD-4K and UHD-8K content. JPEG-XS? may be used wherever uncompressed video is currently used, including live and distributed production, AV over IP, Virtual and Augmented Realities (VR, AR) and eSports.
??? Engineer & Manufacturer ?? | Internet Bonding routers to Video Servers | Network equipment production | ISP Independent IP address provider | Customized Packet level Encryption & Security ?? | On-premises Cloud ?
1 年The applications of the NDI 6 technology are far-reaching, especially in the TV studio production space. It allows for flexible, cost-effective IP-based video delivery, and provides the scalability and performance needed for 4K and 5G live streaming. Additionally, it enables improved JPEG XS encoding, which has been shown to reduce latency and improve the quality of real-time video content. You talked about JPEGXS encoding in your post. How have you found it affects the encoding of videos and the overall quality of the content? Additionally, what are your thoughts on using NDI 6 for live streaming in complex, low-latency scenarios such as medical and industrial applications?
Bespoke Broadcast Technologist
1 年Adrian Davis