Ultra HD Transmission Gateway: Enabling Ultra HD Video to Be Transmitted, Seen Clearly, and Captured Completely
The video transmission gateway has been upgraded! The Ultra HD Transmission Gateway is now officially available—empowering seamless handling of 4K and 8K ultra-high-definition video.
Ultra-high image quality—can your bandwidth keep up?
Doubling your video Streams—can your network handle the load?
Going wireless—can your visuals stay consistently stable?
XingTu XinKe’s Ultra HD Transmission Gateway is designed to address these very challenges, ensuring reliable transmission, crystal-clear display, and full-detail capture of ultra-high-definition video.
The Ultra HD Transmission Gateway is a high-performance video transmission device designed for front-end monitoring scenarios. It is well-suited for use in traffic enforcement, public security supervision, energy inspections, and emergency command settings.
The gateway supports 4x to 10x efficient compression of ultra-high-definition video, while preserving image clarity that remains virtually indistinguishable from the original.
With as little as 1.8 Mbps of bandwidth, users can smoothly retrieve and view 4K video; even at 200 kbps, 1080P HD footage can still be accessed without interruption. Under the same bandwidth conditions, the number of video streams viewable in real time can increase from 1 to 10, enabling reliable transmission, clear viewing, and complete coverage of high-definition video.
Note: The above figures reflect optimal results under ideal application of high-efficiency video compression technology.
Product Advantages
Preserving Three Core Near-Lossless Qualities After 4x–10x Video Compression
Achieving Three Key Near-Lossless Qualities
- Minimal loss in human visual perception
- Minimal loss in objective evaluation metrics
- Minimal loss in AI analysis accuracy
Note: The video image recompression technology has been certified by the quality inspection centers of relevant institutions in China.
Four Core Values
- With the same bandwidth, video transmission capacity can increase from 1 channel to 10 channels.
4x–10x "Lossless" Compression: No compromise on resolution, frame rate, key feature points, duration, or encoding standards.
Real-Time Video Transcoding: Supports conversion between H.264 and H.265 Video Encoding standards.
Ultra-Low Bitrate Transmission:
- 1.8 Mbps for 4K video transmission
- 1 Mbps for 2K video transmission
- 200–500 kbps for 1080P video transmission
- 50–200 kbps for 720P video transmission
- Smooth Transmission Even on Weak Networks
Stable audio and video transmission maintained even under 20% packet loss conditions
- Zero System Modification, Rapid Deployment
Bypass access without altering the existing network topology
- Fully Compatible Protocols and Formats
Supports video resolutions: 8K / 4K / 2K / 1080P / 720P, and more
Supports encoding formats: H.264 / H.265 / AAC / G.711, etc.
Supports protocols: GB/T 28181 / ONVIF / RTSP, and others
Application Case
In a provincial tower infrastructure project aimed at improving video transmission, the deployment of the Ultra HD Transmission Gateway enabled real-time video compression by a factor of 4 to 10. This allowed 4K ultra-high-definition video to be transmitted smoothly at just 2 Mbps under the existing bandwidth, with packet loss tolerance reaching up to 30%—all without requiring any additional bandwidth expansion.
During a live broadcast of a fireworks show at a cultural center, the Ultra HD Transmission Gateway enabled the entire event to be streamed seamlessly. With just 2 Mbps of bandwidth, it ensured stable transmission of 4K ultra-high-definition video, delivering clear and smooth visuals throughout.
In a shipyard video transmission improvement project, the Ultra HD Transmission Gateway enabled a 2 Mbps self-organized network to smoothly transmit three channels of 1080P video.
In a metro train surveillance upgrade project in a major city, the Ultra HD Transmission Gateway supported wireless backhaul for over 240 in-train video channels. With an average compression ratio of 6×, it ensured stable and smooth transmission—even under limited bandwidth conditions—without requiring any modifications to the existing network infrastructure.