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Video technology is important for 5G industrial application. With the development of high-quality ultra-low delay video transmission and AI technology, the application of industrial control based vision will expand to industrial equipment, automatic control and other core production field.

GT4K-4001 encoder and decoder feature ultra-low latency with less than 100ms, and keep high quality video meanwhile. GT4K-4001 provides high-quality 4K video low delay transmission coding engine for the industrial field, and promotes the development of 5G industrial applications based on vision. The advanced ultra-low delay coding algorithm ensures the effective utilization of 5G transmission bandwidth on the premise of ensuring the video quality, and the secure and reliable network protocol ensures the reliable transmission of 4K streaming media in 5G network. GT4K-4001E has the advantages of miniaturization, low power consumption and real-time coding. It supports the flexible expansion of 5G module to realize 5G+4K ultra-low delay transmission when coupled with GT4K-4001D decoder. It is especially suitable for power inspection, drone, self-driving, remote mechanical, and telemedicine that needs real-time remote interactive operation through 5G.

Products

Industrial Ultra-low Latency Encoder GT4K-4001E

● 1Ch 4Kp60 or 1Ch 1080p60 4:2:2 10-bit HEVC Encoding
● 1Ch 12G-SDI or 1Ch UHD Input
● 2 Gigabit Ethernet ports (Streaming + Management)
● 2 USB3.0 ports
● Low latency mode encoding less than 10ms
● Streaming Protocol: SRT/UDP/RTP/RTSP/RTMP
● Power consumption less than 12W

Industrial Ultra-low Latency Decoder GT4K-4001D

● 1Ch 4Kp60 or 1Ch 1080p60 4:2:2 10-bit HEVC Decoding
● 1Ch 12G-SDI or 1Ch UHD Output
● 2 Gigabit Ethernet ports (Streaming + Management)
● 2 USB3.0 ports
● Low latency mode decoding less than 60ms
● Streaming Protocol: SRT/UDP/RTP/RTSP/RTMP
● Power consumption less than 12W

5G+4K Power Inspection

It is necessary for 5G transmission to improve the coding and decoding efficiency by cooperating with high-performance image processing system, to reduce the transmission delay and improve the video clarity and reliability. GT4K-4001 will help to build wireless video low latency transmission system for power inspection appliance, which solves the problems of low definition, packet loss and delayed freezing during real-time video transmission in traditional way. The power inspection robot applied with this technology will be able to transmit UHD picture of target area to central platform with ultra-low delay. 5G+4K solution will make power inspection to be more targeted and timely, greatly improve work efficiency.

Real Time Control of Drone

The characteristics of 5G network, such as low delay and large bandwidth, helps drone to realize long-distance video transmission. However, the traditional H.264 compression method used by drone is facing the problems of low compression rate, overused bandwidth and transmission delay. GT4K-4001 will empower drone to obtain UHD video in real time. The ultra-low delay transmission of less than 70ms can help users to control the flight path of drone accurately, adjust the camera focal length and other airborne equipment in real time according to the returned video. The 5G drone equipped with ultra-low latency transmission will be widely used in urban management, agriculture, geology, meteorology, electric power, disaster relief, video shooting and other industrial areas.

5G+4K Remote Control of Self-driving

In order to achieve a more complete application of automatic driving, it is worthy to combine the ultra-low delay encoding and decoding transmission technology with the remote driving platform based on 5G. User can make use of the advantages of ultra-high bandwidth, low delay and high reliability of 5G to transmit ultra-low delay high-resolution video, so as to realize remote control, ADAS and vehicles monitoring in real time, which empowers self-driving vehicles with more secure operation capability.

5G Remote Mechanical Control

In the field of construction machinery such as excavator and crane operation, cameras are installed on the mechanical equipment to capture the field operation. After being compressed by GT4K-4001E ultra-low delay coding, it is transmitted to the monitor installed in remote control station in real time through 5G network. When the site receives the real-time image, user can operate remotely as if he was in the field. The implementation of 5G remote ultra-low delay control technology greatly reduces the transmission delay between people and equipment, so as to ensure the safety and fluency of operation, bring a new experience, and also make more unlimited possibilities for the development of construction machinery industry.

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