4G Bonding H.264 H.265 HEvc HDMI Video encoder support 6 Cards Used for Live Channel

SDR HDR 70Mbps 3*5G Live Stream living Broadcast Head End Device
 
YNS-800BT is a compact mobile cellular transmitter that encodes high-quality video and transmits over multiple network connections. It integrates broadcast level HEVC / AVC video compression algorithm and intelligent multilink aggregation technology. It can be widely used in remote news gathering, sports coverage, live event broadcasting, visual telemedicine, live video emergency command, mobile monitoring and other fields. By cooperating with Kunuomagic server, it can make full use of the wireless cellular, ethernet, satellite and other communication network, to provide users with cost-effective audio and video transmission solutions.
 
YNS-800BT supports two transmission modes: audio and video live broadcast and content recording. It can realize two-way real-time call, tally indication and other functions, which can provide better use experience for end-to-end users
Smart bonding technology
Support up to 10 network connections including 3x5G modules, 3x3G/4G/LTE-A modules, 1 Gigabit port for Lan, Wi-Fi and 2 USB extended ports; It uses i-Mux intelligent bonding technology and i-VBR technology with IPR of our company. The device automatically selects the optimal link for transmission 
Intercom and Tally
Supports two-way intercom full-duplex voice communication between studio and field crew, and also tally expansion. 
High quality content coding
Supporting hevc (h.265) and AVC (H.264) video coding, frame rates up to 2160p60; perfect for high motion content like sports. Color space UP to 4:2:2.
Low latency,
End-to-end as low as 350ms, which is more suitable for audio and video transmission scenarios that are highly sensitive to delay such as news connection, telemedicine and interactive teaching.
Simplicity
It is very easy to use and can be button control, without any on-site configuration; it supports dual power supply through backpack, providing long-term endurance;