Sản phẩm truyền Video trực tiếp Live từ hiện trường về trung tâm kết hợp chức năng streaming lên mạng, codec H.265/H.264 định dạng SD/HD/3G - Mobile Viewpoint Agile LiveLink

 Key features

- Bonding of 10 connections including wifi and Fixed IP

- Fixed low delay

- Camera mounted solution

- Local and remote (web-based) management

- IFB or return audio at less than a second delay

Backpack or cameramount solution

        The WMT Agile LiveLink 265 is our new wearable ruggedized transmitter that encodes video at H.265/HEVC and bonds 8 combined 3G/4G connections for high quality live streaming using Mobile Viewpoint award winning bonding technology. H.265 live video transmission offers the same quality at lower bandwidth consumption, but also saves money at data cards. It is also possible to add Wi-Fi and Ethernet connections to maximize the upload capacity. The system is small enough to fit between camera body and battery pack, or can be carried in a small backpack. Its aluminum design makes it extremely sturdy and will survive drops of more than 2 meters. All this while still offering up to 8  x 4G modems, HD-SDI, HDMI input, a LAN connection, satellite/KA-sat/BGAN support, an integrated antenna and 120GB of storage for recording video locally, ready for editing. 

        The WMT Agile LiveLink H.265 utilizes its bundling technology to become a high volume data Store & Forward unit and data bonding unit for Internet access. This means that the system uses its entire available bandwidth to transport any kind of file true its connections to a FTP server. Fixed delay; so if 2, 5 or 10 seconds delay is selected this will remain the end-to-end delay during the complete broadcast. This is what we consider fixed delay time. IFB or return audio is also available at less than a second delay.

WMT Technology

        The use of multiple networks guarantees the highest bandwidth, the best possible network coverage and offers a redundant solution. The video is encoded with and H.265 hardware codec, which will automatically determine the available bandwidth and continuously transmit on the highest available bandwidth. This ensures transmission of the best possible video quality with the shortest possible fixed delay time.