Ceeblue

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City: Den Haag

State: Zuid-Holland

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Country: The Netherlands

Live Transcoding &a; Video Delivery in Under a Second. Really. Ceeblue’s technology is arguably the most advanced True Ultra-Low Latency and Live Transcoding solution in the market today. It improves enormously on standard WebRTC implementations, making sub-second glass-to-glass video streaming not only possible but easy to implement and limitlessly scalable. The Ceeblue Ceecoder + Delivery solution achieves ideal Ultra-Low Latency performance by executing real-time measurement and optimization algorithms on a per-viewer basis. Rather than a standard hand-off to traditional CDNs in a format such as HLS, Ceecoder + Delivery can deliver video to a pre-deployed Ceeblue CDN POP that supports WebRTC, MP4, HLS, etc. Ceeblue’s solution includes adaptive bitrate (ABR) enabled for WebRTC and first fall-backs to HLS for iOS and to MP4 for Android and PC. Additionally, Ceeblue’s Delivery solution can travel long distances and deliver individual streams to multiple-million-viewer audiences. Please note that Ceeblue’s software has no technical limitations for the number of viewers. Ceeblue’s Ultra-Low Latency Video Delivery solution achieves sub-1-second glass-to-glass latency for both intracontinental streaming delivery as well as for intercontinental streaming delivery. Less than 1 second worldwide. Really. The Ceeblue Ceecoder drastically reduces bandwidth requirements and processing power compared with other solutions. Ceecoder consists of a set of highly optimized modules that transcode, manipulate, record, and package both live and static video content and are controlled via a GUI or a set of APIs. Ceecoder is based on industry-standard protocols, such as H.264, HLS, Dash, etc. But instead of transcoding on the appliance, the workload is shifted to a cloud that is based on a Field Programmable Gate Array (FPGA) specifically designed for this purpose. In addition to the bandwidth reduction, Ceecoder also typically reduces the required processing power for the same compression requirements by 80 – 90%, making the whole process seemingly “lighter than air.”

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