Harness Mobii’s ultra low-latency to deliver video, audio, and data content from anywhere to everywhere in less than 500 milliseconds

Transform your media services’ capability by integrating Mobii Ultra Low-Latency Video Services with Microsoft Azure. Mobii's patent-pending Microblock technology allows for faster delivery than WebRTC, using CMAF in HLS/DASH and leveraging its advantages. Broadcasters, media publishers, and smart stadiums can now ingest in the cloud, on-premises, or on-the-go to deliver real-time streaming content with rich innovative services for viewers and professionals alike.

Broadcasters, OTT platforms, and video solution providers. Encode, store, and live-stream CMAF video at scale from anywhere to everywhere at ultra-low latency while leveraging your existing workflows.

1. Latency. Mobii enables a global end-to-end latency and TTFF of less than 500 milliseconds. This is achieved by solving encoding, distribution, and playback latency.
2. Scalability. Mobii generates CMAF (MPEG-DASH/HLS ) streaming outputs, which are compatible with every major CDN and your video player of choice.
3. Experience. Microblock technology not only reduces latency and maintains synchronization across globally dispersed viewers, it also enables perfect frame-level synchronization of multiple video, audio, and data streams, where viewers can actively engage and direct their own experience.

Stadium operators, clubs, and federations can now instantly digitize their stadium environment and produce their own live and video-on-demand content at will.

1. Ingest and store. With permanent installation, you can create a central ingestion point for all video content within your stadium environment. Connect to both existing fixed/mobile and broadcast camera source feeds, with support for a variety of ingest formats: SDI, NDI, SRT, RTMP, RTSP, and MPTS, with Zixi and SMPTE 2110 upon request. All streaming video output feeds are synced and stored online in real time, enabling you to build your own accessible online video repository, where you can export video and create clipped content on the fly.
2. Real-time remote workflows. All video feeds can be streamed online with sub-500 millisecond global end-to-end latency, enabling you to support remote users with real-time access to content, as if they were right there in the stadium itself.
3. Stream to global fans. Engage with fans globally and stream content at scale with a platform that you control. With synchronized multi-camera feeds, fans can direct their own viewing experience with latency so low it’s as if they are right there in the stadium.

Ingest in the cloud, on-premises, or on-the-go to deliver sub-500 millisecond latency anywhere in the world.

1. Cloud ingestion. With on-premises Microblock-enabled encoders, multiple streams can be delivered to remote production studios, globally, in real time and in different output formats. This significantly reduces operating and logistics costs and introduces performance efficiencies. Supported ingest formats include SDI, NDI, SRT, RTMP, RTSP, and MPTS, with Zixi and SMPTE 2110 upon request.
2. On-premises integration. The Smart Encoder is designed for semi and permanent-based on-premises installation. Deployed into sport stadiums/arenas, broadcast production sites, datacenters, and outside broadcast vehicles, the Smart Encoder can ingest up to 56 concurrent feeds in a variety of input video sources, such as SDI, NDI, SRT, RTMP, RTSP, and MPTS, and SMPTE 2110 upon request. The encoder will ingest, synchronize, encode, and upload Microblock streams to the nearest cloud regional edge cluster for global distribution via the Co-Ordinator, or output a variety of streaming formats to local network for on-premises usage.
3. Remote “Drop & Go” Ingestion. The One Encoder is a compact, portable encoder designed for “Drop & Go” deployment. Powered with Microblock technology, this encoder will generate DASH and HLS using CMAF, with a global end-to-end latency of 500 milliseconds. The One encoder can record the stream with onboard storage, or to an external USB drive over a USB 3.0 port, all while streaming over 10/100/1000 Ethernet. Supported ingest formats include SDI, NDI, SRT, RTMP, RTSP, and MPTS.