Grant Slezak’s Post

I'm excited about this new VOD Encoding case study: Plex, Inc. is using our #VOD Encoder to supercharge the viewing experience for its 25 Million Users. Plex is leveraging our VOD Encoder to deliver the best visual quality possible. Our Per-Title Encoding technology ensures each video receives the perfect optimization, eliminating wasted overhead data. This powerful solution helped Plex achieve a whopping 23% reduction in distribution costs and a staggering 55% savings on storage! Learn more in our entire case study: https://okt.to/Xxrkgs #VOD #Encoder

It's always a special honour when there is a new logo I recognize from my streaming device which starts using Bitmovin products. Plex is one of those :) Plex, Inc. is using our #VOD Encoder to supercharge the viewing experience for its 25 Million Users. Plex is leveraging our VOD Encoder to deliver the best visual quality possible. Our Per-Title Encoding technology ensures each video receives the perfect optimization, eliminating wasted overhead data. This powerful solution helped Plex achieve a whopping 23% reduction in distribution costs and a staggering 55% savings on storage! Learn more in our entire case study: https://okt.to/BjK9TN #VOD #Encoder

Codec lowdown 🙃 AV1: Who? What? When? Wherefore? In a new blog series that seeks to explain streaming tech, we first get into the codec AV1. (We've supported the open-source, royalty-free format from Alliance for Open Media for 5 years.) Got questions? We're always around to help: [email protected]. #streaming #AV1 #newcodecwhodis

When Low Latency DASH was introduced by MPEG-DASH in 2018, it revolutionized streaming by effectively minimizing end-to-end latencies to as low as 2-5 seconds. This technology dynamically adapts video quality to ensure a smooth streaming experience regardless of varying internet speeds. I am pleased to share that the Bitmovin Player supports low latency industry standards including Low Latency DASH (LL-DASH), as well as Low Latency HLS (LL-HLS) and WebRTC. https://okt.to/zF6Mn7 #LowLatency #Streaming

Exploring the latest advancements in Smart TV technology – from current video codecs to future innovations. Dive into the future of entertainment! 📺✨ #SmartTV #VOD #OTT #VideoCodecs #VideoCodecs #VVC #H266 #LCEVC #OTTsolutionProvider #ottstreaming #smarttvdevelopment #videoondemand #streamingtechnology

High latency can prompt a range of complications including buffering, loss of video sharpness, and coordination issues between audio and video feeds. These complications can spoil the user experience, resulting in viewer dissatisfaction. Are you doing enough to prevent these latency challenges? Learn more: https://buff.ly/4cob0Qi #CacheFly #fastestCDN #streamingquality #latency #userexperience #buffering #streaming

Video streaming platforms demand robust backend infrastructure to ensure a superior user experience. The goals are clear: - Ensure channel websites receive the requisite content - Deliver videos in the correct resolution and format - Avoid delays or freezes during playback Evrone tackled these challenges head-on by diligently maintaining and enhancing the Hardware and Software Complex (HSC). Our backend efforts, including code maintenance, new feature introduction, and aiding in the transition to microservices, were instrumental. This collaborative endeavor resulted in seamless video streaming, enhancing user satisfaction. Dive into the case study for more insights: https://lnkd.in/gFErT36J

Apple FairPlay Streaming DRM – How Does It Work? FairPlay Streaming is a DRM solution from Apple to securely deliver streaming media using the HLS (HTTP Live Streaming) protocol. FairPlay Streaming DRM is supported natively on iOS, tvOS, and macOS. In this article we look at the building blocks, basic workflow, and some interesting features of Apple FairPlay Streaming. https://lnkd.in/gAtRrUyv #DRM #Apple #Fairplay

NDI Protocol – Everything Broadcasters Need to Know in 2024! NDI (Network Device Interface) is revolutionizing the video streaming industry. With the NDI protocol, broadcasters can seamlessly stream high-quality, low latency transmissions over IP networks. It has advanced compression techniques, it’s easy to integrate, and it has great scalability. What’s more, it enhances flexibility, streamlines workflows, and reduces setup costs. In a nutshell, NDI is transforming traditional live video streaming methods. In this post, we cover all you need to know about the NDI protocol for broadcasters. We begin by defining what NDI is and its purpose. We then delve into the technical aspects of NDI. Finally, we go into key features and compare NDI to other streaming protocols. Read More Below! https://lnkd.in/ggECwFjw #Networkdeviceinterface #NDI #NDIProtocol #Videostreaming #livestreaming #streaminginnovation

VASTTM delivers real-time video encoding at bitrates lower than legacy codecs such as H.264 and HEVC, with streaming bitrates as low as 35kbps https://lnkd.in/ei8SnDiz