We look forward to your feedback on our current roadmap – feel free to reach out on Twitter or in the comments below, or share your suggestions on UserVoice. We will share updates on the timeline as work progresses. Because there is not yet broad hardware offload support for VP8 encoding and decoding, we will continue to evaluate the balance between RTC performance and overall system power consumption across all our device platforms. At that point we intend to begin work on an interoperable implementation supporting VP8. Once we have laid the foundation for video interoperability within the Edge RTP stack and demonstrated progress toward H.264/AVC interoperability, support for interoperability with additional codecs will become feasible. Evaluating VP8 in RTCįinally, we’re investigating support for the VP8 codec within both the ORTC and WebRTC 1.0 APIs in Edge. We look forward to sharing updates on this implementation as our prototyping continues. Advanced functionality like multi-stream support, provisional answers, or the WebRTC 1.0 object model, are currently out of scope for our implementation. Our focus is on basic 1:1 communications, and we will initially support a single H.264/AVC stream within PeerConnection. In order to further improve the level of WebRTC 1.0 API compatibility for basic 1:1 audio/video communications, we are now prototyping a subset of the WebRTC 1.0 API natively within the Edge Platform. Supporting the native WebRTC 1.0 APIĮdge currently supports the WebRTC 1.0 API for audio applications via the adapter.js library patches developed by Phillip Hancke. Currently at 0.39, the ratio of demand (as measured by pending sales) to supply, decreased 25 from August. We expect to provide a preview release in the next few months with updated H.264/AVC and RTP/SAVPF support in Edge so developers can enable basic video scenarios across all major browsers. We’re excited to see more modern browsers now supporting the H.264 video format in WebRTC implementations-Firefox has shipped support for H.264/AVC, and initial H.264 support is now available in Chrome Canary (behind a flag).Ĭross-browser support for H.264/AVC will enable the Edge team to begin testing our H.264/AVC implementation across browsers, with the eventual goal of an interoperable RTC experience. H.264 support has been widely adopted across hardware platforms, and has broad hardware offload support, for improved performance and video quality. The H.264 format is historically the preferred option in the RTC industry. We’re additionally laying the foundation for video interoperability within the Edge RTC stack by adding support for additional feedback messages as well as congestion control and robustness mechanisms. As a first step towards video interoperability with other platforms, we’re now working to add support for the H.264/AVC codec. Our initial ORTC implementation included audio support as well as support for the H.264UC video codec – an implementation of H.264/SVC based on Skype extensions. #Realtimes update update#We’ve been hard at work on the next steps for RTC in Edge, and wanted to share an update on our roadmap, which we discussed in detail last week at Edge Web Summit. All updates are provided on the latest minor release only.Late last year, we released our initial ORTC implementation to the web community as part of EdgeHTML 13. All updates, upgrades and feature enhancements are provided at Red Hat's discretion on an if and when available basis.Įxtended life cycle programs such as Extended Update Support (EUS) and Extended Lifecycle Support (ELS) are not available with Red Hat Enterprise Linux for Real Time. After that three year period, only Critical and Important Security errata advisories (RHSAs) and Urgent Priority Bug Fix errata advisories (RHBAs) may be released as they become available. Red Hat Enterprise Linux for Real Time may include new features for the first three years from general availability. DetailsĮach major version (X.0) of Red Hat Enterprise Linux for Real Time is supported for a period of ten years after the initial release (aka general availability or GA). Red Hat Enterprise Linux for Real Time is a separate and unique subscription that is distinct from a subscription for Red Hat Enterprise Linux although some technology is common to both. Red Hat Enterprise Linux for Real Time is a real-time computing platform for deadline-oriented applications and time-sensitive workloads. Red Hat Enterprise Linux for Real Time Product Life Cycle Overview
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |