Follow developments in AV1, AV2, H.264/AVC, HEVC/H.265, VVC/H.266, FFmpeg, cloud transcoding, hardware acceleration, bitrate optimization, and video quality measurement. StreamingMeme curates and summarizes the updates that matter to streaming engineers, product teams, and media technology leaders.
OBS Project has released OBS Studio 27, introducing new features such as Undo/Redo functionality, improved display capture for laptops, and a missing files dialog. The update also brings browser docks to macOS and Linux, native Wayland support for Linux, and NVIDIA Broadcast noise removal integration for Windows users. Track matte stingers for transitions have also been added.
The 'mpv_audio_kit' Flutter package, a Dart audio player built on mpv v0.41.0, has been updated to version 0.2.3. The library provides a dedicated background event loop, a complete digital signal processing (DSP) pipeline with 86 audio effects, and low-level access to mpv properties for multi-platform applications including iOS, Android, macOS, Windows, and Linux. It supports various streaming protocols like HLS and DASH, as well as metadata, cover art, and real-time audio visualizers.
NVIDIA introduced Dynamo Snapshot, a new feature designed to accelerate the startup time of inference workloads running on Kubernetes. This technology addresses the challenge of cold-starting inference replicas by enabling faster elasticity and responsiveness to fluctuating demand in production environments. It aims to improve efficiency for AI-driven applications, particularly in scenarios requiring rapid scaling.
HDR10+ Technologies LLC has been selected to administer the program for Eclipsa Video. Eclipsa Video is described as a new open source video standard.
MForja introduces a software shim designed to optimize video infrastructure by conditioning the video signal before encoding, resulting in significant file size reductions (up to 78.6% as demonstrated with H.265). This technology aims to improve efficiency for AI and robotics teams by reducing storage and bandwidth costs for promotional video content. The company highlights its ability to integrate into existing encoding pipelines without requiring changes to downstream systems or codecs.
Tencent Cloud announced that its in-house developed Canghai series codec chips entered mass production. The company began research and development of these chips in 2019 and plans to provide services using them in the second half of 2026.
Amazon EMR now officially supports Apache Spark 4.0.2 in general availability, allowing users to leverage the updated version of the open-source big data processing engine. This release provides enhanced capabilities for data analytics workloads on the AWS platform. The general availability was announced on May 27, 2026.
Jan Ozer compiled a roundup of recent developments in codec and encoding technologies, covering five key areas. The topics include Media over QUIC (MoQ) for real-time streaming, various approaches to video compression for machine vision, and the concept of video codecs as tensor codecs to address AI infrastructure costs. It also touches on FFmpeg's reimagining in MediaMolder and a comparison of H.264, HEVC, VP9, and AV1 codecs in SBE.
Apple has released PICO (Perceptual Image Codec), an AI-based still-image codec, along with an accompanying paper and code. PICO is designed for human visual quality and mobile-class runtime, aiming to make machine learning-based image compression practical for camera pipelines, photo storage, and cloud services. The codec claims significant bitrate savings over existing standards like AV1/AV2/VVC in subjective tests.
The DaVinci Resolve 21 beta 4 update introduces support for Insta360 colorspace. It also includes improvements to Fusion motion paths and upgraded AI tools in the Studio edition of the software.
TencentCloud announced that its self-developed 'Canghai' codec chip series, initiated in 2019, has entered mass production for its next-generation Canghai V2 chip. The V2 version is planned to fully launch services in the second half of 2026, building on over 100,000 deployed Canghai V1 chips used for live streaming, VOD, 4K transcoding, and cloud gaming. The Canghai chip also ranked first in a recent hardware video encoding competition by Moscow State University.
Frame.io has introduced several updates including Japanese language support, new Python and TypeScript SDKs, and integration with Adobe Firefly. Additionally, it now features zero-click sign-in functionality for Adobe Premiere Pro users.
Avid's Pro Tools 2026.4 release introduces native support for MPEG-H Audio, enabling direct import, creation, and monitoring of immersive, interactive, and personalized audio content within the digital audio workstation. This integration, developed in collaboration with Fraunhofer IIS, includes a new MPEG-H Renderer plugin for Pro Tools Studio and Ultimate subscribers, streamlining workflows for Next-Generation Audio production. The article highlights MPEG-H's adoption in broadcasting and VoD services in Brazil, Japan, and South Korea, where it supports immersive and interactive audio experiences.
RapidPixel SDK is a cross-platform C++ library for real-time video processing applications, offering modules for video capture, encoding/decoding, streaming, tracking, object detection, and filtering. The SDK is designed for deployment on various CPUs, including Intel, AMD, NVIDIA Jetson/Xavier, and Raspberry Pi, and supports both Linux and Windows operating systems. It aims to provide comprehensive building blocks for complex video processing software, integrating multiple algorithms into single-purpose components.
Sunell, a security company, announced its integration of AV1 video compression technology into its surveillance products. This adoption aims to improve video quality while reducing bandwidth usage and storage requirements for high-definition, remote, and cloud-based surveillance systems. Sunell highlights AV1's open-source nature, efficiency, and role in future-proofing surveillance infrastructure.
Cinder is a newly forked open-source screen recorder and editor that focuses on hardware-accelerated export for Windows and other platforms. It leverages system ffmpeg with hardware encoder selection (NVENC, QSV, AMF) and utilizes OffscreenCanvas workers to achieve significantly faster video export speeds compared to its upstream project, OpenScreen. The project is an early-stage technical development aimed at optimizing the video encoding pipeline for screen recording applications.
Noisypeak highlights its cloud transcoding services, designed for preparing linear TV channels for OTT delivery, supporting various input/output formats including HLS, DASH, and DRM integration. The service emphasizes scalability, cost-effectiveness through a pay-as-you-go model, and AI-driven efficiency for media workflows. It also offers features like advanced video/audio processing, watermarking, content recording, and Google Modular DRM/Widevine and Apple Fairplay support.
Media With Purpose (Mediawithpurpose.com) has developed a new remote display protocol called NextGEN RC for streaming virtual desktops and applications, targeting visual artists and editors in studios. The protocol claims to offer 4:4:4 color accuracy at a maximum of 38Mbps bandwidth for 4K/60fps, sub-10ms latency, and multi-codec support including H.264, VP9, and AV1. This development comes as HP RGS and PCoIP are nearing end-of-sale and end-of-maintenance respectively.
YouTube has published its recommended upload encoding settings for videos, detailing specifications for container, audio codec, video codec, frame rate, bitrate, resolution, aspect ratio, and color space. These guidelines are primarily for partners utilizing YouTube Studio Content Manager and include specific recommendations for SDR and HDR content. The recommendations aim to ensure videos are processed and displayed correctly on the platform.
MForja introduces 'Video Distillation' software designed to reduce video and audio data by 50%+ without quality loss. The codec-agnostic technology works below the codec layer using entropy conditioning to cut storage, bandwidth by 30% per stream, and lower power consumption in transcoding farms by 25%. It integrates at the encoding stage and does not require changes to decoders or existing CDN infrastructure.
A GitHub repository details a native Unity plugin, 'Quest GStreamer', designed for low-latency H.264 RTP/UDP video streaming to Meta Quest 3 headsets. The plugin leverages GStreamer, Android MediaCodec, and a Vulkan zero-copy render path to integrate video streams into Unity applications.
Agora has launched its Adaptive Video Optimization (AVO) technology, designed to dynamically enhance live video stream quality. This technology optimizes performance across the entire video pipeline, from capture to playback.
Agora has launched a new 3D Spatial Audio solution. This solution enables developers to integrate immersive, dynamic audio capabilities into their real-time digital experiences.
Agora has announced the global availability of its new Agora Chat SDK. This SDK is designed to help developers quickly embed real-time in-app chat functionalities into their web and native applications.
Agora's voice and video SDK is being utilized by app developers to create inclusive and accessible digital experiences, specifically catering to individuals with hearing and visual impairments. This technology focuses on delivering diverse online interactions for a wider user base.
Agora announced the launch of its gaming-focused Software Development Kits (SDKs) on the Unity Asset Store. These SDKs enable game developers to integrate live voice and video chat functionalities into their games.
TurboBridge has integrated its technology with the Agora Linux Server SDK to enable Public Switched Telephone Network (PSTN) access to Agora channels. This integration allows users to connect telephone calls into real-time audio and video streams powered by Agora's SDK.
Agora published a comparison of its Video SDK against Zoom's SDK. The article, originating from Agora, states that performance tests were conducted across four scenarios to analyze the differences.
Agora provides a quickstart guide for developing a video chat application using its SDK in Unity for Apple Vision Pro. The guide details the step-by-step process for integrating real-time communication into applications designed for the Vision Pro headset.
Agora published a guide on how to implement virtual backgrounds into video calls and live streams utilizing their React Native SDK. The article details the technical steps for developers to integrate this feature.
Agora, a developer of video SDKs, published a comparison of its own platform against Vonage for multi-party web video calls. The analysis focused on important considerations when evaluating video SDKs.
Agora published a comparison of its SDK against Vonage's SDK for 1:1 mobile video calls. The analysis covers various criteria for assessing video SDK performance and quality.
Agora details how it enhances telehealth call quality by combining the VP9 codec with dynamic, real-time network routing. This approach aims to ensure reliability and performance in real-time video communication for healthcare applications. The article specifically highlights the roles of video encoding and network optimization in achieving stable connections.
This article discusses the concept of bitrate in streaming video, explaining its fundamental role and how it impacts both video quality and bandwidth consumption. It highlights the importance of understanding bitrate for optimizing streaming experiences.
This article from Agora defines echo cancellation and explains its importance in real-time communication. It discusses how echoes disrupt user experience and the necessity of technology to mitigate them. The piece provides an educational overview of the concept and its application.
Agora announced that its Video SDK for Unity now includes Mac support. This new capability allows for interoperability between Agora's Native SDK and Unity SDK, providing a comprehensive solution for building video chat functionality within Unity applications on Mac.
Agora has unveiled new enhancements focused on improving real-time video and livestreams. These innovations aim to optimize video quality from collection to rendering, even when network conditions are challenging.
This article discusses the considerations for choosing the optimal video resolution in real-time video applications. It suggests that the "highest resolution" is not always the best choice and that it depends on the specific use case.
Agora published an article detailing how to use its Web UIKit and RTMP streaming to publish live streams from Agora to platforms such as YouTube, Facebook, and Twitch. The article serves as a guide for developers looking to integrate Agora's streaming capabilities with popular social media and live-streaming services.
This article details how to use Apple's Network Link Conditioner to conduct runtime comparisons of iOS Video SDKs under various network conditions. It specifically mentions testing Agora, Twilio, and TokBox SDKs to showcase real-time packet loss effects and optimize performance. The guide includes practical examples for side-by-side analysis of these video SDKs.
Agora's Adaptive Video Optimization (AVO) technology is highlighted for its ability to deliver high-quality live video experiences. The article describes AVO's holistic approach, spanning from video capture to final playback, to ensure optimal live video quality.
Agora published a guide detailing how to migrate existing video applications from Twilio to the Agora SDK for iOS, outlining the process in five steps. This guide targets developers looking to switch real-time communication platforms.
Agora published a tutorial on building live video streaming applications using the Jetpack Compose framework and the Agora Android Video SDK. The article provides instructions for developers looking to integrate live video capabilities into Android apps.
Agora published an article detailing how developers can use its Flutter SDK to create applications with multiple channels. The example uses cases such as breakout rooms or in-game team calling applications. This allows for real-time engagement features within mobile applications.
Agora published a technical article detailing how to join and manage multiple Agora channels within the Unity development environment. The article explains how to use AgoraChannel objects to publish a stream to one channel while simultaneously viewing multiple other channels.
Agora has introduced a new React SDK for its Web Video and Voice platform, enabling developers to integrate its video and voice capabilities into web applications with greater flexibility. This SDK is designed to streamline the development process for building real-time communication features.
Agora published an article detailing how to implement its spatial audio functionality within a 3D Unity example. The article explains that the audio adjusts dynamically based on the distance between players in the scene.
Agora announced its UI Toolkit for iOS and macOS, an open-source CocoaPod designed to simplify the creation of video streaming applications. This toolkit allows developers to integrate video calls or streaming functionalities into their applications with minimal code.
Agora published a tutorial detailing how to broadcast and share screens using its Video SDK in conjunction with Unity3D. The guide focuses on enabling screen sharing for app games.
Agora published a guide on how to implement an active speaker highlighting feature within a video call using its Flutter Video SDK. The guide provides technical instructions for developers on utilizing the SDK's capabilities.
