Explore commonly used video streaming terms. All things video!
Developer friendly Video API for everything you need to build expert online video in your application or page and to deliver on a global scale.
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AAC stands for Advanced Audio Coding, it was developed by MPEG Moving Picture Experts Group, to replace MP3 as it provide higher sound quality in the same bitrate.
ABR stands for Adaptive Bitrate Streaming. It refers to content streaming functionality for improving streaming over HTTP networks. The bitrate refers to how fast the data travels across a network; the speed of the data depends on the speed of the internet.
Application Programming Interface, or API for short, is a group of subroutines and communication protocols that allow different programmes to commute. Programmers can simplify and ease their code by utilising a variety of API tools.
AV1 is a codec developed by the Alliance For Open Media, a join efforts of ton of different technology again. AV1 main benefits is that...
The amount of data bits transferred or processed within a limited amount of time is a bitrate, and video bitrate is the amount of video data transferred in a certain time.
CDN stands for content delivery network, is a network that interconnect the servers, that speeds up loading data-heavy application webpage.
CMS stands for content management system, is an application that helps in creating, organizing and storing media files for use on the website.
The terms encoder and decoder, or compressor and decompressor, are combined to form the word codec. A codec, as used in video terminology, is...
Just as the name suggest, container are basically video file, a video file can contain data like, video tracks, audio tracks, metadata. There are different kind of video file formats, MOV, MV4 and so on.
DASH stands for Dynamic adaptable Streaming over HTTP. It makes it possible to stream excellent media material using a regular HTTP web server.
DRM stands for Digital rights management it refer to the technique to protect copyrighted materials. DRM are responsible for securing the copyright’s holder rights.
FMPEG stands for is an open-source project that provides a range of tools for video and audio manipulation, along with various libraries dedicated to...
A "frame" refers to a single still image in a sequence of images that, when played back in rapid succession, creates the illusion of motion. Videos are essentially...
H.264 also popularly known as AVC, Advanced Video Coding, is the most known video compression available at present. It was developed by ITU-T Video Coding Experts Group.
H.265 is also a compression just like H.264, but its more advanced and newly developed. H.255 is also known as HEVC, High Efficiency Video Coding.
HDR, or high dynamic range escalates the range of both contrast and colour; for instance, the bright side of the image gets brighter, so the image has more depth. HDR videos are highly in demand as it is one of the biggest 4K features.
HLS is a popular concept in the world of live streaming, HLS or HTTP live streaming, it is used in both live and on demand videos. HLS was introduced by APPLE in 2009.
HTML5 is the latest version of Hypertext Markup Language, this code is used to describe the structure and presentation of web pages. In simpler terms...
Videos can be broadcasted live, in real-time, with the help of the internet while they are being filmed because of live streaming technology. Remember the live television broadcast that we used to watch for mostly sports and news? Live streaming, can be described as the internet response to that.
Lossless compression uses an algorithm that rewrites the file in a way that results in smaller storage or transfer size. The algorithm does this by replacing the non-important information.
Lossy compression is a compression data technique that compressed the data by reducing the size and removing some data of the file.
Latency is the time or delay between action and results. With growing technologies, consumer are used to real time results, they except to have immediate response when they perform an action, latency is one of the...
MP4 serves as a digital container file, functioning as an enveloping structure for video content, distinct from the video itself. Within this container, one can find...
OTT stands for “over the top.” It refers to the technology that delivers streamed videos over the internet. Before OTT was introduced, a consumer had to use cable and set top boxes for watching content.
Online video platforms, or OVPs for short, lets you host, manage, and distribute videos to your audience without requiring you to build your own infrastructure or data centres. OVP lets you upload both live and recorded video content to a website.
̌Per-title encoding analyse the complexity of a video and understands the encoding factors that are needed to be maintain the highest level of visual quality
Quality of experience stands or QOE, measure the overall experience of the service, from the user’s ends. QOE measures the objective parameters like...
The term Quality of Service (QoS) describes a collection of protocols and technologies intended to control and enhance the effectiveness, dependability, and...
Resolution has different meanings when used in different fields. In the technology and media industry, resolution mostly refers to the number of elements (pixels) that can be displayed horizontally and vertically by a screen.
Subtitles are lines of text at the bottom of the screen that translate the spoken dialogue into another language. The most common example of subtitles is in movies.
Thumbnail are still image that describe the video, it would be a scene for the videos or custom made image, thumbnails are also known as posters.
Transcoding is the process of taking a encoded or a compressed file of a format, and decompressed it, re-encode it to another format. In terms of video, it can convert...
After uploading a content online, everything depends on how audience have reacted or engage with the content this engagement is known as user engagement data.
̌VP9 is an open-source video codec introduced by Google. VP9 is the successor to VP8, and it works similarly to HEVC/H.265.
The hardware or software that allows the playback of a video is known as a video player. A few years ago, video players were hardware-based, like VCR and CD players. Even though hardware-based players are still...
Video monetization is the way to generate revenue from creating and sharing video content; this is relevant for both online live streaming and video on demand.
A watermark is a logo, text or pattern that is intentionally superimposed onto another image. Its purpose is to make it more difficult for the original image to be copied or used without permission.
A webhook, essentially an HTTP call-back function, serves as an efficient communication channel between two distinct APIs messenger, facilitating the exchange of...
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Unicast is ideal for one-to-one streaming, while multicast suits one-to-many, balancing scalability and bandwidth efficiency.
Identify and resolve HLS playback issues on iOS by debugging errors, optimizing manifests, and ensuring proper encoding and network configuration.
Lossy compression reduces video size, optimizing bandwidth, but may impact quality, balancing performance and user experience in streaming.
WebRTC enables real-time communication in browsers, offering features like peer-to-peer connections, security, and high-quality audio and video streaming.
AV2 outperforms AV1 in compression efficiency and real-time performance, making it ideal for high-quality video streaming and next-gen media applications.
Video encoding compresses video files for efficient storage and streaming, balancing quality and file size to enhance viewer experience across devices.
MP3 is ideal for audio-only content, while MP4 supports audio and video. Choose based on your project needs for optimal performance and compatibility.
Reduce HLS streaming latency for better real-time interaction and viewer experience by optimizing encoding and CDN settings.
SVOD, AVOD, and TVOD are distinct streaming models with unique pricing and audience strategies tailored for different types of content and user experiences.
Choosing the right keyframe interval is crucial for streaming quality. A 2-second interval is ideal for most content, with adjustments for dynamic scenes.
M3U8 files are essential for HLS streaming, enabling adaptive bitrate delivery for live and on-demand content, ensuring smooth playback across devices.
Master video resizing and cropping with FFmpeg to optimize content for different platforms, enhance performance, and improve user experience.
Learn video hosting essentials, key features, and tips for seamless streaming, storage, and playback. Optimize your platform with best practices.
WebRTC signaling servers enable real-time communication by facilitating peer discovery, connection setup, and secure data exchange for various applications.
WAV offers high-quality, uncompressed audio ideal for professionals, while MP3 provides smaller file sizes for convenient streaming and everyday use.
Boost SEO and attract more viewers with a video sitemap that improves video visibility in search results.
Understand when to use transmuxing vs. transcoding for optimal video quality and compatibility in streaming.
Audience measurement helps you track viewer behavior and engagement, allowing you to improve video content and keep audiences interested.
Video bandwidth determines streaming quality; optimizing it ensures smoother playback and a better user experience, especially for high-resolution content.
AAC offers better sound quality at lower bitrates than MP3, making it ideal for streaming, while MP3 remains popular for its compatibility and simplicity.
Inter-frame compression uses frame types and codecs to enhance video quality and efficiency, reducing file size while preserving streaming quality.
Balanced audio reduces noise over long distances, making it ideal for professional settings, while unbalanced audio is simpler but more susceptible to interference.
VVC (H.266) offers superior video compression, enhancing streaming quality while reducing bandwidth requirements compared to earlier codecs.
Object detection in video surveillance enhances security with real-time threat detection, accuracy, and automation for improved safety and efficiency.
Edge computing and CDNs work together to reduce latency and improve data delivery, leading to faster and better user experiences.
Capped CRF optimizes video streaming by balancing quality and file size, ensuring smooth playback without excessive bandwidth usage during complex scenes.
Easily troubleshoot iOS streaming issues with practical solutions for buffering, app crashes, and connectivity problems to ensure a smooth viewing experience.
Simulcasting allows you to stream live video to multiple platforms simultaneously, boosting audience reach and engagement with minimal effort.
AI-generated video chapters streamline content navigation, saving time and enhancing user experience by automating chapter creation for developers.
Explore video content management systems, their features, and benefits for developers. Learn how to manage, store, and distribute video content efficiently.
CMAF simplifies streaming, reduces buffering, and improves quality, making it essential for fast, reliable media delivery across all devices and platforms.
Explore audio bitrate, its impact on sound quality, and key concepts to help developers create high-quality audio experiences in their projects.
HDR enhances video with richer colours and deeper contrasts, providing an immersive viewing experience. Discover its impact on streaming today!
Boost your streaming experience by addressing buffering issues. Simple fixes like upgrading your internet speed and adjusting settings can make a big difference.
Optimize iOS videos with MP4, H.264/HEVC codecs, and proper resolution to deliver smooth playback, reduce load times, and enhance visual quality across Apple devices.
Explore the rise of 24/7 livestreaming, its benefits, challenges, and how FastPix helps you manage continuous broadcasts without the pitfalls.
How to create seamless video loops in HTML using the <video> tag. Learn about attributes, JavaScript manipulation, and performance tips.
Here are some tips to boost your upload speed for better streaming. A faster and more dependable connection improves your streaming experience significantly.
Overlaying audio enhances video quality and engagement; this guide walks through using FFmpeg and FastPix for better audio integration.
The top 8 mobile optimization hacks for videos to enhance viewer engagement and experience. Learn about video orientation, thumbnails, subtitles, and interactive elements tailored for mobile users.
Bitrate and resolution significantly impact video streaming quality; optimizing both is essential for enhancing viewer experience and performance.
Discover five free MPEG-DASH players that developers can use to test and optimize MPD streams for smooth adaptive video streaming.
Discover how frame rates influence the quality of movies, video games, and live streaming. Learn about different frame rates, their effects on motion clarity, and how to optimize your viewing experience.
Easily add watermarks or image overlays to videos using FastPix API. Protect content, enhance branding, and customize settings for seamless integration
AVC and HEVC codecs provide different benefits in video quality and compression, making them important for streaming and production use.
Discover effective techniques and technologies to achieve ultra-low latency streaming for real-time applications like gaming and online classes.
Compare ASIC and CPU transcoding to find the best option for your streaming needs. Learn about performance and efficiency differences.
Understand the key differences between GPUs and VPUs, their specific applications, and how to choose the right processing unit for video streaming and rendering.
The video manifest outlines how to deliver videos effectively, ensuring they reach the right audience without issues.
Focus on innovative technologies and AI features to create a scalable and user-friendly OTT platform that stands out in the competitive market.
Streamlabs and OBS each offer unique features for streamers. Evaluate their strengths to choose the best fit for your streaming needs and preferences.
Learn about interlaced video, a technique that improves motion portrayal in video displays. Explore its benefits, drawbacks, and applications in broadcasting.
Discover how multimodal AI enhances Digital Asset Management (DAM) by improving indexing and retrieval. Learn techniques to optimize asset organization and access.
Learn how to reduce video startup time for a smoother viewing experience. Explore key factors, techniques, and best practices to enhance video performance.
Discover Run-Length Encoding (RLE), a simple yet effective compression technique. Learn how it works, its applications, and benefits for data storage.
Learn what aspect ratio is and how it affects image and video quality. Discover common ratios like 16:9, 4:3, and how to choose the right one for your display needs.
Discover how in-video search technologies like object detection, conversational search, and logo detection help locate specific moments quickly and efficiently.
Understanding churn's impact on OTT platforms is essential for developing effective strategies to boost retention and improve user satisfaction.
iscover FLAC vs ALAC, the top lossless audio formats. Learn their differences in audio quality, compression, compatibility, and how to choose the best format for you.
Compare Client-Side and Server-Side Ad Insertion, and how each method affects ad delivery, viewer experience, and performance.
WebRTC offers low-latency real-time streaming, while HLS excels in adaptive bitrate streaming; choose based on your specific application needs.
Latency affects response time; throughput affects data transfer. Both are key to smooth streaming, minimal buffering and fast playback.
Choosing between DVR and NVR for video streaming depends on your needs; NVR offers more flexibility, while DVR is simpler for traditional setups.
Compare AV1, H.264, and H.265 to determine the best codec for streaming, focusing on quality, compression efficiency, and device compatibility.
Key differences between VP8 vs VP9 to choose the right streaming protocol for your video delivery strategy.
Use live streaming analytics to boost engagement, reduce buffering, and improve viewer experience for seamless live content delivery.
Optimize web video performance with analytics to boost viewer satisfaction by minimizing buffering, improving load times, and enhancing overall QoE.
ABR adjusts in real-time for smooth playback, while MBR switches between fixed streams. Choose based on network conditions and streaming goals.
RTMP offers low latency for real-time streaming, while HLS provides broad compatibility and adaptive bitrate streaming. Choose based on your needs.
Compare top AI tools for creating videos from text, exploring features, pricing, and benefits to help you find the perfect fit for your needs.
Find exact video moments using semantic search, which understands your query's meaning, saving you time and boosting search accuracy.
CDNs cut latency, enhance video quality, and ensure security. Key benefits: reduced buffering, improved speed, and scalable performance.
Enhance live streaming quality by optimizing encoding, reducing latency, and using adaptive bitrate streaming for a seamless viewer experience.
RTMP is best for low-latency live streaming, while RTSP is ideal for controlled, on-demand streaming and IP camera setups. Choose based on your needs.
MP4 offers superior quality, compatibility, and future viability for modern streaming needs, while FLV is mostly suitable for legacy systems.
AIFF and WAV offer lossless audio, but differ in metadata, compatibility, and usage. Choose based on platform, performance, and project needs.
CBR offers consistency; VBR optimizes quality and file size. Choose based on your streaming needs and network conditions.
Effortlessly live stream events using FastPix with step-by-step guidance, ensuring quality and engagement for your audience.
Video analytics helps OTT platforms enhance viewer experience, optimize content, and drive revenue by understanding user behavior and content performance.
Use video APIs to easily add intros and outros, enhancing video quality, branding, and viewer engagement without complex editing tools.
Reduce video start times by optimizing encoding, buffering, and using advanced streaming protocols for a smoother, faster viewer experience.
Understand Video Start Failure (VSF), its impact, causes, and how optimizing video APIs can help improve streaming reliability and user satisfaction.
From market trends to monetization strategies, tech setup, & cost considerations, know how to launch an OTT streaming business in the US.
Explore how AI has transformed video classification from early methods to advanced tools like FastPix, improving accuracy and efficiency.
HLS suits Apple devices and on-demand content; DASH is ideal for low-latency live streaming and diverse platforms.
Choose TCP for reliability in video-on-demand or UDP for low latency in live streaming—each protocol serves a unique purpose in video delivery.
Closed captions provide accessibility for deaf viewers by including audio descriptions, while subtitles translate dialogue for different languages, increasing global reach.
Choose MP4 for universal streaming compatibility; use MKV for high-quality archiving with multiple tracks. Select based on your specific needs.
Learn about MPEG4 and MP4, their uses, and how to choose the right format for video quality, compatibility, and storage.
Use FastPix APIs to easily remove unwanted visuals from videos, enhancing content quality and maintaining viewer engagement.
AI is revolutionizing streaming and media with personalized recommendations, enhanced content accessibility, and smarter user experiences.
What top OTT platforms like Netflix, Disney+, & Hulu operate, focusing on their technology, revenue models, & features.
Understand VOD monetization models, their unique content delivery methods, revenue strategies, & key considerations for developers and creators.
Explore video marketing trends in 2024, tackling attention spans, algorithm shifts, and the rise of owned media for staying ahead in the digital landscape.
Avoid common mistakes like neglecting the user journey, poor onboarding, and inconsistent design to create a successful video streaming app UI.
Easily embed and optimize videos in Webflow to enhance your website's visual appeal and user experience.
Discover how AI is changing content moderation with advanced NSFW and profanity filters. This blog highlights how AI boosts efficiency, accuracy, and cost-effectiveness, making online spaces safer and more respectful. Learn about the technology behind these filters and their impact on user experience.
Explore instant live clipping to capture and share live stream highlights in real-time. Maximize engagement with FastPix, your tool for seamless, instant content creation.
RTMP is widely supported and great for traditional streaming, while SRT offers better security and low latency for high-demand, modern streaming environments. Choose based on your needs.
Discover how FastPix API's Replace Audio feature lets you easily update soundtracks in your videos. Refresh content, localize for different markets, or improve accessibility—quickly and efficiently, without the hassle of manual editing.
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