Building a video player for your iOS app often feels like solving a puzzle where the pieces just don’t fit. You start with something basic, like AVPlayer, but soon realize it’s too limited for your needs—whether it’s live streaming, adaptive resolutions, or switching between audio and subtitles. Then comes the security headache: how do you safeguard your content with token-based authentication and HTTPS without turning your setup into a tangled mess? And let’s not even get started on the time-consuming integrations, juggling dependencies, and troubleshooting unexpected quirks.
You’re perhaps not alone. Many developers face these exact struggles, searching for a solution that’s powerful, secure, and easy to work with—one that doesn’t compromise on performance or user experience.
FastPix iOS Player SDK is designed for integrating and playing m3u8 videos within your iOS applications. It offers extensive customization options and advanced playback features. Once your video uploads reach the "ready" status, a stream URL is generated. Using this URL along with the playback ID, FastPix iOS Player enables seamless video streaming, making setup and playback easy.
The SDK supports all the features below, ensuring easy integration, enhanced playback performance, and a customizable streaming experience for iOS applications.
With FastPix iOS Player you can play live and on-demand videos using streamType and publicPlaybackId.
For on-demand videos:
Swift
1// create an object of AVPlayerViewController()
2
3lazy var playerViewController = AVPlayerViewController()
4
5// using this method to play the videos using playbackID and streamType is set to on-demand
6
7playerViewController.prepare(playbackID: playbackID,playbackOptions: PlaybackOptions(streamType: "on-demand"))
For live-stream videos:
Swift
1// using this method to play the videos using playbackID and streamType is set to live
2playerViewController.prepare(playbackID: playbackID,playbackOptions: PlaybackOptions(streamType: "live"))
In FastPix Player you can ensure content security with token-based authentication, secure playback IDs, and HTTPS support for both live and on-demand streams.
For live-stream videos:
Swift
1// use this method to play the videos using playbackID,playbackToken and streamType is set to live
2
3playerViewController.prepare(playbackID: playbackID, playbackOptions: PlaybackOptions( streamType: "live",playbackToken: playbackToken))
With FastPix Player you can stream videos from your own domain with minimal configuration.
For on-demand videos:
Swift
1// use this method to play the videos with custom Domain, playbackID, playbackToken and streamType is set to on-demand
2
3playerViewController.prepare(playbackID: playbackID, playbackOptions: PlaybackOptions(customDomain: "customeDomain", playbackToken: playbackToken, streamType: "on-demand"))
For live-stream videos:
Swift
1// use this method to play the videos with custom Domain, playbackID, playbackToken and streamType is set to live
2playerViewController.prepare(playbackID: playbackID, playbackOptions: PlaybackOptions(customDomain: "customeDomain", playbackToken: playbackToken, streamType: "live"))
FastPix iOS Player allows you to configure playback resolution, including minimum, maximum, specific, and range-based resolutions for optimized streaming.
Use this method to play videos with custom minResolution and playbackID
Swift
1playerViewController.prepare(playbackID: playbackID, playbackOptions: PlaybackOptions( minResolution : (example : . atLeast270p) ))
Use this method to play videos with custom minResolution, playbackID and playbackToken
Swift
1playerViewController.prepare(playbackID: playbackID, playbackOptions: PlaybackOptions( minResolution : (example : . atLeast270p) , playbackToken: playbackToken ))
Use this method to play videos with custom maxResolution and playbackID
Swift
1playerViewController.prepare(playbackID: playbackID, playbackOptions: PlaybackOptions( maxResolution : (example : .upTo1080p) ))
Use this method to play videos with custom maxResolution, playbackID and playbackToken
1playerViewController.prepare(playbackID: playbackID, playbackOptions: PlaybackOptions( maxResolution : (example : .upTo1080p) , playbackToken: playbackToken ))
Use this method to play videos with a specific resolution, playbackID and playbackToken
1playerViewController.prepare(playbackID: playbackID, playbackOptions: PlaybackOptions( resolution : (example : .set480p, playbackToken: playbackToken )))
Use this method to play videos with in a specific range of resolution, playbackID and playbackToken
1playerViewController.prepare(playbackID: playbackID, playbackOptions: PlaybackOptions( minResolution : (example : . atLeast270p) , maxResolution : (example : .upTo1080p , playbackToken: playbackToken)))
In FastPix Player you can define resolution selection priority for an optimized viewing experience.
Swift
1// use this method to play videos with in a specific range of resolution playbackID and renditionOrder
2
3playerViewController.prepare(playbackID: playbackID, playbackOptions: PlaybackOptions( minResolution : (example : . atLeast270p) , maxResolution : (example : .upTo1080p , renditionOrder: .descending ))
Each of these features is designed to enhance both flexibility and user experience, providing complete control over video playback, appearance, and user interactions in FastPix-player.
Here are the steps that you need to follow in order to integrate Fastpix-ios-player
To integrate the FastPix iOS Player SDK into your iOS project, follow these steps using Swift Package Manager:
Enter the URL: https://github.com/fastpix/fp-ios-player in the top-right corner.
By default, Xcode pulls the latest version. To specify a version or range, adjust the Dependency Rule settings.
Once the SDK is installed, import it into your Swift file:
Swift
1import fp-ios-player
When building an iOS application with video playback capabilities, selecting the right video player SDK is crucial for performance, scalability, and user experience. Below is a detailed comparison of the FastPix iOS Player with other popular iOS video players like AVPlayer, Vimeo Player, and YouTube Player, highlighting their features, limitations, and best-use scenarios.
FastPix iOS Player offers a comprehensive feature set, including support for HLS streaming, adaptive bitrate switching, and video analytics. In comparison, AVPlayer provides basic playback functionalities but lacks advanced streaming and analytics capabilities.
FastPix iOS Player offers high performance with efficient memory usage and low latency, optimized for HLS streaming. AVPlayer provides solid performance but lacks some of the advanced optimizations found in specialized players like FastPix.
FastPix iOS Player is designed to scale seamlessly for large-scale deployments, while AVPlayer is limited to iOS apps. Vimeo and YouTube players may face limitations with custom scalability.
Here’s when you should consider integrating FastPix iOS Player into your app :
FastPix iOS Player is an ideal choice for developers seeking a high-performance and secure video playback solution. It offers easy integration, support for live streaming, adaptive bitrate, and advanced security features. With its flexibility and ability to handle diverse media requirements, you can build exceptional video experiences for your iOS applications.
Ready to build next-gen video-centric products? Try FastPix today!
To optimize video playback on iOS, ensure that your player supports adaptive bitrate streaming to adjust to network conditions. Also, consider using hardware acceleration to reduce CPU usage and improve performance, and make use of the AVPlayer for efficient media handling.
Minimizing video startup time can be achieved by pre-buffering the initial segments of the video, using low-latency streaming protocols like HLS or DASH, and optimizing video encoding settings for faster decoding on the client side.
HLS (HTTP Live Streaming) is widely supported on iOS devices and is ideal for live streaming. DASH (Dynamic Adaptive Streaming over HTTP) is another adaptive bitrate streaming protocol that can provide more control over the streaming experience. HLS is generally easier to implement on iOS, while DASH may offer more flexibility and features.
Efficient buffering can be managed by implementing a buffer zone that pre-loads video content ahead of playback. Monitoring the buffer state and adjusting playback speed can help prevent interruptions. You can also set buffering thresholds to control when to start playback based on the available data.
Yes, you can implement Digital Rights Management (DRM) for secure video playback on iOS by using Apple's FairPlay Streaming (FPS) for content protection. It allows you to encrypt video content and control access via keys and secure playback.
You can integrate multiple subtitle and audio tracks by ensuring your video streams include metadata that specifies available options. iOS provides APIs for handling subtitle and audio track switching within AVPlayer, making it easy to implement language support for your video content.