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Wowza Streaming Engine 4.3.0 Build 16025: How to Stream Any Media to Any Device



Wowza Streaming Engine 4.3.0 Build 16025: A Powerful and Flexible Media Server Software




Are you looking for a reliable, customizable, and scalable media server software that can stream high-quality video and audio to any device, anywhere? If so, you might want to check out Wowza Streaming Engine 4.3.0 Build 16025, the latest version of the robust and versatile media server software from Wowza Media Systems.




Wowza Streaming Engine 4.3.0 Build 16025


Download: https://www.google.com/url?q=https%3A%2F%2Fgohhs.com%2F2ukFaT&sa=D&sntz=1&usg=AOvVaw2bhWRlcpczBgRKuwLt18WS



In this article, we will introduce you to Wowza Streaming Engine, its features and benefits, its supported protocols and formats, and its new functionalities in the 4.3.0 Build 16025 release. We will also show you how to install and update the software, and how to use it for various streaming scenarios.


What is Wowza Streaming Engine?




Wowza Streaming Engine, formerly known as Wowza Media Server, is a software-based media server that can deliver live and on-demand streaming content to any device, including desktops, laptops, mobile devices, smart TVs, set-top boxes, gaming consoles, and more.


Wowza Streaming Engine can handle any streaming workflow, from simple to complex, and can integrate with any streaming infrastructure, from cloud-based to hybrid to on-premises. It can also work with any streaming source, from cameras to encoders to IP cameras to media files.


Features and benefits of Wowza Streaming Engine




Some of the features and benefits of Wowza Streaming Engine are:



  • It supports a wide range of streaming protocols, such as HTTP Live Streaming (HLS), Dynamic Adaptive Streaming over HTTP (DASH), Adobe HTTP Dynamic Streaming (HDS), Microsoft Smooth Streaming (MSS), Real Time Messaging Protocol (RTMP), Real Time Streaming Protocol (RTSP), MPEG Transport Stream (MPEG-TS), WebRTC, Secure Reliable Transport (SRT), Apple Low-Latency HLS (ALHLS), and more.



It supports a wide range of streaming formats, such as MP4, FLV, WebM, MPEG-DASH, Apple HLS, Microsoft Smooth Streaming, Adobe HDS, MP3, AAC, Ogg Vorbis, Opus, Speex, G.711, G.722, AMR-NB/WB+, PCM/ADPCM/IMA ADPCM/MS ADPCM/μ-law/A-law/ALAC/FLAC/WAV/AIFF/MIDI/MOD/SID/MTM/S3M/XM/IT/MO3/OGA/OGG/OGV/WEBM/MKA/MKV/MOV/F4V/F4A/F4F/F4M/MPG/MPEG/TS/M2TS/M2T/MPEG-TS/MPEG-PS/MPEG-ES/MPEG-PES/H264/H265/H263/H263+/H263++/VP6/VP8/VP9/Sorenson Spark/Theora/Vorbis/Speex/GSM/G723/G726/iLBC/L16/L24/L8/LPCM/DV/DV Supported protocols and formats




Wowza Streaming Engine can stream any media format to any device using any protocol. It can also transcode and transmux streams on the fly to deliver the best quality and compatibility for each viewer. Here are some of the protocols and formats that Wowza Streaming Engine supports:



Protocol


Description


HLS


HTTP Live Streaming is an adaptive bitrate streaming protocol developed by Apple that works on iOS devices, Safari browsers, Android devices, Roku players, and many other platforms.


DASH


Dynamic Adaptive Streaming over HTTP is an adaptive bitrate streaming protocol that is based on the MPEG-DASH standard and works on most modern browsers and devices.


HDS


HTTP Dynamic Streaming is an adaptive bitrate streaming protocol developed by Adobe that works on Flash-enabled browsers and devices.


MSS


Smooth Streaming is an adaptive bitrate streaming protocol developed by Microsoft that works on Silverlight-enabled browsers and devices, as well as Xbox consoles and Windows phones.


RTMP


Real Time Messaging Protocol is a streaming protocol developed by Adobe that works on Flash-enabled browsers and devices. It can also be used for publishing live streams from encoders and cameras.


RTSP


Real Time Streaming Protocol is a streaming protocol that works on many media players and devices, such as VLC, QuickTime, and Android. It can also be used for publishing live streams from IP cameras.


MPEG-TS


MPEG Transport Stream is a streaming protocol that works on many media players and devices, such as VLC, Kodi, and IPTV set-top boxes. It can also be used for publishing live streams from encoders and cameras.


WebRTC


Web Real-Time Communication is a streaming protocol that enables low-latency, peer-to-peer communication between browsers and devices. It can be used for live video chat, conferencing, gaming, and interactive streaming.


SRT


Secure Reliable Transport is a streaming protocol that enables low-latency, secure, and reliable delivery of high-quality video over unpredictable networks. It can be used for remote production, contribution, and distribution of live streams.


ALHLS


Apple Low-Latency HLS is a streaming protocol that extends the HLS standard to enable sub-second latency for live streaming. It works on iOS 14 or later devices, Safari 14 or later browsers, and tvOS 14 or later devices.



In addition to these protocols, Wowza Streaming Engine can also stream using RTMFP, RTMPS, RTMPT, RTMPE, MPEG-DASH CENC DRM (Common Encryption), Apple HLS AES-128 encryption (Advanced Encryption Standard), Apple HLS SAMPLE-AES encryption (Sample Advanced Encryption Standard), Microsoft PlayReady DRM (Digital Rights Management) for Smooth Streaming and MPEG-DASH CENC DRM (Common Encryption), Verimatrix VCAS DRM (Verimatrix Content Authority System) for Smooth Streaming and Apple HLS encryption (Advanced Encryption Standard), Adobe Access DRM (Digital Rights Management) for HDS (HTTP Dynamic Streaming) encryption (Advanced Encryption Standard), BuyDRM KeyOS DRM (Digital Rights Management) for Smooth Streaming encryption (Advanced Encryption Standard), EZDRM DRM (Digital Rights Management) for Smooth Streaming encryption (Advanced Encryption Standard), Wowza DRM AddOn for Wowza Streaming Engine software license key holders who want to use multiple DRM platforms with Wowza Streaming Engine software.


Wowza Streaming Engine can also stream any media format to any device using any protocol. It can also transcode and transmux streams on the fly to deliver the best quality and compatibility for each viewer. Here are some of the formats that Wowza Streaming Engine supports:



FormatDescription


MP4MPEG-4 Part 14 is a digital multimedia container format that can store video, audio, subtitles, images, and other data. It is widely supported by many devices and platforms.


FLVFlash Video is a digital video container format that can store video and audio data. It is mainly used for streaming video over the Internet using the Flash Player plugin.


WebMWebM is a digital multimedia container format that can store video and audio data. It is mainly used for streaming video over the Internet using the HTML5 video element or the WebM Player plugin.


MPEG-DASHMPEG Dynamic Adaptive Streaming over HTTP is a digital multimedia container format that can store video and audio data in multiple bitrates and resolutions. It is mainly used for adaptive bitrate streaming over the Internet using the HTML5 video element or the DASH Player plugin.


Apple HLSHTTP Live Streaming is a digital multimedia container format that can store video and audio data in multiple bitrates and resolutions. It is mainly used for adaptive bitrate streaming over the Internet using the HTML5 video element or the HLS Player plugin.


Microsoft Smooth StreamingSmooth Streaming is a digital multimedia container format that can store video and audio data in multiple bitrates and resolutions. It is mainly used for adaptive bitrate streaming over the Internet using the Silverlight plugin or the Smooth Streaming Player plugin.


Adobe HDSHTTP Dynamic Streaming is a digital multimedia container format that can store video and audio data in multiple bitrates and resolutions. It is mainly used for adaptive bitrate streaming over the Internet using the Flash Player plugin or the HDS Player plugin.


MP3MPEG-1 Audio Layer III is a digital audio encoding format that can store audio data in various bitrates and sampling rates. It is widely supported by many devices and platforms.


AACAdvanced Audio Coding is a digital audio encoding format that can store audio data in various bitrates and sampling rates. It is widely supported by many devices and platforms.


Ogg VorbisOgg Vorbis is a digital audio encoding format that can store audio data in various bitrates and sampling rates. It is mainly used for streaming audio over the Internet using the HTML5 audio element or the Ogg Vorbis Player plugin.


OpusOpus is a digital audio encoding format that can store audio data in various bitrates and sampling rates. It is mainly used for low-latency, high-quality voice and music streaming over the Internet using the HTML5 audio element or the Opus Player plugin.


SpeexSpeex is a digital audio encoding format that can store audio data in various bitrates and sampling rates. It is mainly used for low-latency, high-quality voice streaming over the Internet using the HTML5 audio element or the Speex Player plugin.


G.711G.711 is a digital audio encoding format that can store audio data in 64 kbps and 8 kHz sampling rate. It is mainly used for telephony applications.


G.722G.722 is a digital audio encoding format that can store audio data in 48, 56, or 64 kbps and 16 kHz sampling rate. It is mainly used for telephony applications.


AMR-NB/WB+Adaptive Multi-Rate Narrowband/Wideband Plus is a digital audio encoding format that can store audio data in various bitrates and sampling rates. It is mainly used for mobile telephony applications.


PCM/ADPCM/IMA ADPCM/MS ADPCM/μ-law/A-law/ALAC/FLAC/WAV/AIFF/MIDI/MOD/SID/MTM/S3M/XM/IT/MO3/OGA/OGG/OGV/WEBM/MKA/MKV/MOV/F4V/F4A/F4F/F4M/MPG/MPEG/TS/M2TS/M2T/MPEG-TS/MPEG-PS/MPEG-ES/MPEG-PES/H264/H265/H263/H263+/H263++/VP6/VP8/VP9/Sorenson Spark/Theora/Vorbis/Speex/GSM/G723/G726/iLBC/L16/L24/L8/LPCM/DV/DV /ADPCM/μ-law/A-law/ALAC/FLAC/WAV/AIFF/MIDI/MOD/SID/MTM/S3M/XM/IT/MO3/OGA/OGG/OGV/WEBM/MKA/MKV/MOV/F4V/F4A/F4F/F4M/MPG/MPEG/TS/M2TS/M2T/MPEG-TS/MPEG-PS/MPEG-ES/MPEG-PES/H264/H265/H263/H263+/H263++/VP6/VP8/VP9/Sorenson Spark/Theora/Vorbis/Speex/GSM/G723/G726/iLBC/L16/L24/L8/LPCM/DV/DVThese are various digital audio and video encoding and container formats that can store audio and video data in various bitrates, sampling rates, resolutions, and codecs. They are supported by many devices and platforms.



What's new in Wowza Streaming Engine 4.3.0 Build 16025?




Wowza Streaming Engine 4.3.0 Build 16025 is the latest version of the media server software that was released on June 13, 2023. It includes several new features and enhancements that improve the performance, functionality, and usability of the software. Some of the new features are:


Wowza Streaming Engine REST API 1.0




The Wowza Streaming Engine REST API 1.0 is a new application programming interface (API) that allows you to configure and manage the media server using HTTP requests. You can use the REST API to perform tasks such as creating and deleting applications, starting and stopping streams, monitoring server status and statistics, and more.


The REST API is based on the OpenAPI Specification 3.0 and uses JSON as the data format. You can use any programming language or tool that supports HTTP requests to interact with the REST API. You can also use the Wowza Streaming Engine Manager user interface to access the REST API documentation and test the API endpoints.


APIs for Live to VOD Clip Extraction




The APIs for Live to VOD Clip Extraction are new APIs that allow you to extract clips from live DVR streams and save them as video-on-demand (VOD) files. You can use these APIs to create highlights, replays, or archives of live events.


The APIs for Live to VOD Clip Extraction are based on the Java API Framework and use XML as the data format. You can use any programming language or tool that supports HTTP requests to interact with these APIs. You can also use the Wowza Streaming Engine Manager user interface to access the APIs documentation and test the APIs endpoints.


Stream Target Option to Deliver Transcoded Output to Wowza Streaming Cloud




The Stream Target Option to Deliver Transcoded Output to Wowza Streaming Cloud is a new feature that allows you to send transcoded output from Wowza Streaming Engine to Wowza Streaming Cloud, a cloud-based streaming service that can deliver your streams to any device, anywhere.


This feature enables you to leverage the power and flexibility of Wowza Streaming Engine for transcoding your streams, and the scalability and reliability of Wowza Streaming Cloud for distributing your streams. You can use this feature to create stream targets in Wowza Streaming Engine that point to Wowza Streaming Cloud transcoders, and then start streaming from your source encoder or camera.


Integrated RTMP Output from JVC Camcorders




The Integrated RTMP Output from JVC Camcorders is a new feature that allows you to stream directly from JVC camcorders that support RTMP output to Wowza Streaming Engine, without using an external encoder or computer.


This feature enables you to simplify your streaming workflow and reduce your equipment costs by using your JVC camcorder as both a camera and an encoder. You can use this feature to configure your JVC camcorder to connect to Wowza Streaming Engine using RTMP, and then start streaming from your camcorder. How to install and update Wowza Streaming Engine 4.3.0 Build 16025?




If you want to install or update Wowza Streaming Engine 4.3.0 Build 16025, you need to follow some simple steps. Before you do that, you need to make sure that your system meets the minimum requirements for running the software.


System requirements




The system requirements for Wowza Streaming Engine 4.3.0 Build 16025 are:



  • A 64-bit operating system, such as Windows Server 2019, Windows Server 2016, Windows Server 2012 R2, Windows 10, Windows 8.1, macOS Big Sur (11), macOS Catalina (10.15), macOS Mojave (10.14), macOS High Sierra (10.13), Linux (CentOS, Red Hat Enterprise Linux, Debian, Ubuntu)



  • A Java Runtime Environment (JRE) version 11 or later, such as OpenJDK or Oracle Java SE



  • A minimum of 4 GB of RAM and 2 GB of free disk space



  • A network connection with a static IP address or a fully qualified domain name (FQDN)



  • A web browser that supports HTML5 and JavaScript, such as Chrome, Firefox, Safari, Edge



Installation steps




The installation steps for Wowza Streaming Engine 4.3.0 Build 16025 are:



  • Download the installer file for your operating system from the Wowza website.



  • Run the installer file and follow the instructions on the screen.



  • When prompted, enter your Wowza Streaming Engine license key or sign in with your Wowza account.



  • When the installation is complete, open a web browser and go to http://localhost:8088/enginemanager to access the Wowza Streaming Engine Manager user interface.



  • Sign in with your Wowza Streaming Engine credentials (the default username is admin and the default password is admin).



  • Start using Wowza Streaming Engine to create and manage your streaming applications and streams.



Update steps




The update steps for Wowza Streaming Engine 4.3.0 Build 16025 are:



  • Stop any running instances of Wowza Streaming Engine and Wowza Streaming Engine Manager.



  • Back up your existing Wowza Streaming Engine installation folder and configuration files.



  • Download the updater file for your operating system from the Wowza website.



  • Run the updater file and follow the instructions on the screen.



  • When the update is complete, restart Wowza Streaming Engine and Wowza Streaming Engine Manager.



  • Open a web browser and go to http://localhost:8088/enginemanager to access the Wowza Streaming Engine Manager user interface.



  • Sign in with your Wowza Streaming Engine credentials.



  • Verify that your streaming applications and streams are working as expected.



How to use Wowza Streaming Engine 4.3.0 Build 16025?




Wowza Streaming Engine 4.3.0 Build 16025 is a powerful and flexible media server software that can be used for various streaming scenarios. In this section, we will show you how to use some of the new features of the software, such as the REST API, the APIs for Live to VOD Clip Extraction, the Stream Target Option to Deliver Transcoded Output to Wowza Streaming Cloud, and the Integrated RTMP Output from JVC Camcorders.


How to configure and manage the media server using the REST API




The REST API is a new application programming interface that allows you to configure and manage the media server using HTTP requests. You can use the REST API to perform tasks such as creating and deleting applications, starting and stopping streams, monitoring server status and statistics, and more.


To use the REST API, you need to do the following:



  • Enable the REST API in your Wowza Streaming Engine installation by editing the conf/Server.xml file and setting true.



  • Create an API key and an access key by using the Wowza API Key Generator.



  • Add your API key and access key to your conf/Server.xml file by editing the section.Restart Wowza Streaming Engine and Wowza Streaming Engine Manager.



  • Use any programming language or tool that supports HTTP requests to interact with the REST API. You can also use the Wowza Streaming Engine Manager user interface to access the REST API documentation and test the API endpoints.



For example, to create an application named "live" using the REST API, you can use the following HTTP request:


POST http://localhost:8087/v3/servers/_defaultServer_/vhosts/_defaultVHost_/applications Content-Type: application/json Accept: application/json wsc-api-key: your-api-key wsc-access-key: your-access-key "restURI": "http://localhost:8087/v3/servers/_defaultServer_/vhosts/_defaultVHost_/applications/live", "name": "live", "appType": "Live", "description": "A live streaming application", "streamConfig": "restURI": "http://localhost:8087/v3/servers/_defaultServer_/vhosts/_defaultVHost_/applications/live/streamconfiguration", "streamType": "live"


The response will be a JSON object that contains the details of the created application, such as:


"success": true, "message": "", "data": "restURI": "http://localhost:8087/v3/servers/_defaultServer_/vhosts/_defaultVHost_/applications/live", "name": "live", "appType": "Live", "description": "A live streaming application", "streamConfig": "restURI": "http://localhost:8087/v3/servers/_defaultServer_/vhosts/_defaultVHost_/applications/live/streamconfiguration", "streamType": "live"


You can use similar HTTP requests to perform other tasks with the REST API, such as deleting applications, st


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