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Amazon Web Services – Introduction to Elastic Transcoder Service

Amazon Elastic Transcoder is a cloud-based media transcoding service. It is intended to be a highly scalable, simple-to-use, and cost-effective way for developers and organizations to convert their media files from their original format into versions that can be played on devices such as smartphones, tablets, and Computers.

To be able to use the service you can start by login into AWS Management Console. The system’s transcoding Presets make it easier to get transcoding parameters right the first time. Aside from that, transcoding pipelines allow you to perform several transcodes at the same time. Amazon Elastic Transcoder makes use of other Amazon Web Services such as Amazon S3, Amazon EC2, Amazon DynamoDB, Amazon Simple Workflow (SWF), and Amazon Simple Notification Service to ensure scalability and stability (SNS).



Another advantage that consumers can make use of is Amazon Elastic Transcoder’s free tier. It includes up to 20 minutes per month of transcoding.  

Let’s go through the structure of the Amazon Elastic transcoder and how we may use it by following a few basic steps.



Structure of Amazon Elastic Transcoder

  1. Jobs are in charge of transcoding. Each job translates a single file into up to 30 different formats. As an example, if you wish to convert a media file into several distinct formats, you can do so by creating a single job.
  2. Pipelines are queues used to handle transcoding jobs. When you create a job, you select which pipeline the job should be added to. Elastic Transcoder begins processing jobs in a pipeline in the order in which they were added. Elastic will transcode a work into more than one format if you set it to do so.  
  3. Presets are templates that provide the majority of the settings for converting multimedia content from one format to the other. Elastic Transcoder comes with some default presets for common formats. You can also make your own presets for formats that aren’t covered by the defaults. When you create a job, you indicate which preset you wish to utilize.
  4. Notifications enable you to arrange Elastic Transcoder and Amazon Simple Notification Service to keep you updated on the status of a job, such as when Elastic Transcoder starts processing the job, or when it finishes processing, and also if it might have encountered any warnings or issues during processing.

Using Amazon Elastic Transcode Services

Starting with Amazon Elastic Transcoder, the first step, to begin with, is signing up for an AWS account, After that, set up an Amazon S3 bucket and upload a media file to be transcoded. You then create a pipeline to handle your jobs, as well as a job to convert a specific file to a particular format. You can construct a custom preset if you need to transcode to a format for which we do not have a preset.

To start with Amazon Elastic Transcoder services, follow the procedures outlined below:

Step 1: Create an account on AWS.

To get started with Amazon Elastic Transcoder, the first thing you will need is an AWS account. When you join up, you will be required to create an account.  

 

Step 2: Create one or more Amazon S3 buckets and upload a media file.

 

Step 3: Creating a Pipeline.

 

 

Step 4: Creating a Preset(optional). Well, this step is an optional one. A preset refers to a template that contains the settings that Elastic Transcoder should use throughout the transcoding process, such as the codec and resolution that you desire in the transcoded file. When you create a job, you choose the preset to utilize. AWS sets up system presets that can build media files that may be played on different devices, as well as targeted specific devices.  

 

Step 5: Establish a Job

 

Step 6: Track the Progress of Your Job

Well, here we have discussed in brief the Amazon Elastic Transcoder and its use in the AWS management console. And how we can use these services for our requirements by following some simple steps.

Elastic Transcoder Benefits:

Elastic Transcoder has some limitations to consider. For example, it has a maximum output resolution of 1080p, so it may not be suitable for transcoding high-resolution video files. Additionally, it does not support transcoding of some specialized formats such as closed captioning or subtitles.


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