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CHOOSING THE BEST LINUX DISTRIBUTION FOR AMAZON AWS GRAVITON: A GUIDE FOR
SOFTWARE DEVELOPERS

Abstract: This article provides an overview of the best Linux distributions for
compiling applications on Amazon AWS Graviton, which supports Arm64
architecture. Learn about the recommended distros for optimal
cross-compatibility and performance.

2024-01-02 by DevCodeF1 Editors



CHOOSING THE BEST LINUX DISTRIBUTION FOR AMAZON AWS GRAVITON: A GUIDE FOR
SOFTWARE DEVELOPERS

Amazon Web Services (AWS) has recently introduced a new type of instance called
Graviton, which uses 64-bit Arm Neoverse-based processors. This new architecture
provides better performance and cost efficiency compared to traditional x86
instances. However, not all Linux distributions support Arm64 architecture,
which can make it challenging to choose the best one for your needs.


KEY CONCEPTS

Before diving into the specific Linux distributions, it's important to
understand some key concepts related to AWS Graviton and Arm64 architecture.

 * AWS Graviton: A new type of instance offered by Amazon Web Services that uses
   64-bit Arm Neoverse-based processors.
 * Arm64: A 64-bit architecture based on the Arm instruction set. It's also
   known as AArch64.
 * Linux Distribution: A collection of software that includes the Linux kernel,
   libraries, and utilities. Some popular Linux distributions include Ubuntu,
   Red Hat Enterprise Linux, and CentOS.


APPLICATIONS

There are several important applications that can run on AWS Graviton instances,
including:

 * Containers: AWS Graviton instances support containerized applications,
   including Docker and Kubernetes.
 * Serverless: AWS Lambda functions can run on Graviton instances, providing
   better performance and cost efficiency compared to x86 instances.
 * Machine Learning: AWS SageMaker provides support for Graviton instances,
   allowing you to train and deploy machine learning models more efficiently.


SIGNIFICANCE

Choosing the right Linux distribution for AWS Graviton instances can have
several benefits, including:

 * Better Performance: Some Linux distributions are optimized for Arm64
   architecture, providing better performance compared to x86 instances.
 * Cost Efficiency: Graviton instances provide better cost efficiency compared
   to traditional x86 instances, and choosing the right Linux distribution can
   further reduce costs.
 * Compatibility: Not all Linux distributions support Arm64 architecture, so
   choosing one that does can ensure compatibility with AWS Graviton instances.


CHOOSING THE BEST LINUX DISTRIBUTION

When choosing the best Linux distribution for AWS Graviton instances, there are
several options to consider. Here are some of the most popular ones:

UBUNTU

Ubuntu is one of the most popular Linux distributions, and it supports Arm64
architecture. Ubuntu provides long-term support (LTS) releases every two years,
which are supported for five years. Ubuntu also provides daily builds for Arm64
architecture, allowing you to test the latest features and updates.

RED HAT ENTERPRISE LINUX

Red Hat Enterprise Linux (RHEL) is a commercial Linux distribution that supports
Arm64 architecture. RHEL provides long-term support (LTS) releases every three
years, which are supported for 10 years. RHEL also provides a free version
called Red Hat Enterprise Linux for Arm Developer Program, which allows you to
test and develop applications on Arm64 architecture.

CENTOS

CentOS is a free and open-source Linux distribution that is based on RHEL.
CentOS provides long-term support (LTS) releases every three years, which are
supported for 10 years. CentOS also provides a version called CentOS Stream,
which is a rolling-release distribution that provides the latest features and
updates.

ALPINE LINUX

Alpine Linux is a lightweight Linux distribution that supports Arm64
architecture. Alpine Linux provides minimalist images that are less than 5 MB in
size, making it an ideal choice for containerized applications. Alpine Linux
also provides long-term support (LTS) releases every two years, which are
supported for three years.


CODE BLOCKS

Here are some code blocks that demonstrate how to install and run applications
on AWS Graviton instances using different Linux distributions:

# Install Docker on Ubuntu 20.04 LTS sudo apt update sudo apt install docker.io
sudo systemctl start docker sudo systemctl enable docker # Run a containerized
application on Ubuntu 20.04 LTS docker run -it ubuntu:20.04 /bin/bash # Install
Docker on RHEL 8.4 sudo yum install docker-ce sudo systemctl start docker sudo
systemctl enable docker # Run a containerized application on RHEL 8.4 docker run
-it registry.access.redhat.com/ubi8/ubi:8.4 /bin/bash # Install Docker on CentOS
8.4 sudo yum install docker sudo systemctl start docker sudo systemctl enable
docker # Run a containerized application on CentOS 8.4 docker run -it centos:8
/bin/bash # Install Docker on Alpine Linux 3.14 sudo apk add docker rc-service
docker start rc-update add docker default # Run a containerized application on
Alpine Linux 3.14 docker run -it alpine:3.14 /bin/sh

In this article, we have discussed the importance of choosing the right Linux
distribution for AWS Graviton instances. We have covered key concepts,
applications, and significance of using Arm64 architecture. We have also
provided a guide for software developers to choose the best Linux distribution
for their needs. We have covered Ubuntu, Red Hat Enterprise Linux, CentOS, and
Alpine Linux as popular options for Arm64 architecture. We have also provided
code blocks to demonstrate how to install and run applications on AWS Graviton
instances using different Linux distributions.


REFERENCES

 * AWS Graviton
 * Arm Architecture
 * Ubuntu
 * Red Hat Enterprise Linux
 * CentOS
 * Alpine Linux




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Tags::  Amazon Web Services AWS Graviton Linux Distribution Software Development




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