Amazon EC2 evolution— How Nitro changed everything and Instance type deep dive

Introduction

For those new to EC2, EC2 offers auto-scalable instances with compute, memory, storage and networking, deployable in multiple Availability zones/Regions while targetable by a load balancer along with management / administration tools such as AWS Systems Manager and AWS License Manager. EC2 instances are available under multiple purchase options such as Spot, On-Demand, Reserved and Savings Plan. It offers a broad choice of processors such as Intel, AMD and Amazon’s very own ARM-based Graviton processors. EC2 also allows the possibility of using Application Specific Integrated-Circuit (ASICs) and Field Programmable Gate-Array (FPGAs).

For those new to terms like ASIC and FPGA, they provide an alternate way to compute than CPU and GPU. Unlike CPU and GPU, which have a predefined instruction set and general purpose or parallel computing optimized , ASICs are dedicated, custom designed and optimized for one specific function (for e.g. bitcoin mining) whereas FPGAs are, as their name suggests, programmable digital logic cells. The hardware can be reprogrammed / repurposed to different workloads. Neither ASICs nor FPGAs have a predefined instruction set.

A very short history

Amazon launched EC2 with one instance type, m1, in the year 2006. This machine offered 1.7 GHz of CPU, 1.75 GB of RAM, 160 GB of disk and 250 Mbps of network bandwidth. This has evolved to 300+ instance types as of July 2020.

EC2 currently offers instance with upto 4.0GHz of CPU(z1d), 24576 GB / 24 TB of RAM(u-24tb1.metal), 48 TB of disk (d2.8xlarge) and 100 Gbps of Network bandwidth (High-Memory instances). Nitro turbo-charged this evolution in 2017 at which time “only” 42 instance types were available. It allowed new CPU architectures (ARM, AMD), bare metal offerings, 100 Gbps networking, EFA etc. So what exactly is Nitro?

Nitro — in english

Nitro refers to a whole fleet of changes, hardware and software, brought about in order to improve two important aspects of the infrastructure: performance and security. The basic idea is about offloading functions that are generally performed in a hypervisor stack to separate dedicated hardware / software component. Before Nitro — Networking, Storage, Security etc. were part of the hypervisor stack and contributed to about 30% of resource consumption that could not be used by customer instances.

With Nitro architecture, these components are moved out of the hypervisor stack, allowing for better resource consumption / performance and more controlled security.

#aws #ec2 #ec2-instance #nitro #aws-ec2

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Amazon EC2 evolution— How Nitro changed everything and Instance type deep dive

Introduction

For those new to EC2, EC2 offers auto-scalable instances with compute, memory, storage and networking, deployable in multiple Availability zones/Regions while targetable by a load balancer along with management / administration tools such as AWS Systems Manager and AWS License Manager. EC2 instances are available under multiple purchase options such as Spot, On-Demand, Reserved and Savings Plan. It offers a broad choice of processors such as Intel, AMD and Amazon’s very own ARM-based Graviton processors. EC2 also allows the possibility of using Application Specific Integrated-Circuit (ASICs) and Field Programmable Gate-Array (FPGAs).

For those new to terms like ASIC and FPGA, they provide an alternate way to compute than CPU and GPU. Unlike CPU and GPU, which have a predefined instruction set and general purpose or parallel computing optimized , ASICs are dedicated, custom designed and optimized for one specific function (for e.g. bitcoin mining) whereas FPGAs are, as their name suggests, programmable digital logic cells. The hardware can be reprogrammed / repurposed to different workloads. Neither ASICs nor FPGAs have a predefined instruction set.

A very short history

Amazon launched EC2 with one instance type, m1, in the year 2006. This machine offered 1.7 GHz of CPU, 1.75 GB of RAM, 160 GB of disk and 250 Mbps of network bandwidth. This has evolved to 300+ instance types as of July 2020.

EC2 currently offers instance with upto 4.0GHz of CPU(z1d), 24576 GB / 24 TB of RAM(u-24tb1.metal), 48 TB of disk (d2.8xlarge) and 100 Gbps of Network bandwidth (High-Memory instances). Nitro turbo-charged this evolution in 2017 at which time “only” 42 instance types were available. It allowed new CPU architectures (ARM, AMD), bare metal offerings, 100 Gbps networking, EFA etc. So what exactly is Nitro?

Nitro — in english

Nitro refers to a whole fleet of changes, hardware and software, brought about in order to improve two important aspects of the infrastructure: performance and security. The basic idea is about offloading functions that are generally performed in a hypervisor stack to separate dedicated hardware / software component. Before Nitro — Networking, Storage, Security etc. were part of the hypervisor stack and contributed to about 30% of resource consumption that could not be used by customer instances.

With Nitro architecture, these components are moved out of the hypervisor stack, allowing for better resource consumption / performance and more controlled security.

#aws #ec2 #ec2-instance #nitro #aws-ec2

Create EC2 instance from AWS Console

What is EC2 Instance?

Secure and resizable compute capacity in the cloud.

Amazon Elastic Compute Cloud ( Amazon EC2) is a web service that provides secure, resizable compute capacity in the cloud. It is designed to make web-scale cloud computing easier for developers.

In this article let us see how to create On-demand EC2 instance from Console.

#create-ec2-instance #aws-ec2-instance #ec2-instance #amazon-web-services #aws

Learn to Deploy a PHP Application using Amazon EC2 Instance

Learn about the Deployment of Web application using AWS

Amazon EC2 allows individuals to deploy various applications. Using Amazon EC2, you can launch as many or as few virtual servers as per the given circumstances. Hence, in this blog, I will be discussing on deploying a PHP application using Amazon EC2 instance.

What are the pre requisitions before you go through this blog?

Before you dive into this blog, please make sure that you have created your own Amazon EC2 instance and be connected to it to view the stepwise procedure for deploying a PHP application. Adding to that, you should also have your PHP application in the GitHub repository. Likewise, familiarity with the Linux environment can help to provide a better understanding of the blog content. However, I will further elaborate on all the required Linux commands.

Note: If you have not created your Amazon EC2 instance yet, you can go through my previous blog on the stepwise procedure for creating an Amazon EC2 instance and connecting to the Amazon EC2 instance with the link provided below.

Note: If you are willing to connect to your Amazon EC2 using PuTTy, you can open the link provided below.

_ Note: You should also have your PHP application in your GitHub repository. So, if you have not created your PHP application, then for the demo, you might as well use the application provided in the GitHub repository below._

#amazon #aws #amazon-web-services #amazon-ec2 #web-applications

Amazon Pay Clone, Amazon Pay Clone Script, Recharge & Wallet App Solution

Mobile wallet applications have become the new trend in today’s world. Apps like Amazon Pay, Paytm, PayPal are some of the leading apps that are owned and used by millions. Be it paying bills, recharging, or money transactions, everything has turned easier because of these apps. There were days when people used to travel for hours to do these tasks have been totally transformed. Moreover, consumers can use these e-wallet apps while paying in a store, either for shopping or while eating out. Thus, as far as mobile wallets are concerned, they are a convenient way for handling all the tasks involving finance.

As an aspiring entrepreneur, if you wish to succeed in your business, without second thoughts, go for Amazon Pay clone app development. Let’s narrow down your thinking processes for a quicker stride forward by analyzing the types of apps first.

Types of e-wallet apps you could develop:

Retail application: An app like Amazon is considered the retail app because it has a mobile wallet in it. It has all the basic functionalities, which helps users to redeem coupons and reward points. All the payment modes are accessible through the app, including net banking.

Dedicated app: The app allows P2P money transactions by storing a variety of cards. You could also make international money transfers using this app. Example: PayPal, Apple Pay, and Amazon Pay.

PoS payments: The PoS payment wallet apps are found at the stores. It is exclusively used by the users to make contactless payments without having to stand in a long queue.

Wrapping up,
Choose the best type of e-wallet app you want to develop and join forces with our Appdupe. Grab the cutting-edge Amazon Pay Clone script and launch an app in a week!

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Empower your e-commerce business by building an app like Amazon

We at Appdupe incorporate the app with the latest techniques to meet the customer market trend. The app is enriched with the highly-advanced and innovative features that help you deliver the best Amazon clone script that helps turn your e-commerce business ideas into reality. We offer a top-notch Amazon clone app development and a ready-made clone application perfect for any business sector. Every feature in it is set to expand your business, which can also be altered with your brand name. By developing an app like Amazon, you can easily reach your customer anytime anywhere that eventually helps increase the business revenue.

Read More, https://www.appdupe.com/amazon-clone

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