Difference between Apache and Nginx

Apache It is an open-source, web server application designed for modern operating systems like Microsoft Windows, Netware, etc. It is often described as a ‘heavy duty’ network server. It was developed by the Apache Software Foundation. This server provides a range of services like support to server side programming languages, etc. Performance of Apache is quiet the same as of a “high performance of other efficient web servers”. It provides support to authentication schemes. The facility of virtual hosting enables one apache server to serve different websites. Error messages are configurable in this server and it is supported by many graphical user interfaces.

Nginx is a free, open source HTTP and reverse proxy server. It is also an IMAP/POP3 proxy server. It was developed as a solution to the problem known as c10k in Apache; to handle a large number of requests simultaneously. Originally, it is written by Igor Sysoev. It provides the basic HTTP server features like- serving of static and index files, modular architecture, SSL and TLS SNI support, etc. Some other HTTP server features include – name based and IP based virtual servers, flexible configuration, access log formats, fast log rotation, etc. Mail proxy server features include, SSL support, Authentication methods including POP3, IMAP and SMTP, etc. It is a lightweight web server and preferred over heavy Apache, if both are able to produced the desired result.

Both the servers can be combined to get the benefits of both.

Difference between Apache and Nginx:

Definition

Apache is an open-source, web server application designed for modern operating systems like Microsoft Windows, Netware, etc.

Nginx is a free, open source HTTP server and reverse proxy. It is also an IMAP/POP3 proxy server. Originally, it is written by Igor Sysoev.

Strength

  • Established and versatile server

  • Abundant module availability and documentation

  • Fast Serving of static web pages

  • Light consumption of memory

Precedence

Older

Newer

Requirement of hardware resources

Comparatively more

Comparatively less

Architecture

Multi process/multi threaded architecture

Event driven single threaded architecture

Components and functionality

Generally more

Generally less

Support to operating systems

A wide range

Do not support operating systems like OpenVMS and IBMi

Performance and scalability

Dependency on underlying hardware resources

Not complete dependency on hardware

Process and Request

Creates a new process for each request

Does not create a new process for each request


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