EDUCBA

EDUCBA

MENUMENU
  • Free Tutorials
  • Free Courses
  • Certification Courses
  • 600+ Courses All in One Bundle
  • Login
Home Software Development Software Development Tutorials Top Differences Tutorial 10 Best Differences HTML vs HTML5 (Infographics)
Secondary Sidebar
Top Differences Tutorial
  • Top Differences
    • FL Studio vs Ableton
    • Kafka vs JMS
    • DTD vs XSD
    • Kotlin Object vs Class
    • PySpark vs Python
    • Private Key vs Public Key
    • XHTML vs HTML
    • Flutter vs Xamarin
    • TypeScript type vs interface
    • Robot framework vs Selenium
    • Postman vs Swagger
    • OneNote vs Evernote
    • .Net Core vs .Net Framework
    • Rust vs Golang
    • WebLogic vs WebSphere
    • Phishing vs Pharming
    • CISM vs CISSP
    • Java 11 vs Java 17
    • Java vs C#
    • OS X vs Linux
    • Laravel vs Symfony
    • C# vs JavaScript
    • Typescript vs ES6
    • Redhat vs Ubuntu
    • Vue.js vs Angular
    • WCF vs Web Services
    • CentOS vs Ubuntu
    • TypeScript vs JavaScript
    • Cisco Certification vs Microsoft
    • Vue.js vs jQuery
    • React JS vs Vue JS
    • HTML vs HTML5
    • Haskell vs Erlang
    • CSS vs CSS3
    • Encryption vs Decryption
    • CSS vs JavaScript
    • 32-Bit vs 64-Bit Operating System
    • Abstraction vs Encapsulation
    • DES vs AES
    • Agile vs DevOps
    • Agile vs Kanban
    • Agile vs Lean
    • Freshdesk vs Freshservice
    • Agile vs Prince2
    • Agile vs Scrum
    • Agile vs Scrum vs Waterfall
    • Agile vs Waterfall
    • Agile vs Waterfall Project Management
    • Alpha Testing vs Beta Testing
    • Android Developer vs Web Developer
    • Angular 2 vs Vue JS
    • Angular 5 vs Angular 4
    • Angular 5 vs React
    • Angular JS vs Angular
    • Angular JS vs Angular 2
    • Angular JS vs Node JS
    • Angular JS vs Vue JS
    • Angular vs Backbone
    • Angular vs Bootstrap
    • Angular vs JQuery
    • Angular vs Knockout
    • Angular vs React
    • Ansible vs Puppet
    • Ansible vs Puppet vs Chef
    • Appium vs Selenium
    • Array vs ArrayList
    • Raspberry Pi vs O-Droid
    • White Box Testing vs Black Box Testing
    • Wi-Fi vs Ethernet
    • Winforms vs WPF
    • Xamarin vs React Native
    • XHTML vs HTML5
    • iPhone vs Android
    • WLAN vs WWAN
    • Scala vs Java
    • Linux Mint vs Ubuntu
    • Linux vs BSD
    • PAAS vs SAAS
    • React Native vs NativeScript
    • Raid 10 vs Raid 5
    • Hackers vs Crackers
    • CEH vs CPT
    • SDLC vs STLC
    • SDLC vs Agile
    • Interpreter vs Compiler
    • Perl vs PHP
    • List vs Set
    • TCP vs UDP
    • WordPress vs Wix
    • WordPress vs Joomla
    • WordPress vs Weebly
    • WordPress vs Tumblr
    • WordPress vs HTML
    • WordPress vs Magento
    • WordPress vs Django
    • WordPress vs Squarespace
    • WordPress vs Shopify
    • WordPress vs Drupal
    • CCNA vs CCENT
    • CCNA vs CCNP
    • Undefined vs Null
    • Debian vs?Arch
    • Localization vs Internationalization
    • Constructor and Destructor
    • ?Severity vs Priority
    • Require vs Import
    • Elixir vs Erlang
    • Gitlab CI vs Jenkins
    • Hard Drive vs RAM
    • Ionic vs React Native
    • MQTT vs WebSocket
    • On Premise vs Cloud
    • SOA vs Microservices
    • Trunk Port vs Access Port
    • Use Case vs Test Case
    • Test Plan vs Test Strategy
    • CIFS vs NFS
    • Process vs Thread
    • Hub vs Switch
    • SAN vs NAS
    • RAID 0 vs RAID 1
    • Comparable vs Comparator
    • RabbitMQ vs MQTT
    • Linux vs FreeBSD
    • Raid 1 vs Raid 5
    • Unit Test vs Functional Test
    • Manual Testing vs Automation Testing
    • Kimball vs Inmon
    • VLAN Tagged vs Untagged
    • Spring Boot vs Spring MVC
    • VLAN vs LAN
    • Microservices vs Webservices
    • Modem vs Router
    • System Testing vs Integration Testing
    • Switch vs Router
    • C vs C++
    • Clojure vs Scala
    • CMD vs BAT
    • Static vs Dynamic Web Page
    • RabbitMQ vs SQS
    • Codeigniter vs Laravel
    • Bridge vs Switch
    • Inline vs Block
    • Packet Switching vs Circuit Switching
    • Switch vs Router vs Hub
    • Containers vs Virtual Machines
    • Gateway vs Router
    • CIFS vs SMB
    • ZeroMQ vs RabbitMQ
    • Load Testing vs Stress Testing
    • String vs StringBuffer
    • Core i5 vs Core i7
    • OpenStack vs OpenShift
    • Graylog vs Splunk
    • Span vs Div
    • MSMQ vs RabbitMQ
    • Vagrant vs Docker
    • Terraform vs Ansible
    • LXC vs Docker
    • RKT vs Docker
    • Rundeck vs Jenkins
    • PhoneGap vs Cordova
    • Gradle vs Maven
    • Saltstack vs Ansible
    • iSCSI vs NFS
    • VLAN vs Subnet
    • Spinnaker vs Jenkins
    • Stack vs Queue
    • Grafana vs Kibana
    • Method Overloading and Method Overriding
    • Firewall vs Antivirus
    • IPS vs IDS
    • Zabbix vs Nagios
    • AMQP vs JMS
    • Stack vs Heap Memory
    • LXC vs LXD
    • ArrayList vs LinkedList
    • JPanel vs Jframe
    • Kibana vs Splunk
    • Hazelcast vs Redis
    • Solr vs Elasticsearch
    • Coherence vs Cohesion
    • Ethernet vs Internet
    • Magento vs WooCommerce
    • LXD vs Docker
    • Long Polling vs WebSockets
    • Object Storage vs Block Storage
    • Cohesity vs Rubrik
    • Broadband vs WiFi
    • Jira vs ServiceNow
    • Bigcommerce vs Shopify
    • MVVM vs MVC
    • ARM vs X86
    • Agile vs Scrum vs Kanban
    • GitLab vs GitHub
    • Graylog vs ELK
    • WADL vs WSDL
    • REST?vs?RESTful
    • MVP vs MVVM
    • Graylog vs Kibana
    • JMeter vs LoadRunner
    • GitLab vs Jira
    • JMeter vs Selenium
    • MVC vs MVP
    • Compile time vs Runtime
    • Slack vs Discord
    • CDMA vs GSM
    • Squarespace vs Wordpress
    • XQuery vs XPath
    • MVC vs MVP vs MVVM
    • UML Aggregation vs Composition
    • BitBucket vs Git
    • Ionic 4 vs Ionic 3
    • NetBeans vs Eclipse
    • TestNG vs JUnit
    • Mercurial vs Git
    • LTE vs WIFI
    • IntelliJ vs NetBeans
    • Trello vs Slack
    • Perforce vs Git
    • Broadband vs DSL
    • Trello vs Todoist
    • Wunderlist vs Todoist
    • Orange Pi vs Raspberry Pi
    • UMTS vs WCDMA
    • Icinga vs Nagios
    • Asana vs Basecamp
    • Broadband vs Fibre
    • Filebeat vs Logstash
    • Bitbucket vs Github vs Gitlab
    • CDMA VS LTE
    • Basecamp vs Trello
    • MeisterTask vs Trello
    • Gulp vs Grunt
    • GSM vs LTE
    • Asana vs Todoist
    • RAML vs Swagger
    • Yammer vs Slack
    • OpenShift vs Docker
    • Dynatrace vs New Relic
    • Fish vs Zsh
    • AppDynamics vs Dynatrace
    • Datadog vs New Relic
    • SoapUI vs Postman
    • Object Storage vs File Storage
    • Basecamp vs Slack
    • Rollup vs Webpack
    • Browserify vs Webpack
    • Mainframe vs Server
    • Internet vs Intranet
    • Sumo Logic vs Splunk
    • Graphite vs Grafana
    • Prometheus vs Influxdb
    • Asana vs Slack
    • Prometheus vs Nagios
    • Fluentd vs Logstash
    • OpenShift vs Kubernetes
    • Static Website vs Dynamic Website
    • Intranet vs Extranet
    • Alexa vs Google
    • WordPress vs WebFlow
    • Bitbucket vs Gitlab
    • AngularJS vs Bootstrap
    • WCDMA vs GSM
    • SharePoint vs OneDrive
    • bower vs npm
    • Multithreading vs Multiprocessing
    • Narrowband vs Broadband
    • Core Java vs Java
    • UMTS vs LTE
    • Core vs Processor
    • Microsoft Teams vs Slack
    • Shopify vs Squarespace
    • Alexa vs Siri
    • Echo vs Google Home
    • Docker Containers vs Images
    • Telegram vs Signal
    • Raspberry PI vs Arduino
    • PhoneGap vs Ionic
    • Webpage vs Website
    • Pandas vs NumPy
    • Multiprogramming vs Multitasking
    • OCaml vs F#
    • Rails vs PHP
    • Scala vs Java Performance
    • Java vs Python
    • SPSS vs Stata
    • Java 8 vs Java 11
    • Java vs JavaScript
    • SPSS vs SAS
    • Java vs Ruby
    • JavaScript vs Ruby
    • Software Development vs Web Development
    • Java Heap vs Stack
    • Software Engineer vs Software Developer
    • HTML vs CSS
    • Programming vs Scripting
    • Perl vs Python
    • Azure Paas vs Iaas
    • Java Vector vs ArrayList
    • HTML5 vs JavaScript
    • C++ vs Java
    • Python vs JavaScript
    • Python vs Go
    • Python 3 vs Python 2
    • Linux vs Windows 10
    • Selenium vs QTP
    • Linux vs Solaris
    • Linux vs Ubuntu
    • Python vs C++
    • Python vs Scala
    • Python vs Matlab
    • Ruby vs PHP
    • Python vs Ruby
    • Selenium vs PhantomJS
    • Linux vs Mac
    • Python vs Ruby Performance
    • Perl vs Ruby
    • Ruby vs Node
    • Linux vs Windows Performance
    • Java vs Node JS
    • Java Interface vs Abstract Class
    • Functional Programming vs OOP
    • Coding vs Programming
    • Java vs Kotlin
    • HTML5 vs Flash
    • Java vs .Net
    • HTML vs HTM
    • Java float vs Double
    • HTML vs PHP
    • JavaScript vs Jquery
    • Java List vs Array List
    • Java vs Java EE
    • Java Performance vs Python
    • Programming vs Web Development
    • HTML vs JavaScript
    • Programmers vs Software Engineering
    • Programming Languages vs Scripting Languages
    • Java vs PHP
    • JavaScript Var vs Let
    • JavaScript Apply vs Call
    • C vs Java
    • JavaScript vs Node JS
    • HTML vs XML
    • TypeScript vs Dart
    • TypeScript vs Flow
    • Django vs Ruby On Rails
    • Django vs Node.js
    • Django vs Laravel
    • Django vs PHP
    • Typescript Interface vs Class
    • Swift vs Go
    • SAP vs Oracle
    • Ruby vs Python Performance
    • ReactJs vs AngularJs
    • Raspberry Pi vs orange Pi
    • Oracle vs Google
    • Redux vs Flux
    • ReactJS vs Angular2
    • Raspberry Pi vs Banana Pi
    • Python vs C#
    • PHP vs JavaScript
    • Raspberry Pi 3 vs BeagleBone Black
    • Raspberry Pi 3 vs Raspberry Pi 2
    • ASP vs ASP.NET
    • Node.js vs Nginx
    • Oracle vs PostgreSQL
    • Django vs Rails
    • PHP vs.Net
    • Raspberry Pi Zero vs 3
    • C# vs Js
    • ASP.NET vs .NET
    • Bootstrap vs Jquery
    • Bootstrap vs WordPress
    • ASP.NET vs PHP
    • ES6 vs ES5
    • Drupal vs Joomla
    • Kali Linux vs Ubuntu
    • ASP.NET vs C#
    • Node.js vs Asp.net
    • JSP vs PHP
    • JavaScript vs AngularJS
    • Mobx vs Redux
    • Jenkins vs CircleCI
    • CentOS vs Debian
    • CentOS vs Fedora
    • Jenkins vs Bamboo
    • Jenkins vs TeamCity
    • Bootstrap vs jQuery UI
    • Jenkins vs Travis CI
    • Go vs PHP
    • Node.JS vs Angular JS
    • Node.js vs Go
    • C++ vs Go
    • C++ vs C#
    • Linux vs Windows Server
    • Drupal 7 vs Drupal 8
    • Go vs Java
    • C vs C++ Performance
    • C# vs Java Performance
    • C# vs .Net
    • Node.js vs Java Performance
    • c++ reference vs pointer
    • C# Interface vs Abstract Class
    • C# vs VB.Net
    • C++ vs Objective C
    • C# List vs Array
    • C++ vs Visual C++
    • Swift vs Objective C
    • C# Abstract vs Interface
    • Node.js vs PHP Performance
    • C# Array vs List
    • Oracle vs OpenJDK
    • Linux vs MAC vs Windows
    • Jenkins vs Maven
    • C vs C#
    • Linux vs Android
    • HTML5 vs XHTML
    • C vs Python
    • JavaScript vs Jscript
    • PHP vs C#
    • Go vs Scala
    • RedHat vs Debian
    • Java EE vs Spring
    • Backbone js vs Angular js
    • Aurelia vs Angular
    • Ember js vs Angular js
    • Laravel vs Lumen
    • Laravel vs WordPress
    • Laravel vs Zend
    • Phalcon vs Laravel
    • Laravel vs Yii
    • Ember JS vs React JS
    • SVG vs Canvas
    • SASS vs SCSS
    • Groovy vs Java
    • SAS vs RapidMiner
    • Web Sockets vs Ajax
    • SVG vs EPS
    • WebGL vs OpenGL
    • Python vs Groovy
    • Flexbox vs Bootstrap
    • WebSocket vs REST
    • Haskell vs Scala
    • Laravel vs CakePHP
    • Computer Hardware vs Networking
    • Axure vs Sketch
    • Cryptography vs Encryption
    • WebGL vs Canvas
    • Java 8 vs Java 9
    • Java Swing vs Java FX
    • Groovy vs Kotlin
    • Hardware vs Software
    • RAM vs ROM
    • SASS vs CSS
    • SOAP vs REST
    • cPanel vs Plesk
    • JSON vs BSON
    • laravel vs Ruby on Rails
    • JSON vs AJAX
    • JSON vs SOAP
    • JSON vs XML
    • SASS vs LESS
    • Groovy vs Scala
    • Controller vs Comptroller
    • WebLogic vs Jboss
    • JSP vs Servlet
    • Jira vs Asana
    • JSON vs CSV
    • IPv4 vs IPv6
    • Jira vs Trello
    • Weblogic vs Tomcat
    • Ubuntu vs Fedora
    • JSP vs JSF
    • Ubuntu vs FreeBSD
    • Jira vs Redmine
    • Oracle vs SQL Server
    • JIRA vs TFS
    • Jira vs Confluence
    • Ubuntu vs Windows 10
    • WebSocket vs Socket.io
    • JSP vs JavaScript
    • Hibernate vs JDBC
    • Docker vs VMs
    • JIRA vs Bugzilla
    • JavaScript vs VBScript
    • JMeter vs Gatling
    • Jira vs Github
    • Hibernate vs JPA
    • Ubuntu vs OpenSUSE
    • Microsoft Azure vs Amazon Web Services
    • Mobile App vs Websites
    • JSP vs ASP
    • SVN vs CVS
    • WebSockets vs WebRTC
    • ITIL vs DevOps
    • Itil vs Agile
    • COBIT vs ITIL
    • Hibernate vs Sleep mode
    • SOAP vs WSDL
    • SAS vs R
    • Mobile Apps vs Web Apps
    • Smoke Testing vs Sanity Testing
    • AWT vs Swing
    • Functional Testing vs Non-Functional Testing
    • Encoding vs Decoding
    • Kotlin vs Swift
    • GUI vs CLI
    • StringBuffer vs StringBuilder
    • Python Tuple vs List
    • OSI Model vs TCP/IP Model
    • Kotlin vs Scala
    • EJB vs Spring
    • Monolithic Kernel vs MicroKernel
    • FTP vs TFTP
    • Kubernetes vs Docker
    • Microprocessor vs Microcontroller
    • Heroku vs AWS
    • Theano vs Tensorflow
    • Front End vs Back End
    • Web Hosting vs Cloud Hosting
    • Overloading vs Overriding
    • FTP vs SFTP
    • GitHub vs SVN
    • Git Fetch vs Git Pull
    • Physical Address vs Logical Address
    • Static Routing vs Dynamic Routing
    • GoCD vs Jenkins
    • HashSet vs HashMapv
    • HashMap vs TreeMap
    • Rust vs C++
    • Git ReBase vs Merge
    • Jenkins vs Hudson
    • React Native vs React
    • JRE vs JVM
    • PHPStorm vs WebStorm
    • SSH vs SSL
    • CNN vs RNN
    • Mac vs IP Addresses
    • Break vs Continue
    • React Native vs Swift
    • Code Coverage vs Test Coverage
    • React State vs Props
    • Maven vs Ant
    • Go vs Erlang
    • H.323 vs SIP
    • Eclipse vs IntelliJ
    • Go vs Ruby
    • Stream Cipher vs Block Cipher
    • TypeScript vs CoffeeScript
    • React Native vs Flutter
    • Primary Key vs Foreign Key
    • String vs StringBuilder
    • Magento 1 vs Magento 2
    • Test Cases vs Test Scenario
    • Magento vs Shopify
    • Microservice vs Monolithic
    • Baseband vs Broadband
    • Qubits vs Bits
    • Kivy vs PyQt
    • Webflow vs bubble
    • Java vs Golang
    • SOAP vs HTTP
    • FC vs iSCSI
    • Pandas Merge vs Join
    • Ionic vs Covalent
    • Computer Engineering vs Computer Science
    • Computer Engineering vs Software Engineering
    • Component Testing vs Unit Testing
    • Mean Stack vs Full Stack
    • Clojure vs Haskell
    • Godot vs Unity
    • Svelte vs React
    • Lua vs Python
    • NativeScript vs Flutter
    • Lubuntu vs Xubuntu
    • MyBatis vs Hibernate
    • Penetration Testing vs Vulnerability Assessment
    • OSPF vs RIP
    • Verilog vs VHDL
    • Minitab vs SPSS
    • Dart vs GO
    • jQuery?prop vs attr
    • Splunk vs Elk
    • NativeScript vs Ionic
    • Haskell vs OCaml
    • Zendesk vs Salesforce
    • Xubuntu vs Ubuntu
    • Firewall vs Proxy Server
    • Dropbox vs Google drive
    • Dropbox vs OneDrive
    • Dart vs JavaScript
    • DHCP vs DNS
    • Static Testing vs Dynamic Testing
    • Selection Sort vs Insertion Sort
    • Selection sort vs Bubble sort
    • Keynote?vs?PowerPoint
    • Simplenote vs Evernote
    • HTML vs XHTML
    • VGA vs SVGA
    • Java 7 vs Java 8
    • Program vs Process
    • Aerospike vs Redis
    • Arduino Nano vs Uno
    • Zendesk vs Freshdesk
    • Kivy vs Tkinter
    • F# vs Haskell
    • Lua vs JavaScript
    • Clojure vs Common lisp
    • WhatsApp vs Signal
    • Lisp vs Haskell
    • Angular directives vs components
    • jQuery children vs find
    • Primary Memory vs Secondary Memory
    • Pseudocode vs Algorithm
    • Minicomputer vs Microcomputer
    • DuckduckGo vs Google Reddit
    • SecureCRT vs Putty
    • Workstation vs Laptop
    • Safari vs Chrome
    • Regression Testing vs Smoke Testing
    • Workstation vs Gaming PC
    • Unit Testing vs System Testing
    • Abstraction vs Encapsulation in C#
    • Ruby vs Python
    • iOS vs Android ? Know the differences (Useful)
    • High level languages vs Low level languages
    • SAS vs R vs Python
    • CSS3 vs CSS ? How Are They Different ? (Infograph)
    • Which is better Web Developer vs Web Tester?
    • 10 Best Differences HTML vs HTML5 (Infographics)
    • CISA vs CIA
    • Selenium vs Cucumber
    • Linux vs Windows
    • Python vs Node.js
    • Ruby vs Ruby On Rails
    • Manjero vs Fedora
    • Haskell vs Rust
    • SSL vs TLS
    • JavaFX vs Swing
    • JavaScript vs C#
    • Django vs Flask
    • ReactJS vs Angular 4
    • Node JS vs Ruby on Rails
    • JavaScript vs Node.js
    • Oracle vs MSSQL
    • Raspberry Pi 3 vs Arduino
    • Vue.JS vs React.JS
    • Html5 vs Html4
    • SAS vs SSD
    • Ubuntu vs Centos
    • Throw vs Throws
    • Erlang vs Haskell
    • Block Storage vs File Storage
    • GSM vs CDMA vs LTE
    • DSL vs Cable
    • Trello vs Planner
    • Coupling vs Cohesion
    • Gulp vs Webpack
    • ELK Stack vs Splunk
    • NFS vs SMB
    • Protobuf vs JSON
    • Ansible vs Docker
    • iSCSI vs SMB
    • Port Forwarding vs Port Triggering
    • Kivy vs Flutter
    • Dropbox vs iCloud
    • Confluence vs SharePoint
    • WordPad vs Notepad
    • Sublime Text vs PyCharm
    • FTP vs HTTP
    • Lisp vs Python
    • Tcpdump vs Wireshark
    • Token ring vs Ethernet
    • Local Variables vs Global Variable
    • Dynatrace vs Splunk
    • B Tree vs B + Tree
    • Composition vs Aggregation
    • MPLS vs Internet
    • SIEM VS SOAR
    • VMware vs Virtualbox
    • Polymorphism vs Inheritance
    • Jimdo vs Wix
    • Manjaro vs Arch
    • Manjaro vs Mint
    • ConEmu vs Cmder
    • Materialize vs Bootstrap
    • Verilog vs SystemVerilog
    • Log4j vs Logback
    • Doubly linked list vs Singly linked list
    • Hazelcast vs Ignite
    • Nmap vs Wireshark
    • TeamViewer vs AnyDesk
    • Boxcryptor vs Cryptomator
    • Cygwin vs Mingw
    • Electronics Engineering vs Electrical Engineering
    • Gnome vs Xfce
    • Gnome vs Unity
    • Exynos 2100 vs A14 Bionic
    • Airflow vs Jenkins
    • GNOME vs KDE
    • Plesk vs cPanel
    • RxJava vs Reactor
    • WiFi vs Hotspot
    • C++ Stack vs Heap
    • Scala Class vs Object
    • Nginx vs Tomcat
    • SCTP vs TCP
    • Civil Engineering vs Architecture
    • Civil Engineering vs Mechanical Engineering
    • Chrome Remote Desktop vs Teamviewer
    • innerHTML vs textContent
    • LTE FDD vs TDD
    • Python 2 vs Python 3
    • Wordpress vs Joomla vs Drupal
    • Mattermost vs Slack
    • Nmap vs Nessus
    • Phishing vs Vishing
    • Terraform vs Cloudformation
    • Application Software vs System Software
    • Common Lisp vs Scheme
    • Presto vs Impala
    • Mailbird vs Thunderbird
    • ADO.Net vs Entity framework
    • Oauth2 vs OpenID
    • Sublime Text vs Atom
    • iCloud vs OneDrive
    • OneDrive vs Google drive
    • PDF vs Word
    • Priority Queue vs Heap
    • UX Designer vs UI Designer
    • Bigquery vs Redshift
    • OpenGL vs OpenCL
    • pCloud vs Dropbox
    • EIGRP vs OSPF
    • GNOME box vs VirtualBox
    • Monogame vs Unity
    • GNOME vs Cinnamon
    • YAML vs JSON
    • Apple maps vs Google maps
    • Web Designer vs Graphic Designer
    • Angular Observable vs Promise
    • Authentication vs Authorization
    • Svelte vs Vue
    • Addie vs Sam
    • OSPF vs BGP
    • UX designer vs Product designer
    • TeamViewer vs LogMeIn
    • Shopify vs Wix
    • Apache solr vs Elasticsearch
    • JAX-WS vs JAX-RS
    • Android TV vs Google TV
    • Fedora vs Debian
    • Gatsby vs React
    • Prestashop vs Wordpress
    • Parcel vs Webpack
    • PhoneGap vs React Native
    • Weebly vs Wix
    • XAMPP vs LAMP
    • Android Tv vs Smart Tv
    • Programmer vs Developer
    • Python Multiprocessing vs Threading
    • Wireshark vs Fiddler
    • XAMPP vs MAMP
    • Deque vs Queue
    • Xubuntu vs Kubuntu
    • PowerPoint vs Google slides
    • pCloud vs Google Drive
    • POP3 vs SMTP
    • Google Analytics vs Firebase Analytics
    • Notion vs OneNote
    • Thunderbird vs Outlook
    • Pandas loc vs iloc
    • WhatsApp vs Telegram
    • Zenmap vs Nmap
    • jQuery?bind vs on
    • Draw.io vs Lucidchart
    • Gmail vs Outlook
    • Linked List vs Array
    • Flutter vs Ionic
    • Flutter vs Kotlin
    • Insertion sort vs Bubble sort
    • Linear search vs Binary search
    • ClearCase vs Git
    • Enscape vs Lumion
    • setTimeout vs setInterval
    • Audacity vs GarageBand
    • innerText vs innerHTML
    • Wrike vs Trello
    • AppDynamics vs Splunk
    • AppDynamics vs New Relic
    • ECB vs CBC
    • sprintf vs printf
    • Angular Material vs Bootstrap
    • Ansible vs Chef
    • Ethernet Hub vs Switch
    • Julia vs Python
    • Association vs Aggregation
    • Computer Science vs Software Engineering
    • Coroutines vs Threads
    • WebAssembly vs Javascript
    • Zabbix vs PRTG
    • Magento Community vs Enterprise
    • Telnet vs SSH
    • Clojure vs Elixir
    • Audacity vs Audition
    • Distance Vector Routing vs Link State Routing
    • RemotePC vs TeamViewer
    • Data Engineer vs Software Engineer
    • YouTrack vs Jira
    • Symmetric Key vs Asymmetric Key
    • Scilab vs Matlab
    • C# and OR Operator
    • Magic Bullet vs Nutri Bullet
    • Computer Engineering vs Electrical Engineering
    • Hash Table vs Hash Map
    • Xlrd vs openpyxl
    • SVN vs GIT
    • PHP 7 vs PHP 8
    • IntelliJ Ultimate vs Community
    • .NET Core vs ASP.NET Core

Related Courses

Java Training

Online Python Course

HTML course

10 Best Differences HTML vs HTML5 (Infographics)

By Priya PedamkarPriya Pedamkar

HTML-vs-HTML5

The HTML5 standard was finalized and released in 2014, and it is what HTML should have been when the first version was launched all those years ago. HTML 2.0 was the first true ‘standard’, published all the way back in 1995. Two years later, HTML 3 was published. Another two years later, HTML 4.01 was introduced, and it has been the workhorse of the internet since then.

The first ‘working draft’ of HTML5 was introduced way back in 2008, with surprisingly broad browser support back then. The HTML5 that we know today is widely different from the HTML of the past, and here we are going to discuss just what the latest standard changed with its release. Since HTML5 was launched, it has been widely accepted, and all major browsers now support all its features and capabilities. There are still a few hiccups here and there, but overall, HTML5 has assimilated well with the modern online experience.

As a web developer, you could either be an old pro who has mastered the older standards or a newbie curiously watching the development of new standards on the sidelines. Either way, you have to begin transitioning over to HTML5 eventually.

HTML Vs HTML5 Infographic

HTML-vs-HTML5-info

Start Your Free Software Development Course

Web development, programming languages, Software testing & others

The first step to transitioning to HTML5 or learning is to understand the difference between the older standard and the latest one. Here are some key differences between HTML and HTML5:

  1. HTML5 is a living language

HTML5 is a living language, a work in progress. It is amazing to see what HTML5 can do, but it is also important to know that HTML5 is not a fully standardized version like HTML4, which is more than ten years old and a set standard, unchangeable.

If you are getting into HTML5, you will have to make some updates. Attributes and elements are added and regularly modified every year. This also depends on how much you use rich elements, but it is definitely one of the risks involved when using a fluid, changing language like HTML5.

  1. HTML5 is simpler

While HTML5 does have risks like constant updates, it is generally easy to keep up with the changes and updates because of the simpler syntax as compared to HTML4. For instance, you have a very simple declaration at the start of the page to set it as an HTML5 page:

<!Doctype html>

All in One Software Development Bundle(600+ Courses, 50+ projects)
Python TutorialC SharpJavaJavaScript
C Plus PlusSoftware TestingSQLKali Linux
Price
View Courses
600+ Online Courses | 50+ projects | 3000+ Hours | Verifiable Certificates | Lifetime Access
4.6 (86,697 ratings)

The simple Doctype declaration is one of the simplifications made in the HTML syntax, which is compatible with all versions from HTML4 and all the way back to XHTML1. However, HTML5 is not compatible with SGML.

  1. The New <canvas> Element

HTML5 comes with a number of new elements and eliminates several others (which we will cover in a while), but one of its key added elements is <canvas>, which has hugely impacted Adobe Flash’s use in websites. Although Flash is still in use by several websites, HTML5 has been adopted many, and many people think it will eventually make Flash obsolete. Only time will decide that; until then, HTML5’s cascade element has proven itself to be a good alternative to Flash.

The <canvas> element can be used to draw graphics with various shapes and colors via scripting, usually JavaScript. The element is simply a container for the graphics; you need to use a script to define the graphics.  By default, a canvas is a rectangular area with no content or borders. The market is like so:

<canvas id=”myCanvas” width=”200″ height=”100″></canvas>

It’s important to specify an id attribute as well as width and height for defining the canvas size. You can add a style attribute to define borders.

<canvas id=”myCanvas” width=”200″ height=”100″ style=”border:1px solid #000000;”>

</canvas>

You can use JavaScript as well, like the following example:

var c = document.getElementById(“myCanvas”);

var ctx = c.getContext(“2d”);

ctx.fillStyle = “#FF0000”;

ctx.fillRect(0,0,150,75);

  1. The new <header> and <footer> Elements

Another big addition that HTML5 comes with are the new <header> and <footer> elements, indicating a new web anatomy. With these new tags, there is no longer a need to identify the two elements with a <div> tag.

The specifications define the header element as representing a group of ‘navigational’ or ‘introductory’ aids. As such, the element can be used to define an introduction to a section of a page, or to the entire page itself. Here is a code snippet that uses the header element.

<header>

                <h1>Title </h1>

                <div class=”post-meta”>

                                <p>By Author</a> <span class=”category”>Filed in Web 2.0</span></p> 

                </div>

</header>

<article>

                <p>Body of text</p>

</article>

The HTML5 specifications refer to the foot element as representing ‘a footer for its nearest ancestor sectioning content or sectioning root element’, and generally containing information regarding the section, like the author name, copyright data, links to documents, and so on.

Logically, the footer is placed at the bottom of the web page. But it can also be placed at the end of a page section. Here is some example coding that uses the footer element:

<div>

<header>

<h1>Content title </h1>

                <div class=”post-meta”>

                                <p>By Author</a> <span class=”category”>Filed in Web 2.0</span></p> 

                </div>

</header>

<article>

                <p>Body of text.</p>

</article>

<footer>

                <div class=”tags”>

                                <span class=”tags-title”>Tags:</span> <a href=”#” rel=”tag”>Command Prompt</a>, <a href=”#” rel=”tag”>Compass</a>, <a href=”#” rel=”tag”>CSS</a>, <a href=”#” rel=”tag”>Sass</a>, <a href=”#” rel=”tag”>Terminal</a>

                </div>

                <div class=”facebook-like”>

                                <div>10 likes</div>

                </div>

</footer>

</div>

Here, the footer contains post tags and the post ‘Facebook likes’.

  1. The <article> and <section> elements

Now, if you went through the above examples, you would have noticed a few more new elements, like the <article>. This element, along with the <section> element, enables you to mark specific sections of your layout and are hugely beneficial for search engine optimization. The article element is specified as representing a self-contained component of a web page to be independently reusable or distributable. This could be a newspaper, forum post, magazine article, blog entry or anything else.

The article element generally has its own heading in a header element, and maybe even a footer, as you saw in the above example. You can simply think of the element as a blog entry or an independent piece of content; the tricky part is identifying what is independent. Simply put, an independent piece of content is one that makes sense by itself.

A good way to know whether a piece of content is independent is by asking whether it makes sense within an RSS feed. Blog articles and static pages do make sense, and some sites have comment feeds. But a paragraph in article would not make any sense separate from the rest of the content. Here is a code snippet with footer and publishing tags.

<article>

  <header>

    <h1>Content title</h1>

    <p>Published: <time pubdate=”pubdate”>2016-02-24</time></p>

  </header>

  <p> Body of text</p>

 <footer>

    <p><small>Creative Commons Attribution-ShareAlike License</small></p>

  </footer>

</article>

According to W3C specifications, the section element represents a ‘generic section’ of an application or document. It could be confused with the <div> tag, so let’s clear out the confusion right now. The section tag is used when the content within it has to be grouped separately from the rest of the page with a single theme and when it should be seen as an entry in the page outline. However, the div element is specified as a ‘generic container’, which means that it is not separate from the main page itself, aside from its own title, language, and class attributes.

  1. New <menu> and <figure> Elements

HTML5’s new <menu> and <menuitem> elements are part of the Interactive Elements specifications but are among the least talked-of elements by developers. Given the fact that the web has changed into more just linked paged and documents, these elements are a welcome addition for greater web interactivity.

The <menu> element is not to be confused with the <nav> element, which is defined as an HTML navigation tag that represents the page navigation block. It typically contains links for users to jump through sections within the page or to another page. On the other hand, the menu tag represents menu commands for simplicity in desktop and mobile applications. Here is an example of the <menu> element in action:

<body contextmenu=”new-context-menu”>

<menu id=”new-context-menu” type=”context”>

    <menuitem>Hello World</menuitem>

</menu>

</body>

Meanwhile, the <figure> element is another way to arrange images and text. It is used together with the <figcaption> element for marking up illustrations, diagrams and photos. Given below is a short code snippet that features both elements in action.

<figure>

  <img src=”/testimage.jpg” alt=”Description of the image”>

</figure>

  1. New <audio> and <video> Elements

These are two major additions to the HTML5 standard. Like the video tag, the audio tag enables developers to embed music and audio on their website. Unlike the previous standard, you are not limited to adding midi music, although some limitations still exist on the type of files used. Most Webkit-related browsers support regular MP3 files, but others only support the OGG format. The good news is that there are tons of file converters, and you can simply supply two versions of the audio file; the right version will be picked up automatically.

You can use the audio tag like any other element. Here is an example snippet:

<audio autoplay=”autoplay” controls=”controls”> 

   <source src=”music.ogg” /> 

   <source src=”music.mp3″ /> 

</audio>

The audio tag also has a number of attributes for additional controls, including event attributes, and the events include window events, form events, media events and mouse events. The video element also has a number of content attributes, including SRC, global attributes, loop, control, preload and poster. The SRC, loop, autoplay and controls attributes are pretty self-explanatory and the same for all media elements, while the global attributes are common for all elements. They include dir, hidden, context menu and more.

A few other multimedia attributes and elements come with HTML5, like the track element that provides text tracks for the video element.

  1. New forms

HTML5 now comes with form and <forminput> elements. If you do not plan to use many tables on the page, you could also remove the attribute and take a look at the changes made before going forward.

  1. No more <b> and <font> elements

This means that all the attributes that allow developers to create a perfectly laid out, tinted table, such as the border, bgcolor, align, height, rules and more. All these attributes are replaced by CSS.

  1. No More <frame>, <center> and <big>

This is great for those developers who worked through the early days of HTML. The frameset, frame and noframes attributes have been removed entirely, along with others like blink, basefont and more. You will have to manage without using tables for the layout. Tables are still part of HTML5, but they are not intended for pixels any longer. The specifications say that tables should not be used for layout aids and to control the page layout.

Conclusion

As you can clearly see, there are lots of changes to HTML5, and you need to use it with care and caution. You also need to update your knowledge on the language as it changes over time and gets more updates. You need to stop the use of elements that HTML5 has removed from itself and use the new HTML5 elements that will definitely stay, like the header or footer tags.

You have seen above just the simplified version of how many changes HTML5 has made with its launch. But let’s be honest here; there is nothing simple or slow in the way that HTML5 is being adopted, and the new standard adds lots of capabilities that are crucial for a modern user experience. You need to keep up with the new language and also learn some CSS, which has a bigger role than before.

The good thing about these changes is that, even though they are big, they are for the better, and this is understood by all the stakeholders involved here. Browsers will be more powerful as they move towards the cloud, with the ability to handle more by themselves. With things such as Ajax and video and audio embedding, it will be so much easier to code in a straightforward method and allow the browser to take on the heavy-duty. For example, new structural elements such as figure, footer, summary and section are all referred to the document structure, and the rendering is left to the browser.

Related Articles:-

Here are some articles that will help you to get more detail about HTML vs HTML5, so just go through the link.

  1. HTML and XML
  2. HTML5 vs Flash Top 9 Differences (with Infographics) 
  3. HTML vs XHTML
  4. HTML5 vs Flash
  5. Amazing Differences HTML5 vs JavaScript
  6. 10 Awesome Useful Tips on Python Programming (Tricks)
Popular Course in this category
HTML Training (13 Courses, 20+ Projects, 4 Quizzes)
  13 Online Courses |  20 Hands-on Projects |  100+ Hours |  Verifiable Certificate of Completion
4.5
Price

View Course

Related Courses

Java Training (41 Courses, 29 Projects, 4 Quizzes)4.9
Python Certifications Training Program (40 Courses, 13+ Projects)4.8
15 Shares
Share
Tweet
Share
Primary Sidebar
Footer
About Us
  • Blog
  • Who is EDUCBA?
  • Sign Up
  • Live Classes
  • Corporate Training
  • Certificate from Top Institutions
  • Contact Us
  • Verifiable Certificate
  • Reviews
  • Terms and Conditions
  • Privacy Policy
  •  
Apps
  • iPhone & iPad
  • Android
Resources
  • Free Courses
  • Java Tutorials
  • Python Tutorials
  • All Tutorials
Certification Courses
  • All Courses
  • Software Development Course - All in One Bundle
  • Become a Python Developer
  • Java Course
  • Become a Selenium Automation Tester
  • Become an IoT Developer
  • ASP.NET Course
  • VB.NET Course
  • PHP Course

ISO 10004:2018 & ISO 9001:2015 Certified

© 2022 - EDUCBA. ALL RIGHTS RESERVED. THE CERTIFICATION NAMES ARE THE TRADEMARKS OF THEIR RESPECTIVE OWNERS.

EDUCBA
Free Software Development Course

C# Programming, Conditional Constructs, Loops, Arrays, OOPS Concept

*Please provide your correct email id. Login details for this Free course will be emailed to you

By signing up, you agree to our Terms of Use and Privacy Policy.

EDUCBA Login

Forgot Password?

By signing up, you agree to our Terms of Use and Privacy Policy.

EDUCBA
Free Software Development Course

Web development, programming languages, Software testing & others

*Please provide your correct email id. Login details for this Free course will be emailed to you

By signing up, you agree to our Terms of Use and Privacy Policy.

EDUCBA

*Please provide your correct email id. Login details for this Free course will be emailed to you

By signing up, you agree to our Terms of Use and Privacy Policy.

Let’s Get Started

By signing up, you agree to our Terms of Use and Privacy Policy.

This website or its third-party tools use cookies, which are necessary to its functioning and required to achieve the purposes illustrated in the cookie policy. By closing this banner, scrolling this page, clicking a link or continuing to browse otherwise, you agree to our Privacy Policy

Loading . . .
Quiz
Question:

Answer:

Quiz Result
Total QuestionsCorrect AnswersWrong AnswersPercentage

Explore 1000+ varieties of Mock tests View more