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This article's may be compromised due to out-of-date information. Please update this article to reflect recent events or newly available information. (August 2017) HTML5 (HyperText Markup Language).html text/html TEXT public.html Initial release 28 October 2014 (3 years ago) ( 2014-10-28) Extended to XHTML5 (XML-serialized HTML5)?

Yes XHTML5 (XHTML Syntax of HTML5).xhtml,.html application/xml, application/xhtml+xml Developed by and Type of format Extended from, HTML5? Yes. Comparisons.

HTML5 is a used for structuring and presenting content on the. It is the fifth and current major version of the standard. It was published in October 2014 by the (W3C) to improve the language with support for the latest multimedia, while keeping it both easily readable by humans and consistently understood by computers and devices such as, etc. HTML5 is intended to subsume not only, but also 1 and.

HTML5 includes detailed processing models to encourage more interoperable implementations; it extends, improves and rationalizes the markup available for documents, and introduces markup and (APIs) for complex. For the same reasons, HTML5 is also, because it includes features designed with low-powered devices in mind.

Many new features are included. To natively include and handle and content, the new, and were added, and support for scalable vector graphics content and for mathematical formulas. To enrich the content of documents, new page structure elements such as, and, are added. New are introduced, some elements and attributes have been removed, and others such as, and have been changed, redefined or standardized. The APIs and (DOM) are now fundamental parts of the HTML5 specification and HTML5 also better defines the processing for any invalid documents.

Contents. History The (WHATWG) began work on the new standard in 2004. At that time, HTML 4.01 had not been updated since 2000, and the (W3C) was focusing future developments on. In 2009, the W3C allowed the XHTML 2.0 Working Group's charter to expire and decided not to renew it.

W3C and WHATWG are currently working together on the development of HTML5. The and presented a position paper at a World Wide Web Consortium (W3C) workshop in June 2004, focusing on developing technologies that are backward compatible with existing browsers, including an initial draft specification of Web Forms 2.0. The workshop concluded with a vote—8 for, 14 against—for continuing work on HTML. Immediately after the workshop, WHATWG was formed to start work based upon that position paper, and a second draft, Web Applications 1.0, was also announced. The two specifications were later merged to form HTML5.

The HTML5 specification was adopted as the starting point of the work of the new HTML working group of the W3C in 2007. WHATWG published the First Public Working Draft of the specification on 22 January 2008. 'Thoughts on Flash' While some features of HTML5 are often compared to, the two technologies are very different. Both include features for playing audio and video within web pages, and for using.

However, HTML5 on its own cannot be used for animation or interactivity – it must be supplemented with. There are many Flash capabilities that have no direct counterpart in HTML5 (see ). HTML5's interactive capabilities became a topic of mainstream media around April 2010 after 's then-CEO issued a public letter titled 'Thoughts on Flash' in which he concluded that 'Flash is no longer necessary to watch video or consume any kind of web content' and that 'new open standards created in the mobile era, such as HTML5, will win'. This sparked a debate in web development circles suggesting that, while HTML5 provides enhanced functionality, developers must consider the varying browser support of the different parts of the standard as well as other functionality differences between HTML5 and Flash. In early November 2011, Adobe announced that it would discontinue development of Flash for mobile devices and reorient its efforts in developing tools using HTML5. On July 25, 2017, Adobe announced that both the distribution and support of Flash will cease by the end of 2020. Last call, candidacy, and recommendation stages On 14 February 2011, the W3C extended the charter of its HTML Working Group with clear milestones for HTML5.

In May 2011, the working group advanced HTML5 to 'Last Call', an invitation to communities inside and outside W3C to confirm the technical soundness of the specification. The W3C developed a comprehensive test suite to achieve broad interoperability for the full specification by 2014, which was the target date for recommendation. In January 2011, the WHATWG renamed its 'HTML5' living standard to 'HTML'. The W3C nevertheless continued its project to release HTML5.

In July 2012, WHATWG and W3C decided on a degree of separation. W3C will continue the HTML5 specification work, focusing on a single definitive standard, which is considered as a 'snapshot' by WHATWG. The WHATWG organization will continue its work with HTML5 as a 'Living Standard'. The concept of a living standard is that it is never complete and is always being updated and improved. New features can be added but functionality will not be removed.

In December 2012, W3C designated HTML5 as a Candidate Recommendation. The criterion for advancement to is 'two 100% complete and fully interoperable implementations'. On 16 September 2014, W3C moved HTML5 to Proposed Recommendation. On 28 October 2014, HTML5 was released as a W3C Recommendation, bringing the specification process to completion.

On 1 November 2016, HTML 5.1 was released as a W3C Recommendation. On 14 December 2017, HTML 5.2 was released as a W3C Recommendation. Timeline The combined timelines for HTML 5.0, HTML 5.1 and HTML 5.2: 2012 2013 2014 2015 2016 2017 2018 HTML 5.0 Candidate Rec Call for Review Recommendation HTML 5.1 1st Working Draft Last Call Candidate Recommendation Recommendation HTML 5.2 1st Working Draft Candidate Recommendation Recommendation HTML 5.3 Editor’s Draft Features and APIs The W3C proposed a greater reliance on modularity as a key part of the plan to make faster progress, meaning identifying specific features, either proposed or already existing in the spec, and advancing them as separate specifications.

Some technologies that were originally defined in HTML5 itself are now defined in separate specifications:. HTML Working Group – HTML Canvas 2D Context;. Web Apps Working Group –, (this was not part of HTML5 though); Note that the Web Applications Working Group was closed in October 2015 and its deliverables transferred to the Web Platform Working Group (WPWG).

IETF HyBi Working Group – WebSocket Protocol;. WebRTC Working Group –;. Web Media Text Tracks Community Group –. After the standardization of the HTML5 specification in October 2014, the core vocabulary and features are being extended in four ways. Likewise, some features that were removed from the original HTML5 specification have been standardized separately as modules, such as and. Technical specifications introduced as HTML5 extensions such as have also been standardized as modules. Some W3C specifications that were originally separate specifications have been adapted as HTML5 extensions or features, such as SVG.

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Some features that might have slowed down the standardization of HTML5 will be standardized as upcoming specifications, instead. HTML 5.1 is expected to be finalized in 2016, and it is currently on the standardization track at the W3C. Features Markup HTML5 introduces and attributes that reflect typical usage on modern.

Some of them are semantic replacements for common uses of generic block ( ) and inline ( ) elements, for example (website navigation block), (usually referring to bottom of web page or to last lines of HTML code), or and instead of. Some deprecated elements from have been dropped, including purely presentational elements such as and, whose effects have long been superseded by the more capable. There is also a renewed emphasis on the importance of (e.g., JavaScript) in Web behavior.

The HTML5 syntax is no longer based on despite the similarity of its markup. It has, however, been designed to be backward compatible with common parsing of older versions of HTML. It comes with a new introductory line that looks like an SGML, which triggers the standards-compliant.

Since 5 January 2009, HTML5 also includes Web Forms 2.0, a previously separate specification. New APIs. HTML5 related APIs In addition to specifying markup, HTML5 specifies scripting (APIs) that can be used with. Existing (DOM) interfaces are extended and features documented.

There are also new APIs, such as:.;. Timed Media Playback;. Offline;. Editable content;.;. History;. and protocol handler registration;.;.;.

– a key-value pair storage framework that provides behaviour similar to but with larger storage capacity and improved API. Not all of the above technologies are included in the W3C HTML5 specification, though they are in the WHATWG HTML specification. Some related technologies, which are not part of either the W3C HTML5 or the WHATWG HTML specification, are as follows. The W3C publishes specifications for these separately:.;. – a local SQL Database (no longer maintained);. – an indexed hierarchical key-value store (formerly WebSimpleDB);.

– an API intended to handle file uploads and file manipulation;. Directories and System – an API intended to satisfy client-side-storage use cases not well served by databases;.

File Writer – an API for writing to files from web applications;. – a high-level JavaScript API for processing and synthesizing audio in web applications;. ClassList. HTML5 cannot provide animation within web pages. Additional JavaScript or is necessary for animating HTML elements. Animation is also possible using JavaScript and HTML 4 , and within SVG elements through, although browser support of the latter remains uneven as of 2011. XHTML5 (XML-serialized HTML5) XML documents must be served with an XML (often called 'MIME type') such as application/xhtml+xml or application/xml, and must conform to strict, well-formed syntax of XML.

XHTML5 is simply XML-serialized HTML5 data (e.g. Not having any unclosed tags), sent with one of XML media types. HTML that has been written to conform to both the HTML and XHTML specifications – and which will therefore produce the same DOM tree whether parsed as HTML or XML – is called. Error handling. This article possibly contains inappropriate or misinterpreted that do not the text. Please help by checking for citation inaccuracies.

(September 2017) HTML5 is designed so that old browsers new HTML5 constructs. In contrast to HTML 4.01, the HTML5 specification gives detailed rules for and, with the intent that compliant browsers will produce the same results when parsing incorrect syntax. Although HTML5 now defines a consistent behavior for ' documents, those documents are not regarded as conforming to the HTML5 standard. Popularity According to a report released on 30 September 2011, 34 of the world's top 100 Web sites were using HTML5 – the adoption led by and. Another report released in August 2013 has shown that 153 of the U.S. Companies implemented HTML5 on their corporate websites.

Since 2014, HTML5 is at least. Differences from HTML 4.01 and XHTML 1.x The following is a cursory list of differences and some specific examples. The W3C HTML5 logo On 18 January 2011, the W3C introduced a logo to represent the use of or interest in HTML5. Unlike other badges previously issued by the W3C, it does not imply validity or conformance to a certain standard. As of 1 April 2011, this logo is official. When initially presenting it to the public, the W3C announced the HTML5 logo as a 'general-purpose visual identity for a broad set of open web technologies, including HTML5, SVG, and others'. Some web standard advocates, including The Web Standards Project, criticized that definition of 'HTML5' as an umbrella term, pointing out the blurring of terminology and the potential for miscommunication.

Three days later, the W3C responded to community feedback and changed the logo's definition, dropping the enumeration of related technologies. The W3C then said the logo 'represents HTML5, the cornerstone for modern Web applications'. Digital rights management Industry players including the, and have been lobbying for the inclusion of (EME), a form of (DRM), into the HTML5 standard. As of the end of 2012 and the beginning of 2013, 27 organisations including the have started a campaign against including digital rights management in the HTML5 standard. However, in late September 2013, the W3C decided that Encrypted Media Extensions, a form of DRM, was 'in scope' and will potentially be included in the HTML 5.1 standard. 's 'HTML Living Standard' continued to be developed without DRM-enabled proposals.

Manu Sporny, a member of the, said that EME will not solve the problem it's supposed to address. Opponents point out that EME itself is just an architecture for a DRM plug-in mechanism.

The initial enablers for DRM in HTML5 were Google and Microsoft. Supporters also include Adobe. On 14 May 2014, announced plans to support EME in, the last major browser to avoid DRM.

Calling it 'a difficult and uncomfortable step', Andreas Gal of Mozilla explained that future versions of Firefox would remain open source but ship with a sandbox designed to run a content decryption module developed by Adobe. While promising to 'work on alternative solutions', Mozilla's Executive Chair stated that a refusal to implement EME would have accomplished little more than convincing many users to switch browsers.

This decision was condemned by and the. See also.