The C++ version history is a much broader, evolving journey that encompasses exciting new features, feature upgrades, and more. If you are a programmer and want to delve into the evolution of this programming language, keeping tabs on its version upgrades and feature improvements can be beneficial. This influential programming language has long inspired developers worldwide.
In this blog, we dive into the C++ version history and how it has evolved over the years.
Timeline of C++ Programming History
A brief timeline of C++ programming history is as follows:
- 1979: Stroustrup began working on C with Classes in Bell Labs.
- 1983: C with Classes renamed to C++
- 1985: The first version or edition of “The C++ Programming Language” was introduced.
- 1989: C++ 2.0 was launched.
- 1998: The first ISO Standard (C++ 98) was introduced. It offered features such as templates, exception handling, the STL (Standard Template Library), and more.
- 2003: C++03 was basically a maintenance update to C++98, consisting of bug fixes.
- 2011: C++11, a major revision of C++ language, was launched. New features such as lambda expressions, nullptr, and more inspired users in this update.
- 2014: C++14, small improvements and bug fixes on C++11 were incorporated in this update.
- 2017: C++17. This update rewrote the ISO/IEC 14882 standard for the C++ programming language.
- 2020: C++20. This update included C++, with facilities for reviewing program entities such as classes, variables, enumerations, their members, lambdas, and their captures.
- 2024: C++23, this significant C++ version was launched in 2024. Users experienced new yet powerful features, such as pattern matching and expanded support for ranges.
- 2026: C++26, the latest C++ version has been launched. Users can benefit from features such as compiler support, contracts, and more.
C++ Version History
As you know, C++ is an object-oriented programming language that provides a clear structure and enables code reuse, thereby reducing development costs. Additionally, C++ is movable, allowing developers to create applications that are customizable to meet the requirements of various platforms.
As for the C++ version history, the table below provides a clear snapshot of all old and current releases. Not to forget that it highlights the prominent features that users and developers have utilized across various C++ versions.
| C++ Version History | C++ Version Release Date | Changes Made in C++ Current and Old Versions |
| C++98 (ISO/IEC 14882:1998) | October 1998 | C++98 is considered the first international standard for C++.It introduced features such as namespaces, exception handling, and templates. |
| C++03 (ISO/IEC 14882:2003) | February 2003 | It was a minor revision of the C++98 standard that focused on providing solutions, such as bug fixes and clarifying language ambiguities. |
| C++11 | August 2011 | Introduction of Lambda Expressions, Delegating Constructors, nullptr, Automatic Type Dedication, decltype, Rvalue References, Uniform Initialization Syntax, and more. |
| C++14 | August 2014 | Introduction of polymorphic lambdas, digit separators, quoted strings, generalized lambda capture, variable templates, binary integer literals, and more. |
| C++14 | August 2014 | Introduction of polymorphic lambdas, variable templates, binary integer literals, digit separators, generalized lambda capture, quoted strings, and more. |
| C++17 | December 2017 | Introduction of fold expressions, a u8 character literal, selection statements with initializer, inline variables, hexadecimal floating point literals, and more. |
| C++20 | March 2020 | This update improved C++ by examining program entities such as variables, enumerations, classes, and their members, as well as lambdas and their captures. |
| C++23 | December 2024 | As the crucial revision of the C++ language, C++23 prioritized key aspects, including standardization, language features, and usability enhancements. |
| C++26 | March 2026 | C++26 is the informal name for the latest version of the C++ standard, after C++23.It offers features such as static reflection, contracts, compiler support, and more. |
Features of the C++ Programming Language
The C++ programming language offers the following crucial features to developers and other stakeholders alike:
- C++ is predominantly a mid-level general-purpose language that developers use regularly in competitive programming, building complex software applications, and more.
- This programming language provides extensive library support, including the STL (Standard Template Library), with predefined methods for common programming tasks.
- C++ supports object-oriented programming, including key features such as inheritance, polymorphism, and encapsulation.
- C++ is a compiled language, meaning code is first compiled into machine code by a compiler for faster execution.
- The compiled code of C++ programming is platform-independent, which means that you do not need to write specific code for each platform.
- C++ supports multiple inheritance, which is not available in any other programming language.
What is the Difference Between C and C++?
As you may be aware, C++ is an extension of C, one of the fundamental programming languages. C++ builds on C and is primarily used to develop desktop applications and operating systems. It also allows users to control system memory and resources effectively.
As a result, users can manage memory in their applications, enhancing the performance and speed of C++-based video games, software, and devices.
Is Unreal Engine C or C++?
Unreal Engine offers a robust C++ framework that helps bring its vision to life. In addition, it typically serves as a results-driven game engine developed by Epic Games for video game design. C++ enables developers to use a wide range of tools and technologies to craft immersive virtual experiences and interactive 3D graphics.
The Future of C++
Like older versions of C++, its latest versions include advanced features that have improved programming. We can say without any bias that C++ has come a long way since its release in 1983.
This high-performing programming language has rapidly expanded over the last forty years or so. Moreover, C++26 is the latest release of C++, which was released in March 2026.
C++ has been on the right track, continually increasing its popularity and effectiveness over time. All the latest C++ releases allow users to approach and use them in different ways. For instance, the use of C++ has empowered users to create virtual reality (VR) applications, thanks to Unreal Engine and cryptocurrency applications.
Wrapping Up (C++ Version History)
Hopefully, you will enjoy our blog post that thoroughly describes the C++ version history. C++ is one of the influential programming languages, having dramatically enhanced the impact of applications such as game development and operating systems.
Thus, users, developers, and other stakeholders should not overlook C++ version history, as it enables powerful, results-driven applications.
As for the advantages of C++, it helps users handle and organize code without fuss. The popular programming language enables users to communicate directly with a computer’s hardware, managing and leveraging the computational resources a system uses, including memory, hardware, and software.
FAQs
Is C++26 out yet?
WG21 officially shipped C++26 on March 28, 2026.
Is C++ a dead language?
C++ is not a dead language; it remains one of the most widely used programming languages worldwide. Compared to newer languages like Go and Rust, C++ has continued to influence major industries universally.
Who developed the C++ programming language?
Bjarne Stroustrup created the C++ programming language at Bell Laboratories in the early 1980s. C++ was built as a supplement to C, with object-oriented support.
How hard is it to learn C++?
C++ is a demanding programming language to learn, especially for beginners. That’s because you will need years of experience to obtain professional proficiency.
