C++ vs C#: A Comprehensive Comparison

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C++ vs C#: A Comprehensive Comparison

Vinay Khatri
Last updated on May 22, 2024

    Here in this article, we have provided a head-to-head comparison between C++ and C# programming languages - C++ vs C# - so you can get an idea about which programming language to choose and how both the programming languages are different from each other.

    Selecting a specific programming language for any project could be a tough call, and for a complete beginner choosing the first programming language is difficult and sometimes confusing. The selection of a particular programming language becomes more confusing if it has variants.

    If you are a computer science student, then you must have heard of C++ and C# languages. Both programming languages start with C but do not confuse them with the C programming language.

    Nonetheless, both languages are the extension of the C language, but we do not refer to them as different versions of C. Before comparing both languages, let’s have a brief introduction to each programming language.

    What is C++?

    C++ is a general-purpose programming language that was introduced as an extension of the C programming language. It was created by Bjarne Stroustrup at Bell Labs, and the main purpose of designing the C++ language is to add OOPs to the C language. If we talk about a beginner, C++ is one of the best programming languages to start the programming journey.

    Though in the current scenario, we do not use C++ so often to solve real-world problems but learning C++ could help a student to learn how to implement different data structures using a programming language. Because of its simple syntax, learning C++ is easy as compared to its predecessor, i.e., C.

    Features of C++

    The following are the salient features of C++:

    • Unlike C, C++ is an object-oriented programming (OOP) language, improving code clarity and readability.
    • C++ is a machine-independent programming language, meaning that you can transfer instructions from one operating system to another. It follows the WORA (Write Once, Run Anywhere) principle.
    • The syntax of C++ closely resembles the C language, making it easier to understand and learn for those having sound knowledge of C.
    • It is a multi-paradigm programming language that follows three programming principles, namely generic, imperative, and object-oriented.
    • C++ is referred to as an intermediate-level programming language since it supports the features of high-level and low-level languages. With the features of a high-level language, you can use it to develop desktop applications and games. On the other hand, C++'s low-level capability makes it easier to develop drivers and kernels.
    • It is a compiler-based language, meaning that a code is converted into low-level or machine language. And, the resulting program is much faster and more efficient than interpreter-based languages, like Python.
    • C++ allows allocating memory dynamically since it supports the use of pointers.

    Applications of C++

    C++ is used for developing:

    • Games.
    • GUI-based Applications.
    • Database Software.
    • Operating Systems.
    • Browsers.
    • Banking Applications.
    • Cloud System.
    • Compilers.
    • Libraries.

    Limitations of C++

    Below are some significant limitations of C++:

    • It is pretty challenging to debug pointer bugs in C++.
    • C++ does not support garbage collectors, resulting in redundant data and, in turn, increases memory storage.
    • It is a less flexible language when it comes to syntax, as a little mistake would result in multiple errors.
    • It has a steep learning curve.

    What is C# ?

    Also an extension of the C programming language, Csharp is a high-level, object-oriented programming language developed by Microsoft in 2002. C# was designed to run an application on the .NET framework , which is a web framework by Microsoft to develop apps for Windows.

    Features of C#:

    • C# is a simple language and easy to learn, as it follows a structured approach, possesses a rich set of library functions and data types.
    • Like C++, C# is also an object-oriented programming language.
    • It is more secure than C++, as it is a type-safe programming language. You cannot perform unsafe type casts, such as converting double to boolean.
    • It features automatic memory management and garbage collection.
    • C# is a modern language since it is based on the current trend and is effective in building scalable and interoperable applications.

    Applications of C#:

    Below is the list of different types of applications developed using C#:

    • Windows client applications.
    • Web applications.
    • Windows libraries and components.
    • Backend services.
    • Internet of Things (IoT) devices.
    • Video games.
    • Azure cloud applications and services.
    • Gaming systems and consoles.

    Limitations of C#:

    • It is a less flexible language since it mostly depends on the .Net framework.
    • As C# mostly depends on the .Net framework, the server running an application should be Windows-based.
    • It has a poor x-platform GUI.

    Difference Between C# and C++ (C++ vs C#)

    While C++ is a general-purpose programming language that is not a pure object-oriented programming language, C# is a pure object-oriented programming language that is also general-purpose but ideal for web development in conjunction with .NET. Other important differences among the two popular programming languages are as follows:

    1) Language Type

    C++ offers features of a high-level programming language but is also a low-level programming language because of the direct access to the memory. On the contrary, C# is only a high-level programming language.

    2) Code Compilation

    In C++, before execution, the code gets compiled into binary code or machine code. C# code gets compiled into binary code and then is interpreted.

    3) Binary Size

    After code compilation, the binary of C++ is small in size. The code of C#, however, contains much overhead and libraries, which make its compiled binary-code heavy.

    4) Memory Management

    In C#, garbage collectors perform all the memory management automatically. This is not the case in C++, where users have manual control over memory management. Thus, they can manually create and destroy objects.

    5) Platform Dependency

    C++ code is platform-independent. Hence, it can be compiled and executed on any platform. Unlike C++, C# is not platform-independent. It strictly adheres to Windows. Although Microsoft is trying to make it platform-independent, yet many platforms do not support C#.

    6) Performance

    The execution of C# code is slower than that of the C++ code.

    7) Multiple Inheritance

    C++ supports multiple inheritance while C# does not.

    8) Learning Curve

    C++ is complex, and so implementing complex programs using C++ is tough and tedious. C# does not have complex features since it follows a simple hierarchy that is easy to learn and understand.

    9) Pointer Support

    C++ allows using pointers wherever we want. This is not the case in C#, where we can only use a pointer in the Unsafe mode.

    10) Bound Checking

    If we try to access an invalid array index in C++, it will not throw an error. In C#, however, if we try to access an out of bounds array index, it will throw a compilation error.

    11) Applications

    C++ is used to build console-based applications but is also suitable to build desktop applications because it gives GUI support. On the other hand, C# mostly focuses on web-based applications. Mobile and desktop applications can also be built on it regardless.

    C++ vs C#: A Head-to-Head Comparison

    C++ C#


    It is both a high-level and low-level programming language. C# is a high-level programming language.

    Code Compilation

    C++ code is compiled into binary code or machine code prior to the execution. C# code first gets compiled into binary code and then interpreted.

    Binaries Size

    C++ binary is lightweight. The binary size for C# is large.

    Memory Management

    The user has manual control over the memory management in C++. In C#, garbage collectors perform memory management.

    Platform Dependency

    C++ code is platform-independent. C# code is not platform-independent.
    Object-Oriented Programming
    C++ is not a pure object-oriented programming language. It is a pure object-oriented programming language.


    Compared to C#, C++ is faster. C# code is slower than its C++ equivalent.

    Multiple Inheritance

    C++ supports multiple inheritance. There is no multiple inheritance in Csharp.

    Learning Curve

    C++ is complex and thus requires a good amount of time for learning. C# has a low learning curve.

    Pointer support

    Pointers can be used anywhere in C++. In C#, we can only use a pointer in the Unsafe mode.

    Bound Checking

    An error is thrown in C++ if we try to access an invalid array index. If we try to access an out of bounds array index, it will throw a compilation error in C#.


    C++ is ideal for building console-based and desktop applications. Although we can also develop mobile and desktop applications in C#, it is ideal for web development.

    C# vs C++ - When to Use?

    Both C++ and C# are popularly used in developing video games. C++ is mostly used for developing operating systems, browsers, database software, libraries, and compilers. On the other hand, you can use C# for building mobile applications, desktop applications, websites, cloud-based services, and enterprise software.


    That wraps up our C++ vs C# article. Both the programming languages are extensions of C, and both have their advantages and disadvantages. C++ is mostly used to build desktop applications, while C# is ideal for developing web applications.

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    C# is an object-oriented programming language used for developing desktop applications, web applications, web services, Microsoft applications, and game development in Unity.

    C++ is a versatile programming language and is used for building a wide range of applications. You can develop desktop GUI applications, games, embedded systems, operating systems, web browsers, databases, compilers, and libraries.

    The average salary of a C# developer in India is around INR 5.5 to 7.5 lakhs per annum. Meanwhile, C# developers make $60K to $160K, with an average of $80K per annum in the United States.

    A C++ developer in India earns an average of INR 7.8 lakhs, with the highest pay scale of INR 15 lakhs per annum. In the United States, C++ developers earn $61K to $130K, with an average of $90K per annum.

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