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Oracle vs MySQL: Comparison of Technology and Features

Information is the primary asset in the modern world. Humanity generates approximately 1.145 trillion megabytes of data daily, which not only takes up space in storage but also plays a crucial role in conducting business. To harness the full potential of available information, it's necessary to accumulate, structure, and analyze it. That's where databases come into play. 

Databases today store virtually everything, from social media user information to vast amounts of scientific research. To ensure that all this information is not lost and can be conveniently managed, database management systems (DBMS) were created.

A database management system is paramount for the uninterrupted operation and smooth growth of any enterprise. It can store essential data, identify it, and transform it into valuable information. This information can be used at any time to assist businesses in making better decisions.

There are numerous DBMS options, both paid and free, each with its own functionality. This article will examine two popular systems: Oracle vs MySQL. We will compare them based on all key parameters to provide you with a comprehensive understanding of which one best suits your organization's needs.

MySQL vs Oracle DB: Assessing Two Database Management Systems

Oracle and MySQL Oracle and MySQL are the two most popular database management systems. According to the database rankings as of October 2023, Oracle holds the top position, used by 28.01% of respondents. MySQL comes in second place, with 17.87% of respondents using it. 

Both systems are created by the Oracle Corporation, which is among the world's largest companies by market value and is the most popular provider of database management systems worldwide. 

Many are curious about the difference between Oracle and MySQL. The main distinction lies in their capabilities. Oracle is significantly more powerful software compared to MySQL.

Below is a brief comparative table of Oracle vs MySQL before diving into a detailed comparison:


  •    ✅ Free, open-source solution.
  •    ✅ Lightweight and straightforward DBMS, well-suited for web projects. 
  •    ✅ Does not support distributed databases. 
  •    ✅ MySQL utilities for backup: mysqlhotcopy and mysqldump. 
  •    ✅ Lacks additional features. 
  •    ✅ Lacks features like tablespace, role management, snapshots, and automatic storage management. 
  •    ✅ Written in C and C++ 
  •    ✅ Notable companies using MySQL: YouTube, PayPal, Google, Facebook, Twitter, GitHub, eBay, LinkedIn, and others.


  •    ✅ Commercial solution requiring substantial investments for acquisition and licensing.
  •    ✅ Powerful system suitable for complex program development. 
  •    ✅ Supports distributed databases. 
  •    ✅ Offers various backup types: cloud backup, hot backup, data export, and import. Recovery Manager (RMAN) is the backup utility.
  •    ✅ Supports multiple extensions and programs on its database server, such as Active Data Guard, Audit Vault, Partitioning, Data Mining, and more.
  •    ✅ Includes all these features.
  •    ✅ Written in assembly, C, and C++ 
  •    ✅ Some prominent companies using Oracle: CAIRN India, TVS Motor Company, Vilene, National Food Australia, ENEL, and more. 

Next, we will explore each system's characteristics and distinctive features in the Oracle vs MySQL comparison.    

What is Oracle? 

Oracle Database is an iconic DBMS developed in the 1970s by programmers Larry Ellison and Bob Miner. It was the first commercially successful DBMS that operated on a relational model, where all records in the database are organized and stored in interconnected tables. 

Before the advent of Oracle, banks and large government institutions stored data haphazardly in different files without a unified system. There were no relationships between them, and if a customer's, for example, phone number changed, it had to be manually updated everywhere. With Oracle, companies could sort and organize everything neatly, or more precisely, in tables that are linked with special keys. If you added or removed something in one table, all the other tables would "know" and update themselves.

As time went on, data became more complex, and simple records in tables no longer satisfied the needs. That's when Oracle introduced features of an object-oriented model to its DBMS. Thanks to this, it became possible to store data in the form of objects – entities that can have multiple different properties and can communicate them to each other. 

Therefore, it's more accurate to call Oracle DB an object-relational DBMS. In other words, it allows you to implement two approaches simultaneously: 

  • If you need a simple website or blog, use relational tables.
  • If you require complex logic for, say, an ERP system, an object-oriented structure is optimal.

The core of Oracle DB operates on a client-server model, and its essence is straightforward:

  • There is a server where data is stored, and a system manages these data.
  • There is a client who wants to either retrieve or write this data. On the internet, an ordinary web browser acts as the client, capable of converting user clicks on the website into server requests. 

The distinctive feature of the client-server model is that all data manipulation is handled on the server side—users don't need to keep a copy of the database on their computers. It's sufficient to download the client application and send requests to the server at any time of day or night to obtain the required information. 

Features of Oracle Database 

When comparing MySQL vs Oracle, the latter DBMS boasts a rich set of features and capabilities:

  •     ✅ Support for the largest databases: Oracle can handle massive databases without breaking a sweat. It can support any number of users simultaneously performing various tasks without competition between different data types. 
  •     ✅ Speedy processing: Oracle maintains high performance, ensuring users don't suffer from slow data processing. 
  •     ✅ High availability: Oracle's uptime can be tailored individually in different setups. For example, the DBMS can run continuously in some cases. Failures or database rollbacks do not result in system downtime. 
  •     ✅ Local manageability: You don't need to shut down the entire system to reload data for a specific application. Just turn off access to the specific application and perform the necessary operations. 
  •     ✅ Portability across operating systems: Applications developed specifically for Oracle can easily be transferred to any operating system with minimal, or often no, changes. 

These capabilities make Oracle Database one of the leading database management systems on the market, especially for large enterprises with high demands for reliability and performance. 

What is MySQL? 

MySQL is an open-source relational DBMS distributed as free software. It was first introduced in 1995, written in C and C++, tested with various compilers, and operates on different platforms. Since 2010, MySQL has been developed and supported by Oracle Corporation.

MySQL employs a client-server architecture, where the database is stored on a server, and users, which can be external devices, communicate with it by sending database queries. If the server understands the instructions, it provides the requested information to the client.

In the MySQL environment, the following processes occur:

  •    ➡️ A MySQL database is created, and table relationships are defined. 
  •    ➡️ Users make queries using SQL commands. 
  •    ➡️The server responds with the requested information, which is then sent to the client. 

It's important to understand that users can leave comments on a page, add posts (articles), and more. All changes are saved in the database during this time, and when the page is requested again, it will already be updated. 

Features of MySQL Database 

Initially, MySQL was designed for limited use, but today, it is compatible with numerous platforms and enjoys immense popularity for several objective reasons:

  •    ✅ High flexibility: MySQL can be tailored to individual site needs and features, with many additional extensions and plugins available. It is easy to install on hosting servers and supports various table types. The system can also work within standalone programs. 
  •    ✅ Versatility: MySQL operates on Windows, Linux, Unix, Solaris, and other operating systems. Additionally, the DBMS provides APIs for most popular programming languages, such as C, C++, PHP, Python, Ruby, Java, and others. 
  •    ✅ High performance: MySQL works faster than other popular solutions with medium to small-sized databases, owing to its internal structure.
  •    ✅ Free access and open source: MySQL is entirely free open-source software available to all. The system's code is open for all to edit, allowing users to customize their own SQL servers. 
  •    ✅ Security: MySQL ensures high data security during storage and transmission. It features an advanced rights management system for different users, encryption, and verification. 

MySQL is a great choice for budget-restricted projects, small and medium-sized businesses, and web apps where open-source code and the availability of a free version are essential factors. 

7 Key Factors Influencing the Choice Oracle vs MySQL 

Let's take a look at the key factors in MySQL vs Oracle database that you should consider when choosing a DBMS. 

1. Speed and Performance 

  • Oracle offers high performance and efficient handling of heavy data loads.
  • MySQL also performs well, especially for small and medium projects, but it may be less scalable for large applications. 

2. Scalability Capabilities 

  • Oracle ensures excellent scalability through various methods, including data clustering and replication.
  • MySQL also supports scalability through replication and clustering, but to a lesser extent than Oracle. 

3. Syntax and Database Structure

Oracle and MySQL use different SQL syntaxes. The database structure may also differ. Changes in SQL queries and database schema may be necessary when transitioning between the two DBMSs. 

4. Clustering and Deployment 

  • Oracle offers advanced tools for clustering and hot-swapping components, ensuring high availability. 
  • MySQL supports clustering, but in a less advanced form, and additional configurations are required for hot-swapping components. 

5. Assistance and Advancement 

  • Oracle provides commercial support and extensive educational resources, which can be valuable for large enterprises. 
  • MySQL has commercial support from Oracle and a vast developer community, providing access to a wealth of resources and knowledge. 

6. Database Connectivity and Compatibility 

  • Oracle is typically used in large corporate systems and may require additional effort to integrate with other programming languages and applications. 
  • MySQL is often used in web apps and can be more straightforward to connect with various programming languages. 

7. Pricing Models 

  • Oracle Database offers various pricing models depending on the version and configuration. 
  • The core version of MySQL is free, but there is also a paid version (MySQL Enterprise) that offers additional features. 

When choosing between Oracle and MySQL, it's important to carefully examine these factors and assess how well they align with the requirements of your project and your budget. 

Disadvantages of MySQL and Oracle

Despite Oracle and MySQL being the two most sought-after DBMSs, they have their downsides. 

MySQL Disadvantages:

  • Slow development: The system is free, so updates are infrequent. This is a common drawback of open-source software. In MySQL's case, slow development is related to Oracle's company policy. It is cautious about independent developer ideas and does not actively engage with the project. 
  • Limited features: By default, MySQL has fewer features and capabilities than other DBMS. This simplicity aids ease of use but requires downloading plugins and extensions for additional actions.
  • Reduced performance in large projects: MySQL works excellently for small and medium-sized databases. However, MySQL may behave unpredictably in large-scale projects due to numerous simultaneous database queries. This is due to MySQL's structural characteristics, as it was not initially designed for such tasks. 

Oracle Disadvantages: 

  • High cost: Oracle Database licenses are significantly more expensive than most other DBMS, and client support requires separate payment (approximately 25% of the license cost).
  • Complexity: The software is quite complex to install and configure and often requires the involvement of certified specialists. Most users are compelled to pay annually for technical support services. 
  • High resource consumption: The system may require substantial resources immediately after installation, necessitating potential hardware upgrades for Oracle implementation. 

Be sure to analyze the disadvantages of the DBMS before choosing the best option for your project in the MySQL vs. Oracle SQL battle. 

When to Opt for Oracle 

Oracle is a powerful, multitasking database management system ideal for extensive and complex projects requiring high availability, scalability, and reliability. It offers a diverse range of features, including advanced analytics support, parallel processing, and a high level of fault tolerance. 

Oracle is widely used in large organizations, including Fortune 100 companies. This is because the DBMS is designed specifically for large-scale business apps and significant data storage. 

Oracle is the perfect choice for those seeking a DBMS with an extensive set of features and capabilities, reducing reliance on third-party software solutions. 

When to Opt for MySQL 

MySQL is an open-source DBMS known for its ease of use, high performance, and scalability. It is ideal for small and medium-sized apps, web apps, and e-commerce websites. 

A large and active user community has formed around MySQL, along with numerous tools and libraries that facilitate working with it. MySQL is the preferred choice for startups and small-scale projects.

Oracle SQL vs MySQL: Selecting the Superior Database 

In the Oracle database vs MySQL battle, it's challenging to determine a winner because each has its strengths and weaknesses. Oracle can distribute large databases across multiple servers for transaction processing and performance optimization. MySQL, however, is limited to a single database and may not be suitable for very large databases accessed millions of times daily.  

Due to their differences in capabilities, Oracle is better suited for large-scale deployments where its extensive features can be beneficial. On the other hand, MySQL provides a simple way to access essential relational database functions without incurring significant costs.

To determine the winner in the Oracle vs MySQL battle, it's essential to consider the specific features and requirements of your project, as well as your financial capabilities. 


Oracle and MySQL are two sought-after database management systems, each with its own characteristics. Therefore, it's crucial to thoroughly examine the functionality and capabilities of Oracle DB vs MySQL before making the best choice. 

Not sure which database to choose? The experts at DB Serv have experience and expertise in databases and are delighted to provide comprehensive consultation to help you make an informed decision. 

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