Data Center Container


A Data Center Container, also known as a modular or portable data center, is a portable platform for data management and storage. It is typically a standalone unit which houses IT infrastructure – including servers, storage devices, and network equipment. Designed for mobility and flexibility, it allows for the easy setup and efficient operation of data centers in various locations, both temporary and permanent.


The phonetics for “Data Center Container” would be “ˈdeɪtə ˈsɛntər kənˈteɪnər”.

Key Takeaways

Main Takeaways about Data Center Container

  1. Portability and Scalability: Data center containers are highly portable, allowing users to deploy them in diverse locations without the need to construct a full-scale data center. Moreover, their modular nature facilitates easy scalability as the demand grows.
  2. Energy Efficiency: Most data center containers use advanced cooling technologies to minimize energy consumption. These technologies, combined with their compact design, improve energy efficiency, reduce the infrastructural footprint, and contribute to sustainable corporate practices.
  3. Reduced Deployment Time: Traditional data centers take considerable time and resources to build, while containerized data centers can be built and deployed quickly. Therefore, they have a faster time-to-market, enabling businesses to swiftly scale up their data processing capabilities.


The technology term “Data Center Container” holds significant importance primarily due to its mobility, scalability, and efficiency in installing and deploying data centers. Data Center Containers, which are also referred to as Modular Data Centers, provide a portable methodology of delivering data center capacity at any required location in a short period of time. Companies can thus respond swiftly to changes in business direction, capacity needs, or geographical shifts. Meanwhile, these containers also offer a compact, highly efficient infrastructure that can be easily adapted or extended according to the growing requirements. Considering the rising demand for data volumes and processing power, alongside shrinking IT budgets and concerns regarding the environmental impact of data centers, Data Center Containers bring a groundbreaking solution to the fore.


Data Center Containers are essentially portable and scalable data centers that can be set up wherever data processing power is needed. They’re employed when there is a need for rapid deployment, significant space constraints, or as a solution for disaster recovery purposes. They are mobile, meaning they can be situated in locations where physical space for a traditional data center might not be available or feasible, including remote or temporary sites. These modules come equipped with all the necessary components such as racks, servers, cooling equipment, and power lines, enabling companies to easily transport and set up their data processing infrastructure.One practical use of a data center container is when an organization experiences rapid growth and requires additional data processing power quickly. Instead of building a new physical data center, which can be slow and costly, a business can acquire and deploy a data center container, which is faster and more cost-effective. In addition, they are also used in industries like oil exploration or military operations, where temporary data processing needs can arise in remote locations. Furthermore, they also serve as a robust disaster recovery strategy, ensuring data integrity in the event of a catastrophe by allowing decommissioned data to be swiftly moved and reinstated elsewhere.


1. Google’s Data Center: Google began leveraging data center containers in 2005 to house their servers. As per Google, containers offer “a better power efficiency than a traditional data center” and “also permitted Google to build a worldwide network of data facilities faster and cheaper than the competition.2. Microsoft Azure’s Data Box: A physical data center container by Microsoft, called Azure Data Box, is used to move large amounts of data into Azure Cloud. These are physical units that you fill up with data and then ship back to Microsoft for uploading into Azure’s data center.3. CERN data center container: The European Organization for Nuclear Research, CERN, utilized data center containers to support the Large Hadron Collider project. The containers held the servers required to process the large amount of data generated by the Collider’s experiments.

Frequently Asked Questions(FAQ)

**Q: What is a Data Center Container?**A: A Data Center Container, also known as a modular or portable data center, is a portable data center pre-installed in a shipping container. This system offers a part or all of the components necessary to operate a data center, including servers, storage, and networking equipment.**Q: What are the benefits of a Data Center Container?**A: The benefits include scalability, mobility, flexibility, and cost-efficiency. They facilitate rapid deployment, are easy to transport, and relatively cheaper to set up and maintain than traditional data centers. **Q: What is the purpose of a Data Center Container?**A: The primary purpose of a data center container is to provide a method of quickly deploying data center capacity where and when it is needed. It is used in situations of rapid growth, disaster recovery, and temporary or remote deployments.**Q: Who uses Data Center Containers?**A: A wide range of entities use them, including large corporations, government agencies, data service providers, military organizations, and any business needing quick, mobile, and efficient data center solutions.**Q: Is a Data Center Container secure?**A: Yes, most of the Data Center Containers come with built-in security features that include access control and fire suppression systems. However, the end-user’s security measures such as software and network protection contribute significantly to its overall security.**Q: How is cooling managed in a Data Center Container?**A: Most Data Center Containers come with built-in climate control systems that maintain optimal temperatures for the data center’s hardware. These cooling systems may be water, air, or refrigerant-based.**Q: How much does a Data Center Container cost?**A: The cost of a data center container can vary greatly depending on the size of the container, the equipment installed, and additional customized features. It’s best to reach out to multiple vendors to get a range of pricing for your specific needs.**Q: How long does it take to deploy a Data Center Container?**A: A Data Center Container could be operational within a few days or weeks after delivery, depending on the level of customization and pre-configuration done by the provider. This is significantly quicker than the time required to construct a traditional data center. **Q: Are Data Center Containers energy efficient?**A: Yes, many Data Center Containers are designed with energy efficiency in mind, using components like efficient power distribution units or intelligent cooling systems to reduce power consumption.

Related Finance Terms

  • Modular Data Center
  • Portable Data Center
  • Data Center Cooling Systems
  • Server Racks
  • Disaster Recovery Systems

Sources for More Information


About The Authors

The DevX Technology Glossary is reviewed by technology experts and writers from our community. Terms and definitions continue to go under updates to stay relevant and up-to-date. These experts help us maintain the almost 10,000+ technology terms on DevX. Our reviewers have a strong technical background in software development, engineering, and startup businesses. They are experts with real-world experience working in the tech industry and academia.

See our full expert review panel.


About Our Editorial Process

At DevX, we’re dedicated to tech entrepreneurship. Our team closely follows industry shifts, new products, AI breakthroughs, technology trends, and funding announcements. Articles undergo thorough editing to ensure accuracy and clarity, reflecting DevX’s style and supporting entrepreneurs in the tech sphere.

See our full editorial policy.

Technology Glossary

Table of Contents

More Terms