Micro Modular Data Center Solutions

Fast Installation, Flexible Scalability, Robust Edge Computing Infrastructure

As a result of the increasing popularity of edge computing, 5G networks, and digital technologies, conventional data centers may encounter issues related to long installation time, high cost, and limited scalability. Micro-modular data centers offer a more flexible solution in that they combine the elements of IT space, energy supply, cooling, surveillance, and security protection.

Tailored specifically for edge computing applications, telecom facilities, industrial applications, and remote locations, we can deliver highly efficient modular data center solutions fast and reliably.

Designing the Prefabricated Unit for Rapid Deployment

The modular data centers are designed and prefabricated prior to their shipment to minimize on-site installation and construction needs. The modular design makes it easier to deploy them to places where it is challenging to construct a data center.

Benefits include:

• Factory prefabrication to ease the process of installation
• Shorter cycles of project deployment
• Lower construction and maintenance costs
• Configuration based on application need

Modular designs offer a scalable infrastructure foundation whether it comes to edge nodes or distributed computing facilities.

Integrated Power, Cooling and IT Infrastructure

The integrated micro modular data center provides a combination of essential elements within one compact system, such as:

Power Supply System

Power distribution, uninterruptible power supplies (UPS), battery backup and energy management provide reliable operation of critical IT equipment.

Cooling System

Specialized cooling provides stable working temperatures along with increased energy efficiency and reduced costs of operations.

IT Infrastructure

Standard racks, network infrastructure, cabling and monitoring provide an opportunity to work with different computing and communications applications.

Monitoring and Security

Smart monitoring helps manage power, temperature, humidity and equipment in real-time.

Tailored for Edge Computing Use Cases

With the movement of data processing closer to end-users and devices, edge computing needs a small and efficient infrastructure that can be placed near the origin of data. The micro modular data center assists companies in creating localized computing environments that will deliver less latency and better service efficiency.

Examples of use cases are:

• Edge computing sites for telecom
• 5G network infrastructure
• Automation in industry
• Smart cities
• Transportation and energy infrastructure
• Remote data processing sites

Modular Architecture for Growth Potential

In contrast to the conventional fixed data centers, the modular approach enables capacity addition based on future needs. Capacity addition through new modules can be done with ease without significant re-structuring efforts.

Modular architecture facilitates:

• Capacity expansion flexibility
• Customization of floor plan layout
• Ease of transportation and relocatability
• Environmental adaptability

Ensuring Stability in Different Environments

Constructed from industrial materials and safety devices, the micro modular data centers are constructed to ensure reliability in operation irrespective of deployment environments. There are ways to customize the solutions by adding insulation, environmental safety, optimized cooling, and intelligent control systems.

Applications

Telecom Network Sites

Supply robust edge infrastructure for base stations, communication facilities, and network nodes.

Industries

Furnish local computing power for industrial operations.

Remote Locations

Supply computing resources where conventional data center building is not feasible.

Business Organizations

Provide compact and scalable computing solutions to enterprise organizations.

Deploy Efficient Edge Infrastructure Using Modular Data Centers

Micro modular data centers leverage the benefits of fast deployment, efficient operation, and scalability in response to increased requirements for distributed computing. The provision of such an infrastructure is enabled by combining power, cooling, IT gear, and smart monitoring within a single prefabricated unit.