Compact and Reliable Data Center Solution

All-in-one platform solution for SMEs

  • Compact and Reliable Data Center Solution
    Compact and Reliable Data Center Solution

The Canovate Micro Data Center is an innovative, compact solution that integrates all essential data center components in a single platform. It meets the growing demand in the data center market for efficient, cost-effective, and rapid deployment solutions. With features such as cooling, fire suppression, power distribution, and environmental monitoring, this micro data center solution is designed to provide a complete, "plug-and-play" experience. The solution is designed for versatile applications, suitable for small and medium-sized businesses, branch offices, warehouses or educational institutions. This solution is particularly beneficial for industries seeking robust, cost-effective data center solutions with easy scalability.

Global safety certification

The Canovate Micro Data Center solution includes rack-mounted equipment, Uninterruptible Power Supply (UPS), cooling, fire suppression, a Power Distribution Unit (PDU), and an Environmental Monitoring System (EMS) in a unified platform, providing a cost-effective and energy-efficient solution. The system enables centralized monitoring, allowing users to oversee operations and respond proactively, making management easier and more efficient. Equipped with rack-level fire protection and monitoring systems, IP-rated PDUs, and UPS systems, the solution ensures high-level safety for equipment and data. Certified to UL, CSA, and RoHS standards, it aligns with global safety and environmental regulations. 

The micro data center can be deployed in various environments without needing raised floors or external cooling units, significantly reducing setup time and costs. It’s designed to be installed wherever data center capabilities are needed. The cooling capacities range from 2 kW to 4 kW and can be tailored to individual rack needs. With significant space savings of up to 50% the solution is ideal for space-constrained environments.