In what ways can cloud computing change traditional data centers?

In what ways can cloud computing change traditional data centers?

The growth of all these clouds directly drives the development and progress of data centers. These evolution trends are now clear. For example, as data centers become larger and larger, "ultra-large scale" and multi-tenant facilities are emerging. Data center infrastructure sharing becomes more meaningful, especially the sharing of power and cooling systems, reducing the overall operating costs. Cloud computing changes data centers in three ways

1. "Big is beautiful", ultra-large scale

The growth of all these clouds directly drives the development and progress of data centers. These evolution trends are now clear. For example, as data centers become larger and larger, "ultra-large scale" and multi-tenant facilities are emerging. Data center infrastructure sharing becomes more meaningful, especially the sharing of power and cooling systems, reducing the overall operating costs.

2. A larger gap

In data centers, segmentation is becoming increasingly common. The services provided depend on the customer's cost, security, and speed, especially for banks and other key users. For example, data hosted on servers is not only separated by conceptual data center facilities, but also physically isolated. Over the next decade, Data Center Infrastructure Management (DCIM) tools will become more complex and will become more refined. In addition, the critical level of a specific application will limit the design of its data center infrastructure.

3. reliable power supply

The third example of how cloud growth promotes the evolution of data centers is to improve the data center infrastructure. Among them, power supply is the most critical factor. Because there is no power supply, many applications and data become unavailable, which puts users and end users alone. Availability is everything, so companies use uninterruptible power supplies (UPS) to ensure that critical loads have continuous and clean power. The safe and reliable UPS power supply system is the most important part of the power protection concept. It can provide a safe power supply for a modern data center integrating high availability and low cost of ownership, zero downtime. Therefore, secure and reliable UPS power supply systems must be deployed in data centers with critical applications and critical data center infrastructure.

Availability is critical for data center operators and users. The ultimate guarantee of data center availability is power assurance. This enables UPS as the main pillar of power protection to enter the center of the stage.

In addition to availability, cost and profit margin are also top priorities. For data center operators, stable and predictable operation costs are required. Power use efficiency (PUE) must be controlled and optimized, and maintenance costs and plans must be clear. In terms of capital expenditure, flexibility is the key: early investment should be minimized, but the scalability of infrastructure can easily cope with future expansion. As described above, devices must be deployed in segments, segments, or individual modules, and the best configuration for specific customers is to include them in the POD architecture, and connect to the core network to allocate data and network traffic.

Currently, the best UPS design meets not only these OPEX and CAPEX standards, but also challenges availability and total cost of ownership, and adopts a distributed parallel structure (DPA ). The DPA modular method has its unique scalability, online hot swapping, and energy-saving features.