Data center design best solution: higher efficiency than power and cooling measures

Data center design best solution: higher efficiency than power and cooling measures

Performance

When enterprises begin to use high-density configuration, virtualization, and other methods to improve the performance of existing IT devices, they tend to ignore the need for a reliable data center infrastructure to ensure uninterrupted use of key business applications. The data center infrastructure has a direct impact on network performance. To maximize network performance, you must consider three major infrastructure components: Structured cabling, rack and Cabinet, and cable management.

Select a co-engineered cabling and connection cabling solution to maximize channel performance. Find flexible and scalable rack and Cabinet solutions that meet high weight thresholds and have adjustable rail and wider vertical management, as well as integrated cable and airflow management, supports better cables, protection, and airflow. The physical solution should support copper and optical fiber media. In addition, cooperation with manufacturers complying with current Current current standards. Their R & D work usually takes two to three years, so these suppliers can be aware of the coming new technology requirements before a standard is published.

Time

The scale and complexity of data centers are constantly increasing, but at the same time, it also requires faster deployment time. They must be able to deploy quickly and conveniently to adapt to changing business needs. Selecting an infrastructure solution with optimized deployment time helps achieve faster deployment, reduce costs, and allow easier migration, adding, and changing infrastructure.

90% of active equipment will be replaced within five years or less. Infrastructure must be able to support heavier equipment, increase port and cable density, and change in cable media (I .e. replacing copper with fiber ). In addition, the infrastructure must support common topology structures such as ToR (top of rack), MoR (middle of row), and EoR (end of row ), and other new configurations such as the leaf-spine topology network architecture. Modular solutions provide the foundation for a flexible and scalable infrastructure. It combines the advantages of standardization and customization.

Modular solutions should provide the following time-saving attributes:

Modular racks and cabinets can be quickly assembled with adjustable guiderails, higher weight thresholds and higher heights, making it easy to adapt to new devices.

Modularization helps achieve efficient cooling of racks or cabinets (> 5 kW density) and optimize airflow management.

Cable management, easy to install, can be changed and obtained as needed, including at the front or back of the Rack/cabinet.

A wide range of vertical cable managers that support ever-changing cabling needs and minimize cable congestion to support better airflow, making it easier to install cable equipment and cables.

Integration of racks and cabinets.

Pre-end solutions allow quick installation, easy migration, addition and change, and easier migration to new technologies.

The modular solution allows all components to work collaboratively, optimizes the installation and deployment time, and will support future network changes, computing capabilities, and technological upgrades to boost growth, it will not cause major interference.

Space

In the past, adapting to future needs was entirely achieved through a large infrastructure system and the increasing infrastructure of data centers over time. This is neither capital nor energy efficiency. The infrastructure system must be designed with greater flexibility and scalability, allowing the appropriate size of the data center.

Because space is an additional premium cost for data centers, the construction of infrastructure systems should be optimized. A best practice suggests using racks as the basic building module of data center density.

To optimize the data center space, consider the following:

Use a rack or Cabinet as the basic building module.

Choose racks and cabinets with high weight limitations, with sufficient depth and height to support vertical growth.

Choose cable management that supports the density of existing cables, and provide sufficient room for growth to reduce air flow limitations caused by cables; designed to support both copper wires and optical fibers.

Select high-density and hybrid media connections.

Use a cable with a smaller outer diameter.

Consider patching out of racks and cabinets (such as the top) to save device space.

Select a rack or cabinet solution that is easy to integrate with the top path.

Experience

Data center construction experience can be enhanced by choosing an appropriate partner. Today, the development trend of data centers is more outsourcing. In the design phase, designers must provide sufficient flexibility and scalability to meet future needs while ensuring performance. In general, their solutions should be modular to meet specific requirements or additional customized special requirements. It is essential that products and solutions work seamlessly together. In the installation phase, the solution must be easy to install, fast to deploy, and easy to manage. It is equally important to select an excellent installation contractor. Logistics must be coordinated to ensure that the required resources are delivered as needed. These projects may also be global, which is another reason to consider the importance of the vendor selected by the enterprise.

During the entire design phase of the data center project, you should also consider the manufacturers that can help coordinate the provision of resources. This solution may be used to create additional coordination standards with local support elsewhere. The manufacturer should have expertise in all components of the solution, including new cooling technologies, such as tightly coupled cooling, power supply, connection, wiring, physical infrastructure, cable management and channels, etc, ensure seamless connection of all components. Full use of this expertise should be made to extend the service life of equipment, reduce costs and address the unique challenges of data centers.

Sustainable development

Sustainable development may mean many different things. Generally, it is related to improving processes to avoid the use or full destruction of natural resources. The importance of perception of sustainable development is changing, but it is growing. Even if this is not a high priority for an enterprise today, working with a sustainable manufacturer does not require more costs and has many benefits.

Solutions developed by sustainable manufacturers help reduce environmental impact. This means that a more flexible space design, less installation time, less material waste, and so on should be able to ensure the best energy efficiency and performance.

Not all requirements for sustainable development are equal. Find RoHS-compliant products and solutions for enterprises to minimize environmental impact by improving efficiency, energy, packaging, and other measures. A manufacturer with ISO 14001 certification means they are actively working to reduce the environmental impact of their processes, products and services.

Conclusion

The data center provides key services for enterprise businesses. In the data center design process, it is short-sighted to try to maximize efficiency by focusing only on power and cooling policies. There are other effective measures to help increase the cost efficiency of data centers, help them effectively adapt to changes in business strategies, and improve the ability to meet computing needs. Data center solutions should be designed with five main objectives: to ensure performance, time efficiency, space optimization, resource utilization and sustainable development. This will help to achieve full efficiency in the design of the data center.