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Sensaphone data center traffic firm in zettabytes era, to 2020 will increase more than three times, will reach 15.3 ZB. not only data center traffic is constantly increasing, and the SDN and NFV architecture innovation is gradually reduced, but also provides a new level of optimization for the data center. The rapid growth of data center traffic is part of cloud traffic, which will reach four times expected by 2020, accounting for 92% of all data center traffic in 2020. In the rapid expansion of cloud computing, an important traffic enabler is an increasing virtualization of data centers that provide flexible, rapid deployment and efficient service. By 2020, 92% of the organization's workload will be processed in the cloud.

Part of the evolution around the data center is all components that need to be organically grown through data center extensions. Environmental control is one of the key factors. One of the best mechanisms for creating powerful data center extension policies is to control data center efficiency and environment.
With this in mind, here are three ways to see how environment control can provide direct help for data center extensions:
Create fully customizable climate control. While using data center technology, many organizations are creating modular or even fully customized data center solutions. With this in mind, a modular and even custom designed cooling platform is critical. Whether sophisticated air control or chilled water treatment, new custom climate control solutions are changing the expansion plan of data centers. In fact, through the expansion process of the data center, the whole climate control process can be customized to meet the specific data center needs.
Enable cooling solutions for specific applications. What if you just need to extend a part of the data center? Alternatively, if it opens only one branch of the data center, it provides a very specific function. The expansion of data centers is driving the development of application specific environmental controls rather than abandoning existing systems. In many cases, organizations can create air containment solutions for key parts of the data center. Many organizations are actively using a powerful containment architecture for their critical data center components. The most important thing here is that, by extension, these solutions can be uniquely integrated into a range of data center application case requirements.
Control of internal and external environment. Run advanced data center platform. Some of them may be outdoors, some of which may be indoors. The key is that the organization must have a powerful environment control platform that can extend its data center wherever it is. The outdoor environment solutions to heat recovery from exhaust gas flow, used in the pretreatment of the outdoor air, can significantly reduce the heat required to maintain proper temperature and humidity levels in the occupied space, cooling and humidification load. These extension mechanisms allow organizations to extend data centers both internally and externally. In the data center, rack, airflow management, and DCIM integration are good ways to support data center environment control.
The progress and development of the data center will continue. The new system will include modern technologies that deal with various workloads, including cloud computing, virtualization, and IT consumer applications. Through all this, environmental and cooling control is critical to maintaining a healthy data center platform.