Data Center load increases cloud computing accounts for half

While many analysts now believe that cloud systems in corporate data centers will eventually die out or weaken, new industry data suggest that cloud computing will make data centers more hectic than ever.

Cisco has released its first issue of global Cloud Index and made it clear that it does not matter if you are using the application in your own or other data centers, as these applications will be delivered through the cloud system. The organization's data centers will be completely shifted to cloud computing, and, in turn, companies will have as many opportunities as cloud vendors outside the firewall, which is a concern for all businesses that maintain their own data centers and those running these data centers.

Cisco's latest index is based on a range of forecasts for global data centers and cloud-based IP traffic growth. Suppliers expect global data center traffic, whether or not about cloud computing, to grow by 4 times times a year from 2010-2015 to 4.8 bytes per annum, with a 402-byte growth rate by 2015.

During the forecast period, global Cloud data center traffic will grow 12 times times to One-third of all data center traffic by 2015. In addition, Cisco expects that more than half of the data center workload will be handled in the cloud system.

Global cloud traffic will grow at a compound growth rate of 66% a year, at a rate of 133 bytes per month, reaching 1.6 bytes by 2015.

Cisco believes that within two years, the volume of work handled at the cloud data center will exceed 51% in the traditional data center for the first time, and is expected to reach 57% by 2015.

What assumptions are Cisco's projections based on? Vendors point out that virtualization technology for converters and servers added to hardware and applications is a key indicator of the adoption of cloud computing.

This means that the IT department and Enterprise management need to recognize the role that the changing technologies in their organizations show instead of just reporting and doing nothing in the server room, it should evolve into a service-supply broker that expands its current market or shifts it to a new market, depending on the development needs of the enterprise. The role of it is to help organizations determine whether the services they need at that time are available in the organization's own IT resource network, or whether they can securely connect to the extranet.

Enterprise data centers are also likely to provide more services to a wider audience, such as partners, vendors, current customers, or other users.

It is noteworthy that in Cisco's conclusion there is no explanation for the differences between the public cloud and the private cloud data center, which is based on the assumption that most businesses and their end users will use both terminal and intermediary technology and application resources. In addition, the large cloud growth within the enterprise could be attributed to a growing number of end-users, such as consumers and business users, who are looking to build new networks, and the need to access applications and content at all times has driven the evolution of cloud services to a large extent. Cloud-based data centers can support more virtual machines and workloads per server than traditional data centers.

Data centers will be busier than ever with cloud computing and virtualization. Because of the constant volume of information transfer and data transfer in applications, databases, backup sites, and processors that are processed in parallel, Cisco expects 76% of IP traffic to continue to run within the data center within three years, equivalent to the current 77% level, as Cisco analysts have reported: Traditionally, A single server runs a workload. However, as its computing power and virtualization continue to improve, the amount of work on each server is the same in the cloud architecture. The cloud economy, which includes server costs, flexibility, scalability, and product life expectancy, facilitates the transfer of work between servers, both in the data centers of different geographies and within them. Several workloads distributed between servers typically support an end-user application, which can generate multiple streams of data in and out of the data, in addition to the end user.

(Responsible editor: The good of the Legacy)