In this digitally-motivated world, the frontrunners among various data center providers will be those who can attract potential users and retain existing ones by expeditiously addressing to their growing and dynamic demands. Conventional data centers usually draw computing power from rack mounted servers that are often implemented with virtualization technology, bolstering application availability and making management process more agile. These racks are generally coupled with storage arrays of different configurations and networking switches.
There is no denying the fact that aforementioned kind of data center architecture has delivered substantial outcomes. However, with the passage of time, server sprawl, inadequate management and underutilized IT resources can impact the potential benefits achieved by implementing virtualization technology owing to data center scaling.
Furthermore, to house these IT assets enormous data center space is imperative, which is again an obstacle for the organizations with space constraints. Well, this issue can be handled by consolidation. In this light, IT administrators continue to seek innovative strategies to provide seamless user experience and achieve profitable growth while keeping the cost structures at minimal.
Dense Computing: An Overview
Dense computing is one of the emerging solutions that helps in mitigating server sprawl and systematizes the data center. To put simply, in dense computing a vast amount of computing potential is packaged into a chassis to make best possible utilization of available space with minimized heat effects. This chassis offers all the necessary attributes including power, networking, and cooling in a relatively lesser physical footprint when compared to convention rack mounted servers. The unmatched characteristics of dense computing allow data center providers to save the rack space and reduce the time needed for new workloads deployment.
Dense Computing: Significant Attributes
When physical servers are consolidated in shared architectures it offers portfolio of benefits:
- Helps in slashing down cost incurred on network cables that is used for power dissemination
- Helps in increasing the overall data center efficiency and efficiency of Computer Room Air Conditioning (CRAC ) units
- Helps in simplifying the system management for better returns on investment
- Helps in automating few of the data center tasks & ensures unmatched hardware maintenance and monitoring
Apart from this, it streamlines and simplifies the deployment process in concord with virtualization. Immediately after the blade chassis is racked and powered, additional server blades can be deployed in the chassis with no extra efforts. Right from the system updates, OS installation, hardware patching can be remotely handled using system management utilities.
Furthermore, there are a host of frameworks that allow merging vendor systems management tools into one chassis, which in turn, enables system administrators to proactively manage the servers and fix the issues before they arrive.
To conclude, it is imperative to opt for a reliable dense Cloud computing platform that can help you meet your current needs and support future growth.