Evolving from a development tool running on the desktop to an essential component of IT infrastructure, more and more companies are using virtualization in their business to reduce costs and space.
A recently published article titled Virtual Strategies: Managing Servers, Desktops and Storage for Infrastructure Efficiency, found that 92 percent of companies have implemented so type of server virtualization. AMD and Intel have implemented enhancements to their chipsets that enhance virtual performance for virtual machines, applications and operating systems.
Virtualization can address many problems such as a more productive and flexible data centre, which is easily scalable, reduced costs, both in power and data centre footprint ad increasing data availability.
End users of both AMD and Intel virtualization solutions were asked to report their experiences in addressing five key areas;
- System availability
- Data availability
- System complexity
- Impact on space and power requirements
- A General Improvement
In systems availability end-users of both AMD and Intel reported marked improvements, with Intel users’ improvements about 1.5 times greater for both server and desktop availability. Improvement in storage availability was bout equal.
The results were similar in data/applications availability, as general improvements were reported by both sets of users. Intel users reported improvements in data/application availability about 1.8 times greater than that of AMD users. However, they also indicated substantially less success in meeting data service level agreements, with AMD end-users reporting a rate 12 percent higher than Intel.
Virtualization has had a significant impact on the size and composition of end-user configurations. Intel end-user turned almost 25 percent of their server farm and reduced the total number by over 13 percent, by replacement or retirement. AMD end-users turned about 30 percent of their servers, reducing the total number by almost 11 percent. AMD end-users reported an infrastructure efficiency increase 1.2 times that of Intel.
By optimizing existing systems, virtualization can reduce the total number of servers, desktops and storage hardware required to do the same amount of work. In tandem with a reduction in footprint, is often a reduction in power requirements.
Using less power and less hardware to support similar or greater workloads is a scenario that those seeking to help the environment would approve of. AMD end-users reported greatest success in both reducing footprint and power consumption, substantially greater than Intel users.
Solution providers in virtualizing the x86 platforms are primarily AMD and Intel. Other technologies are utilized to enhance and enable serve, desktop and storage virtualization.
Virtualization can be enabled and enhanced with several technologies. X86 virtualization is effective in addressing multiple issues that plague current system configurations: End-users of both Intel and AMD reported substantial improvement in system application availability.
The growing problem of system complexity was also addressed with reported reduction in the number of servers required to complete the same work or more and the resulting increase in infrastructure efficiency.
End-users of both AMD and Intel reported significant progress on several important metrics, so either solution is a better option than non-implementation.
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