In a data center, you’ll see racks and racks of servers—because that’s considered to be the norm these days, aside from some form of internal cooling system. However, some companies find that these servers are an aggravating overkill, so they consider getting a microserver instead of worrying about cumbersome machinery that’ll sit idle anyway. This is often the cheaper alternative and can definitely save the company a lot of money in the long run. Microservers can handle simple tasks that you just don’t need a server to handle.
So Why Are Microservers Better?
There are many servers in a data center that will sit idle most of the time when there isn’t the need for high computing tasks, which is prevalent with shopping sites that are geographically located. Making use of microservers to handle myriad tasks is the better choice as compared with buying a dedicated server which the company will not push it to its full capacity.
In addition to that, you are also looking at lower power consumptions, often at 45W, though it can be as low as 10W. This difference is substantial compared to the 90W present in high-end servers. Having microservers can also be economical as it not only saves power but offers more useful computing for the dollar.
Microservers have already been implemented by companies like HP. In fact, the company mentioned that 1,600 of its microservers used for Project Moonshot Calxeda EnergyCore can handle the same workload as 10 racks of 1U server. These microservers are put into half a server, which means less cabling, switching, and device complexity. In fact, it costs 63% less for the setup and uses 85% less energy as compared with the full-sized servers.
Are There Limitations With Microservers?
The problem with microservers is that they lack the computing power to handle complex computing tasks, such as enterprise IT or technical computing. That’s why it’s better to let microservers assist the normal servers in areas with lower computing needs, or in trivial matters such as taking care of FTP or running a HTML static website.
Do you see warnings about your data being vulnerable on the internet? Is it true that threats and fatal attacks are always hiding around the corner, perhaps having a profound affect on domain name registration for new businesses? Your concerns are certainly valid, especially if you are housing proprietary or sensitive information. Since DDoS attacks can knock your servers and microservers offline, it’s best to make sure a professional technical support team is handy. Partnering with a technology support firm when attacks and downtime occur is a wise choice for any small business to make to protect themselves.
Where Will Microservers Be In the Future?
Basically, cloud computing uses software and hardware resources—both of which are provided as services through a network. This recent development in web hosting has stirred up some hype due to its promising features and scary disadvantages. The primary problem that cloud computing faces is maintaining the confidentiality and integrity of data. This is where microservers come in handy.
In some cases, microservers have already been implemented in the industry, but they have yet to fully take off. Because microservers can only handle less complex computing, it is expected that in the future, each microserver cluster will have its own specific tasks, such as running a company’s SaaS application or some very specific computing. Since it is also cheaper, expect its adoption to increase in the near future.
Before finding a microserver, it is important to know the role which this server will play. Is it a server that will be used to handle file and printer sharing, or is it one that needs to handle tasks like database or e-mail? In the case of file and printer sharing, you’ll only need a simple and inexpensive server—but for more complex applications such as SaaS or heavy computing, you may need a more expensive server instead.
Besides that, it is also important to know the software being installed on the server and whether it will be supported or not. Certain software might work with a specific set of hardware, and this usually involves proprietary software. Once you have all these details ironed out, you’ll be well on your way to an optimized server and microserver network!