Your business has already grown so much that you need your own server for CRM, MySQL or virtualization, but the prices for server hardware upset you? In this article, we will tell you how to save up to 100 times on buying used server hardware and not regret buying it. Server equipment has a huge safety margin, it can operate 24/7 for years and decades. And if you are not worried about the lack of warranty and support, but there is a desire to buy a top server at the price of a good mobile phone ...

HP Lefthand storage ideology is based on 5 core technologies: Storage Clustering, Network RAID, iSCSI Networking, Thin Provisioning, Local & amp; Remote Copy. The names speak for themselves. In this article, we will find confirmation of each of these points, as well as consider how the different versions of the StorageWorks P4500 and StorageWorks P4300 series storage systems, designed for use in large enterprises, differ. Statistics are tough lady, difficult to argue with. And she says the ...

MSA2000sa disk arrays in a 2U case are designed to form a consolidated storage environment for small and medium-sized enterprises, as well as for organizing disk storage of the second or third level in remote offices and branches of large companies. It is important for administrators to know a number of subtleties of configuring these disk arrays. How the storage systems are configured in some cases depend on their fault tolerance and performance. For administrators of the popular HP ...

Usually, the user trusts his information to a single hard drive and backup. This approach is absolutely inappropriate for enterprises where data loss is equal to business loss. What data storage systems exist today and from what threats can they protect your data and, accordingly, your business? Considering any information system, one cannot but highlight such a process as information storage. It is the information that is the main value in any organization, and the entire infrastructure ...

Servers are the main strong point of Hewlett Packard products. The company owns more than one third of the x86 server market, so it's hard to compete in this regard. The company has expanded its server line this year, and the older models will soon be phased out. We will try to help you figure out the model range of HP servers that is relevant for the coming year. Not so long ago, HP outstripped IBM in server sales, slightly, but outstripped. This leap is driven by the company's very hard ...

We are testing and comparing two 1U universal rack servers. These servers use 2.5" hard drives, they meet the latest energy efficiency requirements and have the high performance Nehalem architecture. They are very similar, but nevertheless, choose between these two machines carefully, since each has its own characteristics, which we will tell you about. Modern 1U rack servers are mostly versatile machines for various configurations, ranging from web hosting to HPC and supercomputers. ...

Today, when choosing a server based on Intel processors, many are wondering whether it is worth overpaying for new items built on the Nehalem architecture, or taking a server of the previous generation, especially with a higher processor frequency. We tested two popular HP Proliant DL380 G5 and G6 server models and compared them not only in speed, but also in design. Almost a year has passed since Intel presented its new Nehalem architecture on the server market, but at the same time, the ...

One of the trends in the server market is the transition to 2.5 " hard drives. Manufacturers claim to increase storage density and reduce power consumption. But how relevant is it if you count Watt, gigabyte per unit, and also remember the cost of the hard drives themselves and their controllers? Let's look at this situation using HP servers as an example. More than a year ago, HP discontinued its SCSI servers and began manufacturing SAS and SATA 2.5 form factor servers & rdquo; and 3.5 ...

What if there is a new kind of workload and I want to collect a lot more memory than you can imagine? What if I want one computer to address a petabyte of memory? But today, no one knows how to build such a system except IBM. IBM's lead engineer, bill stark, asks the question: "what if there is a new kind of workload and I want to collect much more memory than could ever fit in a single device? This is a completely new application: what if I want one computer to talk to a petabyte of ...