Enter your email address to subscribe to this blog and receive notifications of new posts by email.
AcclaimedHost introduces United Kingdom shared and reseller hosting services starting from a special introductory price of just $2.95/month.
“The demand in the United Kingdom is something that we’re really looking forward to being able to fulfill. We’ve found that a lot of our clients come from the United Kingdom, and they look specifically for servers based locally”, explains Alan Romano, AcclaimedHost founder.
The United Kingdom servers include have SSD-accelerated hybrid drives, giving both the power of the SSD and the space of the spinning disk. These servers come with all the guarantees and incredible support that clients have come to love about AcclaimedHost — 30 day money-back guarantee, 99.9% uptime guarantee, and our average 1 hour support ticket responses.
“I personally look forward to getting to know all of our new clients. We will proudly host their sites, bringing them faster loading times, better support, and more affordable services. This is only the first step in our efforts to build an incredible global network”, remarks Alan Romano.
Operations director Charles Hatfield explains, “The United Kingdom represents a major hosting market that we’re going to be able to finally serve properly.”
The SSD, or solid-state drive, is a newer type of hardware technology that is popping up everywhere. With performance claims of being over ten times faster than the traditional spinning disk, the SSD has caused a significant disruption in the industry. The SSD has become a buzz-word. In this post, we’re going to examine the SSD beyond the hype — is it worth the additional cost?
On a typical shared hosting environment, the bottleneck source is the CPU. Of all the parts of a server, the CPU is the most sought-after. It, however, is also a source of bottlenecks. A clever system administrator may imagine that a faster drive may in fact be a nice way to remedy this issue.
The problem with this is that the bottleneck lies in the CPU, not the read/write speeds of the server. Although upgrading the storage device is nice, it would not create the marked performance enhancements that would be noticeable with an SSD.
On the other hand, if a CPU is not having issues keeping up but there are I/O wait times, an SSD would indeed be a great solution to this issue. Faster read and write speeds will be able to remove the wait time. If the server is severely overloaded, though, a powerful CPU combined with SSD’s won’t make a difference.
VPS nodes suffer from different issues than shared hosting servers. Of course, this makes sense because the architecture for VPS nodes is different. VPS are full Linux servers running in separate containers, and they usually host websites that are too big or have outgrown shared hosting.
This means that system resources like CPU and disk read/write all come at a premium. But, VPS customers pay for a VPS, so they get additional resources and share the CPU among less people than in shared hosting. The most typical VPS performance issues are disk related.
In a VPS hosting environment, an SSD-cached (hybrid between SSD + spinning disk) solution is always advisable, at the least. This is possible on a software level through drivers like Flashcache. An SSD-cached VPS will provide much better performance, but for high-end clients seeking pure performance, only a pure SSD VPS will be able to accommodate the necessary disk speeds.
SSD’s are significantly more expensive than traditional spinning drives. As time progresses, SSD’s have been able to come down in price, and at this point they are beginning to become standard in dedicated servers. Even with their higher price, the best thing that one can do to ensure that he or she is using his resources carefully is to confirm that the performance bottlenecks are indeed occurring at the disk drive.
1921 E Dakota AvePierre SD, 57501