Online expansion is rapidly demanding more speed, more virtual space, and more professionals to work on the ever-increasing demand. Solid-state drives, or SSDs, are regarded as one of the major breakthrough technologies in the fast-paced world of virtual computing. With the growing demand for enterprise-grade services, technology should be able to keep up with the increased growth of the e-network.
Unquestionably, SSDs meet that demand.
The current technological trend has a glaring benefit to the seemingly limitless borders of the virtual world. It is incredible to know how science has been applied to make this tiny equipment and turn it into a huge arc stone that has finally addressed the growing need of the world wide web.
What is an SSD?
A solid-state drive (or disk) is a storage device that keeps various types of data that range from “easily accessible information” to “infrequently accessed”, or “persistent”, data. SSDs are also non-volatile – it is a storage device that is able to save content even when it loses external power supply and/or when the computer is turned off.
Compared to hard disk drives (HDDs), SSDs do not have any moving parts (i.e. the spinning disk and the mechanical arm on an HDD are replaced, among other things). Furthermore, with the emergence of smaller but more powerful electronic components, SSDs utilize an array of microchips and semiconductors that would serve as the disk drive. These interconnected parts use integrated circuits (ICs) instead of magnetic or optical storage media of a traditional HDD.
Technological revolution-rendered SSDs continually and exponentially grow and improve to cater to the needs of the e-network. Physical servers (e.g. standalone dedicated and private servers) and virtual service providers (e.g. cloud hosting providers) have been increasing their requirements to higher input/output (I/O) performance. Since SSDs create much lower random access and read access latency as compared to HDDs, solid-state drives are more ideal for the heavier workloads.
All of these features make up for an effective tool in cloud hosting. With cloud hosting, the major consideration is speed and performance. A better performing web host is the best support a thriving e-commerce website needs. A glitch in the system can result in financial loses — A perfect reason SSDs’ reliability and stability makes for a good tool for virtual private servers.
How Can My Business Benefit From Cloud Hosting Servers Who Use SSDs?
SSDs epitomize network speed and enterprise-level performance in terms of network accessibility. In the age of e-commerce and social media, top-game accessibility is a key metric for performance and reliability.
So how does all the speed, reliability and overall top-performance result to a better choice?
- More Speed = Better Business
In essence, the mechanical components of HDDs cause the slowing down of the whole drive because of the friction between assembled parts. When an HDD is freshly off the box, the whole mechanical system works like a well-oiled machine. It is the eventual deterioration that creates the inevitable lag in the process.
Since the main differentiator between an SSD and an HDD is the reduction of moving parts, there is less physical factor of delay in transmuting data at any given time. The spinning disk and the movable mechanical arm are replaced by the “solid” melded microchips. This hardware difference of SSDs prevents the usual data fragmentation that occurs on SATA drives (Serial AT Attachment). This entails a super-fast performance, virtually eradicating any latency during data access.
At this point, data transfer is now at an optimum level. With SSDs loaded up on the physical server, the virtual server has more disk space to utilize. This leads to a more stable network to allow higher website capability. More images of higher quality can be used. Video streaming makes a better impression with the speed. All in all, the website then could accept higher traffic, ultimately leading to higher chance of online success.
2. Better Safety = Fewer Losses
The main purpose of websites is to promote niche information to target audiences by presenting valuable content and data. It is imperative that the core data of any given web source is kept safe, untarnished, and readily available upon request. This is where SSDs truly showcase their value.
As any good webmaster knows, safety and speed are essential to the success of their site. That’s why many choose to go with safe option of using WordPress for the site architecture. And, of course, they choose the best hosts available for WordPress – although it’s not always easy to decide which hosting options is the best. Luckily there are sites that offer more information on the various available options.
Considering the mechanical nature of HDDs, there is high risk of data damage due to the natural equipment aging. There is also a chance of data inaccessibility because of possible damages during equipment transport and mishandling. Add in the endless use of the HDD, all these factors lead to wear and tear. Thus, efficient data transfer capability is greatly affected.
Since SSDs are created with advanced firmware and systemic data recovery, malware attacks are less likely to occur. Viruses, network crashes, and hardware malfunctions are similarly reduced in solid-state drives. This is highly beneficial to enterprises which have an expanded web presence. It ensures that the online portion of the business will run smoothly.
SSDs’ “solid state” eliminates all of the aforementioned risks of possibly losing data. This tags SSDs as the perfect storage device in keeping data safe.
3. Less Movement = Higher Durability
In the battle of prices, SSDs are more expensive upfront. However, since SSDs are already tried and tested as the more durable storage device as compared to HDDs, overall cost sways in favor of the former. The microchip technology that solid-state drives offer ensures the longevity of the equipment, and the reduction of the overall maintenance cost.
A factor for consideration in giving a second look at HDDs is its unrelenting requirement to consume more power while being used. Inevitably, the presence of the constantly working mechanical parts creates more heat off the hard drive – another factor that reduces the lifespan of the equipment. This is one of the reasons why server rooms require good ventilation and, in some cases, a cooling system.
This damaging factor is considerably reduced by the SSDs’ chip-based storage – a technology that needs less power, but performs better and faster. The temperature issue creates no major equipment hazard.
Long-term projections show that the SSDs’ advanced technology (as compared to HDDs) creates a viable market of SSD-integrated equipment users who wants to improve the quality of the underlying physical server of a cloud host. Considering all the benefits a business can have from this technology, a high-performing desktop server can innately increase network productivity with the incorporation of SSDs. In turn, the network grid is improved, the cloud hosting service is enhanced, and all clients within the network benefit.
Overall, using enterprise grade SSDs is a great way to improve the e-networking experience. Since cloud hosting is highly dependent on its physical server, SSDs’ innovative features can mean a better connection to the rest of the online community.