A solid-state drive (SSD) is a new generation of storage device used in computers. SSDs replace traditional mechanical hard disks by using flash-based memory, which is significantly faster. Older hard-disk storage technologies run slower, which often makes your computer run slower than it should. SSDs speed up computers significantly due to their low read-access times and fast through puts. Here’s all you need to know.
For decades, data was stored primarily on mechanical hard drives. These traditional hard disk drives (HDDs) are mostly based on moving parts, like a read/write head that goes back and forth to gather data. This makes HDDs the likeliest computer hardware component to fail.
Virtual server from Poland located in Europe with unique port and hardware has significantly increased the quality of the virtual server and by reaching 99% uptime, as well as cooperation with the famous OVH data center and the use of hardware firewalls, users’ imagination is updated. Makes it easy to host on this server. VPS or virtual server is actually a scaled-down model of a cheaper, more expensive main server that best meets the needs of users.
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VPS is a type of dedicated server that is provided to users with a dedicated operating system and settings, as well as a separate hard drive and hardware, with different generations of software. Virtualization software or hardware performs resource allocation and resource control operations.
Virtual server is the most suitable option for users who need dedicated resources for their website or website, while the cost of dedicated server is not affordable for them.
VPS is the best option for companies and organizations that need more resources than virtual servers or shared hosts. Due to the reasonable cost of server compared to dedicated server and more speed and stability of virtual server, websites with high traffic prefer choosing virtual server to dedicated server.
A physical server is divided into several VPSs. Each VPS, by definition, will have a dedicated and guaranteed share of server resources such as CPU, main memory, hard disk space, bandwidth, and so on.
The servers used to provide VPS services are all up-to-date hardware and DDR4 RAMs that provide very high quality to users. Also, the services provided by ded9 are hidden without any overselling and costs. Users can safely use these services for any type of application, including remote desktops and heavy sites, overseas network connections, and more.
Virtual server allows you to build a very powerful computer with unlimited dedicated resources using the best and most up-to-date virtualization methods such as KVM and VMWare ESXi and always on with the best conditions and speed of Internet access with extremely high security you have. Virtual servers are suitable for very long-term use and can run commands and software and all the actions you want for several months without the need to restart and reduce speed and efficiency. If you have a website with special needs and custom settings, buying a Virtual Server and launching a website on it is one of the best suggestions. With very high uptime and great network infrastructure, you can provide your hosting service with the highest quality on VPS.
Ded9 Virtual Servers with High Speed Disk, Ultra High Speed are very suitable for heavy processing and sites with heavy database or high traffic and cause better performance of sites and software, all Ded9 Virtual Servers have control panel features Turn on, turn off and restart the virtual server, change the operating system, access the VNC and console, reset the operating system password, view the status of the cloud and virtual server, and so on, which eliminates the need for the user to access many support requests. Also, the resources allocated to each cloud server and VPS virtual server are completely dedicated, which will greatly increase the quality of services.
It can be provided with configuration and free installation for hosting with CentOS, Debian, Ubuntu Linux operating systems, as well as with Windows Server operating systems, 2012, 2016, 2019 versions.
A virtual private server is a very versatile service with countless possible applications. Unlike shared hosting, the user gets full administrative or root access to the server. Although a certain level of server management experience is required to use a VPS successfully, it also allows the users to have complete control over the service they are paying for.
Therefore the server admin only needs to know how to implement the task at hand into the VPS, making almost any function that can be performed with the allocated resources possible for the virtual server.
Root access that we have mentioned earlier opens several possibilities for a VPS owner. First of all, root access offers independence from the hosting provider in terms of software. While the hosting provider still manages the server’s hardware, a choice of software is on the user.
It’s you, not your hosting provider, who decides when it is the right time to upgrade, for example, cPanel or MariaDB. We cannot say that this freedom is absolute, though, compared to the dedicated hosting plan. If a bare-metal server has a hosted hypervisor installed, its OS must be compatible with a guest OS. For instance, if a physical machine runs Linux, it’s impossible to install Windows as a guest OS.
A native hypervisor is compatible with any OS. Apart from that limitation (and apart from illegal activities, of course), VPS users can install whatever software they want. More than that, with root access, a user has full information about the server’s performance, knows when to upgrade or downgrade, and can check server logs of different kinds without reaching out to their hosting provider.
Having a shared hosting account – although cheap, is less secure. Suppose someone on a shared server becomes part of a distributed denial of service (DDoS) attack target or blocked for mass mailing. In that case, other accounts on the server will be affected as well.
Also, if a shared account abuses server resources, the whole server will be impacted. Using a VPS provides full isolation from what other users do on the server. You won’t be bothered no matter what your neighbours are doing.
VPS hosting is a very scalable solution by its very nature. Virtual machines don’t depend on their physical server; as we have said, they don’t even recognize it exists. Suppose a VPS needs to be upgraded or downgraded. In that case, all a hosting provider needs to do is to adjust the limits for this VPS in a hypervisor.
After the reboot, a guest OS will work like nothing happened, using new hardware quotas. This comes in handy if you cannot estimate the technical specifications you need before you run some tests.
Also, suppose you have a seasonal business (e.g., you sell beach equipment). In that case, you can choose to have a more powerful server during your peak demand season and a cheaper one for the rest of the year.
A great advantage of VPS, compared to both shared and dedicated solutions, is snapshot technology support. A snapshot is a state of a system at a certain point in time. It works like game saves in your favourite computer game. If a game is not going well, you can exit and start from a checkpoint.
A snapshot works the same way; if you need to go back in time, your system can be restored from a snapshot to its previous state. It is extremely useful in case of a system failure or simply running complex tests and wishing to save your progress.
Unlike a backup option that copies the whole system each time you run it, a snapshot contains only changes. This means that a snapshot takes less space than a backup and can be created/restored quicker.
It does not mean that you do not need backups, though. Backups are still life-savers in case of operating system failure. Don’t forget to store them externally.
SSD VPS Hosting, in simple words, can be defined as a ‘Solid State Drive VPS Hosting Plan’. Here the VPS Hosting service provider uses an SSD disk instead of the traditional Hard Disk Drive on their physical servers. The benefit of an SSD over HDD is that it consumes less power and delivers faster performance and speed. Let us see in detail, what distinguishes the two drives from one another.
We at ِDed9, provide all our VPS Hosting plans with SSD storage options, along with, storage space from 20-120 GB. Furthermore, with our SSD VPS Hosting you get to choose your choice of control panel either cPanel or Plesk.
Choosing the right storage option for your VPS Hosting depends on your needs. In the end, it is your marketing strategy, good content, and how you present your website to a potential customer that makes the difference, however, the right hosting plan just acts as a bonus! So decide wisely!
What makes SSDs an increasingly popular choice is their speed. Across the board, SSDs outpace HDDs because they use electrical circuitry and have no physical moving parts. This leads to shorter wait times when you’re starting up and fewer delays when opening apps or doing heavy computing tasks. For example, the Intel SSD D5-P5316 is a 15.36TB enterprise-grade SSD that offers over 7000 MB/s in bandwidth. The 14TB Seagate Exos 2×14, a compatible HDD, offers only up to 500 MB/s in bandwidth. That’s a difference of 14x!1
These faster speeds lead to performance benefits in several areas, such as when logging in and waiting for apps and services to start up, or when performing storage-intensive tasks such as copying a large file. With an HDD, performance slows significantly, while an SSD can continue to work on other tasks.
Speed is also influenced by the interface used in an SSD vs. HDD that connects to the rest of the computer system when transferring data back and forth. You might have heard of these interfaces—SATA and PCI Express (PCIe). SATA is an older, slower, legacy technology, while PCIe is newer and faster. SSDs with PCIe interfaces will typically be much faster than HDDs with SATA because PCIe contains more channels to transfer data. Think of it like the number of cars that can go down a one-lane country road compared to a four lane highway.
Although no one ever complains that their computer is too fast, there are times when an HDD can make sense. If you have terabytes of files that you want to store, HDDs are still a less expensive option, although that’s changing with increasingly lower SSD prices and newer NAND technologies driving bit densities higher per NAND die. Computer storage decisions can be simplified by thinking of data as either cold or hot. “Cold” data might include the years of photos you want to keep on your laptop but don’t look at every day and don’t need quick access to. HDDs can be an excellent, cost-effective choice for cold data. At the other end of the spectrum, if you’re a business running real-time transactions, editing videos and photos and need fast access to a database of files, video clips, or models, or even just running the operating system, that’s referred to as “hot” data. The fast performance of SSDs makes them an ideal choice for when speedy access to your data is what matters most.
The degree of write wear to a NAND SSD depends partly on the state of data already on the drive, because data is written in pages but erased in blocks. When writing sequential data to a relatively new SSD, data can be efficiently written to successive, free pages on the drive. However, when small blocks of data need to be updated (as in revising documents or numerical values), the old data is read into memory, revised, and then re-written to a new page on the disk. The old page, containing deprecated data, is marked invalid. When free pages are no longer available, those “invalid” pages are freed up for use in a background process called “defragmentation” or “wear leveling.” All existing valid pages in a given block must first be copied to other free locations on the drive so that the original block only contains invalid, deprecated pages. The original block can then be erased to free up space for new data to be written.
Internal NAND housekeeping processes like wear leveling lead to write amplification, where the total internal writes on an SSD are greater than the writes required to simply place new data on the drive. Since every write slightly degrades individual NAND cells, write amplification is a primary cause of wear. Built-in processes help NAND SSDs distribute wear evenly across the drive. But the bottom line is that write-heavy workloads (random writes, in particular) cause NAND SSDs to wear out faster than other input/output (I/O) patterns because they result in greater write amplification.
Good news is SSD drive level endurance is always specified while keeping the worst case random write patterns in mind. For example, when you hear a drive can do one Drive Write per Day, that means you can write at least one full drive worth of data using that random write usage everyday during the drive’s warranty period (typically 5 years).
When it comes to capacity, SSDs for computers are available in 120GB to 30.72TB capacities, whereas HDDs can go anywhere from 250GB to 20TB. When measuring cost per capacity, HDDs come out on top, but as SSDs drop in price, this will become less of a differentiator for HDDs. However, with SSDs, you get much more work done per server which results in fewer devices deployed to get the same output as an HDD. The result? SSDs have a lower TCO (total cost of ownership).
Reliability is defined as whether data is stored as intended, in an uncorrupted state. SSDs in general are more reliable than HDDs, which again is a function of having no moving parts. That’s because without movement, SSDs aren’t affected by vibration or related thermal issues.
SSDs commonly use less power and result in longer battery life because data access is much faster and the device is idle more often. With their spinning disks, HDDs require more power when they start up than SSDs.
It is well understood that SSDs perform significantly better than HDDs. Almost as well understood is the reliability advantage of SSDs. Given these intrinsic advantages, SSDs do not need replication for performance, and they generally require much less replication for reliability. Higher SSD performance also lends itself to much more efficient data-reduction methods than HDDs. Data reduction is the ratio of host data stored to physical storage required; a 50 percent ratio would be equivalent to a 2:1 data-reduction ratio. Because data reduction allows the user to store more data than is on the physical hardware, the resulting effective capacity is increased. Compression and deduplication technologies can greatly decrease the required raw storage capacity needed to meet a “usable capacity” requirement.
Modern algorithms are optimized for SSDs, taking advantage of their performance to enable a high data-reduction ratio (DRR) while delivering high application performance. For example, the Zstandard compression algorithm from Facebook achieves compress and decompress speeds much faster than HDDs can read/write, thus allowing the use of the algorithms on SSDs in real time. Another example is VMware vSAN, where compression and deduplication are only offered in all-flash configurations.
Automatic installation of operating systems on a server is one of ShopingServer key features. Due to this feature a customer can get a ready-to-go server right after the payment has been made.
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CentOS 6, 7, 8; Debian 8, 9, 10; Ubuntu 14.04, 16.04, 18.04; Windows Server 2012, 2016, 2019.
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