SSD Is one of the best choices for any user when it comes to buying these types of hard drives are much faster than HDDs, have less power consumption and due to the lack of any physical components in them, They have a very long lifespan, but on the other hand, this type of technology is more expensive than HDD hard drives and has less capacity.
Nowadays, having an SSD hard drive for all home, office, etc. systems have become a necessity, because it increases the performance of users’ systems, regardless of their age, on the other hand, the speed of reading and writing on this type of hard drive is Up to 5 times faster than normal HDDs.SSDs also have a longer lifespan due to the use of chipsets and the absence of any physical components such as read and write headers on the HDD.

Introduction

In general, SSD hard drives are divided into three categories: SATA, M.2, and NVMe. The first generation of SSD drives, called SATA, was developed and can be considered as the starting point for solid-state drives or SSDs.

These types of hard drives were not much different in appearance from 2.5-inch HDD drives, with the difference that their speed, durability, and price of these two products were completely different, SATA hard drives like HDD uses a SATA cable and power cables, but in terms of components, inside the body of SSDs were only chipsets and boards, and there was no mention of physical components such as hard disks or headers in this type of memory, because of having no moving parts, SSDs were lighter.

As we said, one of the strengths of SSD drives is their performance and longevity, thanks to NAND technology, which is present in all SSDs, you will not see any burning or excessive use of a specific part in this type of drive.

If you put some data on your SSD, NAND Flash technology will prevent the data spilled on this drive from being stored in one place and will be distributed on all SSD drive chips, while in the exact opposite way we have HDDs and one part of your hard drive may be used a lot, while other parts are not used at all, this is one of the main reasons for the existence of Bad Sectors in HDD hard drives, and this is not the case with SSDs.

It also has the same shelf life and longevity of SDDs as other electronic components, in which case the lifespan of SSDs will be measured in terabytes and petabytes, so and SSD hard drive is able to read and write data up to 1000 Terabyte without any problems, which is why some SSD drive manufacturers are trying to produce memory with smaller capacities so that they can extend their lifespan even more.

Types of SSD drives

SATA

As we said, SSDs are divided into three general categories, the first category is SATA, which is somehow the most popular and most widely used type of SSD. This type of hard drive became one of the most popular options for home and office systems due to its lower price than other SSDs and also having the general features of SSD memory. Also, this type of drive won’t demand any special or new technology, like old traditional

HDDs this SSD need a SATA and a power cable to works, so almost all kind of old or new motherboard support it.

M.2

These types of SSDs were faster, much smaller, and more resilient, but at the same time they cost twice as SATA SSD drives, to connect this type of hard drive to your motherboards, they had to support the new M.2 sockets, this type of interface was used as ports for adding Bluetooth modules or WiFi modules.

mSATA

One of the most popular types of SSDs among laptop and notebook users is the mSATA drive, which is very popular over all other SSDs due to their very small size. Also, adding this type of socket on the motherboards of laptops was not a difficult task, also many mid-range laptops produced from 2016 until today, support this type of drive.
These types of drives were slower than their predecessors but still did not differ much in price due to their small size.

NVMe

One of the problems that users always face is being deceived by computer parts vendors, NVMe memory is very similar to M.2 memory, so it is better to be more careful when buying this form of drives because in terms of Support and performance they are very different from each other.

If you are not aware of the differences in appearance and function of these two types of memory, you may be deceived when buying.

NVMe memory is now the latest generation of the SSD family because it comes with the same small appearance as M.2 memory, but is almost 3 times faster than M.2 memory, and this type of memory is much more expensive. They are often used in industrial and expensive systems because old motherboards do not support this type of hard drive.

Comparing SSD with HDD: Differences in design

A hard disk stores information on one or more mini circular flat disks (called screens). To read and write on the surface of the plates, the drive uses a small electromagnetic piece, one end of which is located at the end of the actuator arm and each end of which is on the surface of the screen. The design of these disks, which are relatively inexpensive to produce, is based on trial and error methods. The speed of operation of the drive also depends on its mechanical parts.

On the other hand, we have SDs that, as their name implies (solid-state drive), do not include the moving part and are completely static. The method of storing data on them is more like flash memory cells on USB drives; The difference is that the speed and quality of memory in these drives are much higher.

Because SSDs do not require all the magnetic components and drive arms to store data, they are significantly smaller than HDD drives with the same storage capacity. This size difference is actually a huge issue.

Comparing SSD Speed with HDD: Which is Faster?

To put it very briefly, SSD. When it comes to comparing the speed of the two, the competition is not even close! The fastest HD drives can reach speeds of up to 480 Mbps at best; But it should be noted that the devices we are talking about are more for heavy work and used by commercial companies, not ordinary people. The speed of most models that are distributed to consumers and ordinary people is about 160 MB per second.

Instead, most regular CDs, which are not very sophisticated and specialized in their production structure, reach speeds of up to 500 Mbps; Of course, even this high speed seems embarrassing compared to the speed of more advanced models! For example, the maximum recorded speed of the Samsung 980 Pro was 7,000 Mbps for reading data and 5,000 Mbps for writing.

It should be noted, however, that the speeds mentioned strongly depend on the device on which the user uses the drive, and the user interface is highly influential. Serial Advanced Technology Attachment (SATA), used by cheaper HDD and SD drives, is the slowest. This interface is actually a public bus or route for connecting data storage tools (such as HD) to the host bus.

Another interface is PCIe 3.0 (PCIe 3.0), which requires more expensive non-volatile memory for CDs but instead can record much higher speeds of up to 3,500 Mbps.

The last (and of course the most expensive) interface that can be considered is PCIe Express 4 (PCIe 4.0), after which you can achieve the mentioned speeds similar to the Samsung 980 Pro (5000 to 7000 MB / s).

It’s good to know that high speed in everyday activities such as typing in Word or watching video on YouTube is not very noticeable, but an SDD always comes first in booting up your device system or loading the software you want.

SDS also increases the loading speed of games and other applications on both PCs and consoles. Another obvious issue when it comes to drives is the speed of transferring your files, which will be much faster on CDs. As a result, when it comes to speed, the choice of a better drive is very clear; Because SDS comes first with a huge differenc

Comparing the price of SSD with HDD: Which is cheaper?

So far, choosing between SSD and HDD does not seem like a very difficult decision; SSDs are by far the fastest and offer a wider range of form factors (form factors; an aspect of hardware design that defines the size, shape, and other physical characteristics of components, especially in consumer electronics and electronic packaging). However, there is a good reason to give mechanical drives a chance again: price.

Yes, CDs may be much faster, but their speed is also expensive. For example, if you check the price of one terabyte HD drive on Amazon right now, you will find hard drives priced under $ 50. On the other hand, if you are looking for SATA SSD drives with the same capacity, you will have to pay around $ 90 to $ 130. Remember the Samsung 980 Pro we mentioned? You have to pay $ 229 for the 1TB model!

Of course, the pricing of each model is determined by its various capabilities and not just by the type of storage drive. This means that you will also be able to find relatively cheaper SSDs whose drive is SATA-based and, of course, slower.

However, the price of the cheapest SSD possible is not as low as the most mechanical HD drive. If you are planning to buy a personal computer with multiple storage drives, keep this in mind; Because buying two, three, or four extra SSD drives will dramatically increase the price of your system.

Comparing SSD with HDD: Resistance and Reliability

SSD drives are more durable and sturdy than HDDs; This also goes back to the fact that SSDs, unlike HDDs, do not use moving parts. For example, if you lose a laptop with an HDD drive or its body is severely damaged, the drive may be severely damaged and completely shut down; This can cause all data stored on your drive to be lost. SSDs are much more resistant to impact.

Many storage drives of both types (SSD or HDD) carry a certain number called Terabytes Written or TBW. This number roughly indicates how well your drive is capable of writing data to itself; Before it loses the ability to write data altogether and becomes a read-only drive. For example, a drive with a size of 600TBW written on it can process 600 terabytes of data on itself before it crashes.

However, this number is so high on the more modern and advanced drives on the market today that a large number of users do not even come close to it; So there is not much to worry about. You do not need to worry too much about your device’s data processing features and TBW number; Unless you want to do heavy and professional graphic projects or, for example, edit video on it.

Comparing SSD to HDD: External Drives

Most of the differences and similarities mentioned between SSD and HDD internal drives also apply to their external drives. Therefore, if you are worried about running out of volume on your drive, it is better to choose portable HDDs; Because they are much cheaper and offer a wider range of options.

Just like their internal drives, external SSDs are more expensive and clearly faster than HDDs. In all likelihood, even a slow, used SSD drive will be faster than an external HD.

In addition, the anti-shock properties of SSDs give them a slight advantage over external HDDs. This is especially true for portable drives, which are more prone to bumps or falls. If your only goal in buying an external hard drive is to back up files and documents on your laptop or computer, SSD external ones are a good option and worth buying.

External hard drives, on the other hand, are mostly used to store thousands of audio, video, or video files on laptops or personal computers.

Either way, an HD external seems like a much better option; Because on a larger scale and in larger capacities, the price is cheaper than SSD external. Of course, be careful not to hit it, because it does not have very high resistance.

For decades, hard disk drives have been used as the main storage devices in the IT field, but with the latest technological advancements, solid-state storage has become the next step in performance improvements for both consumer desktop computers and servers alike.

Over the past few years, SSDs have become significantly larger in storage size and becoming more affordable, allowing them to be implemented in more complex server configurations.

Our VPS servers were previously all based on high-speed enterprise-grade Hard Disk Drives (HDDs). Even though they provide top-of-the-line read and write speeds and large amounts of storage space, they still rely on mechanically spinning magnetic drives to store data, which creates limits to the harnessed performance and gives a potential threat of drive failure.

HDDs store data by moving an actuator head that magnetizes or demagnetizes the part of the platter (hard disk) responsible for the information stored. Modern technological advancements allow for a faster, more reliable nonvolatile storage solution: solid-state drives (SSDs). Unlike traditional spinning drives, they solely rely on transistors and capacitors to store your data.

At the start of your website, it’s best to choose a shared hosting service, but as the site grows, so should the needs, and this is the point where you should consider upgrading to a virtual private server.

Since the resources for a VPS are not shared, your website will be much faster and more responsive. That’s all good, but how can you choose the best VPS for you? How can you pick the VPS which suits you the best? 

Let’s go through the VPS plans at Monovm and boil down to the key factors that you need to look for in a Virtual Private Server. The best VPS hosting provider is the one that meets all your needs, and the key factors to look at before getting a VPS is the:

• Price
• Features
• Support
• Bandwidth

The choice of a VPS depends on your needs. Suppose you are growing on your website, and the shared hosting is not enough. In that case, it’s better to go to a budget-friendly VPS server to get that extra dedicated resource.

On the other hand, if your website has a lot of high-quality content, then it’s better to choose a plan with higher storage, RAM, and CPU.

We have three different types of VPS hosting:

• Windows VPS hosting
• Linux VPS hosting
• SSD VPS hosting

What VPS is suitable for you?

As the name suggests, these Virtual Private Servers are run on Windows Operating Systems. Unlike other VPS providers, all our server plans come with unlimited bandwidth of 1Gbps speed, one free IPv4. The first plan of Windows VPS ($16.25 per month) comes with one core CPU, 2 GB RAM (Random Access Memory), and 40 GB of SSD memory. The top-tier plan of Windows VPS ($70.50 per month) comes with four core CPUs, 12 GB of RAM, and 100 GB of SSD space. It’s not only limited to 2 plans, but we got two more Windows VPS plans in between the two mentioned above for you to choose from. Also, we have 24/7 support to all our clients via live chat and ticketing system.