Is it better to partition an SSD or not?

It depends on the capacity of the SSD. If the SD capacity is relatively large, partitioning is still necessary. The advantage of SSD partitioning is that it can separate the system disk from the storage disk, and the data of other disks will not be lost by reinstalling the system.

However, if the SSD is not partitioned, it will be more troublesome to reinstall the system, so you should consider backing up the data. If the partition is small, it is better to divide it into only one district.

1 Partitioning is recommended, partitioning makes it more disciplined for you to install the system later, including software.

2 It will also be better for software management in the future to prevent accidental deletion of unnecessary files.

3. If there are a lot of things, or there is still space in the hard disk area, it doesn't matter if you are adding a hard disk.

4 For example, one installation system, one installation software, physical clothing games or movies, etc.

This depends on the size of the SSD, generally at 64G or below does not need to be partitioned, greater than 64G is completely partitionable, because no matter how large the operating system is, it will not be larger than 64G.

It's better for SSDs not to be partitioned.

Whether or not an SSD needs to be partitioned depends on what your computer is used for and how big your SSD is. If it's 128g, you don't need to partition it; If it is 1t or more than 500g, it will be better to divide it into zones; If it's 256g, it depends on what you do, and you don't need to partition it purely for gaming, but if it's for office use, it's more convenient to partition.

I hope mine is helpful to you.

Happy New Year to you!

Introduction: SSD is an indispensable component in the computer, with it we can surf the Internet faster, play games can also be more smooth, so SSD partition is good? Let's find out with me!

This can't be said to be good or bad in general, mainly depending on the size, and then look at the use, if it is 20g to 60g, it is recommended not to divide, 60g to 120g is divided into three areas at most.

In addition, if it is used to install the system, it is best not to partition it, SSD and traditional hard disk. The storage medium is different, the partition will directly reduce the performance, and the storage particles of the SSD have a limit on the number of times they can be used, so it is usually treated as a system disk, and the performance of the SSD is not necessarily as good as that of the mechanical hard disk for other files, and it also needs other hardware to cooperate. However, nowadays, more people use SSD partitions, and they are widely accepted, so SSD partitions should not be affected.

What is an SSD?

Solid state drives, referred to as solid state drives, are hard disks made of solid-state electronic memory chip arrays, which are composed of control units and storage units (flash chips, DRAM chips). SSDs are identical to HDDs in terms of interface specifications and definitions, functions and usage methods, and are also completely consistent with HDDs in terms of product shape and size. It is widely used in military, vehicle, industrial control, ** monitoring, network monitoring, network terminals, electric power, medical, aviation, navigation equipment and other fields.

The operating temperature range of its chips is very wide, commercial products (0 70) and industrial products (-40 85). Although the cost is higher, it is gradually becoming popular in the DIY market. Because SSD technology is different from traditional hard disk technology, many new memory manufacturers have emerged.

Manufacturers only need to buy NAND memory, and then cooperate with the appropriate control chip, and then they can make SSDs. The new generation of SSDs generally uses SATA-2 interface, SATA-3 interface, SAS interface, MSATA interface, PCI-E interface, NGFF interface, CFast interface and SFF-8639 interface.

If the computer does not have an SSD, then all our data will not be able to increase the space for movement, all functions will run slowly, and the computer will basically become a turtle. For SSD partitioning, in my experience, it is recommended that partitioning is better, not to mention the performance of electric energy, that is, we can be more convenient and concise in management. Another thing to note is that SSDs are the backbone of the whole computer, so we have to take good care of it.

If the hard disk is broken, it can't be repaired, and the cost of replacing it is very high, almost 500 or so.

The differences between SSD partitioning and non-partitioning are as follows:

1. File classification and storage.

Non-partitioning: The files are all in one partition, which is not easy to classify when there are many files and folders, and it is not easy to find.

2. The speed of the hard disk.

Partitioning: It has an impact on the read and write speed of the hard disk, which will reduce the performance of the hard disk, but it has little impact;

Non-partitioning: You can give full play to the read and write speed advantages of SSDs without affecting performance.

3. Hard disk capacity.

Partitioning: It will waste a part of the hard disk capacity;

No partitioning: There is no loss of hard disk capacity.

In general, SSDs.

In addition, too many small-capacity SSD partitions can easily lead to partition misalignment, and the SSD performance in the disk area at the partition boundary may be affected.

Although partitioning does not affect the read and write performance of the SSD, it is the partitioning of the hard disk.

After that, a part of the spare space will be reserved for each partition, and the reserved spare space will cause a waste of capacity. If a partition is in a closed state of more than 90% of the usage for a long time, it will affect the garbage mechanism, and the possibility of crashing the SSD will be greatly increased.

Solid state drives. The reason why it is not partitioned is because SSDs focus on the principle of "fewer partitions". In addition, too many small-capacity SSD partitions can easily lead to misalignment of partitions, which may affect the performance of SSDs in partition boundary disk areas.

And the mainstream SSD capacity is mostly between 128G-512G, and 256G capacity is the mainstream choice. While partitioning does not affect the read and write performance of the SSD;

However, after partitioning, each partition retains a portion of spare space, which wastes capacity. If a partition is in more than 90% usage for an extended period of time, the garbage collection mechanism will be affected and the likelihood of an SSD crash will be greatly increased. Therefore, it is not recommended to partition SSDs.

Advantages of SSDs:

1. Fast read and write speed. Flash memory is used as the storage medium, and the read speed is relative to that of mechanical hard disks.

Faster. SSDs do not use a magnetic head, and the seek time is almost zero. The continuous write speed is very amazing, and most SSD manufacturers will claim that their SSDs have a continuous read and write speed of more than 500MB s, and in recent years, NVMe SSDs can reach about 2000MB s, or even more than 4000MB s.

2. Shockproof and drop resistance. Traditional hard disks are disk-type, and data is stored in the disk sector.

Village. Whereas SSDs use flash memory particles (i.e., ***, USB flash drives.

and other storage media), so there are no mechanical parts inside the SSD, so that even in the case of high-speed movement or even with flipping and tilting, it will not affect the normal use, and the possibility of data loss can be minimized in the event of collision and **. Compared to traditional hard drives, SSDs have an absolute advantage.

3. Low power consumption. SSDs consume less power than traditional HDDs.

4. No noise of high branches. SSDs do not have mechanical motors and fans, and the noise level is 0 dB when operating. Flash-based SSDs consume energy and generate heat while they are in operation.

Lower (but higher energy consumption for high-end or high-volume products).

Because SSDs reduce their usage space after partitioning, and because hard drives leave a portion of spare space for each partition after partitioning, the reservation of spare space will cause capacity to be wasted. If a partition is in more than 90% usage for a long time, the junk mechanism will be affected, and the possibility of SSD crashing will be greatly increased. Balance and brightness.

In addition, small-capacity SSDs are prone to partition misalignment after partitioning, and the performance of SSDs in the disk area of the partition boundary may be affected, so SSDs are not recommended to partition.

Partitioning is possible, but partitioning is not recommended.

This is determined by the characteristics of SSD storage.

Because the SSD does not have moving parts such as platters and heads, there is no seek time, so it takes decentralized storage when storing files vertically (that is, the data is split into several fragments and stored in n places, and at the same time, this stool is purely done to balance the number of writes in each block so that the life of each block of the SSD is consistent).

Therefore, if it is partitioned, the data cannot be written across zones, so the speed will be slower.

Of course, SSDs can be partitioned, and the partitioning function is the same as that of HDDs.

SSDs can also be partitioned, you can partition them in the partitioning tool, and when partitioning the SSD, you should pay attention to selecting 4k pairs on the partition page.