How much faster can a laptop s SSD get?

Spiride SSD 64 Megabyte with Cache 64G is only 850 I have started Fast and stable It is much faster than mechanical hard disk I tested the fastest read speed to reach 243MB s Write speed can reach 203MB s You can go to Zhongguancun to see the evaluation.

Well: As mentioned above, SSDs are basically installed with a system.

The boot speed is faster, and 10 seconds is enough.

Now the gameplay of the notebook is still very good, otherwise why fancy the little y.

Xiao Y heat dissipation is a hard injury It's still possible to consider it in winter soon.

In terms of transfer speed, the average read and write speed of 5400 rpm hard disk is 40MB s, the average read and write speed of 7200 rpm hard disk is 90MB s, and the SSD is generally 500MB s, and the speed of SSD is 5-12 times that of mechanical disk.

Solid state drive (solid state disk or solid state drive, abbreviated as SSD), commonly known as solid state drive.

Solid-state drives are hard disks made with an array of solid-state electronic memory chips.

SSDs are identical to ordinary HDDs in terms of interface specifications and definitions, functions and usage methods, and are basically the same as HDDs in terms of product shape and size (the size and shape of SSDs in the emerging form are completely different from SATA HDDs).

There is no fundamental improvement in performance.

It's also that the game is basically still unplayable.

At least the speed at which the system can be turned on.

and the speed at which the program is opened daily!

That is, the performance of the disk system has been significantly improved.

It can't improve performance, but it can improve data speed, which is generally reflected in faster boot and faster when processing a large amount of data, but it will not increase the running speed of software games and other frames, etc., and the game just reads the map through the map is a little faster, and the map and data stop working when it is read into the memory hard disk. The same goes for other software. It is only the graphics card CPU and memory that affect the performance of the computer, and the motherboard and power supply that affect the stability of the computer.

1. From the perspective of transfer speed, the average read/write speed of 5400 rpm hard disk is 40MB s, and the read and write speed of 7200 rpm hard disk.

The average is 90MB s, and SSDs are generally 500MB s, and SSDs are 5-12 times faster than mechanical disks.

The performance of the whole machine is determined by the CPU performance, the performance of the motherboard chipset, the memory frequency, the performance of the hard disk, and the performance of the graphics card, and it is also the merit of their joint cooperation. The short version of the hardware is improved, which will be great for the performance of the whole machine, but it does not mean that the hardware is increased by 5 times, and the performance of the whole machine is increased by 5 times. Some people have tested that if you change the SSD as the main disk, the performance of the whole machine can be increased by 8 15%.

What I obviously feel is the boot, such as the previous mechanical disk boot for more than 30 seconds, after replacing the SSD, it only takes more than 10 seconds to boot up.

Second, it is better to have enough memory, such as 2GB memory is enough, and then increasing the memory is redundant, which has no effect on the performance of the whole machine. If it is not enough, there will be obvious changes in increasing the memory, with less lack and less change, and more lack and big change.

This configuration is relatively old, and the HM55 chipset can only support interfaces, so choosing an entry-level SSD can meet the needs. However, you can't just look at copycats because you get started, reliable original SSDs can reduce the probability of many incurable diseases, and they are also durable with peace of mind. Buy a Toshiba TR200 240G SSD to replace the original mechanical disk, remove the optical drive and replace the hard disk bay to place the mechanical disk, and add a 4GB DDR3 memory module, the performance of the whole machine is not said to be reborn, at least it can make this computer fight for another three or five years under the current use mode (software application).

After upgrading the SSD and memory, remember to replace it with a 64-bit operating system, at least Windows 7 or above, otherwise it will not support the TRIM command of the SSD. 8G memory is too expensive, there is no upgrade value, 6G is okay for this CPU, and virtual memory can also improve some efficiency with the speed of SSD.

If you change to a solid state, the performance must be improved to a certain extent compared to your current one, and the improvement effect is more obvious than that of adding a memory module. With the addition of 8G, the increase in memory is even more obvious.

Putting games on an HDD drive does give you an improvement over just a single HDD, but this improvement is negligible.

The reason is very simple, the game itself is placed on the HDD disk, although the computer system is on the SSD, but the game file call still needs to be called from the HDD, so, it still limits the speed of the game call.

It's very small, but you can feel a huge improvement in the overall speed of your computer.

However, a single 8G memory may not be supported by the machine. You can try the combination of 4G + 4G.

Speaking of solid-state, solid-state can only speed up operation, such as power on/off. For the performance itself, there is little to no improvement. Unless, change the processor and other operations.

It can improve performance by about 5 times. The hard disk is theoretically 10 times faster than the mechanical speed, and the memory 8G is obviously 4 times better. But I don't think it's wise, this laptop configuration is too old, it's better to buy a new one, so that it won't be wasted in solid-state use.

This notebook can be installed with the Apple system and used as an Apple computer.

Your overall performance is not very good, if you add an SSD, it can only increase by about 10-20%, how expensive is the solid state now, you can't buy one for more than 400, your notebook is sold for about 500. It's not too worth it!

It can't improve much, but it can improve the experience.

1. You are a 32-bit XP system. Supports up to 4 RAM. There is no point in adding to 8g.

2 The motherboard platform is too old, and the latest M2 NVMe solid state is not supported. The SATA3 interface also doesn't have one. will limit the performance of solid-state SATA.

In general, you can buy a few hundred pieces of SATA solid.

Windows XP PCs support up to 3GB of RAM, so you don't have to upgrade your memory.

The CPU of this computer is okay and can be upgraded to an SSD.

It is recommended to upgrade the whole machine, the hardware of this old computer is the bottleneck, and it will not be fast to replace the SSD in time.

Looking at your laptop configuration, it's a bit too low, it must have been many years old. The CPU, graphics card, and memory are all gone.

If you insist on adding, it is recommended to install the memory module to more than 4G, and it is OK to buy a cheap miscellaneous product in the solid state

It can improve your boot time, hard disk read and write speed, and the system has to reinstall at least win7 64-bit system. Otherwise, it won't be able to identify your 8G memory. Generally. For you, this computer can't improve anything.。。

Depending on your configuration, you can run faster, but not by much, because the processor limits solid-state performance. But if you change to a solid state, the performance must be a certain leap from what you have now.

Hello, in terms of your configuration, SSD and RAM can indeed improve some performance, but due to CPU limitations, it is not improved by much.

If you use it normally, the performance improvement is quite noticeable. It feels similar to changing computers. If you play a game, the performance is not improved much, and the game mainly depends on the CPU graphics card memory.

Your motherboard doesn't support SSDs.

If you forcibly replace the SSD, you can increase the speed of disk reading, but because the SSD cannot maintain itself, it will soon slow down greatly and break down.

Solid state drives can only improve the speed of file reading, such as system startup, software games load fast, and can not improve the performance of the computer, you might as well add a 2G memory to improve the performance of this configuration.

The memory is too small, there is no need, DDR3 proves to be a machine from 5 or 6 years ago, it is really useless.

,, This generation of Core mobile platform, hard disk interface SATATIII specifications, replacement SSD SSD, the performance of the whole machine can be increased by as much as 20%.

Personal experience: The performance of the hard disk is about 40% higher, and the memory improvement is not as large as the hard disk, and it cannot be accumulated.

There are two scenarios for how big a laptop SSD should be, as follows:

1. One is that the capacity of the original hard disk of the notebook is not large, and if the capacity is enough, you can try to replace the 128GB SSD if you simply want to increase the speed.

2. Another way is that the capacity of the original hard disk is very large or insufficient, and upgrading the SSD is mostly to remove the optical drive and replace it with a solid state drive, and continue or replace a larger capacity mechanical hard disk to form a double hard disk, so as to answer the problem of insufficient capacity and slow speed, but if it is simply because the capacity is not enough, there is no need to choose the solid state drive, and you can directly choose a large-capacity mechanical hard disk.

A solid-state disk (SSD) is a computer storage device that mainly uses flash memory (nandflash) as permanent memory. Solid-state drives are composed of control units and storage units (flash chips, DRAM chips), which are widely used in industrial control, monitoring, network monitoring, network terminals, navigation equipment and many other fields. Compared with HDDs, SSDs have higher read and write speeds, but they are also relatively costly.

The new generation of SSDs uses SATA-III, PCIEX8 or MSATA, etc.

SSDs can speed up your computer. This is because SSDs have faster read and write speeds than traditional HDDs. Traditional mechanical hard drives need to read and write data to a rotating robotic arm on the disk to access data, which is relatively slow and prone to fragmentation.

SSDs, on the other hand, store and access data through flash memory, and they have no mechanical parts, so they are able to read and write data faster.

In addition, SSDs can improve the responsiveness of your computer, the speed at which you boot up, and the speed at which programs can be launched. SSDs are able to read data from storage devices faster, so when the computer boots up, it is able to load the operating system and other important programs more quickly. In addition, when using the computer, the SSD is able to load programs and files into memory more quickly when other applications need to be run, thus improving the overall performance and responsiveness of the computer.

However, it should be noted that SSDs are a bit more expensive than traditional HDDs. So, if you're only storing a small amount of files and data, or don't often use large files or folders on your computer, it may be more economical to use a traditional hard drive.

Users should be reminded that if the motherboard of the computer does not have an interface type that supports SSD, the motherboard will need to be replaced. When using an SSD, you need to perform some special operations and settings, such as enabling trim, configuring the computer BIOS, etc., to give full play to the advantages of the SSD. <>

Solid-state drives can't improve the performance of the computer, for example, if you install an SSD, the gaming performance of the computer can't be improved, it only improves the read speed, which can play some auxiliary role. The biggest advantage of SSDs compared to ordinary HDDs is that the access speed is faster! The performance of a computer not only refers to the speed of data access, but also depends on the CPU, as well as the combination of the CPU, the motherboard and the graphics card.

Therefore, adding an SSD only improves the read speed, has a faster power on and off speed, is smoother, and the game loads faster, but it has little impact on the overall performance of the computer.