Which is faster with Optane memory plus HDD or SSD?

It's faster than an entry-level SSD, slightly worse than an ordinary hard drive, and much worse than a high-end SSD. Optane is an SSD with a caching function, which is implemented by software. Prioritize the data of your most running applications in the SSD's Optane memory.

The Optane memory then communicates directly with the calculator to improve the response speed, and the speed of the Optane is his limiting speed. The software used for the first time still needs to go to the HHD to retrieve the data, and the speed is the speed of the HDD. And once it's full, it will automatically destroy the data of the app with the longest usage interval, and so on, and when you turn on the destroyed app again, it's still at HDD speed.

That's why it's called acceleration for common applications. Pure solid-state, on the other hand, is the speed of solid-state, which is the speed at which all applications read and write data. Optane memory is a cheap solution provided by Intel to get response speed, this solution has a big advantage is that the data is safe and reliable and more durable, note that it is more, which means that pure SSD is already OK.

According to my guess, Optane memory is SLC's SSD, just add a controller. It's a pity that SLC's SSD was lost, but it can't enter the mainstream consumer market, so Intel and Micron have come up with such a show. In some fields, it is sold as a diamond, and it wants to take a piece of the consumer market.

Computer repair, mobile phone repair.

Optane memory has an acceleration effect on mechanical hard disks, but it is not cost-effective, and it needs to be supported by the motherboard, and now most people think that Optane memory is not as good as solid state drives.

The former is not recommended, the former can only improve the experience slightly.

SSDs are a better choice at the moment, and SSDs come in a variety of sizes and are not recommended to use low-end.

This will pull down the SSD.

Optane is to preload data to improve speed through their own usage habits, but the SSD is directly accelerated, and the loading method of Optane will definitely slow down.

In layman's terms, Optane memory.

As long as it is a mechanical hard disk.

Accelerated use, it can not be used as memory alone, nor can it be used as a hard disk, it is just a medium for the acceleration of mechanical hard disks, so in the Optane memory computer, memory, mechanical hard disks are necessary and have nothing to do with Optane memory, its function is only to accelerate the mechanical hard disk.

This will pull down the solid.

The speed of the hard disk is self-sufficient, Optane is to preload data to improve the speed through their own usage habits, but the SSD is directly accelerated, and the loading method of Optane will become Optane when you use it, and it will definitely become slower.

In layman's terms, as long as Optane memory is used for mechanical hard disk acceleration, it cannot be used as memory alone, nor can it be used as a hard disk, it is just a medium for mechanical hard disk acceleration, so in Optane memory computer, memory and mechanical hard disk are necessary and have nothing to do with Optane memory, its function is only to accelerate mechanical hard disk.

I haven't really used this together, but according to their distance, Optane will also have a certain speed-up effect on the solid state, to put it bluntly, it's just a pre-read, just a summary of your common functions, read in advance, and make you feel fast.

This will slow down the speed of the SSD, Optane is to preload data through your usage habits to improve the speed, but the SSD is directly accelerated, and using Optane will become the loading method of Optane, which will definitely become slower.

The differences between Optane and SSDs are:Take Dell Latitude (9510) as an example, 1. The capacity is different, the capacity of Optane is generally 16G or 32G, while the ordinary SSD is at least 120G. Of course, it should be noted that in fact, Optane also has a large capacity, for example, the common Optane 800P, and there are two different Qiju source specifications of 118G and 58G.

2. The chips are different, Optane and SSDs are both non-existent chips, but Optane uses 3DXPoint memory high state, which is stronger than ordinary SSDs in terms of performance, and ordinary SSDs use NAND chips, so Optane is obviously superior to ordinary SSDs in terms of 4K performance.

3. **Different, Optane's ** is high, and the reason why Optane is higher is because of the monopoly of technology, so it is a little more expensive than ordinary solid state drives.

Intel Optane Memory is a caching device that provides higher performance and responsiveness to traditional HDDs, enabling HDDs to have high capacity and high-speed storage.

The main functions of Optane memory:

1. Improve the speed of powering on and off the mechanical hard disk computer;

2. Improve the software loading speed when the mechanical hard disk computer uses the software;

3. Improve the loading speed of mechanical hard disk computer software materials and files;

4. Improve the loading speed of the game when the machine hard disk computer is opened.

Intel Optane Cover refers to the new computer hardware, which is somewhere between the hard disk and the memory. So some people will ask, is Intel Optane memory memory memory or SSD? I'll introduce it to you this time.

Is Intel Optane memory memory memory or SSD?

In fact, Optane memory is neither memory nor hard disk, because it can neither replace memory use alone, nor can it replace hard disk use, its performance is close to memory, mainly suitable for large-capacity mechanical hard disk to provide acceleration, the acceleration effect of solid state drive is not obvious.

As long as an ordinary mechanical hard disk adds an Optane memory, you can get a similar performance experience to an SSD with such a large capacity as an mechanical hard disk, isn't it a black technology?

Optane memory is simply to provide acceleration for large-capacity HDDs, which is equivalent to the cache disk of HDDs, mainly providing acceleration for HDDs, which can increase the speed of HDDs to nearly 60% of SSD performance.

Now that SSDs are so popular, why do you need Optane memory to accelerate HDDs?

In fact, it can't be said that the current SSD solid state drive capacity is generally small, 120GB solid state drive** and Optane memory, 1TB mechanical hard disk is about the same, for some users with big data storage, buying 1TB solid state drive compared to 1TB mechanical hard disk is simply sky-high, and the lack of number is Optane memory + mechanical hard disk, you can make 1TB large volt boring first capacity hard disk, with nearly 60% of the SSD performance, so the advantage is obvious, there is a small and big taste.

The above is the intel Optane memory I introduced is memory or SSD, I hope it will help you.

It's memory. Optane memory looks like an SSD, but it's actually memory. Intel is a caching device based on 3DXPim storage media that can accelerate HDDs.

Optane memory is compatible with the NVMe (non-volatile memory) storage protocol and consists of 3D Xpoint memory media, Intel memory and storage controllers, Intel interconnect IP, and Intel software, which not only provides higher performance and responsiveness for traditional HDDs, but also enables low-cost, high-capacity, high-speed storage.

Intel Optane memory belongs to memory in terms of application. In order to use it, you must also use ordinary memory.

Although Intel Optane Memory is called Memory, it is not ordinary memory (DDR3 DDR4) in the traditional sense, and the main differences are in the following aspects.

1. The technology is different.

Optane memory is based on Inten's new 3DXPot technology, while regular DDR3 DDR4 memory is based on Flash NAND technology. If Flash NAND is a bicycle, then 3D Xpoint is a car.

3D XPoint is completely different from NAND Flash, it is close to the performance of memory (but it can be stored in a power loss, that is, non-volatile storage, not the volatile storage of memory), and several key indicators such as latency, scratch resistance, and media speed are also significantly better than NAND Flash.

Optane memory is actually a "cache disk" that is independently divided by system acceleration, and the Optane memory currently on sale has two capacity versions of 16GB and 32GB (computer Pepsi.com). Its main features are as follows: 1. Fast response speed; 2. System acceleration; 3. It can achieve the combination of high speed and large capacity.

2. The interface is different.

The appearance of Optane memory is the same as that of ordinary solid-state drives, using interfaces, connected to the motherboard slot, and has higher requirements for both CPU and motherboard, such as the processor must be Intel 7th generation Core i3 or above, and the motherboard must be a 200 series motherboard or a later generation motherboard.

The ordinary memory is a gold finger slot, which is available on the motherboard, and there are no requirements for the CPU and motherboard.

Normal memory (DDR4).

3. Optane memory cannot be used alone.

Intel Optane memory is simply equivalent to the cache disk of mechanical hard disk, it cannot replace the traditional memory, can not be used alone, must be combined with ordinary memory and hard disk use, the limitations are relatively large.

To put it simply, the computer is equipped with Optane memory, and ordinary memory and hard disk must also be available. Optane memory is dispensable for computers, but ordinary memory is a must, in short, Optane memory cannot replace ordinary memory use.

In addition, Optane memory currently only supports the Intel platform and cannot be used on AMD computers.

Editor's note: The birth of Optane is not only Intel in order to simply improve the performance of disk memory, the future development may be able to combine Optane memory and mechanical hard disks into one, replacing the current dual hybrid hard disks, after all, 3D XPoint now has close to memory performance and disk read and write data saving function, between memory and SSD.