Differences in HDD, SSHD and SSD Storage

HDD, SSHD and SSD are options that you can take as the best storage or hard drive storage to make the performance or performance of your PC or leptop better than before. But it turns out that there are a lot of people who don't understand the difference between storing HDDs, SSHDs and SSDs and choosing them is not easy., sshd vs ssd speed comparison, sshd vs ssd benchmark, sshd seagate, ssd vs hdd, are hybrid drives worth it, sshd laptop, sshd amazon, sshd price

HDD, SSHD and SSD are options that you can take as the best storage or hard drive storage to make the performance or performance of your PC or leptop better than before. But it turns out that there are a lot of people who don't understand the difference between storing HDDs, SSHDs and SSDs and choosing them is not easy.

There are several factors that you can make a reference to differentiate the three. Here is the information for you.

Abbreviations and definitions

The first is an abbreviation of the abbreviation owned. SSD stands for "solid state hard disk". HDD stands for or symbolizes the name "Hard Disk", and SSHD stands for "solid state hybrid drive". Then what is the Definition, Difference and Function of SSD, SSHD and HDD Hard Disk Storage?

HDD (Hard Disk Drive) is the most common storage device, the old generation and uses technology that has not changed since decades ago. Platter-based HDD (disk) rotates to store data, because it's quite risky when working because the components move.

SSHD (Solid State Hybrid Drive) is a hybrid storage that brings together HDD and SSD functions in one storage device. Basically SSHD is platter based (disk), but also includes flash memory so that data transfer becomes more efficient.

SSD (Solid State Drive) is a new generation storage device, based on flash memory technology to store data. Because it uses Flash, SSD has no moving components. SSDs are already widely used by High-End Notebook and Server devices.

Size

The second factor that can distinguish the three is about size. SSD is an option that has the thinnest size of storage media. This option is best for use on moving components such as PCs that are thin and also lightweight and that have complex designs and industries. For standard notebooks, SSDs that are widely available are SSDs with a size of 5mm and 7mm high. while the SSHD is introduced with a different size from the SSD, which is 9mm and will soon have a size of 7mm and a 5mm design. as announced in 2013. The technology in the SSHD option offers maximum capacity and relatively affordable prices. As for SSD,

Speed

SSDs usually provide maximum performance for booting and have very high performance for reading or writing that is very supportive of computing which requires the availability of multitasking that is much better. While the SSHD also provides almost the same performance as the SSD in terms of booting, data loading and launch. Usually this option is very adequate to provide the performance needed by today's computers.

Price

Low capacity SSDs at the system level can be reached with a range of around 32 GB to 64 GB. But it turns out the SSD with a very high capacity the price is quite expensive because it is usually measured by the cost of each gigabyte. while the one that provides the lowest cost for each gigabyte is Hard disk. Whereas SSHDs usually have a higher price range for each gigabyte compared to the hard disk.

Endurance of Batteries

Usually or generally storage will not affect the durability of a battery in a computer or laptop up to more than 10%. While the one that usually consumes the battery is the power operation of the Processor and also the LCD. SSDs usually have the most efficient power among the others. While the second place the most efficient power is occupied by SSHD because SSHD can rotate down more often than the hard disk.

Failure rate

In general, the failure rates of SSD, SSHD and HDD / Harddisk have almost the same failure rate. But SSHDs have more advantages because using parts of HDD and SSD are more efficient compared to the two separately.

Endurance

The SSD is an option that has the best resistance and durability due to the "solid-state" design. Without a moving component, the SSD can withstand a number of extreme things such as collisions, falls, extreme temperatures and so on.

From the above, it can be concluded that the differences, advantages and disadvantages of SSD, SSHD and HDD Storage are in the technology used, HDD uses disk slabs as a medium and with large capacity sizes at affordable prices, and SSD is an increase from HDD It is expected that the read / write speed will be faster, but unfortunately the price is too expensive and not worth the storage capacity.

And the last is SSHD, which implements or combines a combination of SSD and HDD with the aim of presenting a storage medium that is fast at read / write, resilient and capable of storing data, large storage capacity and of course at an affordable price.