Data storage devices are indeed important items that must be present in a computer device. Without a data storage device, it seems we will find many difficulties to move using a PC or laptop, especially in storing various files.
Internal storage provided on computers is generally divided into two types, namely: HDD and SSD. However, recently it has presented data storage devices, other types of computers, and new storage devices that are also more efficient than HDDs and SSDs, as well as better than previous internal storage. The following is a complete explanation of the type of data storage device that has just arrived.
What is SSHD?
Solid State Hybrid Drives (SSHD) is internal memory storage. The new type of computer that is supported by two storage, namely HDD and SSD in one device. The combination of these two types makes SSHD bring extraordinary advantages. Because the SSHD data transfer also becomes faster as well as SSD and the capacity to set it aside is also large and this is explained following in the footsteps of the HDD. Data transfer speeds and increased capacity by SSHD make this latest memory more efficient than SSD or HDD.
Apart from that, the main purpose of making this SSHD storage memory is probably because the relevant producers want to reduce the expensive prices pegged by SSDs and increase data transfer speeds from the HDD. In essence, SSHD has extraordinary speeds like SSDs but at the same time has the capacity of an area of HDD.
Despite having far better specifications than SSD and HDD, it turns out SSHD has a much more affordable price for these advantages. SSHD can also be more easily installed on a desktop computer like other internal storage. The positive impact of SSHD performance, which will make the operating system open quickly, loading the game is finished in a short time, and perform data transfers at a higher speed.
SSHD storage devices are now available in capacities up to 4TB. This capacity is certainly one of the advantages of SSHD itself, and of course it will also make you more free when storing various files.
Advantages and Disadvantages
HDD is the cheapest internal storage compared to other storage. However, the prices of SSHD devices are not much different from the prices offered by HDD manufacturers. Just by adding a little, you can already enjoy the amazing performance of SSHD.
SSHD (seagate Firecuda 1TB – SSHD – HDD & SSD – 3.5 inch) – Rp. 1,148,000/ 81.6 USD
HDD (Seagate 1 TB SATA 3.5 PC hard drive) – Rp. 680,000 – 800,000/ 48.3 – 56.8 USD
With regard to speed, SSHD is not inferior when compared to SSD. SSHD also provides performance that is almost the same as SSD in terms of booting, data loading, and launch. This advantage is one of the important factors that are usually needed by users for their computers today.
SSD is internal storage with the most efficient power compared to other internal storage. But SSHD ranks second under SSD. The reason is, SSHD devices can spin down more frequently. This is believed to be able to save more computer or laptop battery power.
Basically, the failure rate of all internal storage is almost the same. But because SSHD is a combination of SSD and HDD, of course it is considered more efficient when compared to the two previous storage separately.
Boot and Application Testing
Boot testing includes booting the system with certain applications and operating systems and checking how the application and operating system are running for a certain period of time with different workloads. Rebooting several times enables data collection related to environmental performance and stability. Boot time with SSHD technology is quite able to compete with SSD. Application load testing is achieved using automatic macros, which run and load common applications and related data including Acrobat Reader, iTunes, QuickTime, Internet Explorer, Office, Photoshop, and Premier Elements. Once again, SSHD performance is far better than HDD and not too behind SSD performance.
The ready time test measures how long it takes for the storage device to turn on after one power cycle and starts transferring data to the operating system. Windows 8 requires ready time of four seconds or less. When testing SSHD, Seagate runs a four-consecutive ready-time test so that the device can develop an initial data base. This simulates how the hard disk works in a real-world environment. Because desktop hard disks have more capacity, it takes longer to rotate the platter and is ready to use. However, because SSHD accesses the initial data (start-up) on NAND flash memory, users do not have to wait for the platter. The great benefit of the Seagate SSHD product is that it reaches a ready time speed of around 0.5 seconds. This ready time figure will be hard to match with other hard disks, especially 3.5-inch products.
Comprehensive Testing Explains Why SSHD is Better
The test results reveal a very interesting story for the SSHD Desktop. SSHD provides far better performance than a 5400 or 7200 RPM desktop hard disk. This is evident in each of the test categories, although the most interesting thing is precisely when we observe boot data and application load data.
SSDs deliver the best overall performance, but the increased margins in real-world tests for booting, launching, and loading applications are not as dramatic as that shown by PCMark Vantage.
SSHD really works when the combination of performance, capacity and price is evaluated together. For users looking for additional system performance and responsiveness, SSHD is much faster than a standard HDD. Users also need a large capacity for digital survival and, once again, SSHD is clearly superior. SSHD is only slightly more expensive than conventional hard disks, so that makes it interesting if we consider the results of performance over cost.
Customers benefit from increased productivity generated by clearly better performance and faster response times than computers that have SSHD in them.