A rush of Solid State Drives used in a number of electronics over past few years, has given rise to some of the most interesting developments in this field. Almost all of the small electronics like computers laptops come, equipped with this SSDs. Their increasing popularity is due to the obvious virtue of being fast. Not just fast, much faster than the conventional hard drives. Many technically aware people are on their way to upgrade SATA SSD to NVMe.
The speed capability of an SSD is exceptionally high for most of the electronics. Most part of which is concerned with the interaction of SSD with the motherboard. Making a good and compatible motherboard. The interfacing of SSD to our computers motherboard is done with the help of SATA or Serial ATA or PCIe currently. The world is looking ahead to a better solution for this in the form of NVMe.
The need for speed has dragged the world from slow moving platter based hard discs to the exceptionally fast SSDs. Now there is a revolutionary change in the connectivity is under way. This will allow the full utilization of the SSD in your computer. Have a look at the 3 great interfacing techniques that
Most of the big names in manufacturing high-speed electronics are ready to flood the market with the new NVMe. This is an interface for the SSDs to interact at super fast speed with the motherboard. Before proceeding further, take a look at these three interfacing techniques of your SSD.
SATA, PCIe, and NVMe
These three interfacing techniques have their own importance and utilization. But these are superseded by the latest NVMe, take a tour:
SATA – The Serial ATA or famously known SATA is one of the most used and known interfacing buses for your SSD. It is used as a host bus adapter for making a connectivity between computer and SSD. Almost all the SSDs were initially interfaced with the motherboard via the SATA.
SATA works with a command protocol AHCI which is an old technology that was built for the moving platter hard disks. With this, the overall transfer speed of SSD with SATA turns out to be from 150 MBPS to around 600 MBPS. This is quite slow if we look at the capability of the SSD. But for most of the computer users, this speed is almost adequate for their task.
PCIe – The PCI express technology is not a replacement for your SATA, but to enhance the performance of your SSD in terms of graphics and other related cards. The PCI express is most famous among the gaming and animation community. This supersedes the conventional SATA in terms of performance and bandwidth.
A basic PCIe is around 3 times faster than an SATA 3.0 SSD, this is due to the number of channels contained in each of the interfacing buses. For a normal SATA 3.0, there are around 10 channels and for a PCIe, it is 25 channels. This is an experimental assertion of their performances. It varies with system to system. How your SSD interacts with the motherboard of your computer.
NVMe - The Non-Volatile memory Express is the future of the old SATA used in conventional SSD drives. This is an interface protocol for communication of your SSD with your system. This was devised with the common consent of the tech giants across the world. Some of them are world class vendors of these electronics like Intel, Dell, Samsung etc.
This NVMe is an advanced controller interface which helps in high-speed operation of the SSD. It multiplies the PCIe technology and is way advanced than the SATA interface. Actually, SATA and PCIe are interfacing bus controllers whereas the communication interface. It is a protocol that is above the SATA interface technique.
method to restore SSD drive after format
In any case, if you are upgrading your SSD with an NVMe protocol interfacing, try to make a backup of your SSD. There is a great chance that your SSD data may get damaged or lost. Installing a new SSD would prompt you to format. You must secure your data or learn some method to restore SSD drive after format.
Finally, I would suggest that NVMe, though being costly, is the next face of interfacing SSD to the computer. The world is still waiting for this amazing technology to take over the market. A fully fledged utilization of NVMe is going to hit sometime around this year.
