Video What is SSHD (Solid State Hybrid Drive) in Computer / Laptop Explained Tutorial [Hindi] (हिन्दी)

What is SSHD (Solid State Hybrid Drive) in Computer / Laptop Explained Tutorial [Hindi] (हिन्दी)

Title : What is SSHD (Solid State Hybrid Drive) in Computer / Laptop Explained Tutorial [Hindi] (हिन्दी)
Duration : 16:03
Channel : HorizonTech4You
Label : What is SSHD, SSHD Explained, SSHD Tutorial, Solid State Hybrid Drive, What is Solid State Hybrid Drive, Solid State Hybrid Drive Explained, SSHD=SSD+HDD, HorizonTech4You, Hybrid Drive, Dual Drive, Magnetic Drives With SSD Storage, Mechanical Drives and SSD, Advantages of SSHD, Benifits of SSHD, How SSHD Useful, Faster Mechanical Drive, SSD Caching, Tradition Mechanical Hard Drive, Solid State Drive, SSHD Laptop, SSHD, sshd drive, sshd vs ssd, sshd vs hdd

What is SSHD (Solid State Hybrid Drive) in Computer / Laptop Explained Tutorial [Hindi] (हिन्दी)

What is SSHD (Solid State Hybrid Drive) in Computer / Laptop Explained Tutorial [Hindi] (हिन्दी) HorizonTech4You - https://goo.gl/sI6Swo Facebook - https://goo.gl/BgRPWj Twitter - https://goo.gl/bTSYL9 Google+ - https://goo.gl/FqtJiC Subscribe - https://goo.gl/sI6Swo Solid-state hybrid drive (SSHD) refers to products that incorporate a significant amount of NAND flash memory into a hard disk drive (HDD), resulting in a single, integrated device.[5] SSHD is a more precise term than the more general term hybrid drive, which has previously been used to describe SSHD devices and non-integrated combinations of solid-state drives (SSDs) and hard disk drives. The fundamental design principle behind SSHDs is to identify data elements that are most directly associated with performance (frequently accessed data, boot data, etc.) and store these data elements in the NAND flash memory. This has been shown[citation needed] to be effective in delivering significantly improved performance over the standard HDD Dual-drive hybrid systems combine the usage of separate SSD and HDD devices installed in the same computer. Overall performance optimizations are managed either by the computer user (by manually placing more frequently accessed data on an SSD), or by the computer's operating system software (by combining SSDs and HDDs into hybrid volumes, transparently to the end-users). Examples of hybrid volumes implementations in operating systems are bcache and dm-cache on Linux,[3] and Apple's Fusion Drive. A common implementation of the dual-drive system seen in the laptop computer category is through the use of flash cache modules (FCMs). FCMs combine the use of separate SSD (usually an mSATA SSD module) and HDD components, while managing performance optimizations via host software, device drivers, or a combination of both. Intel Smart Response Technology (SRT), which is implemented through a combination of certain Intel chipsets and Intel storage drivers, is the most common implementation of FCM hybrid systems today. There are also dual-drive systems for laptops which combine separate SSD and HDD components into the same 2.5-inch HDD-size unit, while at the same time (unlike SSHDs) keeping these two components visible and accessible to the operating system as two separate hardware devices. A hybrid hard drive contains both a traditional magnetic drive and the amount of solid-state storage you'd find in a small solid-state drive. Importantly, this hard drive appears as a single drive to your operating system. You're not in charge of deciding which files go on the mechanical drive and which files go on the solid-state drive. Instead, the drive's firmware manages what is and isn't on the solid-state drive.

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