NVMe M.2 NVMe SSD

Western Digital 500GB WD_Black SN750  NVMe Internal Gaming SSD - Gen3 PCIe, M.2 2280, 3D NAND - WDS500G3X0C

Price: $64.62
In stock on February 11, 2021. Order it now.
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Product Features

An exclusive WD BLACK SSD dashboard* with gaming mode improves game performance Non-heatsink model available in capacities ranging from 250GB to 4TB Ideal for enthusiasts building custom desktops or gaming rigs NVMe drive not compatible with SATA interface 5-year manufacturer's limited warranty

Product Information

SSD vs. HDD: The benefits & ADVANTAGES of SOLID STATE DRIVE

1. Faster Read-write Speed Than HDD

One of the major pros or benefits of a solid-state drive over one that is a hard disk drive is speed. SSDs can be more than 100 times faster than hard disk drives. Note that an HDD requires extra time to write or read data when it rotates its magnetic head across an involuntary metallic platter. This process also alters the arrangement of data. But, an SSD is inherently more efficient due to the absence of mechanical parts and fragmentation that results in faster boot times, quicker file transfer, and better capacity.

2. 2. Energy Efficiency

An SSD consumes less power than an HDD. Keep in mind that HDDs feature moving parts. It requires additional power to do mechanical work and stay operational. SSDs are able to accomplish this. Solid-state drives are energy efficient and are therefore the ideal storage device to store mobile and computer devices in which batteries are essential.

3. HDD is tougher than HDD

Longevity is an additional benefit of solid-state drives. Internal hardware damages and possible loss of data due to shudders and drops are discovered in drives with hard disks because of their mechanical parts. A SSD is less vulnerable to external trauma or drops, as well as more resilient to shudders and shakes. This also makes an SSD ideal for laptops as well as other devices that are mobile.

4. Noise-Free Operation

Distracting sounds and vibrations can be generated from hard drives as a result of their heads for read-write moving as well as their rotation around the metallic disk plate. This is particularly true when large data amounts are being processed. Solid-state drives can be quiet as they don't contain moving parts or mechanical equipment.

5. More Compact Than HDD

A solid-state drive is also characterized by a smaller dimensions. An HDD is normally heavier due to the magnetic head and a metal disk in an enclosure. An SSD, however, is composed of tiny integrated circuits. The compactness of an SSD makes it ideal for ultraportable laptops, as well as consumer electronic devices, such as smartphones and tablet computers.

SSD VS. HDD: THE LIMITATIONS AND DISADVANTAGES of SSD-STATE DRIVE

1. HDD is more expensive than HDD.

The cost is among the main disadvantages or cons of solid-state drives. In terms of dollars per gigabit it is true that an SSD is more expensive than a hard drive. In particular, an SSD with a similar capacity of storage as an HDD can be two times more expensive. Computers and other devices with SSDs are typically more costly. This is because SSDs are more expensive to build.

2. Smaller Base Storage Capacity

Manufacturers are pushing to standardize larger capacities for hard drives, hoping to achieve 1TB. Solid-state drives are able to store 64GB and 128GB of base capacities for storage, respectively. This is an important drawback of SSDs. This is why SSDs aren't available on the entry-level computer. SSDs can store up to 4TB, but they are more scarce or more expensive than HDDs.

3. HDD has lower storage capacity

Because hard disk drives can be bought at many electronics and computer retailers this makes it much easier to acquire them. Many HDD manufacturers are dominating the market. SSDs are more costly and difficult to come by, especially with higher storage capacity. Solid-state drives are costly for production and expensive to retail sell due to their expensive manufacturing costs. The market is shifting toward mobility and SSDs are getting more readily available however they are less popular than HDDs.

4. Concerns over PE Cycles

Another drawback of SSDs is the potential limitations in the amount of times data can be written and then rewritten. A SSD does not store any kind of data inside a block like an HDD. It must clear and rewrite all of the block. Flash memory is restricted in the amount of write-backs they are able to store. SSDs which are consumer grade have between 3000 and 500 read-rewrite cycles as well as erase cycles. The higher-end models with higher prices include 100,000 erase cycles. It is possible that data could lose if an SSD's reliability reaches its limits.