SSD VS. HDD: THE BENEFITS AND AVAILABLES OF SOLID STATE DRIVE
1. Higher Read-Write Speed than HDD
One of the most notable advantages or benefits of a solid-state drive over the traditional hard disk drive is its speed. SSDs are 25 to 100 times faster than HDD drives. They are 25 to 100 times faster than HDDs. HDD takes longer to write and read data because it moves its magnetic head around the platter. This process also alters the data arrangement. SSDs are also more fragmented. SSD is much faster than a traditional hard drive since it doesn't have mechanical parts and fragmentation. This results in quicker boot times as well as faster transfer of files.
2. 2. Energy Efficiency
An SSD consumes less power than an HDD. An HDD is made of moving parts. This means it requires additional power supply to complete mechanical work and to become operational. SSD does not do this. Energy efficiency is one of the main reasons why solid-state drives are ideal storage media for computers and other mobile devices in which battery capacity and battery life are important technical specifications.
3. Tougher than HDD
Another benefit of solid-state drives is their endurance. Hard disk drives have been found to be more resistant to physical damage and data loss caused by drops and shakes over other types of storage media. An SSD is more resilient against shudders and drops, and is less prone to data loss due to external injuries due to the absence of moving components. An SSD is perfect for tablets, laptops, and other portable devices.
4. Noise-Free Operation
The movement of the read-write head and the rotational motion of the disk plate made of metal can create distracting vibrations and sounds while the drive is being used. This is especially true when large data amounts are processed. Solid-state drives are quieter than other drives because it doesn't have moving parts or mechanical work.
5. It is smaller than HDD
Solid-state drives also come with a smaller dimension. A HDD is naturally bigger because of the magnet head as well as the metal disks inside it. A SSD however, is comprised of tiny integrated circuits. Its small size makes it suitable for small laptops, as well as consumer electronics devices such as smartphones and tablets.
SSD VS. HDD: THE LIMITATIONS AND DISADVANTAGES of SSD-STATE DRIVE
1. Costs more expensive than HDD
The cost is among the main disadvantages or cons of solid-state drives. An SSD is more expensive than an hard disk drive, in terms of dollars per gigabit. Specifically it is the case that an SSD that has the same storage capacity to an HDD can be two times more costly. SSDs are typically more expensive than computers and other devices. This is due to the fact that solid-state drives are more costly to make.
2. Smaller Base Storage Capacity
The capacity for storage of a hard disk drive is now 500GB, but manufacturers are pushing to standardize the capacity of a drive to 1TB or greater. On the other hand the storage capacity of base of SSDs is 64GB and 128GB. This is an important restriction for SSDs. The SSDs are limited in their base capacity, which is why entry-level computers with SSDs have less storage space. SSDs are able to store up to 4TB, but are much less or more expensive than HDDs.
3. HDD has less capacity for storage
Hard disk drives are easy to discover in computer and consumer electronics shops. A large number of HDD makers are dominating the market. SSDs are difficult to come by and are more expensive than HDDs, especially the ones with greater storage capacity. Costs of production are high, which makes solid-state drives difficult to manufacture, while the high price for end-users makes them difficult to sell. The market is moving toward mobility and SSDs are becoming more widely available however they are less popular than HDDs.
4. Concerns about PE Cycles
Another drawback of solid-state drives is the potential limitations in the amount of times data may be written and then rewritten. A SSD can't save all the data it can in one block, like an HDD. SSDs are limited in the number of written files they can store. The consumer-grade SSDs have the capacity to store 3000-5500 read-rewrite or program-erase cycle, whereas the more expensive and high-end models have 100,000 program-erase cycle. The limit is reached and data loss could occur.
3D NAND TLC Enhanced Read and Write Speeds: Sequential Read Speed up to 530MB/s and Write Speed up to 430MB/s, the advanced SLC Cache Technology allows performance boost and longer lifespan An industry-leading 1,000,000 hours mean time to failure (MTTF) and up to 400TB Written (TBW, Terabyte Written) for enhanced reliability Compatible with Operating Systems Windows 10 / Windows 8.1 / Windows 8 / Windows 7 / Windows Server 2003 (32 bit and 64 bit) / Vista (SP1 and above) / XP (SP2 and above), MAC OS 10.4 or later, Linux 2.6.33 or later; Compatible with desktops and laptops that accept 2.5" 7mm SATA drive, Backwards Compatible with SATA II 3Gb/s and SATA I 1.5Gb/s Support S.M.A.R.T. technology, TRIM command functions, Garbage Collection technology, Wear-Leveling technology, RAID, ECC (Error Correction Code), and DevSleep (Device Sleep Mode) to provide the optimized performance Included Contents: 2.5 inches (7 millimeter) SATA III 6 Gb/s SSD (All Other Cables, Screws, Brackets Not Included); Three years limited warranty with free technical support service