The Era of storage devices.

Moving from HDD to SSD




Table Of content

Introduction. 2
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Why Solid State Drive?. 2
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Most Durable and Reliable. 3
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SSD VS HDD. 3
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References: 4
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For more information. 4
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Done By: Ramy Enab



Introduction
Before we go in-depth about the SSD, lets me explain first what SSD is.
Solid state is an electrical term that refers to electronic circuitry
that is built entirely out of semiconductors. The term was originally
used to define those electronics such as a transistor radio that used
semiconductors rather than vacuum tubes in its construction. Most all
electronics that we have today are built around semiconductors and
chips. In terms of a SSD, it refers to the fact that the primary storage
medium is through semiconductors rather than a magnetic media such as a
hard drive.



Now, you might say that this type of storage already exists in the form
of flash memory drives that plug into the USB port. This is partially
true as solid state drives and USB flash drives both use the same type
of non-volatile memory chips that retain their information even when
they have no power. The difference is in the form factor and capacity of
the drives.

So how exactly do they do this? Well, an SSD on the outside looks almost
no different than a traditional hard drive. This design is to allow the
SSD drive to put in a notebook or desktop computer in place of a hard
drive. To do this, it needs to have the standard dimension as a 1.8, 2.5
or 3.5-inch hard drive.


Why Solid State Drive?
Solid state drives have several advantages over the magnetic hard
drives. The majority of this comes from the fact that the drive does not
have any moving parts. While a traditional drive has drive motors to
spin up the magnetic platters and the drive heads, all the storage on a
solid state drive is handled by flash memory chips. This provides three
distinct advantages:






Most Durable and Reliable


Reliability is one of the most important key factors for portable
drives. Hard drive platters are very fragile and sensitive materials.
Even small jarring movements from an impact can cause the drive to be
completely unreadable. Since the SSD stores all its data in memory
chips, there are fewer moving parts to be damaged in any sort of impact.



Solid state drives (SSDs) are ideal for users who rely heavily on
long-lasting drives and require the fastest response time from their
storage devices.



With no moving parts, SSDs can withstand extreme temperature ranges, and
conditions of vibration and shock in transit.






SSD VS HDD




Advantages



Faster startup (as no spin-up is required).

Faster random I/O (compared to hard disk drives).

Extremely low read and write latency (seek) times, orders of magnitude
faster than the best current hard disks drives.

Faster boot and application launch time when hard disk seeks are the
limiting factor.

In some cases, somewhat longer lifetime – Flash storage typically
has a data lifetime on the order of 10 years before degradation. If data
is periodically refreshed, it can store data indefinitely.

Fewer moving parts.

SSDs consume up to 50 percent less power than rotating HDDs.

SSDs speed up operating system boot and application launch/runtime by up
to 2 times.

SSDs maintain fixed performance that does not deteriorate over time as
the media is filled.

Flash is noise-free, enhancing the user experience.



Disadvantages





The cost of the SSD is extremely relatively  to HDD.


References:


www.superSSD.com/faq.htm



www.Dell.com



news.digitaltrends.com/news/story/12556/samsung_announces_64_gb_solid_st\
ate_drive -



www.news.com/8301-10784_3-9825675-7.html



www.tweaktown.com/.../1083/solid_state_put_to_the_test_team_16gb_2_5_inc\
h_ide_solid_state_drive/index.htm









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