NEW SSD Solid State Drive Vs Old Standard HDD

NEW SSD Solid State Drive Vs Old Standard HDD

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SSD vs Hard Drive

Install an SSD for the Maximum Performance Gain

These days SSDs (Solid-State Drives) are getting more and more attention. Advanced computer users recommend switching to SSDs and a lot of manufacturers have already stopped installing conventional spinning disks on their latest models. They now offer lighter, thinner and faster laptops with SSD storage.  But should you upgrade to SSD, what’s in it for you and are there any drawbacks? Let’s find out!

What is an SSD?

Basically, a solid-state drive (SSD) is a data storage device that uses solid-state memory to store data. SSDs have the same purpose as conventional mechanical hard drives, but there is one crucial difference – they are electronic devices and don’t have any mechanical parts. Unlike HDDs, SSDs don’t store data on spinning platters, but use flash memory instead.

ssd vs hdd

As of 2010, most SSDs use NAND flash memory. More expensive SSDs (such as the ones used by businesses) use single-level cell memory (SLC), which is faster, more reliable and more expensive. A 1TB SLC solid-state drive can cost as much as a good used car with low mileage. As for consumer-oriented SSDs, they use multi-level cell memory (MLC) that is cheaper, a bit slower and a bit less reliable. But in any case, even MLC disks are a lot faster than magnetic drives and a lot more reliable, too.

SSD benefits

SSDs have a lot of benefits, but the two most important ones are speed and reliability. Compared to conventional hard drives, solid-state drives are a lot faster. In fact, some people experience a whopping 1,000 MB/sec read speed. Today, the fastest SSDs are SATA 6.0 GB/sec.

ssd speed

 

HDDs are the most common performance bottlenecks on any system. Why? Simply because unlike RAM and CPU, hard drives have mechanical moving parts. This means that every time you need to open, save, modify a file or do anything else, the disk needs to spin. Worse still, things like file fragmentation can dramatically reduce HDD speed. As for SSDs, fragmentation doesn’t affect their speed because they can simultaneously grab bits of information from anywhere on the drive. To cut a long story short, comparing an HDD and an SSD from the speed perspective is like comparing a bicycle and a Ferrari. So, if you want a big performance gain – switch to SSD storage.

Another major SSD benefit is reliability. Unlike HDDs, solid-state drives don’t suffer from shock or drop damage. This is especially important for people who travel frequently (like myself). The number of times my heart skipped a beat when my laptop bag got handled quite unceremoniously by airport security staff! Now that I’ve switched to SSD storage, I don’t have to worry so much.

Here are some additional benefits of switching to SSD:

Increased battery life
Less noise, heat and vibration
No need to run disk defrag using traditional HDD defragmenters ever again

However, SSDs have some disadvantages.

SSD disadvantages

Don’t get me wrong, I am an SSD fan. Nevertheless, there are some disadvantages that can’t be overlooked.

The most noticeable disadvantages of SSDs are limited storage capacity (compared to traditional hard drives) and high price per GB. You can buy a 1TB hard drive for something like $100, whereas a 128GB SATA 6GB/sec SSD drive costs around $200. A significant difference, isn’t it? Also keep in mind that the more storage space an SSD has, the more expensive it becomes because the price per GB never changes. That’s why a lot of people still prefer having traditional hard drives, especially if they store a lot of files.

Another disadvantage of SSD drives is that each flash memory cell on an SSD can endure only so many write cycles. This means that if you subject your SSD to heavy use, its data retention will be shorter than with conventional hard drive. That’s why you should think twice when writing to an SSD. And that’s one of the reasons why it’s not a good idea to defrag solid-state drives, as defragmentation means unnecessary data writes to the disk.

Luckily, SSD manufacturers are doing all they can to maximize SSD lifetime. They implement various firmware schemes to load-level SSDs and use TRIM technology to maximize the life of a solid-state drive. In any case, SSDs are not likely to become unusable on a typical home system any time earlier than an HDD will experience a fatal crash. So the nature of flash memory and the limited (in theory) amount of write cycles shouldn’t put you off buying an SSD.

How to maximize SSD performance

SSDs are very fast right out of the box, but there are a few things that you can do to make them perform even better and increase their lifetime:

Use the latest firmware – make sure you update your SSD’s firmware before you start using it. Updating the firmware will ensure top performance and support for the latest OS features. Updating firmware can require a drive format, so make sure your data is backed up.
Enable AHCI – make sure Advanced Host Controller Interface (AHCI) is enabled in the system BIOS. Using outdated IDE or ATA modes will reduce the performance of your solid-state drive.
Do not use NTFS compression for frequently used folders, as it decreases SSD performance.
In case of a clean installation, do not disable anything, as Windows 7 will configure everything better than you would.

In my opinion, SSDs are worth every penny you pay for them, because the performance gain is tremendous. So, if you have the extra cash, get an SSD and enjoy the speed.

For more computer speedup tips read our ebook “Turbo Windows – the Ultimate PC Speed Up Guide”. Download it for FREE now!

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SSD vs HDD – Why Solid State Drive

Solid state drives provide substantial benefits over traditional hard drives, and OCZ makes it easy to see why! Whether you’re refreshing an old laptop or trying to maximize the potential of the latest desktop, SSDs are the ultimate way to “feel” the difference in your everyday computing performance!

SSD vs HDD Video

ssd_advantage_greater_durability

SSDs are More Durable

Solid State Drives feature a non-mechanical design of NAND flash mounted on circuit boards, and are shock resistant up to 1500g/0.5ms. Hard Drives consist of various moving parts making them susceptible to shock and damage.

ssd last forever

ssd_advantage_faster_performance

SSDs are Faster

SSDs can have 100 times greater performance, almost instantaneous data access, quicker boot ups, faster file transfers, and an overall snappier computing experience than hard drives. HDDs can only access the data faster the closer it is from the read write heads, while all parts of the SSD can be accessed at once.

ssd fastest

ssd_advantage_less_power

SSDs Consume Less Power

SSDs use significantly less power at peak load than hard drives, less than 2W vs. 6W for an HDD. Their energy efficiency can deliver longer battery life in notebooks, less power strain on system, and a cooler computing environment.

ssd use less power

ssd_advantage_lighter

SSDs are Lighter

Flash-based SSDs weigh considerably less than hard drives – only 77g vs. 752.5g for HDDs. SSDs won’t weigh down your notebook when you’re on the go or your desktop when rearranging your office!

ssd_comp_lighter

ssd_advantage_cost_efficient

SSDs are Cost-Efficient

Though still a higher price/gigabyte than hard drives, SSDs offer cost savings in the long run for businesses with lower energy usage and greater productivity with higher Input/outputs Operations per Second (IOPS). One SSD delivers the performance of 100 hard drives.

ssd_comp_cost_efficient

ssd_advantage_cooler

SSDs are Cooler

As an energy-efficient storage upgrade for your desktop or laptop, SSDs require very little power to operate that translates into significantly less heat output by your system.

ssd are cooler

quieter ssd

SSDs are Quieter

With no moving parts, SSDs run at near silent operation and never disturb your computing experience during gaming or movies, unlike loud, whirring hard disc drives.

ssd are quiet

 

SSD FAQs

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