For years there was only 1 reputable option to store data on your computer – using a hard drive (HDD). Nevertheless, this sort of technology is currently demonstrating it’s age – hard drives are really noisy and slow; they’re power–ravenous and have a tendency to generate quite a lot of heat throughout intensive procedures.

SSD drives, alternatively, are swift, consume far less power and tend to be far less hot. They provide an innovative solution to file access and storage and are years in advance of HDDs with regards to file read/write speed, I/O effectiveness and then power efficacy. Observe how HDDs fare up against the more recent SSD drives.

1. Access Time

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SSD drives give a brand new & ingenious solution to file storage using the utilization of electronic interfaces as an alternative to any kind of moving parts and spinning disks. This brand–new technology is way quicker, making it possible for a 0.1 millisecond data accessibility time.

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HDD drives count on rotating disks for files storage uses. Each time a file is being used, you will need to wait for the right disk to get to the appropriate place for the laser to access the file you want. This translates into a common access rate of 5 to 8 milliseconds.

2. Random I/O Performance

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Resulting from the new significant file storage strategy shared by SSDs, they have speedier file access speeds and speedier random I/O performance.

All through our tests, all of the SSDs showed their capacity to manage a minimum of 6000 IO’s per second.

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Having an HDD drive, the I/O performance progressively raises the more you use the drive. Nevertheless, in the past it actually reaches a specific cap, it can’t get faster. And because of the now–old concept, that I/O limitation is much less than what you could get having an SSD.

HDD can only go as much as 400 IO’s per second.

3. Reliability

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The absence of moving elements and spinning disks inside SSD drives, and the recent developments in electrical interface technology have generated a significantly risk–free file storage device, with an typical failing rate of 0.5%.

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To have an HDD drive to work, it must rotate two metallic disks at over 7200 rpm, having them magnetically stabilized in the air. There is a great deal of moving elements, motors, magnets and also other tools crammed in a tiny location. So it’s no surprise the regular rate of failure associated with an HDD drive can vary between 2% and 5%.

4. Energy Conservation

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SSDs are lacking moving elements and need very little chilling energy. They also involve not much power to work – trials have revealed that they can be operated by a common AA battery.

In general, SSDs consume amongst 2 and 5 watts.

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HDD drives are renowned for being loud. They want more power for cooling down reasons. Within a web server that has a large number of HDDs running consistently, you need a lot of fans to ensure they are cooler – this may cause them far less energy–effective than SSD drives.

HDDs use up between 6 and 15 watts.

5. CPU Power

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Because of SSD drives’ higher I/O performance, the leading web server CPU can easily process data file requests more rapidly and conserve time for additional operations.

The common I/O delay for SSD drives is only 1%.

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Compared to SSDs, HDDs permit slower data file accessibility speeds. The CPU will have to await the HDD to send back the requested data file, reserving its allocations for the time being.

The regular I/O delay for HDD drives is about 7%.

6.Input/Output Request Times

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In the real world, SSDs carry out as perfectly as they performed in the course of our checks. We produced a full system back–up on one of the production servers. During the backup operation, the standard service time for any I/O demands was indeed under 20 ms.

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With the exact same web server, however this time built with HDDs, the effects were completely different. The normal service time for an I/O call fluctuated between 400 and 500 ms.

7. Backup Rates

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A different real–life development will be the speed with which the back–up is created. With SSDs, a hosting server backup now requires no more than 6 hours using our hosting server–designed software solutions.

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Alternatively, with a web server with HDD drives, a comparable back–up normally requires three to four times as long in order to complete. A full back–up of an HDD–equipped server normally takes 20 to 24 hours.

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