One of the questions we get asked a lot here at PC Advisor is what difference will an SSD make to a laptop. Well, in an attempt to answer that question, here is where we give a real-world example of what sort of a speed boost a SSD can bring to your laptop. See Group test: what's the best SSD (solid-state drive)?
What difference will a SSD make to my laptop
To find out what sort of speed boost a SSD will make to an average laptop, we had the painfully simple idea of putting a SSD (in this case a Crucial M4 512GB SSD) into an 'average laptop' and then recording the performance before and after installation. See also Group test: what's the best laptop?
The laptop in question is a Dell Inpsiron 1545 that has been in use for three years and as such was getting sluggish. In other words, it is exactly the sort of laptop that's hard drive needs upgrading to a SSD.
For those who you who have a thirst for specs: the old hard drive was a Hitachi Travelstar 5K320 250GB 2.5-inch SATA 3Gb/s at 5400RPM. The new SSD is a 512GB Crucial M4 2.5-inch SATA 6Gb/s (SATA III).
How we test
In order to record a what difference will a SSD make to a laptop, we put the existing Hitachi Travelstar 5K320 HDD through several tests to measure the previous 'sluggish' performance. Next, we cloned the hard drive and copied its contents to the new Crucial M4 SSD. We then put it through exactly the same tests, to accurately measure what difference a SSD made to our laptop.
The timed tests we put the two hard drives though were: Windows 7 startup; large folder with multiple files move (copy and paste within the drive), single large file move (copy and paste within the drive), small file move (copy and paste within the drive); Word/Photoshop/Chrome application launches; and finally we ran both hard drives through the Crystal Disk Mark benchmark program.
What difference will a SSD make to my laptop: hard results
Windows 7 startup times
Hitachi Travelstar 5K320 HDD: 1 minute(s) 49 seconds
Crucial M4 SSD: 0 minute(s) 58 seconds
Large multiple file move (2.91GB)
Hitachi Travelstar 5K320 HDD: 7 minute(s) 10 seconds
Crucial M4 SSD: 0 minute(s) 38 seconds
Small multiple file move (230MB)
Hitachi Travelstar 5K320 HDD: 0 minute(s) 54 seconds
Crucial M4 SSD: 0 minute(s) 5 seconds
Large single file move (1.99GB)
Hitachi Travelstar 5K320 HDD: 2 minute(s) 30 seconds
Crucial M4 SSD: 0 minute(s) 20 seconds
Microsoft Word 2007 launch
Hitachi Travelstar 5K320 HDD: 39 seconds
Crucial M4 SSD: 9.8 seconds
Adobe Photoshop Elements 10 launch
Hitachi Travelstar 5K320 HDD: 51 seconds
Crucial M4 SSD: 18.2 seconds
Google Chrome launch
Hitachi Travelstar 5K320 HDD: 15 seconds
Crucial M4 SSD: 7.1 seconds
Benchmarking
We used the program Crystal Disk Mark to benchmark the two hard drives. Crystal Disk Mark tests sequential read/write speeds as well as random 512KB, 4KB, 4KB (Queue Depth=32) reads/writes speeds. Here are the results.
Hitachi Travelstar 5K320 HDD:
Crucial M4 SSD:
Conclusion
Cloning and swapping the HDD for a SDD is a simple exercise for most laptops with a SATA connector. Simply plug in the USB data cable and let the cloning program do its stuff. Physically swapping the hard drives should be easy enough, providing you have an easy-to-access drive bay in your laptop, it should take no more than five minutes. Just unscrew it, put the new one in, and then boot your laptop. Of course, not all laptops will be straightforward, but most of the big brand laptops (that are compatible) will handle a SSD swap with little problems. See How to upgrade your laptop hard disk to a SSD for more information.
Once you swap replace the HDD with the SSD, the difference is noticeable immediately. While you brain is expecting the 'Starting Windows' screen to lag for a little while, you will be pleasantly surprised by how quickly Windows now boots compared to before and similarly how quickly you can launch the programs you need, after startup has completed.
In short, the stats don't lie. If you replace your old hard disk drive with a SSD, everything you do on your laptop will be a LOT quicker, just look at the chart above.
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Comments
Murray Snudge said: Ok but it may have been disabled - I assumed the HDD was fragmented because it was getting sluggish
Digger11 said: Thatsperfectly correct Matt for longevity defragging your SSD is not a good thingto doMissing infoin the article is the lifespan of a SSD versus a mechanical HDD the currentguesstimate of an SSD is some 10000 switches similar to a memory stick but I wouldntworry too much as it is the erase that fails and it eventually degrades to aread only state So to make the SSD last longer keep the erases down but dontlet it deter you from using one
David Shear said: Windows 7 defrags automatically all the time anyway - so a Win 7 drive should rarely be fragmented to any significat degree
mik11235 said: What about Windows 8 that starts super quick anyway
Murray Snudge said: I did say defrag the HDD not the SSD - then clone the defragged drive to the SSD
Matt Egan said: Im sure someone told me it is a bad thing to do - wont help and may reduce the lifespan of your SSD
imaginarynumber said: Thats a good point mind you my laptop had a RAID of 4 SSDs never been sure what the accepted wisdom is wrt defragging SSDs I guess given the limited readwrite life it might be a bad thingIt would be interesting to see how much lower the power consumption of a SSD is on a laptop in a real life senario
Murray Snudge said: Is that completely fair though The HDD was three years old and getting sluggish so wouldnt it be a fair test to defrag it first as the file fragmentation was causing it to be slow and the SSD isnt really bothered about that The SSD will still be faster but havent you exaggerated the differences