Best Ssds For Mac
Western Digital makes some of the best hard drives around, and its 4TB USB-C hard drive fits right in with all its other excellent drives. This one can be found for under $120 and comes in six colors. This hard drive, however, is not an inherently USB-C drive — it's 'USB-C ready,' so it'll connect to your USB-C ports no problem, though it does not have a USB-C port itself. USB-C is certainly the port of the future, so grabbing a USB-C hard drive for your MacBook or MacBook Pro is the best way to take all of your files, music, photos, and more with you wherever you go without clogging up your Mac's own hard drive.
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ANY SSD will do. The 2010 MBPro has a 'SATA 2' bus, and virtually all SSD's will 'max it out'. So don't spend extra for 'the fastest' SSD - it will make NO difference. I prefer either Crucial or Sandisk. For RAM: I like datamem.com.
Be sure to use THE RIGHT TOOLS. You need a Phillips #00 driver and a TORX T-6. Go to ifixit.com to see how to do it. It's a 15 minute job. Consider buying an external USB3 2.5' enclosure. Use this to 'prep and test' the new SSD BEFORE you put it into the MacBook. This way if you run into any problems you still have a working Macbook.
After you do the drive swap, use the external enclosure for the old drive. It can serve as a backup, extra storage, etc. Click to expand.SSD is still the best bet for giving your machine a new lease of life. As others have said, though, its not worth paying a fortune for a super-fast model for an old machine (although you don't need to hunt down an old SATA-2 drive). I've used both a Crucial MX100 and Sandisk Ultra II in my 'backup' Mid 2010 13' MBP (Whenever I need the 'backup' Mac, I panic-buy a SSD to make it usable - then after a few months I steal the SSD for another project and put the old HD back in.) Fitting is an absolute doddle, but I second the motion to make sure you have the right screwdrivers. With RAM, its worth checking if you need it - MacOS will always grab 3/4 of your free RAM for caching, so you need to look at 'memory pressure' and 'swap used' in Activity Monitor to see if low memory really is a problem.
The other thing to consider - if you don't use the optical drive much - is a Data Doubler (or similar) that will let you install a SSD and keep the old HD (for bulky/rarely used/non speed-critical files). Won't speed things up per se but might mean you can get away with just a 256 or even 128GB SSD - most of the speed-up comes from having the system and apps on the SSD. Fitting that is a bit harder than the HD, but not bad.enjoy the last days of laptops with user-servicable parts:-(.
Not all SSDs are equal - and it isn't just peak, ideal conditions brand new drive throughput that matters. Best bang for buck is IMHO something like an 850 evo. Yes, any SSD today will saturate the SATA bus in your macbook pro (when new) but the better ones (including the samsungs) will perform better over time due to better wear levelling and more intelligent controllers. Budget garbage SSDs, not so much, and the EVOs (in particular) aren't that expensive. Crucial, Corsair, just make sure its the right spec and has a warranty. Intel based macs aren't too fussy; if it doesn't work and is the correct DDR spec and speed rating, its probably faulty DOA RAM. Click to expand.You say that, but yeah.
If you're going to go SSD and not upgrade RAM, just make sure you get something decent. Not all SSDs are equal and whilst peak throughput numbers may all saturate the SATA bus, cheaper ones don't handle large numbers of outstanding IOs or many smaller IOs as well. If you do go down that path and decide to get SSD only to start, try and get the best SSD you can. It WILL make a difference, even though you're SATA bus limited - that limit is only going to be a thing under ideal conditions. I got several 840, a 840 pro, and a 2TB 850 Evo.
They are still fast as hell after Years (for the 840) and I think there isnreqlly no need for the pro versin of the 850. The Evo was performing even a little bit (but not really significantly) more performant than the pro. It is not the CPU, it is the Storage speed which counts (and Upgrading RAM up to 8 GB).
I uprdaded ma RAM to 16GB as this is now very cheap, but I never ever needed more than 6GB. Altough I looked often in activity monitor. Storage speed is the only important bottle neck. From HD to SSD is like buying a new machine. Even Sata II is sufficient, for daily use you'll never feel the difference between Sata Ii and Sata III - only if you copy 1 TB from one partition to another one.
Which will be never or rarely be the case. Yeah, this is the thing about storage and comparing SSD vs HDD.
You can't just look at the peak throughput numbers, because in the real world, a hard drive just won't hit those numbers whereas an SSD will get much closer. The peak numbers are streaming large continuous file reads or writes or LARGE IO sizes. Real world things just don't happen that way. Some basic simplified scenario maths to illustrate. Much of the IO workload on your mac will be small 4k to 64k sort of size IOs, and randomly accessed across the disk.
Due to the physical movement required to reach random parts of the hard disk, hard drives SUCK at this. They can only do maybe 70-100 totally random IOs per second (this is due to the rotational latency for one side of the disc to reach the read/write head, based on 7200pm drives). At 4k each IO (worst case scenario - an app is doing lots of small IO operations), that's say 400 kilobytes per second. A bit faster if they're larger IOs. Due to no moving parts, SSDs can do upwards of 5,000-10,000 totally random IOs per second (some, many many times that under certain inflated number circumstances).
Best Ssd For Macbook Air
At 4k each (again, worst case, for comparison to illustrate the point vs. HD) that's 20-40 megabytes per second. If your IOs are 8k or 64k or whatever just multiply out with that instead of 4k. The SSD will be much much faster still. Both of those numbers (for 4k) are WAY lower than the maximum SATA2 bus speed. But note that the SSD is still 100x faster than the HDD in that scenario. Thats a fairly pessimistic case, but much closer to real world than the peak throughput numbers of the HD and SSD may suggest.
Thus: even if you're stuck on SATA2 and thus can't run the SSD at its full speed, in the real world, a solid state drive will just destroy a hard disk in most typical workloads. You say that, but yeah. If you're going to go SSD and not upgrade RAM, just make sure you get something decent. Not all SSDs are equal and whilst peak throughput numbers may all saturate the SATA bus, cheaper ones don't handle large numbers of outstanding IOs or many smaller IOs as well.
If you do go down that path and decide to get SSD only to start, try and get the best SSD you can. It WILL make a difference, even though you're SATA bus limited - that limit is only going to be a thing under ideal conditions. While the 2010 series are not the fastest, installing a good quality (major brand) SSD and maxing the ram (up to 16GB) make a huge difference to performance.
As others have said, the SSD will make the biggest improvement, but everything helps. Before I did the upgrades, my late 2011 17' 2.4 i7 was infuriatingly slow (I think the original drive was faulty as speed tests would only result in 40-45MBs), but now the only reason I would consider a new MBP is for a retina screen and the ability to natively run a 4-5K monitor, and then only the 2013-2015 as the SSDs are still replaceable on them. The geekbench scores now are over 11000 with over 500MBs for the sandisk ultra II that was 2/3 the price of the Samsung, and I was lucky enough to get 16GB of 1600MHz Crucial ram for $69 last year. My memory monitor shows all the ram being used/reserved all the time (as it should be - unused ram is a waste) so while 8GB is a huge upgrade over the pathetic original supplied, 16 is not wasted, although it will consume more power if that is an issue for you.
Another somewhat riskier improvement to performance and lifespan is cleaning and replacing the heatsink compound on the CPU, and if you're keen, polishing the CPU first to improve the heat transfer. I'm not kidding, check out youtoob. The Unibody MBPs are surprisingly upgradable devices and the later ones can deliver amazing performance and utility (the 17's still had a PC express slot that will take various cards like USB3 or SD card reader, etc) and the airport/Bluetooth can be upgraded to support handoff, never mind essentially unlimited SSD storage when you swap out optical drive. Imagine ordering a new MBP with 4TB.
Even though they supply super fast drives, you could do it for around $1200 and RAID them. Unless money is super tight, I don't think the marginal savings in getting SATA 2 over 3 are justified as they can always be reused in other devices or external drives at some stage.
While the 2010 series are not the fastest, installing a good quality (major brand) SSD and maxing the ram (up to 16GB) make a huge difference to performance. As others have said, the SSD will make the biggest improvement, but everything helps. Before I did the upgrades, my late 2011 17' 2.4 i7 was infuriatingly slow (I think the original drive was faulty as speed tests would only result in 40-45MBs), but now the only reason I would consider a new MBP is for a retina screen and the ability to natively run a 4-5K monitor, and then only the 2013-2015 as the SSDs are still replaceable on them. The geekbench scores now are over 11000 with over 500MBs for the sandisk ultra II that was 2/3 the price of the Samsung, and I was lucky enough to get 16GB of 1600MHz Crucial ram for $69 last year. My memory monitor shows all the ram being used/reserved all the time (as it should be - unused ram is a waste) so while 8GB is a huge upgrade over the pathetic original supplied, 16 is not wasted, although it will consume more power if that is an issue for you.
Another somewhat riskier improvement to performance and lifespan is cleaning and replacing the heatsink compound on the CPU, and if you're keen, polishing the CPU first to improve the heat transfer. I'm not kidding, check out youtoob. The Unibody MBPs are surprisingly upgradable devices and the later ones can deliver amazing performance and utility (the 17's still had a PC express slot that will take various cards like USB3 or SD card reader, etc) and the airport/Bluetooth can be upgraded to support handoff, never mind essentially unlimited SSD storage when you swap out optical drive. Imagine ordering a new MBP with 4TB.
Even though they supply super fast drives, you could do it for around $1200 and RAID them. Unless money is super tight, I don't think the marginal savings in getting SATA 2 over 3 are justified as they can always be reused in other devices or external drives at some stage.