Best SSD for ~$110: Performance Boot Drive
Samsung 830 (Check Prices)
| Samsung 830 | 64 GB |
|---|---|
| Sequential Read | 520 MB/s |
| Sequential Write | 160 MB/s |
| Power Consumption (Active) | .11 W |
| Power Consumption (Idle) | .08 W |
We know that SSDs based on SandForce's DuraClass technology demonstrate different behavior depending on the data with which they're presented. That is to say incompressible data like media-oriented files and actively-encrypted partitions isn't handled as elegantly as compressible information.
In contrast, the behavior of Samsung's drive doesn't change based on the data it handles. And, as if to illustrate its all-around performance, this SSD won our 2012 Recommended Buy Award in a recent 60/64 GB SSD round-up.
Mobile Users: Honorable Mention for $120: System Drive (OS + Programs)
OCZ Nocti (Check Prices)
| OCZ Nocti (mSATA) | 60 GB |
|---|---|
| Sequential Read | 280 MB/s |
| Sequential Write | 260 MB/s |
| Power Consumption (Active) | 1.5 W |
| Power Consumption (Idle) | 0.3 W |
Intel's SSD 310 seems to be in short supply, as we can't find it for sale at any major retailer. Fortunately, since our first look at the mSATA interface, other SSD vendors have have stepped in to fill that space. Although we haven't yet had the chance to test OCZ's Nocti, and therefore cannot officially recommend it, we're willing to give competing mSATA-based solutions a shot. Just bear in mind that this product is based on a lower-end SandForce controller only capable of 3 Gb/s speeds. Moreover, it employs MLC-based NAND.
Every mSATA SSD we've seen (including the Nocti) uses only half of its available NAND channels, which is why we wouldn't ever substitute a drive like this for a 2.5" SSD on a desktop. But our inclination here is based on form factor, not performance. mSATA lets you keep your notebook's high-capacity SATA-based conventional disk, facilitating access to the best of both worlds.
Best SSDs for ~$140: Performance 90 GB
Corsair Force GT (Check Prices)
| Corsair Force GT | 90 GB |
|---|---|
| Sequential Read | 555 MB/s |
| Sequential Write | 505 MB/s |
| Power Consumption (Active) | 2.5 W |
| Power Consumption (Idle) | 0.6 W |
Last month, OCZ broke new ground by pricing its 90 GB Vertex 3 at $140. In 2011, you could also get a second-gen SandForce-based drive, but you had to buy a lower-end model like the Agility 3, armed with slower asynchronous memory. Compare that to the Vertex 3, which employs more performance-oriented synchronous memory.
Prices shuffled around a bit this month. The 90 GB Vertex 3 now sells for $150, while the 90 GB Force GT drops to $140. As a result, Corsair gets our recommendation. When it comes to SandForce-based drives, don't dwell too long on the vendor specifically. At the end of the day, NAND is what determines the performance of these drives, not the brand manufacturing them. Both the Force GT and Vertex 3 employ synchronous memory, which makes them functionally equivalent.
Best SSDs for ~$170: Performance 120 GB
OCZ Vertex 3 (Check Prices)
| OCZ Vertex 3 | 120 GB |
|---|---|
| Sequential Read | 550 MB/s |
| Sequential Write | 500 MB/s |
| Power Consumption (Active) | 3 W |
| Power Consumption (Idle) | 1.65 W |
Although OCZ loses its recommendation between $140 and $150, the 120 GB Vertex 3 also dropped $15 this month. That's pretty good in light of the fact that slower drives based on asynchronous memory, such as Adata's 120 GB S510 and OCZ's 120 GB Agility 3 sell around the same price. As a result, the 120 GB Vertex 3 with its synchronous memory easily wins our approval.
On a side note, this is the same SSD that earned our 2011 Recommended Buy award, and it's easily one of our favorite SSDs. It performs near the top of the 120 GB SandForce-based crowd, and 120 GB is just enough to let you install your operating system and several apps without worrying about available capacity.
This website tracks the daily prices of SSD's to find the best value for money drives on the market. Check You can also view the daily price charts for comparisons
Here's the #1 ranked drive at the moment 256GB OCZ Synapse priced at $209.99 or $0.82 per gigabyte.
www.ssdtracker.com
I just built two systems with the 320 in one and the 520 in the other, otherwise same mobo Z68 Mobo and i5-2500K CPU. Both booted into Win7 in about 24 seconds (power on) / 11Sec after POST. Run a benchmark afterwards and the 520 is much faster in many categories, but not much better than the 320 in random read... but the i520 can do everything with much less CPU utilization. (0~4%) compared to the i320's 4~35%!
Intel has excellent SDD tools... which OCZ doesn't have, period. I worked on a rather new system with an OCZ, went to their site for utility tools... nothing.
Intel also includes a 3.5" bracket and cables (okay $5~10 worth of goods), a CD and a big-ass sticker that says Speed Demon. The removable plastic retainer is handy for different size drive bays. (intel doesn't include smaller screws when its removed... scotch tape works)
In the store I bought the latest SSDs, they have a basket full of 128GB $110 OCZ Petrol drives in cheap plastic... I don't think anyone would bother to steal them. (The intels are in a cage) - Yep, I'd take the $200 i320 SATA II over the $110 SATA 3 OCZ Petrol... the reviews for that drive are bad... very very slow drives with very fast failure rates. Lots of DOA and lots of deaths 1~50 days of use.
OCZ, trying to make a few bucks selling cheap drives ends up crapping on their own brand name. Something intel and Samsung try very hard to NOT do.... making crap is a way to drive away customers.
Intel drives, not the very fastest... but 5year support, minimal failure makes them worth every penny.
Read the horror stories on newegg.
I agree, 5 year support is hard to beat, and Intel drives are definitively the most reliable.
My second choice (and the drive I have) is Crucial's M4 line. Yes they had some BSOD problems in the past, but they rolled out a firmware update to fix that awhile back. Now I find them as the next-best option to Intel's SSDs.
I personally avoid OCZ drives like the plague, as well as any other SandForce-based drives. If I'm going to be spending that much money per GB, I want it to be rock solid.
Sorry but Intel is just not worth that big of a price difference. If they were at least a little more competitive I would be willing to pay a few extra bucks but not 150-170% more. Frack that.
120GB Intel 520 has a 5 year warranty and costs $225
Assuming SSDs drop in price by 50% and doubble performance every 2 years (which may be a little optimistic on performance, but should not be too far out of the ballpark on cost), you could buy the cheap drive now, plus a 2nd much faster and potentially much larger drive for ~$50-70 in 3 years and still cost less than the Intel drive did in the first place. For home/small business use this is a much better way to go, but always back up your system drive (even if you are on a traditional HDD).
For business/enterprise where things are more 'mission critical' and down time costs thousands of dollars per hour, the Intel drive is still the way to go. The idea is not that you would not replace the drive within 5 years (because you probably will), but that you would replace the drive on your time table instead of when the drive fails on you and you need to replace it.
No BSOD. Win7 64 login screen ~7-8 seconds after POST with i5-2500k at stock speed. I love my SSD.
Take the $100 saving and buy a better GPU, CPU, HSF, etc. The vast majority of folks couldn't tell the fastest from the slowest SSD 9/10 times. Nor am I recommending purchasing a sub-par aka unreliable SSD. IMO - 1. Reliability 2. Capacity per price, and don't bother with an SSD smaller than 120GB; if one's 550MB/s 120GB @ $190 and another is 500MB/s 180GB @ $190 then get the larger capacity if it's reliable, and don't get hung-up with 550MB/s vs 500MB/s -- reality is it's all about 4KB random R/W -- not ATTO fastest oddball sized R/W speeds.
I have to play it safe and go with an Intel SSD for our small business. I'd rather get a cheaper one but, I can't afford to get cheap on reliability and lifespan.
I've never had an SSD before so I'm curious about basic maintenance. What all do I need to know before getting my first SSD?
Make sure AHCI is enabled in bios, and install Windows 7. That's it. Windows 7 will automatically install in correct partition alignment, enable TRIM, disable defrag etc. You don't have to do any extra work.
Some people may tell you to do further maintenance (disable indexing, page files, etc), but that's absolutely unnecessary.
Consider also buying another 120gb for a 2 X 120GB in raid0 array... should be faster and a smaller price for you. Most MBs have raid0 support baked in.