Final Words

The MX100 was a revolutionary product in many ways. It was the first drive to move to sub-19nm NAND, which brought cost savings along with it. The combination of price and performance made the MX100 arguably one of the most cost efficient drives on the market. The BX100 is more of an evolutionary step from the MX100 as it uses the same 16nm MLC as its foundation, but the switch from a Marvell to a Silicon Motion controller has allowed Crucial to cut the costs by another few percent, while still retaining high performance in typical client workloads.

Talking about performance, the BX100 is a great all-around performer. It performs well regardless of the workload and despite not being designed for IO intensive workloads such as The Destroyer benchmark, the higher capacities (500GB & 1TB) manage to be very close to the higher-end drives. It actually begs a question of whether it's worth it to pay the premium for a high-end drive because in reality you will only be gaining about 10-15% higher performance, whereas the cost premium is much more than that. For professionals who truly need the best IO performance, the premium can be worth it (although you should really be looking at PCIe SSDs already), but for enthusiasts it's safe to say that the BX100 delivers far more bang for the buck than a high-end SSD does (unless you're looking for a 256GB drive or smaller).

Furthermore, the BX100 is extremely power efficient and without a doubt the best drive in terms of power consumption that we have tested. For desktop users that isn't a big deal (unless you pay very close attention to your power bill), but for laptop users I would argue that power consumption is just as important as performance is (if not even more important) because increased battery life is something concrete and easily noticeable. 

My only criticism is the fact that Crucial decided not to include TCG Opal and eDrive encryption in the BX100. Like I mentioned on the first page, I understand that the reason behind the move is to differentiate the BX100 and MX200, but it's still a feature that we got accustomed to in Crucial SSDs. I can't say this is a major issue because hardware encryption in the client space is still in its infancy and the software support is poor, but nevertheless it's a feature that I would have liked to see included.

Amazon Price Comparison (4/10/2015)
  120/128GB 240/250/256GB 480/500/512GB 960GB/1TB
Crucial BX100 $68 $99 $185 $375
Crucial MX200 - $110 $200 $430
OCZ ARC 100 $60 $105 $170 -
Crucial MX100 $72 $110 $210 -
Intel SSD 530 $89 $133 $245 -
Mushkin Reactor - - - $371
Samsung SSD 850 EVO $65 $107 $190 $380
Samsung SSD 850 Pro $100 $155 $290 $500
SanDisk Ultra II $70 $95 $180 $360
SanDisk Extreme Pro - $146 $285 $475
Transcend SSD370 $58 $99 $176 $360

Given that the MX100 was already driving prices down, it comes as no surprise that the BX100 is very competitive in price. The Ultra II and SSD370 are slightly cheaper, but neither of them can provide the same combination of performance and power efficiency as the BX100 does. On that basis I would pick the BX100 over the two since the price delta is rather insignificant anyway (and obviously, pricing fluctuates on a daily and retailer basis). The 850 EVO is also very close in price and offers a little higher performance, but it can't challenge the BX100 in power efficiency, so for mobile users my recommendation would be the BX100, whereas the 850 EVO does offer marginally better value for desktop users.

In a nutshell, I have nothing but positive things to say about the BX100 for its price point, especially when it comes to the higher capacities. The performance is good for all workloads, the power efficiency is top of the class and most importantly, the overall value you get is simply outstanding. If you are on the market for an SSD right now, especially for laptop, I would highly recommend the BX100 even if your workload happens to be heavier than average.

Idle Power Consumption & TRIM Validation
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  • Kristian Vättö - Saturday, April 11, 2015 - link

    I plan on testing the SSD370 as soon as I have time, but the past two months have been full of travel and NDAs, thus I've only been able to test a limited number of drive with our new 2015 SSD suite.
  • leexgx - Sunday, April 12, 2015 - link

    i just got a SSD370 comming my way now, very annoying it lacks any power management

    i am happy you did the review on this as i was mostly ignoring the bx100, as the mx100 is generally cheaper then the BX100 in the UK , but for laptops well wow its worst case power useage is overall better then any other SSD (add a Devsleep supported laptop and the reg Tweek to expose the Lowest Option under balanced power profile for AHCI power management and you get mad power savinging)
    http://www.sevenforums.com/tutorials/177819-ahci-l...
    http://www.sisoftware.co.uk/?d=qa&f=apu_hsw_di...
  • leexgx - Sunday, April 12, 2015 - link

    be nice if they bring a update out for the SSD370 to turn back on DIPM as it must be the only current SSD in the last 2 years that lacks a 0.150w ish slumber state (most SSDs are stuck in idle 0.330w ish zone without DIPM or HIPM) even though i paid not much for this used ssd370 it be nice if it had the option
  • jaegerschnitzel - Sunday, April 12, 2015 - link

    Great review. But please can you explain me how to determine the Over-Provisioning?

    For example the drive with 500 GB. It has 8 flash chips with 512Gbit each, a total of 512GiB. User capacity is 465.76. 1 - 465,76/512. Am I right?
  • Kristian Vättö - Sunday, April 12, 2015 - link

    That is correct. The other way to put it would be 1 - (500*1000^3)/(512*1024^3).
  • jaegerschnitzel - Sunday, April 12, 2015 - link

    Thanks for your fast reply! Just another question to clarify, why not the other way round?
    1 - (512*1024^3) / (500*1000^3) = 9.95%?
  • Kristian Vättö - Sunday, April 12, 2015 - link

    That returns a negative number (-9.95%) because (512*1024^3) > (500*1000^3).

    (512*1024^3) = raw NAND capacity in bytes, i.e. 512GiB (GiB = 1024^3)

    (500*1000^3) = user capacity in bytes, i.e. 500GB = 465.76GiB (GB = 1000^3)
  • jaegerschnitzel - Sunday, April 12, 2015 - link

    That was my fault. But this should be right: (512*1024^3) / (500*1000^3) - 1 = 9.95%.

    I think you misunderstood my second question. Sorry for that, obviously my English is too bad ;-)
    Another try. Your percentage is relative to the real physical capacity (9.1%). Why do you not refer the percentage to the end user capacity (9.9%)?
  • Squuiid - Sunday, April 12, 2015 - link

    Given the problems I and many, many others have had with Crucial's MX100, I would not recommend anyone buy a Crucial SSD. Their firmware dev team are incompetent, no two ways about it. There have been serious power management problems with all of Crucial's SSD's since their C300 released years ago.
    http://forum.crucial.com/t5/Crucial-SSDs/Feedback-...
  • leexgx - Sunday, April 12, 2015 - link

    the current SSDs are not even related to the C300 (witch i agree was not a great SSD as latency was not very good on that drive under some loads it was slow)

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