How about the part that matters?
I couldn't care less about the transfer speed. The slowest SSDs from yesteryear are more than fast enough - as long as they hold up in use (I'm looking at you, Samsung, the transfer speed collapsing to cripplingly slow after a while in use).
No, what matters is power-loss data protection. Both internal table structures protection, and cached write data protection. If it doesn't have it, it is UTTER CRAP and I wouldn't touch it. I see no information presented here that either level of protection is present.
Anandtech found that the M500, M550 and MX100 do not have the cached write data protection at all. What they have is a measure of protection against corruption of internal table structures - i.e., a half-assed level of protection; better than none but still FAIL.
I am worried that the BX100 and/or MX200 might not have even the half-assed protection - that they are no better than ticking time bombs.
http://www.anandtech.com/show/8528/micron-m600-128gb-256gb-1tb-ssd-review-nda-placeholder
http://www.anandtech.com/show/7947/micron-m500-dc-480gb-800gb-review
Note that the large expensive tantalum capacitors of the M500DC enterprise drive give real full protection. The wimpy teeny tiny ceramics on the M500 do not. And most other brands are not even THAT good.