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Samsung 470 Series 256 GB SSD Review (30nm)

The Samsung 470 Series SSD is the top performing SSD tested since our first was published in 2007. If you are considering a SSD purchase, this article is a must as it compares four of the best SSDs available today. Read on!!!


Solid state drives were first introduced to the consumer in 2007 and Samsung was one of the first out of the gate with their initial release of a a 64Gb slc SSD as we reviewed here on April 20, 2008. This would definitely mark Samsung as a pioneer in the SSD field and most agree that they seem to have weathered the well published growing pains of ssd hiccups rather well. This is due in part to their proprietary control over key SSD components that include the controller (Samsung S3C29MAX01-Y340)  , 256MB DDR2 (667Mhz) DRAM module and NAND flash memory chips. Samsung has a very unique way of displaying this on their ssd site here.

For those new to SSDs, most manufacturers assemble their products with components built elsewhere and the best example is that of SandForce controllers found in products sold by APacer, Corsair, G.Skill, Mushkin, OCZ, OWC, Patriot, Renice, and Super Talent to name just a few. Samsung and Toshiba play key roles in the same arena with their supply of NAND flash memory which is also used in many competitive SSD brands. In fact, the consumer can still find SSDs today that were originally completely manufactured by Intel and Samsung only to be sold to competing companies who then simply put their branding on the product and sold it as their own.


This SSD review is going to examine the Samsung 470 Series 256GB SSD which has a product number of MZ5PA256HDMR – 0100 and firmware revision of AXM0601Q. The consumer version appears to be of brushed aluminum with an orange mark on the bottom right of the drive face, a marking that is fast becoming an easily recognizable trademark of Samsung SSDs. The SSD received by The SSD Review differs completely on the exterior and is a solid black plastic casing with a descriptive sticker on its face. A quick check with Samsung confirms that it is an evaluators version of the drive, pictured as below.

The most interesting view of this SSD is the actual shot of the circuit board. It contains Samsung 30nm NAND flash memory chips which are a great deal smaller than previous flash memory and will eventually provide for SSDs with a much larger storage capacity. It is fascinating that the entire circuit board is much smaller rather than simply using the same board with additional memory. Take a look at some pictures of the products interior as well as the new circuit board compared to that of another manufacturer using traditional sized board and memory.


Model470 Series470 Series470 Series
Form factor2.5-Inch2.5-Inch2.5-Inch
Dimensions (Height x Width x Length)9.5×69.85×100 (mm)9.5×69.85×100 (mm)9.5×69.85×100 (mm)
WeightMax 64gMax 68gMax 68g
InterfaceSerial ATA 3.0GbpsSerial ATA 3.0GbpsSerial ATA 3.0Gbps
Sequential readUp to 250 MB/secUp to 250 MB/secUp to 250 MB/sec
Sequential writeUp to 170 MB/secUp to 220 MB/secUp to 220 MB/sec
Random read1Up to 31,000 IOPSUp to 31,000 IOPSUp to 31,000 IOPS
Random write1Up to 11,000 IOPSUp to 20,000 IOPSUp to 21,000 IOPS
Active power use0.24W0.24W0.24W
Idle power use0.14W0.14W0.14W
Allowable voltage5V± 5%5V± 5%5V± 5%
Reliability (MTBF)31.5 million hours1.5 million hours1.5 million hours
Warranty3 year (= 21.9TBW, 20GB@day)3 year (= 21.9TBW, 20GB@day)3 year (= 21.9TBW, 20GB@day)
Temperature-55? to 95? (Non-Operating)-55? to 95? (Non-Operating)-55? to 95? (Non-Operating)
Humidity5% to 95% (Non-Operating)5% to 95% (Non-Operating)5% to 95% (Non-Operating)
VibrationOperating: Random 2.17Grms(5~700Hz)
Non-Operating: Random 3.13Grms(5~800Hz)
Swept sine: 20G peak @10~2KHz
Operating: Random 2.17Grms(5~700Hz)
Non-Operating: Random 3.13Grms(5~800Hz)
Swept sine: 20G peak @10~2KHz
Operating: Random 2.17Grms(5~700Hz)
Non-Operating: Random 3.13Grms(5~800Hz)
Swept sine: 20G peak @10~2KHz
Shock1500G, duration 0.5ms,
Half Sine Wave
1500G, duration 0.5ms,
Half Sine Wave
1500G, duration 0.5ms,
Half Sine Wave





About Les Tokar

is a technology nut and Founder of The SSD Review. His early work includes the first consumer SSD review along with MS Vista, Win 7 and SSD Optimization Guides. Les is fortunate to, not only evaluate and provide opinion on consumer and enterprise solid state storage but also, travel the world in search of new technologies and great friendships.Google+

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  • Les Tokar

    This arrived as a pingback and leads to the only other review we have seen of this drive. It confirms our finding and also presents tests that confirm how effective the GC is in this drive.

  • Andrew Frankum

    Does it use less power than the Intel drive? I’m thinking of buying the 256 GB one.


    Active power use 0.24W
    Idle power use 0.14W

    Active power use 150mW
    Idle power use 75mW