Patriot 128GB Warp SSD Drive PE128GS25SSDR

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It’s been said that solid state drives are going to soon replace our ‘regular’ hard drives, well I call BS on that, mechanical hard drives have been around for along time and they will be around for much longer. Yes SSDs are coming down in price but their capacities are nowhere near that of normal HDDs, so until they reach the 1TB + level I don’t foresee them replacing anything but maybe notebook hard drives. Many laptops or notebooks now have the option of being purchased with SSDs, which is a good thing as laptops tend to be moved around a lot and the less moving parts the better really, but as for desktops, it’s not going to happen anytime soon really…

Today for review I’ve got my first SSD or Solid State Drive, I think by now you should know exactly what an SSD is, so their’s no need to go into that explanation. The SSD I have for review today is from our friends at Patriot Memory, it’s their new Warp Drive and it has a capacity of 128gb so it’s rather large in terms of SSD drives. Since it’s my first type of drive like this I don’t have anything to compare it to, so I’m comparing it to some standard HDDs that I’ve got on hand, two 2.5" drives and two 3.5" drives to see how it stacks up against them.

No video for you today as there’s not much to really show you, the Patriot Warp comes in an attractive box with specs and features listed, there’s a small window on the front so you can see part of the drive.

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Inside we find another plastic box that actually houses the Warp:<


The drive itself is rather plain looking, sort of resembling a thin block of metal, there’s a holographic label on the front with the Patriot logo and information about the drive, on the back we can see the SATA data and power connections along with another small identification label or actually an engraving with serial number, model etc.

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Patriot 128GB Warp SSD Drive

Patriot Extreme Flash, 128GB Warp SSD Drive 2.5 SATA V.2

Patriot Extreme Performance (EP) Warp series Solid State Drive (SSD) is the latest in storage technology. Using the state-of-the-art NAND flash chips and ultra-fast controller, the Warp v.2 SSD is available from 32GB to 128GB capacity delivering a blazing transfer speed up to 175MB/s read and 100 MB/ write. Compared to conventional disk drives, built with 100% moving-free parts and housed in a vibration and shock resistance housing, the Warp SSDs provide a rock solid operating environment even during the most extreme working conditions. A perfect solution for a wide range of applications which demand ruggedness, minimal power consumption, cooler temperature and silent operations. Built to sustain heavy usage, the Warp SSDs have built-in wear leveling technology in addition to the standard 2 year warranty to maximize the life span of the drive and preserve your data integrity by automatically marking and blocking bad data cells.

Note: SSD’s do not need to be defragmented. Doing so may lower the lifespan.

*Consumers may see a difference between the physical capacity and actual capacity of SSD drives. The storage industry uses a decimal system to report the capacity while operating systems use a binary format to calculate the actual capacity. This difference causes the SSD drives to show a lower capacity. SSD¡¦s, also is reserved a portion of the capacity for formatting and wear-leveling. This can amount to up to 5% of the drive¡¦s capacity.

* Available in 32GB, 64GB and 128GB capacities
* Interface: SATA I/II
* Raid support: 0, 1, 0+1
* Dimensions: 99.88 x 69.63x 9.3 mm
* Weight: 91g
* Sequential Read: up to 175MB/s
* Sequential Write: up to 100MB/s
* Shock Resistant: 1500G/0.5ms
* Vibration Resistant: 20G/10~2000Hz with 3 Axis
* Operating Voltage: DC 5V
* Power Consumption: 280mA~330mA
* Operating Temperature: -10°~70°
* Storage Temperature: -55°~125°
* MTBF: >1,500,000 Hours
* Data Retention: > 5 years at 25°
* Data Reliability: Built in BCH 15-bit ECC
* O/S Support:Windows 2000/XP/Vista Linux, and Mac OSX
* Certification: FCC/CE/RoHS
* 2 Year Warranty

So before we get into the testing, here’s the DiskInfo for the drives used in the testing including the SSD. They are all SATA drives:

Seagate 7200.9 200gb 3.5"
Seagate 7200.11 500gb (perpendicular) 3.5"
Samsung 500gb 2.5"
Seagate 160gb 2.5"

diskinfo 25 500gig diskinfo 160gb 25 diskinfo 200gig diskinfo 500gig perp diskinfo SSD drive

I tested these drives with my main system which consists of an Intel C2Q6600 CPU, EVGA NF680i Sli motherboard and I have 8gigs of ram installed.

First up I’m using ATTO Disk Benchmark, ATTO is used by many disk manufacturers to test their own disks, and has sort of become a standard for disk testing. I’ve left it at the default settings and changed nothing as to not affect the results of the testing. Here’s the individual test results:<

atto 160gb 25 drive atto 200gig seagate atto 500gb 25 drive atto 500gig perp atto ssd

and here’s a comparison graph of the final test:

atto disk graph

As you can see the Patriot Warp SSD would make a great choice to replace the 2.5" SATA drive in a notebook, excellent read speeds and higher write speeds than the newer Samsung 2.5" drive.

For read speeds the Warp easily blows away the Seagate 3.5" perpendicular drive but falls behind in writing speeds.

If we look back at the specs for the Warp we see they claim up to 175MB/s for Read Speed and up to 100MB/s for write speeds, the actual speeds in my tests are obviously lower, but we’re not exactly sure how they get those speeds or what they used for testing either. If we look back at the individual tests, we see that the 256, 512, 2048 and 4096 tests are all above 170MB/s for their read speeds though.

The next test would be using SiSoft Sandra 2009, this is a test that measures Raw performance:

SiSoft Sandra 2009 Physical Disks Benchmark
Benchmark hard disks (i.e. the disk itself, not the file system).
As the test measures raw performance it is independent on the file system the disk uses and any volumes mounted off the disk.
Read Test: Sequential across disk
Write Test: Sequential across disk
Seek Test: random, full stroke

Drive Index: is a composite figure representing an overall performance rating based on the highest read or write speed across the whole disk. Thus the higher the better.
Access Time: is the average time to read a random sector on the disk, analogous to latency response time. Thus the lower the better

sandra physical disk graph

for raw performance the Patriot Warp SSD just blows away all the other drives in both tests easily.

Next up we’ve got CrystalDiskMark, this one runs quite a few tests, 5 times each and averages them out for the results, so it gives us a good idea of the performance. The results are measured in MB/s or bandwith so the higher the better.

CrystalDiskMark graph

Here again we see read speeds of the SSD easily beat out the other drives in the testing, and the write speeds are not bad either beating out most other drives except for the Seagate 500gig when it comes to Sequential Writing.<

and for the final test I’m using the HDD benchmark that is part of the CrystalMark testing suite of tests, it’s from the same company as CrystalDiskMark as you can tell by the name, but it’s a bit different in what’s tested so I figured why not included. Here again results are shown in MB/s and higher is better.

crystalmark hdd graph

The results are virtually the same with some minor differences in there.

From what I can see from my testing the Warp SSD should get it’s rated speeds or at least very close to them depending what you’re doing of course.

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The Patriot Warp SSD drive is a nice choice to replace your notebook drive, it offers much better speeds in both read and write than standard 2.5" HDDs do, and of course you’ve got the bonus of no moving parts to worry about as well. The Warp might not be as fast as newer 3.5" drives are but it’s close, and the read speeds surpass that of most standard hard drives today.

SSD drives have dropped in price substantially since their first inceptions, there was a point when they were a luxury item but now they’re well within price range of the average consumer. They still aren’t close those to the per gigabyte price of standard hard drives, so until that time comes we won’t seem them really going mainstream anytime soon.

Fairly fast
Runs cool

Write speeds could be better


  13 comments for “Patriot 128GB Warp SSD Drive PE128GS25SSDR

  1. Krisia
    December 31, 2008 at 9:30 pm

    I’ve already replaced all my boot drives (desktops and notebooks) with these. I’d say that’s pretty mainstream…

  2. kristofer
    December 31, 2008 at 9:38 pm

    so you’re saying you represent most of the people who own computers?

  3. Steve
    January 17, 2009 at 10:03 am

    mr Kristofer Brozio may be correct the the SSD will not replace the standard hard drive for mere storage purposes, however they will in short order totally replace standard hard drives as a boot disk for the Operating System and any other high performance games or other software requiring high speed read and write. They simply don’t need to be 1TB in size……..

  4. dprojoe
    January 25, 2009 at 4:26 pm

    Patriot now has a 256gb SSD, can’t find one or the price today 01/25/09. I have replace my 320gb
    Fujitsu drive in my HP dl9743cl laptop with the Patriot 128 gb SSD as primary and now use the 320 gb for seconday storage only. As a beta tester for Windows 7 I can tell ya the SSD made a great perfromance boost to my laptop. When SSD prices drop and sizes increase to 1tb and beyond I will
    make an SSD my storage drive also mostly for increased battery life reasons more than performance.
    NOTE: I initially went to the SSD due to the great perfromance of my MAC Book Air that runs VISTA and has 128 gb SSD.

  5. fssalaska
    January 29, 2009 at 2:18 pm

    I use a SSD drive for my OS on a MacPro I had to make a bracket for the 2.5″ to plug into the 3.5″ Sata II slot
    bad I’m happy with the performance .
    The best SSD for the price :

    System Info
    Xbench Version 1.3
    System Version 10.5.6 (9G55)
    Physical RAM 5120 MB
    Model MacPro2,1
    Drive Type G.SKILL 128GB SSD
    Disk Test 59.41
    Sequential 89.46
    Uncached Write 133.42 81.92 MB/sec [4K blocks]
    Uncached Write 72.22 40.86 MB/sec [256K blocks]
    Uncached Read 50.07 14.65 MB/sec [4K blocks]
    Uncached Read 294.40 147.96 MB/sec [256K blocks]
    Random 44.47
    Uncached Write 13.64 1.44 MB/sec [4K blocks]
    Uncached Write 71.10 22.76 MB/sec [256K blocks]
    Uncached Read 1929.19 13.67 MB/sec [4K blocks]
    Uncached Read 488.19 90.59 MB/sec [256K blocks]

  6. SSD Drives
    July 13, 2009 at 1:46 am

    I plan on replacing the SSD in my Macbook Pro, but I’m not sure which SSD to get. Sites like are great for review purposes, but it’s always great to get first hand knowledge like what you posted. I’m not convinced the Patriot 128GB would be my best option, I think I’m going to splurge for the Intel X25-M.

  7. Steve Dodd
    October 1, 2009 at 6:55 am

    Well, I m sold on replacing my Acer main drive with an SSD. Probably a Patriot 64. I am only conceerned about how to get the OS onto it as the system came without disks. I suppose a back up and replace might work. But I’d hate to have to buy another OS just to swap the drive.

  8. jemtec
    May 25, 2010 at 6:41 pm

    SSD will indeed replace the common mechanical hardrive.
    As the current flash memory technology continues to improve through lower resistance, increased capacitance and improved thoroughput with more active transfer matrix mediums, the natural aspects of this technology will replace the current, modern hardrive.
    To say it will NOT is ridiculus.
    What you may see is the beginning of hybrid mechanical flash type drive tech that will support additional speeds, but higher capacities currently employed with Modern mechanical hardrives.
    At least for the near term.
    However, Flash memory technology is improving constantly, and I do not see mechanical hardrives ever maintaining their dominance through even through 2020.
    I believe the demise is already enroute, and by 2015, the primary storage technology will be SSD.
    The latest memory chip technology has created “stacked” silicon slivers with notably different mediums that are not affected by ohms law of resistance due to electrons not passing and scattering signals like typical silicon.
    What makes it “stacked” is the quality of the “semiconductor material” is slightly different on each level which produces different resistances.
    Therefore, you can add 10 times the memory in the same space typically taken up by todays simple flash chip.
    This also works for Processors.
    So.. do you think mechanical hardrives will survive now?

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