A Flexible and (Almost) Universal Solution
Some of the other sites on the Internet that have reviewed or encountered the GoFlex system from Seagate thought that it used a proprietary connection. Upon first glance it may look that way, but in reality it doesn’t. The GoFlex system actually uses a standard Serial ATA (SATA) connection.
It works best (and looks best) if you use GoFlex hard drives with GoFlex adapters, of course, but you could just as easily use one of the adapter cables with your own bare SATA drive. This goes for any of the available cables in the GoFlex arsenal. This is actually quite handy because we all know how much of a pain it can be to get the data off an old hard drive if it’s still stuck in a notebook. Now all you need to do is pull the drive and plug in a GoFlex cable of your chosen interface.
Whatever the case, any of the drives (and other devices) can be paired with a variety of connection styles. This almost makes it future-proof, as Seagate can release a new adapter cable when it needs to do so. That’s what they did with USB 3.0.
Benchmarks and Testing
The build quality of the components isn’t really anything to write home about, but what about the performance. That’s what we want to know, right?
To test the data transfer speeds, I used CrystalDiskMark 3.0 on my Dell Inspiron 640m. The test rig has an Intel Core 2 Duo T5300 (1.73GHz) processor, 3GB of RAM, and XP Home SP3. The Seagate FreeAgent GoFlex drive was used with both the USB 3.0 connection and the USB 2.0 connection, and it is compared with a USB 2.0 Seagate FreeAgent Go 250GB drive and a Kingston DataTraveler 150 32GB USB flash drive.
With USB 3.0, the sequential read and write speeds (with 1000MB of data and 1024KB blocks) were recorded at 85.84MB/s and 79.93MB/s, respectively. This is three to four times faster than the same drive through a USB 2.0 connection (28.05MB/s and 19.98MB/s for read and write, respectively).
The difference is there with the random read/write test too, but it’s not as pronounced. This uses 512KB blocks and the same 1000MB test size. With USB 3.0, read and write speeds were recorded at 34.14MB/s and 42.03MB/s, respectively. With USB 2.0, the read and write speeds clocked in at 17.28MB/s and 19.44MB/s. That’s about double the speed.
None of these numbers come close to the claim of USB 3.0 improving speed by “up to ten times” compared to USB 2.0, but it’s still a great deal faster. To get real speed, the Kingston HyperX USB 3.0 SSD might be more your cup of tea. It was going as fast as 195MB/s for read and 160MB/s for write. This is actually much faster than most internal platter based hard drives.
It can be quite the pricey endeavor to buy a new notebook, especially when you’re only interested in a single upgrade. The FreeAgent GoFlex system is quite intriguing, in this regard, because what was once a USB 2.0 drive can be instantly transformed into a USB 3.0 drive.
The USB 3.0 Upgrade Cable Kit isn’t exactly inexpensive at $79.99 US or less, but it’s not too rich for my blood either. The near quadrupling of speed in sequential data speeds can be very appealing and it’s reassuring to know that your GoFlex portable drive can be upgraded to another standard when you need to do that too. That’s quite a bit of value right there.
It would have been nice if the USB power cable wasn’t necessary, as it would make for a cleaner installation. I also would have liked if the ExpressCard adapter didn’t protrude as much, since I could then just leave it in there when I travel. Even so, the GoFlex USB 3.0 upgrade kit is a worthy purchase for any computer speed demon in the making. Definitely one of the more value oriented upgrades you can make to your system.
- Easy to install and setup
- Versatile upgrade cable system for multiple standards
- Up to 4x the data speed in benchmarks vs. USB 2.0
- Cumbersome USB power cable
- Data speed improvement not quite the “up to 10x” as promised
- ExpressCard adapter sticks out a fair bit
Overall Rating: 8.0 / 10.0
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