|Corsair Vengeance LPX 16GB (2x8GB) DDR4 DRAM 3000MHz C15 Desktop Memory Kit - Black (CMK16GX4M2B3000C15)
|EVGA SuperNOVA 650 G1, 80+ GOLD 650W, Fully Modular, 10 Year Warranty, Includes FREE Power On Self Tester Power Supply 120-G1-0650-XR
|Intel Core i5-7600K LGA 1151 Desktop Processors (BX80677I57600K)
WD Blue hard drives have a multitude of features including third generation SATA interface with 6 GB/s transfer rate, plus rock solid performance and ultra-cool and quiet operation. WhisperDrive technology minimizes noise to levels near the threshold of human hearing. SoftSeek technology streamlines read/write seeking algorithms, resulting in more efficient operation. 1 TB capacity holds up to 200,000 digital photos, 250,000 MP3 files, and 120 hours of HD video. 2 year limited warranty.
Most helpful customer reviews
95 of 96 people found the following review helpful.
Good, practical desktop drive
I gave this drive to someone as a gift, and they've been using it for backups for 10 months without issue.
My review is based on another unit of this drive which I bought for myself some months later. I've been using it as my primary desktop OS/programs drive since 5/29/2014, so it's about 5 months now. There have been no problems thus far. It's really quite a bargain for desktop use if 1TB is all you need.
The actual capacity of this drive is 931.5GB. That's an old marketing trick which can be blamed for the pointless redefinition of all our real, long established data measurements with those silly "i" characters. I won't dwell on it any further, but 931GB is the true capacity when measured in base 2, as all data is correctly measured.
This 1TB Blue drive uses a single 1TB platter spinning at 7200rpm. There are 2 heads (each side is 500GB).
A single platter design is usually better for reliability than having multiple smaller platters, because there are fewer points of failure, the assembly is lighter, the motor doesn't have to work as hard, and less heat is generated.
Single platter drives will also tend to be quieter, but due to my configuration I can't judge the noise level.
There has been much discussion and testing among users in online forums, including WD's forum, which repeatedly show that the 1TB Blue and 1TB Black perform the same. It appears the only benefit of the 1TB Black is a longer warranty. Some Blacks are faster than this drive, but the 1TB model is not.
Compared to a Green, the Blue is faster owing to it's faster rotation speed. The Green drives also have an "intellipark" feature which causes them to keep parking the heads after a few seconds of inactivity. This can cause laggy response and extra wear. I dislike that design - I believe power management functions should be left under the control of the operating system, which can account for user preferences and what is happening in the rest of the system. Hardcoding this behavior into the drive is ridiculous, in my opinion. The Blue behaves the way I prefer - it does not use "intellipark", it stays ready to roll until directed otherwise through power management commands from the OS.
I wish they were making the Blue series in larger sizes - it seems this 1TB is the end of the line. I don't care for the Greens and the Blacks are more expensive.
Please be aware that like most modern drives, this drive uses 4KB sectors (also known as "advanced format"). If you are using Windows 2003, Windows XP or older, as I am, don't let Windows handle the partitioning of this drive. This is even an issue on unpatched versions of Vista and Windows 7. These older versions of Windows will believe that the physical sectors are 512 bytes, when in reality they are 4KB. As a result, the partition(s) will not be aligned with the physical sectors. It will still work, but performance will be reduced.
Windows Server 2003 and Windows XP and older do not have any update to fix this, but it's not a problem as long as you do the partitioning with a suitable 3rd party utility. I think Western Digital offers a tool for this, but I've never tried it. Once the partitions are set, it's fine to let Windows format them.
For my Windows XP install, I used a recent version of GParted to partition the drive. GParted can be downloaded and burned to a bootable CD, or installed to a USB flash drive. Just use the option to align your partition(s) on 1MB boundaries. This is the easy way to ensure they are aligned correctly for the best performance. Then boot your WinXP install disc and let it format the partition that you already created. It sounds harder than it is, it's a minor hassle but it's simple.
If you ever change the partitions, once again use GParted or a similar utility that handles alignment for modern hard disks. Don't use the built-in XP partitioning. But again, once the partitions are created, it's fine to let Windows format them.
The built-in partitioning is fixed in Windows 8.
According to Microsoft, it is fixed in Windows 7 after installing Service Pack 1 - you would need to have that service pack before partitioning the drive, not after.
Again according to Microsoft, it is also fixed in Windows Vista *after* installing update MS KB 2553708 - I assume this is automatically installed for people who use automatic updates, but I don't know that for a fact. This won't do you any good if you're doing a fresh install and your install disc predates the required update.
The partition alignment detail I've described above is an issue you will encounter with any recent hard drive, it's not unique to this model. If you ignore it, performance will be affected but it will still work. You may see Seagate drives implying that they are immune from this, but in reality, they are not. All modern "advanced format" drives, of any brand, will perform better if sectors are properly aligned. But it's not a big deal - just use a modern partitioning utility and then you're set.
I just tested this drive using "Roadkil's Disk Speed" on Windows XP 32-bit. I'll cut out all the variables and just give the linear transfer results with large block sizes. My drive has a few partitions and there are lots of files on it, so this might affect results.
First partition (first 20GB): 170-178MB/sec linear read
3rd partition (physical location range is from 28-628GB): 153-177MB/sec linear read
Last 300GB is unpartitioned so I can't test that range.
I don't think the random access test is useful, because my partitioning greatly influences the result.
There's a test mode for the whole physical disk, but it's results are too inconsistent.
This drive is a great bargain if you just need a simple, inexpensive, well performing 7200rpm hard disk. I was tempted to try a Seagate SSHD, but I couldn't justify the cost compared to this. If I was shopping today, I'd look carefully at the HGST and Toshiba offerings as well, but from the WD side this is my pick for a general purpose 1TB desktop drive.
Update: It is now 11/2015. This drive is in my desktop PC, used daily, and still works fine.
Some months ago I ran a benchmark on this drive using the linux utility "gnome-disks". The random access performance measured out to a 15.7ms average. This is mediocre, but expected from a quiet drive. Screenshot is attached. It also shows the transfer rate across the disk (read test only, I didn't test writes).
2 of 2 people found the following review helpful.
Great drive for mass storage
I have purchased several of these over the past few years for use in a home file server.
These are reliable drives. I am running four of these in a file server, soon to be five, and have been running them for around three years with zero failures or SMART warnings. No drive lasts forever, but so far these just keep trucking along. When the inevitable drive failure occurs, I will likely replace the drives with the same model if it is still available. I highly recommend GSmartControl. It runs in both Linux and Windows, is free/open source, and will provide a full SMART report including the usual indicators of a drive that is going to fail: bad sectors, and number of reserve sectors available. Once a drive has bad sectors and starts remapping reserve sectors, it is time to start migrating data before the inevitable data loss occurs. So far, three years in, I have not a single bad sector across four of these drives.
Speed-wise, they are what you would expect from a 5400 RPM spinning hard drive. Nowhere near the fastest, but fast enough for what I need them to be. Install an SSD for your boot/OS drive, maybe a WD Black 7200 RPM drive for programs, and use these for storing your media files. The important thing to do is gauge what level of performance you need for a particular task and how much money you are willing to spend.
For mass data storage where speed is not a requirement, these drives work very well and I highly recommend them. If you need performance, look at SSDs. If you need speed but also size and do not want to spend a ton of money on a large SSD, look at the WD Black 7200 RPM drives.
9 of 10 people found the following review helpful.
Could not be more dead
By The Amazonian Man
This is my 1st ever DOA Hard Drive from WD. I have had many good experiences with WD drives, and I have some drives that are over 7yrs old and are still working fine, but are slow SATA 2 drives. The 1 star rating is not meant to be an indication of the overall quality of drives from WD.
I would also like to say that I have had this drive in storage for over 2 months, and I am now past the item return point for Amazon and must now deal directly with Western Digital. So in short, this warning: When ever you buy hard drives or other items for future use, make sure you test them out ASAP to make sure they are working properly and you don't end up stuck with a dead item that you never got to use and get stuck with simply because the warranty starts when you first buy it, not when you first use it. I will revise the star rating once I get a replacement drive. Just hope they send me a new one and not replace my broken new drive with a used refurbished drive.