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Western Digital

Western Digital 6TB WD Blue PC Internal Hard Drive HDD - 5400 RPM, SATA 6 Gb/s, 256 MB Cache, 3.5" - WD60EZAZ

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Availability: In Stock.
Fulfilled by Amazon
Arrives Monday, May 27
Order within 3 hours and 32 minutes
Available payment plans shown during checkout

Capacity: 6TB


Style: 5400 RPM


Features

  • Reliable everyday computing
  • WD quality and reliability
  • Free Acronis True Image WD Edition cloning software
  • Massive capacities up to 6 TB available

Description

WD Blue internal hard drives deliver reliability for office and web applications. They are ideal for use as primary drives in desktop PCs and for office applications. With a range of capacities and cache sizes, there’s a WD Blue internal hard drive that’s just right for you.


Hard Drive: ‎6 TB Mechanical Hard Disk


Number of USB 2.0 Ports: ‎1


Brand: ‎Western Digital


Series: ‎WD Red


Item model number: ‎WD60EZAZ


Hardware Platform: ‎PC, Linux, Mac


Item Weight: ‎1.41 pounds


Product Dimensions: ‎1.03 x 5.79 x 4 inches


Item Dimensions LxWxH: ‎1.03 x 5.79 x 4 inches


Color: ‎6TB


Flash Memory Size: ‎6


Hard Drive Interface: ‎Serial ATA


Hard Drive Rotational Speed: ‎5400 RPM


Batteries: ‎1 Lithium Ion batteries required.


Manufacturer: ‎Western Digital


Language: ‎English, English, English, English, English


Country of Origin: ‎China


Is Discontinued By Manufacturer: ‎No


Date First Available: ‎February 22, 2019


Frequently asked questions

If you place your order now, the estimated arrival date for this product is: Monday, May 27

Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.

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View our full returns policy here.

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Top Amazon Reviews

    • ALWAYS TEST YOUR NEW HARD DRIVES - PSA
Capacity: 2TB Style: 5400 RPM
Review Image by * *
What I'm about to tell you will potentially save you from future catastrophic failures including loss of data. Nothing beats having multiple good backup copies.; however, the following information will instruct you on how to test your new drive to make sure it's free from defects. Imagine, you have a spinning disk rotating thousands of times per minute separated by its recording/reading head by less thickness of a human hair. Just one wrong thing and .. "click..click..click". You don't want that. Generally speaking a bad hard drive will make itself known sooner vs later when it's tested fully. Not always. What YOU can do is put the hard drive through its paces to really give it a good solid work out and make sure every space designated by the drive as available/writeable space, is in fact GOOD. Its magnetic/electrical properties strong. This test is a LONG test. What it does is write all 01010101s,10101010s,11111111s,and 00000000s, binary, to the disk.--filling it. It does this in 4 passes (i.e. writes the disk fully) 4 times. After each write it will read what was just written beginning to end to ensure all bits were written exactly right. If they wern't, the drive's detection mechanism for errors (SMART) will notice (i.e. a bit was not written to a sector correctly) and flag the SMART COUNTER. For example, uncorrectable or reallocated sector count would show a non-0 value. During operation, if the drive encounters a fault with a sector it will swap that sector with another known good sector the drive has in reserve and will log it via SMART. A PERFECTLY WORKING HARD DRIVE WILL SHOW '0' for 'Reallocated Sector Count','Reported Uncorrectable Errors','Current Pending Sector Count','Uncorrectable Sector Count'.IF ANY OF THESE VALUES SHOWS ANYTHING OTHER THAN A 0 (zero), THEN YOU HAVE A FAILING HDD AND SHOULD REPLACE IT ASAP. DO NOT TRUST YOUR DATA ON IT. This command will erase everything on the disk if there is data already on there when you run this test. For this 2TB it would have taken about 30 hours, but I stopped it at the start of the final pass since I was confident--4 passes are better but do at least 2. But I am confident the data will be safe because it worked out the drive hard and pictures above show good numbers. Boot up your computer using a linux distribution boot usb/cd. Debian Ubuntu, any one will do--it doesn't matter. In a terminal type: sudo fdisk -l *Identiy which /dev is your HDD you wish to test. Also note if it says 512 or 4096 where it says "Sector size (logical/physical)". For example, if it's /dev/sde and says 4096 Sector Size (such as this 2tb drive) then type the following command: sudo badblocks -wsv -b 4096 -c 131072 /dev/sde This will 0101,1010,1111,and 0000 write and read/verify the drive back-to-back in 4 passes. On my slow computer this took around 24-30 hours to complete or 2tb. The ' -b ' option is the Block Size. This should match the drive. 512 or 4096. The '-c' option tells badblocks how many blocks to test at time. Changing this number will alter the speed and will either make the process go along faster or slower (dependant on Drive Interface, Ram/Cpu speed, etc.). Instead of '-c 131072' ,try '-c 65536 if it seems the test is taking too long to increment the %'s. In fact try it with '-c 65536' option. Let it run or 30 sec then CTRL-C to cancel it. Then run the command again but with '-c 131072' instead. Run it for 30 sec then CTRL-C to cancel. Compare the 2 and whichever command that had the higher % when you CTRL-C'd would be the number you would choose since that one ran a little bit faster. Google or man page 'badblocks' for more information. Whenever you buy a new hard drive get into the mindset/habit that you will NOT use them for awhile because you have to test them out first. Trust me on this and it's totally worth it. I'd like to think I avoid catastrophic failures because I did this test and it would have presented itself (or at least more likelihood) then vs months/years down the road. That's not a given--any drive can fail anytime or any reason but this is just an additional layer. Like a "shakedown cruise' if you will. Regarding this drive: Western Digital 2TB WD Blue PC Internal Hard Drive HDD - 5400 RPM, SATA 6 Gb/s, 256 MB Cache,, I can say that I am pleased it tested clean and I look forward to using this drive.And I'm confident it will keep my data intact. You are welcome! ... show more
Reviewed in the United States on November 22, 2022 by * *
    • Dependable storage drive.
Capacity: 4TB Style: 5400 RPM
I've had mine since fall of 2019, and it's still doing fine. I use mine as a storage drive, nothing very demanding. At 5400 RPM, I don't think this would make a very good gaming drive. You'd experience some hefty load times. 5400 is just fine for storage though. Videos, pictures, projects, whatever. A cheaper solution for your mass storage needs. This is an internal HDD, not an external, so installation is required. It's a simple process as far as PC building goes, but if you're not comfortable opening your case to mount it and plug it in, you might want to consider an external one for your storage needs. Those just need to be plugged into an outlet, and a USB port on your computer. It is pretty easy to install even if you've never done it though. It's only going to fit in a couple places, of which you can use any of those slots. Power and data cables are pretty goof proof too. They're designed so only the proper cables will fit, and only the right way. I'm sure you can find a few dozen videos online to help you with this. ... show more
Reviewed in the United States on February 10, 2023 by Darth Chalupa
    • Good, practical desktop drive
Capacity: 1TB Style: 7200 RPM
Review Image by m6502 m6502
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. Partition/Sector Alignment -------------------------------- 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). ... show more
Reviewed in the United States on October 27, 2014 by m6502 m6502

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