There are many Hard Drives you can choose when it comes down to upgrading your PS4. Although it is worth pointing out some essential facts that you need to know. Firstly any drive you chose must be no thicker than 9.5mm, be a minimum of 160GB (in case you were thinking of installing an SSD) and the drive should conform to the 2.5 inch standard. Although you won't find it on any official PlayStation literature the drive that the PS4 comes with runs at 5400RPM and i would advise you stick to that spin speed as any faster and you increase the heat produced and the last thing you want to increase is the heat especially as the drive sits in a confined space.
This particular drive is a 1TB (so 1000GB) Solid State Hybrid Drive, meaning it has a combination of a traditional hard drive and a small Solid State Drive built in. The Operating System and programs that you use a lot of will automatically get stored on the SSD for fast access. This essentially means boot up times and loading screens are cut short (anywhere between 20-50%) although install times and downloads remain the same.
It really is a great innovation on the part of Seagate to combine the two type of drive and at a very reasonable price, a standard drive for space and a small SSD for the things that really matter and it makes this ideal for the PS4 or indeed any computer. The two drives are completely integrated into each other so don't go thinking you have to mess around configuring what gets saved where, the hard drive does that work for you and only the most used things are placed there. This drive is HIGHLY RECOMMENDED!!
Now i want to give you a quick walkthrough for those that need help in the upgrade process. Firstly, Before you begin you will need a memory stick with at least 1GB capacity and please ensure there is nothing else on it. Then you need to format or re-format it through your computer to "fat32". Once complete, create a folder called "PS4" and inside that folder create another one called "UPDATE" ensuring they are in capital letters!! After you have done that leave the memory stick plugged into your computer!!
You then need to go to the following website if you are in the UK... WEBSITE LINK found in the comments section at the bottom of the review ... Click the "download now" link half way down the page and Save it to your memory stick inside the UPDATE file. ENSURE the file is named "PS4UPDATE.PUP"
Once saved to your memory stick you can proceed to remove the existing hard drive inside the console. You will require a PHILLIPS HEAD screwdriver and obviously the new Hard drive.
1) The hard drive location within the PS4 is very easy to access, it is directly underneath the glossy black section on the top and to gain access all you need to do is to slide that section off by pushing it to the left if you are looking at the console with the disk drive towards you, use both hands and push it about an inch. It should then lift off, be careful not to snag the clips underneath.
2) you should immediately see the hard drive cage exposed at the front, right at the corner of the machine will be a special screw with the 4 PlayStation logos on it (circle, triangle, cross and square), this is the one and only screw you remove at this stage and you will require a Phillips head screwdriver for this part and do it manually i.e. don't use an electric screwdriver!!
3) The hard drive tray should then be able to slide right out. Then use the Phillips head screwdriver to remove the 4 screws (2 either side) that are holding the hard drive inside the tray, KEEP THE SCREWS SAFE!
4) Replace the old hard drive with the new one you bought ensuring you place the new one in the same way the old one comes out with the connectors facing inside the console and the label facing upwards and then use the 4 screws to secure the new hard drive inside the tray.
5) Slide the tray back into the hard drive bay and secure it with the special PlayStation screw, then simply replace the black plastic cover on the PS4 the same way you took it off.
6) Plug the PS4 into the power and connect up to the TV, connect the DuelShock 4 controller using the cable to the PS4 console and then in the spare USB port connect the memory stick which has the new software on it.
7) Touch the power button for at least seven seconds. The PS4 system starts in safe mode.
8) Select "Initialize PS4(Reinstall System Software)" which should be option 7. Follow the instructions that appear on screen. (installation should take around 5 minutes)
9) The PS4 should reboot like it was a new system, follow the instructions on screen!
Very best of luck, any problems please don't hesitate to ask and as for the hard drive on this page i FULLY RECOMMEND IT!!
on 23 July 2015
I'm going to keep it simple and less technical so people can see a quick review. Fantastic Product. Packaged very well. Used for my Playstation 4. After the operating system is installed, you have 893GB free memory. Speeds up the PS4 by a fair bit, loading screens are a lot faster. By far cheaper than buying the 1TB console. Easy to install, takes 10 mins. Couldn't have asked for more. fantastic!
I fitted this HD to my Lenovo laptop. The performance was excellent - faster access, more capacity. Six weeks later, a blue screen of death. Tried disk diagnostics tools, tried Scandisk. Tried to reformat the disk and reinstall my data but the disk was recognised one moment then not recognised the next moment. I assume the disk or its controller must have failed. I have asked Amazon for a refund and they didn't quibble. I was all set to order another one and then decided to play safe and go for a Western Digital 1TB drive without hybrid qualities, much cheaper and perhaps more likely to keep going for a few years. And I shall of course keep good backups!
on 19 May 2014
To give some context to this review, I bought this drive to upgrade my Dell Latitude 6510 which has 8GB RAM and an Intel i7 processor. I use it mainly as a desktop with a docking station and two screens, and found eventually the 320GB hard drive wasn't quite enough. For software, it's Windows 7 with VirtualBox to run Linux VMs, but lots of video editing (High Definition home videos), Photoshop (CS4), a bit of programming/scripting and general office stuff.
The previous hard drive was a 320GB drive spinning at 7,200rpm and also made by Seagate. Despite seeming reasonably quick, it was not a SSHD drive, but I wanted extra capacity so could not justify a fully SSD solution. At less than £100 this seemed an obvious compromise especially in a laptop where there is only one bay (unless you are willing to lose the DVD drive).
Upgrading was simple - I connected the new drive via a USB external hard drive caddy and used Seagate's DiscWizard software to migrate. This is a great bit of free software which can be used to backup drives so long as the source or destination is Seagate. It lets you keep the same geometry (ie. partition size), resize in proportion, or in theory lets you set it manually. I went for the manual option but ended up with it resized in proportion. I then used a Linux live CD with gparted to sort it all out. Other options there would be Linux DD. In most cases, Discwizard and the Windows standard tools would be sufficient (especially if you do not run Linux).
Many articles I have read suggest performance is best if you reinstall operating system and applications. I have no doubt this is true and will revisit this, but I wanted to get up and running quickly.
Once done, I swapped out the hard drive (again very simple procedure) and switched on. Everything worked right away (to my surprise) and I've had to do nothing since.
To explain the SSHD concept... it is a standard hard disk drive featuring an 8GB cache (solid state) which automatically caches the bits of the disk you use more. Because this optimisation is done at the hardware level it works with any operating system and has no additional overhead. Seagate has determined that 8GB is sufficient cache size here (as that is what gets used over and over again), although I can't help but feel 16GB for slightly more cost would be worthwhile. The drive is a bit slower than my previous one at 5,200rpm (standard laptop fare as it has lower power consumption).
The truth though is in the testing, and I have done some basic testing of a series of operations to see how the machine performed before the upgrade, immediately after the upgrade and 2 weeks later. The results below are all in seconds.
Load Windows 98, 61, 61
Load Photoshop 14, 10, 4,
Render a 20 minute video 9m 15s, 4m 36s, 9m 4s
Shutdown 55, 13, 13
Hibernate 40, 23, 28
Power from Hibernate 30, 44, 48
Sleep 14, 7, 4
Power from Sleep 14, 10, 9
These tests are only indicative as I did not do them over and over again (I did reboot before each test though) - some observations:
- I saw a 33% improvement in boot time, and a bigger improvement on application loading. The sleep/hibernate features were also quicker
- The video rendering stats are a bit suspicious - I wonder if it used the cache initially as I had not filled it
- Wake from hibernate was slower, but I wonder if that is due to the slower disk speed
These tests are far from conclusive in that I should really reinstall the machine, but given I now have three times the hard drive capacity, 30-50% performance improvement for most tasks, and all for less than £100, this has to be a winner... highly recommended.
I have a couple of Alienware laptops (M11 & M14) both running Windows 7. I'm generally quite pleased with them but was curious if there was anything I could do to speed up boot and shut-down times.
True SSDs are still way to expensive and don't offer the capacities of the old fashioned 'hard disk' so I was interested in a compromise.
Initially, I tried the predecessor of this drive (the Seagate 750GB Momentus XT) in the M14. It did improve boot times but occasionally became unresponsive at power up requiring me to switch off and back on again. Not a major problem but a little annoying.
When the 1TB SSHD came out, I decided to give it a go. Whilst I have only been using it for about a week, it has improved the boot times even more than the Momentus XT.
One word of warning, the 1TB version of this drive is not 'super-slim'. It has a height of 9mm which is fine for most laptops. However, some laptops can only take a 7mm drive in which case you will need to buy the 500Gb version. If you already have an Ultra-book, it will already have a SSD in which case it is doubtful you will see much benefit from a 500Gb SSHD.
In case anyone is interested I used a 'Lindy USB 2 & eSata Docking and Clone Station' to clone my old drive onto the SSHD. It does the whole job without any messing around with software, no connection to the computer required and took about 3 hours.
Anyway, first boot after cloning and Windows 7 took a lot longer to start, came up with something about installing a driver and prompted me to reboot. This I did and again Windows took a while to get going. Not to be put off, I left it running for 5 minutes and then rebooted again. This time, it was quicker. So, I decided to reboot again and that was noticeably quicker than the third boot.
After that,the boot time seems to have settled down to be fairly consistent. I can now get from pressing the power switch to a usable Windows desktop in under 30s.
Once in the Windows desktop, everything launches extremely quickly (so far). I guess that eventually things will reach a point where the cache gets full but the only real way of avoiding that would be a true SSD and that will set you back probably 6 times what this costs for the same capacity.
One thing I did notice was that after the monthly Microsoft updates were applied, the boot time slowed down for another 4 reboots. I'm guessing that something was changed which made the caching software in the SSHD decide that it needed to relearn what files it should be storing in the solid state memory.
I haven't noticed any noise from the drives although the fans on the Alienware laptops are so noisy that I wouldn't expect to hear anything else.
For me this drive is a big improvement over both a regular HDD and my previous Hybrid drive. As I said in my title, I liked it so much that I have bought another one and installed it in the M11. That is also showing a significant shortening in boot & shutdown times. In fact, given that the M11 is a lower spec machine, I think it is showing an even greater improvement than the M14.
As usual, if I encounter any problems, I will update my review