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dBrand Darkplates 2.0 PS5 & SSD Review and Temperature Tests

7 mars 2022 à 01:08

dBrand Darkplates – Are they Good or Bad for your PS5 SSD & System Temperatures?


The Playstation 5 is one of the oddest looking consoles in…well.. ever! I think we can all agree that when Sony unveiled the console, a large number of us assumed it was concept art, or a tech demo. But no, the PS5 is white and black, has fins and is huge! When they announced that the side plates of the system were removable, it took all of about 10 minutes for brands to start getting to work on replacement side panels (or ‘Plates’) for the console in a multitude of colours and patterns. Sony, needless to say, immediately started pursuing legal action against these companies for infringement of their design and intellectual property without permission and of all the companies that received this legal onslaught, very few made the headlines as loudly as Brand and their Darkplate series. Thanks to a combination of speed of producing concepts, to an arguable savvy social marketing management team, they appeared on the bulk of mainstream gamer news sites and editorial platforms with their ‘illicit’ Darkplates. Sony won the battle of course, but dBrand seems to feel they can win the war with the release of their Darkplate 2.0, a new take on the shape and presentation of the PS5 plates, featuring additional ventilation, a tongue in cheek reference to their legal battles (with a user highlighting to me that the binary 01101 etc embossed inside is translated to the cease and decide Sony issued Brand) and creates a much more compact looking system that can also arrive in multiple colours, patterns and optional LED lighting. Now, I generally never look at things like this on NASCompares, as I focus almost exclusively on storage (NAS, DAS, HDDs, SSDs, Switches, Routers, IP Cameras, etc, etc), however, the Brand DARKPLATE 2.0 covers open up TWO important area of concern for some buyers that ARE very much in my/NASCompares wheelhouse. 1, Do these plates undermine or nullify the negative pressure air in/air out system the PS5 uses with its central fan and 2) if an m.2 SSD expansion drive is installed in the available bay of the PS5 (also inevitable given the baseline storage the system has and AAA games in 2022 onwards), does the increased block of heat that the SSD+HEATSINK+M.2 Cover panels result in ambient heat that the system is not efficiently ejecting? So, today I want to talk a little about these plates, but more importantly, run a series of tests that measure the temperature of the internal system AND the SSD expansion bay in a series of different setup scenarios. But, before we go any further, let’s take a closer look at the dBrand Darkplates themselves and how they install/look on the PS5

DESIGN - 9/10
QUALITY - 9/10
EFFECTIVENESS - 7/10
PRICE - 4/10
VALUE - 4/10


6.6
PROS
👍🏻Nice design, feel, patterns and colours
👍🏻In shape when deployed makes the system look a lot more subtle and understated (no tall fins)
👍🏻
👍🏻The Vented dark plate vents do not seemingly undermine the PS5 negative pressure cooling
👍🏻
👍🏻Mesh covered vents can be removed for cleaning
CONS
👎🏻Quite pricey for what you are getting
👎🏻The vented panels seem largely useless throughout temp testing

 

Twice the Price – What’s the Difference?

The Design and Cooling Differences of the Brand Darkplates 2.0 for PS5?


So, first and foremost, the vent panels of the Brand Darkplates. These are not featured on the official PS5 plates and are one of the biggest differences between the two (and almost certainly form part of the argument that these are not infringing on Sony’s copyright. It should be highlighted though that there are not fan-assisted, they do not connect with any internal/USB power source to increase airflow and are designed to be used above the existing PS5 system fan to allow more air to be pulled into the system before it gets pushed out the back of the console. This is where the concern is for some regarding how these pass airflow vents will undermine the PS5 active cooling system when in operation.



Fairplay to Brand, the presentation of the Darkplate 2.0 kit is incredibly chic, with a box that opens from the middle on dual hinges that reveals the individual plates wrapped in plastic and black foam, then cleaning fabric and a Darkplate 2.0 reference card. It’s all very modern in presentation and dBrand make several references to the Sony legal action, their ‘fight the man style stance and generally trying to promote this as more than just plastic for your home console. It is all laid on pretty thick, but it’s still a good retail kit.



One question many buyers have about the dBrand Darkplates is about value for money. Once you step aside from the marketing and legal fandango, you are looking at type plastic plates for your PS5 that are $59 to buy. Now, Sony is already releasing their own plates now at a notably higher price, but also you need to factor in that ALOT of budget eTailers (eshops, online retailers, etc) are now selling plain black budget plates for upgrading your PS5 for just $29 – half the price fo the black dBrand Darkplates. You can also add that if you wanted to upgrade your PS5 with a new SSD and wanted to ensure low operating temperatures and/of the longevity of the SSD, then you can look at PS5 designed SSD heatsinks for the system for as little as $20. So that means that the dBrand Darkplates 2.0 arriving at $59 puts it very much in a price bracket than many might think. The PS5 designed heatsink as an optional purchase is particularly pertinent as not only will it ensure that your PS5 SSD runs at a much better general heat level, but it does so with little/no impact on the system cooling (testing here on NASCompares several times in 2021/2022). So, do the dBrand Darkplates keep the system running cool still?

How the dBrand Darkplate PS5 Temperature Testing was Conducted?


For this test, I used the following components in four different hardware configurations, with each test cycle featuring four individual components that feature heavy Write activity actioned by moving 300GB of data from the internal system SSD and over to the expansion SSD, gameplay of two PS5 titles located on the SSD and a heavy Read activity by moving the games back onto the default system storage. When each test was completed, I turned the system completely off for 15 minutes and removed the side plates between tests, to allow the system the chance to dissipate heat. This seemed reasonable instead of leaving the system off for hours at a time to completely cool naturally and as long as all tests were afforded this same cool-down period equally, it still kept things even. Here are the hardware components used in this these tests:

  • PS5 System
  • Original Official Cover Plates
  • Seagate Firecuda 530 1TB SSD with EK Official Heatsink
  • Seagate Firecuda 530 1TB SSD without Heatsink
  • M.2 SSD Cover Plate
  • Sabrent PS5 Designed Heatsink
  • Twin Node Temperature Sensor

In all tests, a temperature node was placed an inch beneath the core system fan to measure ambient system temperature at all times. This was to see if 1, the ventilated debrand plates prevented the PS5 negative pressure cooling doing its job and 2, to see if the additional heat of the SSD with/without a cover would particularly increase heat in light of the brand plates changing the system passive cooling system. The first thing to do was to get a default/baseline from the PS5 system in all these tests, so I set up the PS5 in its original plates. I installed the Seagate Firecuda 530 SSD, set in place the metal m.2 cover plate, closed the system side plates and then begun running the tests on this ‘control’ or ‘baseline’ setup.



After the first range of tests were completed, I removed the official PS5 cover plates, left the system to cool for an hour (removing and then replacing the SSD at the start and end including the m.2 cover plate), then added the dBrand Darkplates to repeat all the tests.



The range of tests and operations were repeated in this near-identical setup (but with new plates) around 2 hours after the start of the first tests and with little meaningful change in the room temperature.



Next, I wanted to see what impact that m.2 cover plate had on the running of the PS5 with the dBrand plates, so after test phase 2 was completed, I powered the device down and removed the m.2 cover plate. This time I did not leave it covering the SSD during test phase 3. The Seagate Firecuda 530 SSD used for these tests features its official EK gaming heatsink and it would be interesting to see if the additional passive ventilation in the dBrand plates would allow the air to be better drawn through the m.2 SSD bays even slightly.



After Test Phase 3 was completed, I had one final test and that was using the Sabrent PS5 designed heatsink inside the dBrand darkplate setup. Swapping the Seagate Firecuda 530 EK Heatsink version in favour of the bare/non-H/S version for this test, I installed it + the Sabrent heatsink and then replaced the Darkplates for testing as before. It would be interesting to see if the increased surface mass of the Sabrent would possibly benefit from the dBrand plates and/or if the system would be impacted in any way.



So, there you have it. Those were the tests. So, now let’s go through the results and everything we observed. It is worth remembering that the temperature for the airflow/ambient temps inside the PS5 between each test (due to factors such as the time of day and surrounding room temp that were beyond my control) at the start and end of each test cycle had a few degrees of difference between tests and although I will be adding start/end temp levels into consideration, the increase between them inside each test will be primarily what I will compare, as it will demonstrate how well the system adapted/adjusted to the change in hardware setup. For the SSD temperature, I have used CrystalDisk for PC to access the logs of the SSD controller and see how the SSD changed temp throughout the four tests each time. The spike in the graphs represent the peak of the heat recorded during each test and decreased between tests. This temp was NOT a constant and just shows its highest point.


Key – Heavy-Write = Heavy Write Activity (300GB) moving games from internal PS5 Storage to M.2 SSD, Far-Cry-6 = Far Cry 6 Gameplay, Demon -Souls = Demon Souls Gameplay, Heavy-Read = Heavy Read Activity (300GB) moving games from M.2 SSD to internal PS5 Storage

Original PS5 PLATES + Seagate FC530 H/S + M.2 Cover Test Results


In test one, I used the original PS5 Plates, the Seagate Firecuda 530 H/S Edition and the m.2 expansion cover plate. Here are the results:

Type of Reading

Ambient System Temp.

SSD Controller Peak Temp.

Heavy-Write

20.2 > 20.8 = 0.6°C

45°C

Far-Cry-6

21.6 > 24.0 = 2.4°C

43°C

Demon -Souls

22.8 > 26.6 = 3.8°C

48°C

Heavy-Read

20.8 > 24.3 = 3.5°C

51°C


The general system temperature throughout the tests was quite normal for the PS5 (as you would expect in this default setup) but the SSD controller temperature was higher than I would have liked (especially compared to a PC setup) and a lot of that can be blamed on that M.2 cover plate. I have raised this before, but I do not think the cover for the M.2 is a good design for a closed system like the PS5.



 

dBrand PLATES +Seagate FC530 H/S + M.2 Cover Test Results


The next test was the dBrand Darkplates this time, but still with the same Seagate Firecuda 530 H/S SSD and m.2 cover plate. This was mainly to see if the additional ventilation would be a positive/negative to the system’s negative cooling (as its introduction of two meshed vents had to make an impact!).

Type of Reading

Ambient System Temp.

SSD Controller Peak Temp.

Heavy-Write

20.2 > 20.5 = 0.3°C

28°C

Far-Cry-6

20.4 > 22.2 = 1.8°C

39°C

Demon -Souls

21.0 > 24.0 = 3.0°C

44°C

Heavy-Read

20.9 > 24.8 = 3.9°C

47°C


The SSD temperatures were still predictably high, because of that m.2 cover, but overall the system temperature was very close to the official test temperatures and in some cases even managed to be a little cooler. Below is the temperature of the SSD controller at each test. Still higher than in a PC/Open setting, but a pinch lower.



 

dBrand PLATES + Seagate FC530 H/S + NO M.2 Cover Test Results


Next I wanted to remove the m.2 plate from the equation, so I repeated the previous test setup hardware WITHOUT the M.2 cover plate. Would allowing more active airflow in contact with the SSD heatsink help?

Type of Reading

Ambient System Temp.

SSD Controller Peak Temp.

Heavy-Write

21.3 > 21.0 = -0.3°C

18°C

Far-Cry-6

20.1 > 23.2 = 3.1°C

29°C

Demon -Souls

20.9 > 22.2 = 1.3°C

39°C

Heavy-Read

22.2 > 24.0 = 1.8°C

45°C


Overall the numbers were better for the SSD but negligible for the ambient temps. Nothing incredible and certainly not something that makes the dBrand plates worth the $59 asde from their look, but they did seem to run a slightly cooler system temp most of the time. The SSD controller was definitely a noticeable degree lower in running temp and although it still reached a height of 45 degrees after all the tests, it maintained the lower temperature recording for longer than the previous two tests.



 

dBrand PLATES + Seagate FC530 H/S + Sabrent PS5 H/S Test Results


The final test was the most unofficial sony one of the three, using the dBrand plates in conjunction with the Sabrent PS5 designed heatsink. This heatsink fills the entire M.2 slot and is raised slightly from the expansion aby in order for active airflow drawn by that internal fan to travel over/through the grooves of the heatsink. Use of the Sabrent heatsink means that I have to switch the Firecuda 530 SSD out for the same SSD but without the official/pre-applied heatsink. Now, the question here is that if the system internal negative pressure cooling is not as efficient with the vented panel of the dBrand plates, will that means that air flow over the Sabrent heatsink will be reduced (as the air gets pulled through the circular vents of the plates and not the grooved front vents of the PS5 normally?

Type of Reading

Ambient System Temp.

SSD Controller Peak Temp.

Heavy-Write

21.9 > 22.4 = 0.5°C

28°C

Far-Cry-6

19.8 > 24.9 = 5.1°C

32°C

Demon -Souls

20.3 > 22.9 = 2.6°C

33°C

Heavy-Read

18.5 > 20.9 (fan increased) = 2.4°C

38°C


Overall, this was a great test and the SSD temperature was at its lowest here than in any other test. The ambient system temperature was good too, lower at boot and by the end of a test wave than any other test. The only thing that marred it slightly was the fact the system fans appeared to ramp up in the closing stages of the heavy read test.



Let’s compare each test vs the default setup below.


In all four scenarios, games were being loaded from the Seagate Firecuda 530 NVMe SSD inside the PS5 expansion bay and an interesting take from this is the varying differences in temperature between them (in the white and red graphs) that, even if you factor small changes in the environmental temperatures around the machine, are still notably different, the more access airflow had to those heatsinks. Likewise, you can see that the temperatures displayed for the ambient system temperature were from the last seconds of each test in jsut the standard setup in conjunction with either plate set choice were still incredibly similar. Therefore I think this indicates that the system temp with the dBrand plates is still comparable in either setup (at most 1-2 degrees of difference):

Click to view slideshow.

Comparing the initial setup with dBrand and Official PS5 plates side by side, you can see that most fo the internal PS5 temperatures were largely identical and it’s only really on the SSD controller reports that we see a significant difference (with the dBrand SSD heatsink being the lower temperature at boot, but closing in on the same temp as the official plates as each test was completed. Overall, comparing these showed (at least to me) that the use of the dBrand plates did not impact the PS5 system operational temp levels negatively.


RESULTS:

TEST Original PS5 Plates + SSD + M.2 Cover

dBrand Darkplates 2.0 PS5 Plates + SSD + M.2 Cover

Ambient System Temp Start/End/Diff SSD Controller Temp Max Ambient System Temp Start/End/Diff SSD Controller Temp Max
Heavy-Write

20.2 > 20.8 = 0.6°C

45°C

20.2 > 20.5 = 0.3°C

28°C

Far-Cry-6

21.6 > 24.0 = 2.4°C

43°C

20.4 > 22.2 = 1.8°C

39°C

Demon -Souls

22.8 > 26.6 = 3.8°C

48°C

21.0 > 24.0 = 3.0°C

44°C

Heavy-Read

20.8 > 24.3 = 3.5°C

51°C

20.9 > 24.8 = 3.9°C

47°C


 

dBrand Darkplates 2.0 vs Original PS5 Plates (WITHOUT m.2 Cover Plate)


Whereas if we look at comparing the default PS5 setup+SSD+m.2 cover against the dBrand plates+SSD+no cover, we see that temperatures were even better for the SSD controller. In terms of ambient airflow, the uncovered SSD heatsink did not really negatively impact the PS5 system and in the areas, it did get hotter than the official PS5 plates and cover, it was very small indeed and negligible at best!


RESULTS:

TEST Original PS5 Plates + SSD + M.2 Cover

dBrand Darkplates 2.0 PS5 Plates + SSD + NO M.2 Cover

Ambient System Temp Start/End/Diff SSD Controller Temp Max Ambient System Temp Start/End/Diff SSD Controller Temp Max
Heavy-Write

20.2 > 20.8 = 0.6°C

45°C

21.3 > 21.0 = -0.3°C

18°C

Far-Cry-6

21.6 > 24.0 = 2.4°C

43°C

20.1 > 23.2 = 3.1°C

29°C

Demon -Souls

22.8 > 26.6 = 3.8°C

48°C

20.9 > 22.2 = 1.3°C

39°C

Heavy-Read

20.8 > 24.3 = 3.5°C

51°C

22.2 > 24.0 = 1.8°C

45°C


 

dBrand Darkplates 2.0 vs Original PS5 Plates (with m.2 Cover Plate)


Finally, there is comparing the default setup of the official plates versus using the dBrand Darkplates, M.2 SSD and the Sabrent PS5 designed heatsink. The controller was easily at it’s coolest point on the tests using the Sabrent heatsink, which wasn’t a big surprise. However, what really stood out was that the heat increase inside the PS5 system (although STARTING lower) increased quite quickly. Even though it was still lower than the SSD+official heatsink+m.2, it increased fast enough to make me wonder if the additional vents of the dBrand design lost some of that sucked in airflow directly next to the Sabrent heatsink. Here is how they compare:


RESULTS:

TEST Original PS5 Plates + SSD + M.2 Cover

dBrand Darkplates 2.0 PS5 Plates + SSD + SABRENT HEATSINK

Ambient System Temp Start/End/Diff SSD Controller Temp Max Ambient System Temp Start/End/Diff SSD Controller Temp Max
Heavy-Write

20.2 > 20.8 = 0.6°C

45°C

21.9 > 22.4 = 0.5°C

28°C

Far-Cry-6

21.6 > 24.0 = 2.4°C

43°C

19.8 > 24.9 = 5.1°C

32°C

Demon -Souls

22.8 > 26.6 = 3.8°C

48°C

20.3 > 22.9 = 2.6°C

33°C

Heavy-Read

20.8 > 24.3 = 3.5°C

51°C

18.5 > 20.9 (fan increased) = 2.4°C

38°C


Throughout Feb 2022, I will be publishing the videos of my tests (x3 videos) and they will be published below. Take a look at them as they get published, as well as my video detailing the results of temperature testing of the Sabrent PS5 SSD heatsink:


Note: if a video is showing as ‘unavailable’, it means it is still awaiting publication in the schedule and will be coming soon.

dBrand Darkplate 2.0 Temp Test 1

dBrand Darkplate 2.0 Temp Test 2

dBrand Darkplate 2.0 Temp Test 3

Sabrent PS5 Heatsink Temp Test


 

dBrand Darkplates 2.0 for PS5 and Keeping it Cool? – Conclusion & Verdict


Overall, I would say that the pricetag of the dBrand Darkplates is a lot more about having a unique looking and possibly better design looking PS5 in your home, than it is about improvements on systems temperatures and efficiency. The $59 price tag of the base/default dBrand Darkplate 2.0 kit is quite steep, when there are budget $25-30 PS5 plate kits in the market right now and the ventilation that forms a big part of the design of these newly refreshed designed plates looks interesting/effective, but in reality seems to change the operating temperature of the PS5 very little. Therefore although they don’t seem to improve the temperatures much, it can be argued that the plates do NOT undermine or negatively affect the PS5’s negative cooling system. Regarding their use in conjunction with an SSD, m.2 PC style heatsink or a PS5 designed alternative, the differences between identical setups with the official PS5 plates or Darkplates were too similar to declare any form of advantage. Ultimately, in 2022, if you want the SSD that is housing your bigger games to run at its coolest, investing in a better system designed heatsink or running without the m.2 cover plate is much, much more recommended than upgrading cover plates. I like the look, feel, presentation and overall design of the dBrand Darkplates, I just question whether they are worth $59, or double the price of budget plate replacements out there.

PROs of the dBrand Darkplates 2.0 CONs of the dBrand Darkplates 2.0
Nice design, feel, patterns and colours

In shape when deployed makes the system look a lot more subtle and understated (no tall fins)


The Vented dark plate vents do not seemingly undermine the PS5 negative pressure cooling


Mesh covered vents can be removed for cleaning

Quite pricey for what you are getting

The vented panels seem largely useless throughout temp testing



 


 

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Eagle PS5 Designed SSD Heatsink Review – Cheap & Cheerful? Both? Neither?

24 janvier 2022 à 01:10

Reviewing the Eagle PS5 Designed Heatsink for SSD Upgrades

Technology moves fast! What was once considered fantastically unique and ‘one-off’ can all too soon become remarkably mainstream. Which is how we find the Eagle PS5 SSD Heatsink and its appearance on the console market. When Sony enabled SSD upgrades on the Playstation 5, the need for a heatsink to use alongside your SSD of choice was recommended by them (and all storage professionals) almost immediately. The newest commercially available generation of SSD storage (M.2 NVMe PCIe 4 x4 SSD), although fantastically fast, can get rather HOT when its optimal 7,000MB/s performance gets reached (and surpassed), so many users went ahead and ordered m.2 heatsinks for as little as $10 to allow the SSD to transfer that performance/durability negating heat out of the drive, into the heatsink and then allow it to be dispersed into the air. HOWEVER, it soon became apparent to many that these $10 M.2 SSD heatsinks that were designed for big, open PC cases were much, MUCH less effective in the more restrictive m.2 SSD slot of the PS5 (which even came with an m.2 cover plate to stop the heat of the heatsink entering the PS5 central cooling system BUT which in turn means that the SSD+Heatsink is encased in a small slot and all that heat has nowhere to go). So, shortly after the PS5 enabled the SSD expansion slot, some brands set to work designing heatsinks that were made AROUND the internal PS5 design, finding a balance between dissipating the heat of the SSD and ensuring the system remains cool. The first was the Sabrent PS5 Heatsink, launched at $25 on Sept 2021 (now available in bundles and at a more reasonable $20). Closely followed by more PS5 designed heatsinks that all evolved in different directions. The INEO, Graugear & Elecgear PS5  Heatsink (all launched in Nov 2021 at $30-35) was a much more aggressive and copper pipe fused heatsink for professional gamers and streamers. The PNY, a much thicker but prosumer designed model that used closed funnelling (arriving on Dec 2021 and at $25) came next and as you can already see, the releases become more frequent and the prices diverge. So, fast forward to NOW and you have a rather  ‘out of nowhere’ heat dissipation solution for the console, the Eagle PS5 Designed SSD heatsink. The Eagle Heatsink represents the first real ‘unbranded style’ heatsink that has arrived on the scene available on the likes of Aliexpress, uBuy, eBay etc that seems to be a cheaper alternative (depending on where you look) to all of those other PS5 heatsinks that have arrived since. But does this means that this rather unknown release is a bit cheap and nasty, or a diamond in the rough? Let’s find out in today’s review of the Eagle PS5 SSD heatsink.

Eagle PS5 SSD Heatsink Review – Quick Conclusion

I genuinely WANTED to like the Eagle PS5 SSD heatsink, I really, REALLY did. The problem here is that it is another very familiar case of ‘you get what you pay for’ when shopping online and this heatsink somewhat dies the death of a thousand cuts – i.e there are so, so many small/niggling factors that undermine the whole thing. If you are looking for the best BUDGET PS5 heatsink to buy in 2022/2023, then I can definitely recommend the Eagle Heatsink for your PS5. But only to those that understand that a low price (as little as $7.99 in some places, e.g Aliexpress) comes with a notable degree of compromise. Does it work? Yes. Does it do a better job than a $10 PC designed m.2 SSD heatsink? Yes. Is it worth under $10? Yes. HOWEVER, the presentation of the heatsink and logic of the accessories at the retail level is horrendous, the pricing available online is completely bonkers, the physical/industrial cutting of the aluminium is pretty sub-par, the weight/quality of the heatsink seems underwhelming for its ultimate use, it clips the edge of the PS5 internal casing in a way that seems ill-thought and the whole product leaves you with a feeling that this heatsink is a bit of a quick cash-grab for budget eTailers! Of all the heatsinks that I have tested, I would put this very much at the bottom of all of them in terms of quality, but I still cannot fault that it does exactly what it says it can do and if you need a low-cost PS5 designed heatsink for your PS5 storage expansion upgrades, you will NOT get a better budget option right now.

EFFECTIVENESS - 4/10
HARDWARE - 5/10
PERFORMANCE - 5/10
PRICE - 4/10
VALUE - 5/10


4.6
PROS
👍🏻If you search around, you can get it surprisingly cheap
👍🏻Works better than a standard PC designed M.2 SSD Heatsink
👍🏻Plenty of thermal pads and two different thicknesses
👍🏻Not complicated to install
👍🏻No restriction to a single SSD vendor (i.e WD Heatsink is only available with a WD SSD etc)
CONS
👎🏻Feels a bit cheap and lighter than other heatsinks designed for PS5
👎🏻The quality of the cut/shape feels a bit rushed
👎🏻Very poor presentation/shipping kit

Eagle PS5 SSD Heatsink Review – Retail Packaging

Ok, so I hate to start any review negatively, but my impressions of the Eagle PS5 SSD heatsink from purchasing it online to when the item first arrived with me were not great. First off, when the heatsink first arrived online, I owed it to my subscribers to get this featured and tested ASAP, so I went ahead and paid £32 for the heatsink on uBuy and an additional £17 shipping (so, that’s £59, or $81 US). Now, I was cool with that. However, within 48 hours of purchasing, I started seeing the same heatsink appearing online under differing names at 7-8 different budget component outlets. Prices ranged from as little as £7.99, to £23 and even as high as £41 and all of them seemed to ship from the same warehouse district of China, with specifications that differed wildly (some weigh specs and size around 20-25% different). So, even before the unit arrived a week later, I was already thinking “Yep – SCAM!”.

Click to view slideshow.

However, I was pleased to receive the unit from uBuy within the week promised. Now, I know uBuy is a massively budget eShop based business, but even then a think there is a fine line of difference between ‘cheap’ and ‘value’ that needed to be considered. Do remember that I have spent £32 on the SSD heatsink ($44) and that is more than the Sabrent, PNY and Elecgear . So, when the heatsink arrived in a basic padded envelope, no retail packaging and poorly printed/cut photocopies of instructions, I was less than impressed.

The full contents of the Eagle PS5 heatsink package were pretty underwhelming. Obviously, the key consideration for ANY heatsink is going to be how well it does the job, but I think most buyers who spend this kind of money as an alternative to a $10 M.2 heatsinks are going to have expectations that are going to be somewhat tarnished by this package.

A close up of the key two main parts of the retail package shows you that what you have is kinda the bare minimum for the most part. It is also worth noting that the Eagle PS5 heatsink does not include any additional screws. The PS5 already has this in your console, but ALL the other PS5 designed heatsinks on the market include these and in the case of the Eagle PS5 heatsink they would be especially helpful later on (I will get to that).

The included instructions are fantastically basic, leaving out important steps that the true novice will not be aware of (such as how to remove the PS5 side plates safely without damage or the m.2 Plate) which I admit are not exactly brain-surgery, but still important. There are numerous grammatical and capitalization errors which, although unimportant in the grand scheme of things) still undermine the whole product presentation.

Then you have the main heatsink and accessories kit. In a plastic package, it contains an odd mix of the bare minimum required, yet unnecessary extras. Before we get onto the Eagle PS5 heatsink itself, let’s talk about those ‘extras’.

So, first, there are the thermal pads, with the Eagle PS5 heatsink arriving with 4 thick heat pads and 3 thinner pads. Why would you need x4 and x3? It’s nice to have spares, but you cannot help but feel like these have been thrown in arbitrarily and the excess is almost certainly down to them being stuck together. The inclusion of different thicknesses of the thermal pad is genuinely appreciated, but you are still left feeling that this is a bit ‘just lob them in there!’. Also, there is an inclusive heatsink that is fantastically poor quality and I would NOT recommend using this for your PS5 M.2/Main screw heads! The cross/Phillips head is too small for the main PS5 head screw and will likely tear it up and is too soft for the m.2 screw head and will likely just tear itself up and leave filament in the m.2 screws. So yeah, do not use it.

That said, I am still going to give them kudos/good marks for including the varied thickness of thermal pads. Very few heatsinks include two different thermal pads of thickness.

But that is enough for the packaging. Let’s discuss the build quality of the JEYI Eagle PS5 SSD Heatsink and see if it is worth the price.

Eagle PS5 SSD Heatsink Review – Design

The design and shape of the JEYI Eagle PS5 Designed heatsink are actually quite unique, looking a little like the claw/talon/beak of the bird the heatsink is named after. It is designed to live outside of the PS5 M.2 SSD bay partially and completely replace the existing PS5 M.2 expansion silver plate – though it still requires the use of the default PS5 m.2 screw and PS symbol embossed m.2 slot cover screw. The design is a little comparable to a couple of other SSD heatsinks for PS5 in the market from Sabrent and Elecgear , but is different enough that any legal questions of copying design are largely avoidable.

The most popular PS5 designed heatsink right now is the Sabrent SSD Heatsink, released in autumn 2021. Unlike the larger/wider spread of the JEYI Eagle heatsink, the Sabrent is content to jsut occupy the full M.2 SSD expansion slot of the PS5, featuring the same angular top design to capture the air as it passes through the PS5 front vents. Although it seems smaller in size, it does mean that the Sabrent will have much less of a potential impact on the PS5 ambient temperature. The Eagle is a pinch taller and makes a firmer connection with the SSD, but the Sabrent benefits from being available to buy as an SSD+Heatsink bundle (with larger capacity SSDs effectively including the heatsink at no additional cost). However, the Eagle PS5 heatsink is a lot more comparable to the Elecgear Heatsink in shape and method of dissipation.

JEYI Eagle PS5 SSD Heatsink

Larger and a fraction taller

Sabrent PS5 Designed SSD Heatsink

Review of the Sabrent PS5 SSD Heatsink HERE

Comparing the Eagle with the Elecgear PS5 SSD heatsink makes a little more sense, as both of these expand their design outside of the PS5 M.2 SSD slot and much greater into the ventilation path of the PS5’s internal fan. Though one of the biggest design differences is that the Elecgear is ventilated throughout to allow the collected heat to be directed into the raised fins. This means that the heat will be controlled into these standout points and cooled by the fans a great deal more efficiently. The Elecgear also has an internal, base located copper pipe design that funnels the heat into much more conductive material, adding the 2nd stage to the dissipation of the SSD controller, etc. The Eagle by comparison here really shows it’s rather more affordable design choices here and whereas it seemed to be a great heat dissipating design when compared with the Sabrent, here it looks a lot more pedestrian.

JEYI Eagle PS5 SSD Heatsink

Less ventilated but a similar shape

Elecgear PS5 Designed SSD Heatsink

Review of the Elecgear PS5 SSD Heatsink HERE

Much like other PS5 SSD heatsinks, the Eagle H/S has a slight base lip to allow the heatsink to hinge into the PS5 M.2 panel for easier installation.

As mentioned earlier, the Eagle PS5 Heatsink does not include any additional screws and requires the use of the triangle, square, cross, circle screw that is normally used to keep the m.2 late cover in place, which is perfectly fine really. However, the screw-hole on the Eagle PS5 SSD H/S is quite poorly cut and a bit scratchy. Again, not really a big deal, but it is another small thing that gives you a vibe that these have been bashed out in a hurry.

The top of the Eagle heatsink has grooves in it to funnel the air flowing through the PS5 internal fan assembly which is exactly what you would expect, as well as angled in alignment with the vents of the PS5 itself. They seem a little low but will certainly still be effective.

Flipping the heatsink over shows that the main SSD connecting portion of the build is a full 22110 length to occupy the full m.2 slot. I won’t complain about the lack of a thermal pad being pre-applied, as some users will want to use particular thicknesses, as well as the heatsink including a whole bunch of them. Also, it is certainly a deeper plate than the likes of the Sabrent, but it does still feel a little light compared with others.

Let’s go through the act of installing the Eagle SSD Heatsink in the PS5.

Eagle PS5 SSD Heatsink Review – Installation

A Full walkthrough guide on the physical installation of an SSD in the PS5 SSD slot can be found here (don;t reinstall the m.2 cover plate if you intend on installing a custom/designed PS5 Heatsink – https://www.youtube.com/watch?v=qbpyX6GGGIQ

Once you have installed the SSD in the PS5 SSD expansion slot, as well as applied a thermal pad (ignore the wire shown in the picture, that is from my temperature testing of the EAGLE heatsink), you just need to place the Eagle Heatsink in alignment with the slit/hinge near the m.2 connector.

You will know that the Eagle PS5 heatsink is inserted correctly as it should lever down neatly with the screw hole in alignment with the m.2 SSD cover screw hole. One thing I did notice was that the heatsink does click the shape of the PS5 internal chassis frame a tiny bit when lowered. Not a massive issue, but never seen any other PS5 designed heatsinks have this small physical shape tap.

Before you screw the Eagle PS5 heatsink down on top of the SSD, make sure the base of the heatsink (when the eagle JEYI logo is) is in straight alignment with the slot. Else the heatsink will not be fully/evenly installed and then have limited connectivity with the SSD chips under the thermal pad.

Then you can just go ahead and use the M.2 Expansion slot cover screw in the available hole of the Eagle PS5 SSD heatsink. No need to go in too heavy-handed, just screw till you feel moderate resistance. The heatsink is thicker than the typical M.2 Aluminimum cover plate, so it will not go into the screw-hole as far – overdoing it might tear the threads of the screw hole unnecessarily.

And that is about it. That single screw will hold the plate in place (thanks to that lever lip design on the other side) and as you can see from the finished image of the PS5 below, the grooves on top of the Eagle heatsink are completely parallel with the angled vent slots on the console.

If you look at the front of the PS5, you are able to see how close and raised the grooves of the Eagle SSD heatsink are visible. The Eagle heatsink certainly doesn’t block the vent but is definitely one of the more chunky heatsink’s that I have installed till now. As soon as your PS5 side plates are reapplied, then the heatsink will be near enough invisible, but I am still the tiniest bit concerned with how much of the ventilation it appears to be in front of.

So, that is how the heatsink looks when installed and how easy it is. But how about how well it works? Let’s run some temperature testing to see how well it does it’s job in heavy read, heavy write and gameplay instances.

Eagle PS5 SSD Heatsink Review – Temperature Testings

Temperature testing for the Eagle PS5 SSD heatsink has been broken down into several areas. The main aims here are to work out the following things:

  1. Does the Eagle Heatsink Keep the Temperature low on the SSD in sustained use?
  2. Does the Eagle Heatsink Interfere with the PS5 Internal System Temp negatively?
  3. Is the Eagle Heatsink provide a significant improvement over PC designed M.2 SSD heatsinks (eg the Eluteng M.2)

In order to do this, I have installed a temperature sensor on the M.2 SSD itself, UNDER the heatsink AND the thermal pad, directly on the controller chip of the SSD. The SSD used in the testing was the PNY XLR8 CS3140, a Phison E18, 96L 3D TLC NAND SSD at 1TB – a good mid-range price point SSD that is single-sided and provides 6551MB/s on the PS5 internal benchmark.

When the temp node is on the SSD Controller, I then place the thermal pad down, closed and screw down the heatsink, then attach the 2nd node just underneath the PS5 fan point, in the open air. This second temperature sensor will tell us the surrounding system temp that the internal fan will be using to cool the rest of the system. The testing consisted of 6 different elements. 4 gameplay sessions of 25mins each, with 2 sessions focusing on the SSD temp and 2 focusing on the system temp (in that order, with 1-2 mins reboot between each, in order to see how the system temp is affected over the combined power-on time). Then a sustained read and write activity of 360MB/s to/from the PS5 internal PS5 SSD and M.2 NVMe SSD (the PNY XLR8 CS3140) and how it impacted the SSD controller only. We are NOT looking at performance/framerate/MB/s etc, ONLY temperatures. Below were the results (video will be published shortly).

Note – BOTH PS5 Side plates were on during the tests 

Test Type Starting Temp (C) Finishing Temp (C) Change (C)
Heavy Write (350GB) 27.9℃ 43.5℃ 15.6℃
Demon Souls 25min Play (Controller) 26.3℃ 40.1℃ 13.8℃
Demon Souls 25min Play (System Temp) 27.0℃ 28.2℃ 1.2℃
Matrix Unreal 5 25min Play (Controller) 36.9℃ 42.2℃ 5.3℃
Matrix Unreal 5 25min Play (System Temp) 27.6℃ 27.7℃ 0.1℃
Heavy Read (350GB) 34.0℃ 38.1℃ 4.1℃

So, taking a closer look at the results above, we can work out a few things. First off, there is no denying that the Eagle PS5 Designed SSD heatsink works. Had an SSD been installed inside a PS5 without a heatsink, these temperatures would have easily doubled and (in the case of the heavy write activity) likely exceeded the 70℃ maximum of an SSD before it throttles it’s own performance in efforts to maintain the lifespan of the drive. However, these are still not great temps for this SSD to have after 4x relatively short gameplay sessions (and the data migration instances). To put these stats into a little perspective, below is the exact same tests being conducted with a basic $10 m.2 heat sink that is designed for more general PC use:

NOTE – There tests were performed on different days and ambient temp AND general environmental conditions can undermine these results. Watch the video published soon to see these results in much, MUCH greater detail)

Test Type Eluteng H/S Change Eagle H/S Change
Heavy Write (350GB) 15.1℃ 15.6℃
Demon Souls 25min Play (Controller) 23.3℃ 13.8℃
Demon Souls 25min Play (System Temp) 0.5℃ 1.2℃
Matrix Unreal 5 25min Play (Controller) 16.3℃ 5.3℃
Matrix Unreal 5 25min Play (System Temp) 1.8℃ 0.1℃
Heavy Write (350GB) 18.8℃ 4.1℃

So, YES the Eagle heatsink certainly resulted in a lower overall increase, but the numbers in some cases were a lot closer than I would have expected (especially when you compare these results against that of the Sabrent PS5 Heatsink, the INEO, Graugear & Elecgear PS5  Heatsink (all of which were drastically better). These tests still firmly showed that this heatsink was able to dissipate more heat away from the SSD than a generic alternative, but also still show that the difference is negociable at this pricepoint when there are $20 alternatives doing it better.

NOTE – The FULL video of the Temperature tests for the Eagle PS5 SSD Heatsink, as well as how it compares against the Eluteng M.2 Heatsink, the Sabrent PS5 heatsink and the INEO Heatsink Heatsink will be live soon and in a2-Part Series.

Eagle PS5 SSD Heatsink Review – Conclusion & Verdict

I genuinely WANTED to like the Eagle PS5 SSD heatsink, I really, REALLY did. The problem here is that it is another very familiar case of ‘you get what you pay for’ when shopping online and this heatsink somewhat dies the death of a thousand cuts – i.e there are so, so many small/niggling factors that undermine the whole thing. If you are looking for the best BUDGET PS5 heatsink to buy in 2022/2023, then I can definitely recommend the Eagle Heatsink for your PS5. But only to those that understand that a low price (as little as $7.99 in some places, e.g Aliexpress) comes with a notable degree of compromise. Does it work? Yes. Does it do a better job than a $10 PC designed m.2 SSD heatsink? Yes. Is it worth under $10? Yes. HOWEVER, the presentation of the heatsink and logic of the accessories at the retail level is horrendous, the pricing available online is completely bonkers, the physical/industrial cutting of the aluminium is pretty sub-par, the weight/quality of the heatsink seems underwhelming for its ultimate use, it clips the edge of the PS5 internal casing in a way that seems ill-thought and the whole product leaves you with a feeling that this heatsink is a bit of a quick cash-grab for budget eTailers! Of all the heatsinks that I have tested, I would put this very much at the bottom of all of them in terms of quality, but I still cannot fault that it does exactly what it says it can do and if you need a low-cost PS5 designed heatsink for your PS5 storage expansion upgrades, you will NOT get a better budget option right now.

PROS of the Eagle PS5 SSD Heatsink PROS of the Eagle PS5 SSD Heatsink
  • If you search around, you can get it surprisingly cheap
  • Works better than a standard PC designed M.2 SSD Heatsink
  • Plenty of thermal pads and two different thicknesses
  • Not complicated to install
  • No restriction to a single SSD vendor (i.e WD Heatsink is only available with a WD SSD etc)
  • Feels a bit cheap and lighter than other heatsinks designed for PS5
  • The quality of the cut/shape feels a bit rushed
  • Very poor presentation/shipping kit


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ElecGear PS5 SSD Heatsink Hardware Review – Game Changer or Overkill?

30 novembre 2021 à 15:00

Reviewing the Elecgear PS5 Designed Heatsink for SSD Upgrades

The Elecgear heatsink for PS5 is an unusual piece of kit, there is no denying it. Every since the option to upgrade the storage on your PS5 via the M.2 SSD expansion bay was activated, many Playstation 5 gamers have had to learn a few new things about the latest generation of solid-state drive (SSD) storage. Alongside concepts like NVMe, M.2 and PCIe generations, PS5 gamers have had to learn about how this latest generation of super-fast SSD storage can get hot! Not quite as hot as it might get in video editing studios and professional content creators, but still hit enough for them to make provision. Sony themselves at the enabling of the m.2 SSD slot of the PS5 were VERY keen to highlight that gamers should purchase an m.2 heatsink of a very specific size and dimension for inside their console (in the m.2 expansion bay) to allow the SSD inside to dissipate (transfer) the heat being generated on the SSD to the heatsink and allow it to pass it into the air – thereby allowing the SSD to remain cool and high performing. A useful bit of information, HOWEVER, most m.2 SSD heatsinks were designed for PC case use – big cases that feature multiple internal fans, open-air and plenty of space. The PS5 M.2 SSD upgrade slot however is small, barely fits even modest M.2 heatsinks and requires a cover (which seems like madness to a PC user). So, as the PS5 has allowed SSD upgrades and needs a heatsink, some brands got to work on producing specifically PS5 designed heatsinks and into this arena, we now find the ElecGear PS5 SSD heatsink (aka the EL-P5C). Arriving at a noticeably higher price point than most, the $35-50 PRICE POINT (depending on where you shop online and only in 3-4 regions) is 3-5x more expensive than a regular PC M.2 heatsink and even more expensive than the current Sabrent PS5 heatsink that is currently the ‘score to beat’ (review HERE). So, today I want to take a close look at the Elecgear PS5 heatsink, review its design and build quality, perform some temperature tests, compare it with cheaper alternatives and ultimately design if it is the right move for you and your PS5 gaming in future. Let’s begin.

Elecgear PS5 SSD Heatsink Review – Quick Conclusion

The Elecgear does EVERYTHING that it says it can and will do. From maintaining one of the lowerest SSD temperatures that I have witnessed on the PS5 NVMe SSD for the most part, to the clear effort that has gone into the design of the heatsink to existing both in and outside of the PS5 M.2 SSD expansion slot, you cannot question it’s ability to keep your SSD running at an optimal operational temperature! The price tag seems a little high (at $35-50 depending on where you shop at online) especially given the $10-15 dollar price tag of most other M.2 SSD heatsinks – something that I could accept IF it was the only S5 designed heatsink. But given that Sabrent released their own PS5 heatsink, currently priced at $20 (with SSD combo options) 3 months before, that pricetag is a little harder for some to swallow. Nevertheless, even in the general airflow and temperature of the PS5, the elecgear seems to make sure not to impede or negatively impact the core system temp, which is a big plus in its favour. Overall, I can definitely recommend this heatsink for those of you that play your PS5 every single day and for moderately extensive periods, but for light gamers and those that jump on at weekends – this might be a bit overkill.

EFFECTIVENESS - 10/10
HARDWARE - 10/10
PERFORMANCE - 9/10
PRICE - 6/10
VALUE - 8/10


8.6
PROS
👍🏻World’s First PS5 Copper Pipe Equipped Heatsink
👍🏻Blends in well with PS5 design
👍🏻clearly designed to keep SSD temp low, and it DOES
👍🏻Easy Installation
👍🏻Optional SSD height rasing kit included
👍🏻Clear considerations for single/double-sided SSDs
👍🏻Clearly designed to work alongside the PS5 airflow channels
CONS
👎🏻Quite pricey for a heatsink
👎🏻Poor availability across most of the world (mostly amazon only)
👎🏻Questions surrounding the impact of this H/S in conjunction with the PS5 components are still unanswered and unknown in the grand scheme of things

Elecgear PS5 SSD Heatsink Review – Retail Packaging

The retail box for this PS5 designed heatsink is…well…a little underwhelming. I know that $35+ is not a huge sum of money, but at the same time, there is a certain branding that ‘gamer’ focused accessories have a tendency to lean towards and that is a bit absent here. Even the $10-15 heatsinks that have popped up over the last few months have made a small attempt to factor this in, but the ElecGear EL-P5C definitely has the feeling of production line haste about it.

Likewise, the contents of the box, although pretty detailed in their scope, are kind of ‘thrown’ in there. I know there is little to no moving parts here to make considerations for, but it is another one of those areas where you feel that this kit is a little cheap feeling.

However, one could easily argue that the money has been spent on the kit itself. The contents of the Elecgear PS5 heatsink is actually quite extensive when compared against its more affordable competitors. The EL-P5C kit includes the PS5 designed heatsink itself, a paper multi-language manual, mid-quality micro-screwdriver, thermal pads and a rather unique SSD riser.

Now to put these accessories into perspective, the Sabrent PS5 heatsink includes all but the riser kit, the Eluteng PC M.2 heatsink has everything but the riser kit and the INEO Heatpipe PS5 heatsink is a different story altogether. The ElecGear PS5 SSD heatsink includes the means to increase the height of the M.2 SSD installed in the PS5 upgrade slot and ensure it is raised further from the PS5 main PCB underneath, as well as reduce the distance between the SSD and the heatsink.

Now, this is quite an unusual extra for a console system. Although this is moderately common with custom PC builds (because the wide variety of motherboards and CPU placements in that area are so diverse physically), but on a closed and uniform system like the PS5, I was surprised to see it. The argument is that thicker/double-sided NVMe SSDs need further ground clearance and room to allow further heat dissipation, as well as making sure than an installed SSD has a closer connection to the heatsink you pair it with. Indeed, ElecGear themselves say the following on their own product pages:

“It seems the leading maker Sony does not belong to M.2 SSD industry. We don’t think that the stock screws mount M.2 SSD appropriately in the memory compartment. ElecGear did it better with a re-designed fixing structure for your gaming SSD. The modified guide post, standard M.2 screw and even a copper washer to adjust the height of SSD are included in the box” – ElecGear, Product Pages, Amazon.com

For my temperature tests later, I used the single-sided TeamGroup T-Force Cardea A440 SSD, so I did not use these risers. But I think there IS a ring of truth in what Elecgear are saying here, but more on how heavily the heatsink connects with the SSD, as the M.2 slot in the PS5 is a little lower than I would like and therefore even a 0.5mm difference can greatly reduce the effectiveness of heat dissipation from the SSD to the Heatsink. Another way in which Elecgear have addressed this concern in their PS5 heatsink kit is in the thermal pads that are included. The x4 thermal pads that are included are in pairs of two different thicknesses of 0.8mm and 1.5mm. Once again, a nice touch and something that the rather understated nature of the package presentation would suggests would be absent. So you have two differing heat pads for your SSDs that allow better dissipation levels of 4.8W/m-k and 3.6W/m-k on the blue and pink panel respectively. There is also an instructional manual that details the installation and also covers the installation of the SSD riser panels and washer kit.

The manual seems fine at first glance, but there are certainly a few grammar errors present and again, it is little things like this in terms of presentation that result in the Elecgear PS5 heatsink getting undermined, despite its excellent contents. However, that is enough fo4 the packaging and presentation. Let’s get to grips with the Elecgear PS5 heatsink itself, the design and how it works.

Elecgear PS5 SSD Heatsink Review – Design

A good look at the Elecgear heatsink for PS5 shows us that this thing is pretty large! indeed, with the eluteng $10 heatsink of choice for budget buyers measuring at just 70x22x6mm, the Elecgear towers over it at 128x72x14mm. This is because it is designed to both fill AND sit outside of the PS5 M.2 SSD expansion bay, thereby both collecting the heat generated by the SSD, but also using the PS5 internal system fan to cool the heatsink at the same time – thereby allowing much faster and efficient heat dissipation fo the SSD in use over hours and hours of play.

Now, the big, big difference between a PS5 designed heatsink like the elecgear EL-P5C and a regular M.2 heatsink design that was made for PC use primarily, is to do with airflow. NVMe SSDs (such as those used by the PS5 for storage upgrades and PC gaming) get quite hot when in use. They have no moving parts, but the faster the SSD read/write speed, the hotter it can get over time. Heat is a big, BIG problem for SSDs, as it can result in the performance being throttled/bottlenecked by the system, as well as affecting the durability of the SSD long term. That is why Heatsinks are important and although the PS5 is a much less intensive read/write system than a bigger PC or editing machine, it still can affect the SSD.

The m.2 slot on the PS5 is quite small, as well as arrives with a cover that Sony insist should always cover your M.2 SSD. This is a little counterintuitive to most SSD heatsinks, as they are DESIGNED to live directly in the open airflow of a PC case or under/above a fan kit in a laptop – this allows the heat being collected by the heatsink from the SSD to be dispersed int other air. Closing a PC designed heatsink into that PS5 SSD slot seems the very opposite of that. That is where the elecgear PS5 heatsink comes in. It covers the SSD you have installed in the M.2 slot, but instead of replacing the PS5 M.2 metal plate cover, the elecgear fills the space and then spreads out over the side and is angled towards the large, single internal PS5 fan. This allows the heatsink to collect all that heat from the SSD, and then disperse it directly into the incoming fan. But we will touch on that element a bit later.

The vents of the elecgear heatsink are clearly designed for use in the PS5 system, in direct alignment with both the fan AND the air channelling internal curves of the PS5 that direct airflow into the fan. The lines are also ventilated to allow air to pass in and out of the heatsink too – a nice extra touch. However, the heat dissipation is taken an extra step further when you flip it over. The base of the Elecgear PS5 Heatsink (that connected with the SSD you installed in your console, along with a thermal pad) not only covers the entire length of a 2280 length drive, but also features an excellent copper pipe (5mm x 98mm)

Now, this copper pipe is a big deal when compared against exclusively aluminium only heatsinks. The copper pipe is considerably more effective at drawing heat from the SSD components (the controller, primarily) and this heat can be delivered to the aluminium plate (as well as the plate still collecting heat of its own accord from the SSD too). This massively increases the potential heat dissipation when in use and almost certainly dramatically decreases the typical temp of the SSD inside the PS5. This and the fact that the larger heat plate is in the immediate airflow path of the internal fan, makes this almost certainly the most effective heat-dissipating heatsink you can buy on PS5. However, it does this at a potential cost of ‘robbing’ airflow that was designed to keep the PS5 system CPU, GPU, memory and its own SSD cool.

Let’s get the Elecgear PS5 heatsink installed inside the PS5, see how it sits, how high it is against that fan and ultimate temperature test it to see how well it performs and whether it negatively/positively affects the PS5 system temp elsewhere.

Elecgear PS5 SSD Heatsink Review – Installation

Installation of the Elecgear heatsink is incredibly straightforward – but only if you are not planning on using the riser kit. The riser kit that is designed to improve the connection of the SSD and heatsink is optional and in order to properly test this heatsink with a typical SSD PS5 installation (versus a regular heatsink), I decided to install it without the riser kit. Your SSD goes inside the M.2 SSD expansion slot. Make sure you use a thermal pad from the accessory kit and lay it across the top of the SSD. You can place a thermal pad UNDER the SSD if it is double-sided, but your MAIN priority should be the side with the controller/brains of the NVMe SSD.

NOTE – Ignore the wire on the photo, this was just the thermometer cable I used in testing for this review

Then you simply slot the heatsink itself into the slit that the usual PS5 SSD cover plate would fit and close the heatsink into place. You will know that it is installed correctly as the screw hole at the top will align with the hole that the PS5 Screw (topped with the square, circle, triangle cross) is visible. When installed, the heatsink looks a perfectly natural fit and even looks like it would not have looked out of place as an official component at launch – something many have complained at Sony for in relation to SSD upgrades on this system.

Looking at this heatsink from a tighter/low angle, you can see that it rises from the base level of the PS5 internal plat by around 2-3mm. It still completely allows the external PS5 side plates to be reinstalled (with no contact between them and the heatsink), as well as the grooved channels of the Elecgear heatsink to line up with the PS5 external vent lines and deliver that air to the internal PS5 fan – it just also uses that are to cool the heatsink (and in turn assist the SSD temp) along the way. I am still a little thoughtful about if this increases the airflow by much on its way to the PS5 fan (which is pushing air over the internal components of the console), but we will get to that later.

The Elecger heatsink also takes advantage of the same screw hole and screw that the PS5 has already to cover the m.2 slot, as well as having a counter-sunk shape to make sure that the screw still goes in at the full depth of the hole, whilst not interfering with the integrity of the heatsink.

Overall, the heatsink is clearly very well designed in conjunction with the PS5 shape internally, as well as clear architecture choices being made here to ensure that airflow to the existing PS5 internal cooling measures are unimpeded as much as possible. Let’s see how the Elecgear heatsink for PS5 handles internal temperatures and those of the SSD controller.

Elecgear PS5 SSD Heatsink Review – Temperature Testings

Temperature testing for the Elecgear PS5 SSD heatsink has been broken down into several areas. The main aims here are to work out the following things:

  1. Does the Elecgear Heatsink Keep the Temperature low on the SSD in sustained use?
  2. Does the Elecgear Heatsink Interfere with the PS5 Internal System Temp negatively?
  3. Is the Elecgear Heatsink provide a significant improvement over PC designed M.2 SSD heatsinks (eg the Eluteng M.2)

In order to do this, I have installed a temperature sensor on the M.2 SSD itself, UNDER the heatsink AND the thermal pad, directly on the controller chip of the SSD. The SSD used in the testing was the TeamGroup T-Force Cardea A440, a Phison E18, 96L 3D TLC NAND SSD at 1TB – a good mid-range price point SSD that is single-sided and provides 6551MB/s on the PS5 internal benchmark.

When the temp node is on the SSD Controller, I then place the thermal pad down, closed and screw down the heatsink, then attach the 2nd node just underneath the PS5 fan point, in the open air. This second temperature sensor will tell us the surrounding system temp that the internal fan will be using to cool the rest of the system.

The testing consisted of 6 different elements. 4 gameplay sessions of 25mins each, with 2 sessions focusing on the SSD temp and 2 focusing on the system temp (in that order, with 1-2 mins reboot between each, in order to see how the system temp is affected over the combined power-on time).

Then a sustained read and write activity of 350-380MB/s to/from the PS5 internal PS5 SSD and M.2 NVMe SSD (the Cardea A440) and how it impacted the SSD controller only. We are NOT looking at performance/framerate/MB/s etc, ONLY temperatures. Below were the results (video will be published shortly).

Note – BOTH PS5 Side plates were on during the tests 

Test Type Starting Temp (C) Finishing Temp (C) Change (C)
Red Dead Redemption 25min Play (Controller) 30.8℃ 31.4℃ 1.4℃
Red Dead Redemption 25min Play (System Temp) 23.1℃ 23.2℃ 0.1℃
GTA V 25min Play (Controller) 26.7℃ 28.1℃ 1.4℃
GTA V 25min Play (System Temp) 21.8℃ 22.9℃ 1.1℃
Heavy Read (350GB) 29℃ 35.6℃ 5.6℃
Heavy Write (350GB) 24℃ 36.1℃ 12.1℃

As you can see, in almost all tests, the elecgear PS5 SSD heatsink results in very, VERY small increases in temperature over time, much, MUCH lower than most of the other heatsinks that I have tested. To put that into perspective, here is how the Elecgear EL-P5C PS5 heatsink compared in those same tests versus the Eluteng M.2 at just $10 (at least $25 less than the elecgear):

NOTE – There tests were performed on different days and ambient temp AND general environmental conditions can undermine these results. Watch the video published soon to see these results in much, MUCH greater detail)

Test Type Eluteng H/S Change ElecGear H/S Change
Red Dead Redemption 25min Play (Controller) 5.9℃ 1.4℃
Red Dead Redemption 25min Play (System Temp) 1.5℃ 0.1℃
GTA V 25min Play (Controller) 0.5℃ 1.4℃
GTA V 25min Play (System Temp) 0.3℃ 1.1℃
Heavy Read (350GB) 6.2℃ 5.6℃
Heavy Write (350GB) 15.4℃ 12.1℃

So, as you can see, it certainly did a great job. These are still very small differences though and it is worth remembering that an NVMe SSD is designed to run perfectly well at between 30-50 degrees. Anything higher than that (headed towards 70 degrees) can result in throttling. Overall I still think the Elecgear definitely does exactly what it says it will and does it very well – it is a question of whether you play your PS5 for long enough /regular periods that you need that level of protection/cooling. Let’s conclude the review and give my verdict.

NOTE – The FULL video of the Temperature tests for the ElecGear PS5 SSD Heatsink, as well as how it compares against the Eluteng M.2 Heatsink, the Sabrent PS5 heatsink and the INEO Heatsink Heatsink will be live soon and in a 3-Part series of video below.

VIDEOS OF THE TESTS – COMING SOON BELOW (Dec 1st 2021)

Elecgear PS5 SSD Heatsink Review – Conclusion & Verdict

The Elecgear does EVERYTHING that it says it can and will do. From maintaining one of the lowerest SSD temperatures that I have witnessed on the PS5 NVMe SSD for the most part, to the clear effort that has gone into the design of the heatsink to existing both in and outside of the PS5 M.2 SSD expansion slot, you cannot question it’s ability to keep your SSD running at an optimal operational temperature! The price tag seems a little high (at $35-50 depending on where you shop at online) especially given the $10-15 dollar price tag of most other M.2 SSD heatsinks – something that I could accept IF it was the only S5 designed heatsink. But given that Sabrent released their own PS5 heatsink, currently priced at $20 (with SSD combo options) 3 months before, that pricetag is a little harder for some to swallow. Nevertheless, even in the general airflow and temperature of the PS5, the elecgear seems to make sure not to impede or negatively impact the core system temp, which is a big plus in its favour. Overall, I can definitely recommend this heatsink for those of you that play your PS5 every single day and for moderately extensive periods, but for light gamers and those that jump on at weekends – this might be a bit overkill.

PROS of the ElecGear PS5 SSD Heatsink PROS of the ElecGear PS5 SSD Heatsink
  • World’s First PS5 Copper Pipe Equipped Heatsink
  • Blends in well with PS5 design
  • clearly designed to keep SSD temp low, and it DOES
  • Easy Installation
  • Optional SSD height rasing kit included
  • Clear considerations for single/double-sided SSDs
  • Clearly designed to work alongside the PS5 airflow channels
  • Quite pricey for a heatsink
  • Poor availability across most of the world (mostly amazon only)
  • Questions surrounding the impact of this H/S in conjunction with the PS5 components are still unanswered and unknown in the grand scheme of things


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Need Advice on Data Storage from an Expert?

We want to keep the free advice on NASCompares FREE for as long as we can. Since this service started back in Jan '18, We have helped hundreds of users every month solve their storage woes, but we can only continue to do this with your support. So please do choose to buy at Amazon US and Amazon UK on the articles when buying to provide advert revenue support or to donate/support the site below. Finally, for free advice about your setup, just leave a message in the comments below here at NASCompares.com and we will get back to you. Need Help? Where possible (and where appropriate) please provide as much information about your requirements, as then I can arrange the best answer and solution to your needs. Do not worry about your e-mail address being required, it will NOT be used in a mailing list and will NOT be used in any way other than to respond to your enquiry. [contact-form-7] Terms and Conditions Alternatively, why not ask me on the ASK NASCompares forum, by clicking the button below. This is a community hub that serves as a place that I can answer your question, chew the fat, share new release information and even get corrections posted. I will always get around to answering ALL queries, but as a one-man operation, I cannot promise speed! So by sharing your query in the ASK NASCompares section below, you can get a better range of solutions and suggestions, alongside my own.  

PS5 SSD Upgrades To Buy this Cyber Monday

25 novembre 2021 à 01:06

The Best PS5 SSD Upgrades to Buy on Black Friday 2021

Ever since Sony enabled the SSD upgrade slot of the PS5, many buyers have been waiting till the bargain heavy period of Black Friday to finally take the plunge and buy a storage upgrade for their Playstation 5 console. Unlike previous generations of SSD supported in PS3 and PS5, the Storage upgrade slot in the PS5 utilizes a particularly cutting edge kind of SSD media, known as PCIe 4.0 M.2 NVMe SSD. This form of media was first commercially released back at the start of 2020 and even then, some PS5 compatible SSDs (such as the WD Black SN850 and Samsung 980 Pro) were featured on Black Friday that year. Fast forward to this latest Black Friday 2021 event and there are ALOT of PS5 Compatible SSDs planned for sales/bargains and today I wanted to help you make sure you picked the RIGHT SSD FIRST TIME! I will be updating this page regularly throughout the week of Black Friday with more PS5 SSD deals as they appear. Alongside this, I have broken down the best PS5 SSD upgrades this black Friday to look out for based on Price, Performance, Capacity, Durability and even Recommended PS5 Heatsinks. So, let’s take a look at those SSDs that are compatible with PS5 and which SSDs will be on sale. IMPORTANT – Remember that any SSD in the Amazon Warehouse department (opened/used/refurbished) will be 20% off this Black Friday.

Recommended PS5 SSD Upgrade Guides

Recommended PS5 Compatible SSDs & Heatsink to Buyhttps://nascompares.com/2021/08/03/recommended-ps5-compatibile-ssds-heatsinks-updated
A Guide To Compatible M.2 Heatsinks For PS5 – https://nascompares.com/2021/07/30/compatible-ps5-ssd-heatsinks-stay-cool
PS5 SSD – WD vs SEAGATE vs SAMSUNG vs SABRENThttps://nascompares.com/2021/08/13/ps5-ssd-comparison-wd-black-sn850-v-seagate-firecuda-530-v-samsung-980-pro-v-sabrent-rocket-4

The Best PS5 SSD Upgrades for SPEED on Black Friday

The internal SSD of the Playstation 5 is one of the fastest console media drives in the world. This allows the console to load games that in the previous generation might have taken upwards of a minute in a fraction of that time (with games like Spiderman and Demons souls loading in single seconds). For those that have been looking at upgrading their PS5 storage capacity this Black Friday, one big, BIG focus for some will be buying the FASTEST PS5 SSD that they can. Performance of an m.2 SSD is typically measured in Sequential Read and Write (i.e big data) and all three of my recommended high-performance PS5 compatible SSDs below are among the fastest in the world right now. Take a look this Black Friday:

ADATA XPG GAMMIX S70

Patriot Viper VP4300

Seagate Firecuda 530

The Best PS5 SSD Upgrade for PRICE on Black Friday

The current generation of PS5 compatible SSDs are arguable the most expensive types of media currently available in the market, hence why many have waited till black Friday to buy their PlayStation 5 storage upgrade. For many, the price of the price-point/cost of an SSD is going to be the deciding factor, in efforts to make sure they get as much bang for their buck as possible. Below is my top three recommended SSD to buy this Black Friday for the lowest price, all of which are compatible with PS5:

 

Addlink A90 SSD

Sabrent Rocket PCIe 4.0

Seagate Firecuda 520

The Best PS5 SSD Upgrades for VALUE on Black Friday

Slightly different to the cost of an SSD, the Value of an SSD is much more about getting the best price for the best hardware. Often measured in SSDs in terms of the price-per-terabyte, or the price-point of the hardware it uses (or even inclusive extras like heatsinks or services), buyers who are looking for the best value PS5 compatible SSDs will already have their budget in mind and will look at getting as much inside that budget as possible. Due to the large number of PCIe 4.0 M.2 NVMe SSDs released in 2021 (many of which were delayed down to the pandemic), there is a tremendous range of SSDs available and all competing in price. This is especially true during Black Friday and therefore the opportunity to get some series value in your PS5 SSD upgrade is possible. Below are the best three SSDs for PS5 upgrades that I recommend based on value:

WD BLACK SN850

Samsung 980 Pro

Gigabyte Aorus 7000S

The Best PS5 SSD Upgrade for CAPACITY on Black Friday

Given that the PlayStation supports the storage and playback of both PS4 and PS5 games (as well as allowing playback and storage of PS3 titles via PS Now), recording and storage of 4K capture up to an hour in length and downloading of media from popular streaming services like Netflix and Disney+, it is VERY easy to see why a lot of PS5 SSD buyers are heavily focused on big, BIG capacity SSD upgrades on their PS5 this Black Friday. Unlike a lot of the most recent PS5 releases, the rest of those other services will not see any benefit in the 7,000MB/s+ SSDs (such as the Seagate Firecuda 530, Sabrent Rocket 4 Plus or XPG Gammix S70). Therefore, there are several SSDs in the market that can provide as much as 4TB of storage at almost half the price of top tier SSDs out there, whist STILL being PS5 compatible. Below is the lowest Price per Terabyte SSDs that you can install in your PS5 this Black Friday:

Sabrent Rocket 4 Plus 4TB

Titanium Micro TH7175 4TB

Addlink A95 4TB

The Best PS5 SSD Upgrade for DURABILITY on Black Friday

Although SSD technology has been around for well over a decade, it has only been in the last few years (thanks to the arrival of superfast M.2 NVMe SSDs) that the subject of endurance and durability has risen in conversation quite loudly. Although PS5 SSDs will largely be focused on ‘read’ activity when loading games etc, there are still some activities (and potentially more in future) that will utilize ‘write’ activities (gaming recordings, professional streamers direct from the system, bulk multimedia activities, etc). Write activity on an SSD requires electricity to be passed through the drive to allow data inside to be entered onto the NAND (the bit that holds your data) on the SSD. the more and more this happens, the larger the potential for wear on the NAND. SSDs for PS5 that have high durability (typically measured as drive writes for day or terabytes written over 5 years) mean that they will last for much, much loner with heavier write activity, as well as maintain sustained high performance throughout that time (rather than drop over time). The following three PS5 compatible SSDs are all very high in durability, whilst still appearing at a great price point this black Friday. Let’s take a look:

Seagate Firecuda 530

Patriot Viper VP4300

Teamgroup Cardea Zero Z440

The Best PS5 SSD HEATSINK to Buy this Black Friday

You may not know (if you are new to PS5 m.2 SSDs) that due to their high performance, compact nature and energy/electricity focused use, that they can get very, VERY hot. This is much higher during write activity, but can still rise in read activity. When an SSD gets hot, it can affect several things. The performance of the drive can decrease (known as throttling, when internally as the SSD controller/brain fears potential harm), it can highly reduce the SSDs durability and lifespan AND it can negatively impact the running of your PS5 and it’s operation! Therefore it is pretty important that with any PS5 compatible SSD upgrade you buy, that you ALSO buy a heatsink. Some SSDs (such as the Gigabyte Aorus 7000s or Patriot Viper VP4300 PS5 SSDs) include a PS5 compatible heatsink with the drive. ut many, many do not and that means you will need to purchase one separately OR look at alternative SSDs for PS5 this Black Friday that include one. Below I have added my three highest recommended stand-alone PS5 SSD heatsinks you should consider this Black Friday. Each is quite affordable, 100% PS5 compatible and includes the thermal pads, screws and accessories you will need in order to install on ANY SSD for your console. Take a look:

PS5 Heatsink

Eluteng M.2 Heatsink

Warship Pro Heatsink

All PS5 Compatible SSDs in 2021 – UPDATED

Although Sony enabled the Playstation 5 SSD expansion slot in Summer 2021, they have yet to issue a FULL compatibility list of ALL drives that can be used. I have been testing a huge number of M.2 NVMe SSDs with PS5 in the last 3 months in order to create a master list of all the drives that work (here on the blog, as well as over on YouTube in my PS5 SSD Test Series HERE). Below is a breakdown of all the currently available and supported SSDs that are compatible with PS5 (with help on Reddit, Twitter and others).

BLUE = COMPATIBLE

GREY = UNCONFIRMED

BRAND MODEL ID SIZES CONTROLLER NAND R/W SPEED CHECK AMAZON
Acer Predator GM7000 512, 1TB, 2TB Innogrit 1G5236 Micron3D TLC 7,400 / 6,700 MB/s
ADATA XPG Gammix S70 Blade 1TB, 2TB Innogrit IG5236 3D Nand 7.4K / 6.4K MB/s
ADATA XPG Gammix S70 1TB, 2TB Innogrit Rainer IG5236 Micron 3D TLC 7.4K / 6.4K MB/s
ADATA XPG Gammix S50 Lite 1TB, 2TB Silicon MotionSM22 67 Micron 3D TLC 3.9K / 3.2K MB/s
ADATA XPG Gammix S50 1TB, 2TB Phison PS5016-E16 Toshiba 3D TLC 5.0K / 4.4K MB/s
Addlink A95 1TB, 2TB Phison PS5018-E18 Micron3D TLC 7.1K /6.8K MB/s
Addlink A92 1TB, 2TB, 4TB Phison PS5016-E16 Micron QLC 4.9K / 3.6K MB/s
Addlink A90 1TB, 2TB N/A 3D TLC 5.0K / 4.4K MB/s
Addlink H90 with heatsink 1TB, 2TB N/A  3D TLC 5.0K / 4,4K MB/s
Addlink S90 no heatsink 1TB, 2TB N/A 3D TLC 5.0K / 4,4K MB/s
Apacer AS2280Q4 500, 1TB, 2TB Phison PS5016-E16 3D TLC 5.0K / 4.4K MB/s
Asgard AN4 512, 1TB, 2TB Innogrit IG5236 YNTC 3D TLC 7.5K / 5.5K MB/s
Corsair MP600 Pro XT Hydro X 2TB, 4TB Phison PS5018-E18 Micron3D TLC 7.1K / 6.8K MB/s
Corsair MP600 Pro XT 1TB, 2TB, 4TB Phison PS5018-E18 Micron3D TLC 7.1K / 6.8K MB/s
Corsair MP600 Pro Hydro X 2TB Phison PS5018-E18-41 3D TLC 7.0K / 6.55K MB/s
Corsair MP600 Pro Standard 1TB, 2TB, 4TB Phison PS5018-E18-41 Micron3D TLC 7.0K / 6.55K MB/s
Corsair MP600 Core 1TB, 2TB, 4TB Phison PS5016-E16 3D QLC 4.95K / 3.95K MB/s
Corsair MP600 1TB, 2TB Phison PS5016-E16 Toshiba 3D TLC 4.95K / 4.25K MB/s
Crucial P5 Plus 500, 1TB, 2TB Crucial NVMe Micron TLC 6.6K / 5.0K MB/s
Galax HOF Pro 1TB, 2TB Phison PS5016-E16 Toshiba 3D TLC 5.0K / 4.4K MB/s
Gigabyte Aorus 7000S 1TB, 2TB Phison E18 Micron TLC 7.0K / 6.85K MB/s
Gigabyte Aorus 1TB, 2TB Phison PS5016-E16 Toshiba 3D TLC 5.0K / 4.0K MB/S
Goodram IRDM Ultimate X 500, 1TB, 2TB Phison PS5016-E16 Toshiba 3D TLC 5.0 / 4.5K MB/s
Inland Performance Plus 1TB, 2TB Phison PS5018-E18 Micron3D TLC 7.0 / 6.85 GB/s
Integral Ultima Pro X3 500, 1TB, 2TB N/A  3D TLC 5.0 / 4,4K MB/s
Intel DC P5800X 400, 800, 1.6TB Intel InteL Optane 2nd Gen 7.4 GB/s / 7.4
Kingmax PX4480 500, 1TB, 2TB Phison PS5016-E16 3D Nand 5.0 / 4.4K MB/s
Klevv CRAS C920 1TB, 2TB Phison PS5018-E18 3D TLC 7.0K / 7.0K MB/s
Lexar NM800 500, 1,000 GB InnoGrit IG5236 3D TLC 5.8K / 7.4K MB/s
Micron 3400 512, 1TB, 2TB Micron Based Micron 3D TLC N/A 
Micron 2450 256, 512, 1TB N/A Micron 3D TLC N/A 
MSI Spatium M480 500, 1TB, 2TB PhisonPS5018-E18 Micron 3D TLC 7.0K /6.85K MB/s
MSI Spatium M470 1TB, 2TB Phison PS5016-E16 Kioxia 3D TLC 5.0K / 4.4K MB/s
Mushkin Gamma 1TB, 2TB Phison PS5018 E18 Micron 3D TLC 7.1 / 6.8 MB/s
Mushkin Delta 1TB, 2TB, 4TB Phison PS5016-E16 Micron 3D TLC 4.9 / 3.9 MB/s
Patriot Viper VP4300 1TB, 2TB Innogrit Rainier IG5236 Micron 3D TLC 7.4K / 6.8K MB/s
Patriot Viper VP4100 1TB, 2TB Phison PS5016-E16 Toshiba 3D TLC 5.0K / 4.4K MB/s
Plextor M10P Series 512, 1TB, 2TB Innogrit Rainier IG5236 Kioxia TLC 7.0K / 5.0K MB/s
PNY XLR8 CS3140 1TB, 2TB Phison PS5016-E18-41 Micron 3D TLC 7.5K / 6.85K MB/s
PNY XLR8 CS3040 500GB, 1TB, 2TB Phison PS5016-E16-32 Toshiba 3D TLC 5.6K / 4.3K MB/s
Sabrent Rocket 4 Plus 500, 1TB, 2TB, 4TB Phison PS5018-E18 Micron 3D TLC 7.2K / 6.9K MB/s
Sabrent Rocket Q4 1TB, 2TB, 4TB Phison PS5016-E16 Micron 96L QLC 4.9K / 6.85K MB/s
Sabrent Rocket NVMe 4.0 1TB, 2TB Phison PS5016-E16 Toshiba 3D TLC 5.0K / 4.4K MB/s
Samsung PA9A1 (OEM) 250, 500, 1TB, 2TB Samsung Elpis Samsung 3D TLC 7.0K / 5.2K MB/s
Samsung 980 Pro 250, 500, 1TB, 2TB Samsung Elpis Samsung 3D TLC 7.0K / 5.0K MB/s
Seagate FireCuda 530 500, 1TB, 2TB, 4TB Phison PS5018-E18 Micron 3D TLC 7.0K / 6.9K MB/s
Seagate FireCuda 520
1TB Phison PS5016-E16 Toshiba 3D TLC 5.0K / 4.4K MB/s
Seagate FireCuda 520 500, 1TB, 2TB Phison PS5016-E16 Toshiba 3D TLC 5.0K / 4.4K MB/s
Silicon Power US70 1TB, 2TB Phison PS5016-E16 3D Nand 5.0K / 4.4K MB/s
Smartbuy Stream E19T 500, 1TB Phison PS5016-E19-35 Toshiba 3D TLC 3.3K / 3.0K MB/s
Smartbuy Impact E16 500, 1TB, 2TB Phison PS5016-E16 3D TLC 5.0K / 4.4K MB/s
Team Force Cardea Z44Q 2TB, 4TB Phison PS5012-E161 Micron 3D QLC 5.0K /4.0K MB/s
Team Force T Create Classic 1TB, 2TB Phison PS5016-E16 Kioxia 3D TLC 5.0K / 4.4K MB/s
Team Force Cardea Ceramic A440 1TB, 2TB Phison PS5086-E18 Micron TLC 7.0K / 6.9K MB/s
Team Force Cardea Ceramic C440 1TB, 2TB Phison PS5016-E16 Toshiba 3D TLC 5.0K / 4.4K MB/s
Team Force Cardea Zero Z440 256, 512, 1TB PhisonPS5016-E16 Toshiba 3D TLC 5.0K / 4.4K MB/s
Transcend MTE240S 512, 1TB N/A 3D TLC 3.8K / 3.2K MB/s
Western Digital Black SN850 500, 1TB, 2TB SanDisk 8-Channel 96L Bics4 7.0K / 5.1K MB/s

 

PS5 COMPATIBLE UPGRADE SSDs SEPT 2021

SSD Meets Requirements to Work Notes (Important) Price & Links
Seagate FireCuda 530 Yes confirmed by Seagate. Included heatsink works 500GB – $149.99, 1TB – $239.99, 2TB – $489.99, 4TB – $949.99.
Western Digital SN850 Yes confirmed by Western Digital. Included heatsink works 500GB – $169.99, 1TB – $249.99, 2TB – $549.99
Gigabyte 7000s Gen4 Yes confirmed by Gigabyte. Included heatsink works 1TB – $199.99, 2TB – $399.99
Patriot Viper VP4300 Yes confirmed by NASCompares Included heatsink works 1TB – $224.99, 2TB – I don’t know if this ever released?
Samsung 980 Pro Yes. Confirmed by fragilityv2. Needs a heatsink 250GB – $69.99, 500GB – $119.99, 1TB – $199.99, 2TB – $429.99
Sabrent Rocket 4 Plus Yes. Confirmed by The Verge. Needs a different heatsink than the one included 1TB – $200, 2TB – $469.99, 4TB – $999.99
Corsair MP600 Pro Yes confirmed by NASCompares Needs a different heatsink than the one included 1TB – $199.99, 2TB – $399.99
Inland Performance Plus Yes (unconfirmed) Needs a different heatsink than the one included 1TB – $189.99, 2TB – $399.99
Adata Gammix S70 Yes confirmed by NASCompares Needs a different heatsink than the one included. Very difficult to remove. 1TB – $149.99, 2TB – $299.99
MSI Spatium M480 Yes confirmed by NASCompares Needs a heatsink Not listed yet. More Info here.
Micron 3400 Yes confirmed by NASCompares Needs a heatsink Not listed yet.More Info here.
PNY CS3040 Yes. Confirmed by /u/EmergencyPomelo5180 and PNY. Included heatsink is too tall. Get version without heatsink and add your own. Also, the rated read speeds are just above the minimum specified at 5,600 MB/s reads 500GB – $89.99, 1TB – $156.99, 2TB – $308.99, 4TB – $699.99
PNY CS3140 Yes. Confirmed by PNY. Included heatsink is too tall. Get version without heatsink and add your own 1TB – $199.99, 2TB – $449.99
TeamGroup T-Force Cardea A440 Yes (unconfirmed) Aluminum heatsink is too tall, graphene heatsink may need replaced. 1TB – $179.99, 2TB – $399.99
Plextor M10P(G) Yes (unconfirmed) Included heatsink is too tall Not listed yet. Product page here.
Titanium Micro TH7175 Yes confirmed by NASCompares Needs a heatsink 1TB – $279.99, 2TB – $489.99
Mushkin Enhanced Gamma Yes (unconfirmed) Needs a heatsink 1TB – $216.992TB – $499.99
GALAX HOF Extreme Yes (unconfirmed) Included heatsink is too large Pricing unknown, information here.
Addlink A95 Yes confirmed by NASCompares Heatsink Included 1TB – $218.99, 2TB – $448.88

 

Seagate Firecuda 530

Samsung 980 Pro

WD Black SN850

500GB – $149.99

1TB – $239.99

2TB – $489.99

4TB – $949.99.

250GB – $69.99

500GB – $119.99

1TB – $199.99

2TB – $429.99

500GB – $169.99

1TB – $249.99

2TB – $549.99

 

 


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