ineo M.2 2280 SSD Rocket Heatsink M3 on WD Black SN850
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- Опубликовано: 23 сен 2021
- Answering Subscribers Questions, Pablo requested this Heatsink Test. This is M.2 NVMe Heatsink #12! We'll do an Unboxing, Inspection, Installation and Test on the Gigabyte TRX40 Designare Motherboard on 2nd M.2 Connector to the CPU for Heat and Speed. However, We will do 2 Tests, Active vs Passive Cooling. And We have Updated the Heatsink Chart from the last Heat Test.
1. ineo M.2 2280 SSD Rocket Heatsink Built-in Cooling Fan [M3]
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2. WD Black SN850 - Gen4 PCIe, M.2 2280, 3D NAND, Up to 7,000 MB/s - WDS100T1X0E
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3. Samsung 980 Pro 1TB PCIe NVMe Gen4 Internal Gaming SSD M.2 (MZ-V8P1T0B)
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4. Gigabyte TRX40 Designare Motherboard for Threadripper III
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5. Supermicro Dual M.2 NVMe Adapter
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• Supermicro AOC-SLG3-2M...
6. Dual M.2 NVMe PCIe Adapters
• Dual M.2 NVMe PCIe Ada...
7. Seagate FireCuda 530 4TB Internal Solid State Drive - M.2 PCIe Gen4 ×4 NVMe 1.4, Transfer speeds up to 7300 MB/s, 3D TLC NAND, 5100 TBW, 1.8M MTBF, and 3-Year Rescue Services (ZP4000GM3A013)
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8. Corsair MP600 PRO XT Gen4 PCIe x4 NVMe M.2 SSD - High-Density TLC NAND - Aluminum Heatspreader - M.2 2280 Form-Factor
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9. Teamgroup T-Force CARDEA A440 2TB with DRAM SLC Cache and Graphene Copper Foil 3D NAND TLC NVMe PCIe Gen4 x4 M.2 2280 Gaming Internal SSD Read/Write 7,000/6,900 MB/s TM8FPZ002T0C327
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10. Acidalie Double Copper Tube Aluminum M.2 Heatsink Cooler, NVMe M.2 2280 SSD Rocket Heat Sinks with Silicone Thermal Pad
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11. Thermopad Thermal Grizzly Minus Pad 8 - Silicone, Self-Adhesive, Thermally Conductive Thermal Pad - Conducts Heat and Cools The Heating Elements of The Computer or Console (120 × 20 × 1,0 mm)
amzn.to/3ERKZJf
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This is the most detail orientated PC building channel on youtube. Huge fan and new subscriber.
Hi Adam Farah,
Welcome! I'm Honored! Appreciate Your Comments! Thank You for Subscribing! This series of Testing 14 Heatsinks took on a life of its own. That all started as We were Answering Subscribers Questions about M.2 Heatsinks for Dual M.2 Adapters then Quad cards and finally for Motherboards so Our parameters changed so We could continue with Testing all of them! Then three Thermal Pads, again based on Questions asked! And I'm sure there will be more in the future!
Thank you for such a gret work! Just found your chanell and it's a blast!
Hi Aken Valle,
Welcome! Thank You! Appreciate Your Comments!
That was a nice video ! Congratulations sir. Watching from Brazil.
Hello Raoni,
Welcome from Texas! Appreciate Your Comments! Thank You for watching!
Love your reviews! MagiDeal M.2 2280 SSD heatsink just came out. I believe it is the closest to getting a retail version of the copper aorus heatsink.
Hi Cthis,
Welcome! Thank You Very Much! Appreciate Your Comments! The MagiDeal M.2 2280 SSD heatsink looks like Aluminum with Thermal Bands. Is that the one Your talking about with 4 in a set?
FYI: RUclips would block Your Comment if You posted a link. If You can give me a better Description, we'll look it up! Just checked on Amazon, MagiDeal M.2 2280 SSD heatsink not showing up yet. Unless... Is this the one?
MagiDeal M.2 2280 SSD Heatsink, Heat Sink, High Performance SSD Cooler Heatsink for PCIE M.2 SSD SSD Heat Sink - Grey, 74x25x10mm [Aluminum]
amzn.to/2ZvHwjp
Does MagiDeal have a Copper Heatsink in the works?
Great video, man! Thank you for this
Hi Roland Garcia,
Welcome! Just now seeing Your message! Getting caught up! Appreciate Your Comments !
Very impressive active cooling experiment
Hello alamsyah9771,
Welcome! One of 16 M.2 NVMe PCIe SSD Drive Heatsinks We've Tested so far! Fascinating Results!
Excellent review.
Hi Fan TV,
Excellent! Appreciate Your Comments!
So extensive! You have some serious patience
Hi JSerenity,
Answering Subscribers Questions! We try! Details matter! And this thing had the parts! Assembly Required! Appreciate Your Comments! Thanks for Watching!
Love these videos
Hi ray,
To reiterate, just now seeing Your comment. Thank You very much for watching.
Excellent ... Well done ...
Hi Mahu UBAO,
Welcome! Appreciate Your Comments! Thanks for Watching!
My PC was giving BSOD whenever there was any disk intensive task. My MP600 was sitting at 61C at idle (30C ambient), would spike up in temp under normal reads and give BSOD. I had a StarTech 5.25 Bay Dual Fan HDD Cooler lying around, took out the fans and zip tied them to the MP600 Heatsink. Idle temp on the MP600 is around 30C, under full stress test goes 50C. Very happy.
I would say best solution is to strap a good 40mm fan with enough CFM to your NVMe's heatsink. In that regard, for a change of pace, instead of testing Heatsinks, we can test fans. BuilOrBuy, I would suggest doing a video where you can test how much difference adding a good fan to your heatsink would make.
Hi Jake Sullivan,
Welcome! Interesting. That should not have been happening! Worse than Throttling! Curious. From Our Testing of 14 M.2 NVMe PCIe Heatsinks and 2 Thermal Pads, We found Passive Cooling to be a better Performer than Active Cooling for a Stock Item. Glad Your Solution worked! Thanks for Sharing!
Hi@@Falcon5ive,
Appreciate Your Input. We definitely need better Thermal Designs. Our 1st Goal was to see which of those Performed best as Stock Items then look at other Options such as You've Outlined. The faster We go, the hotter We get! And that has to change! Thanks for Sharing! We'll keep that in mind for future Videos!
@@BuildOrBuy MP600 already has a heatsink, but I think my ambient temperature of 30C wasn't helping. You are correct in your testing of bare NVMe with aftermarket HS vs HSF, my point is adding a decent fan to any heatsink would outperform those aftermarket HS/HSF.
Hi@@Falcon5ive,
Yes, understand. Appreciate You Sharing Your Experience! This helps Us to make better Videos! We'll keep all of that in mind for future Videos as a next Step! Agreed, Your Ambient Temperature was definitely a factor. Amazing, what a difference that makes in affecting the Computer Components! Warm but not unreasonably warm! Tolerably warm!
awesome design.
Hi DoberMan,
Welcome. Yes, great design seemingly yet poor Results. And that's what matters most. We tested 2 Passive M.2 NVMe PCIe SSD Heatsinks that had much better Results.
real review thanks a lot
Hello Zeno,
Welcome! Outstanding! One of 16 We've Tested so far. Fascinating Results! Passive Cooling is more Effective than Active Cooling on current technologies for M.2 NVMe PCIe SSD Drives. Doing this, We learned to throw all assumptions out the window! Only thing that matters are Results! Test and Verify!
This Heatsinklooks good⭐️
Hi Mee 2# G,
Good point! That's what We thought too! However, Only looks good! Results are what matters!
Thanks a lot for doing the extra tests, i had a feeling that it will dominate, but i was wrong, the Acidalie is the best and by a lot. I would say the Digifast for $12 is also the best for a value oriented heatsink, while the Acidalie cost double but performs better, the rest of heatsinks imo are to expensive for their performance.
Hi Pabula,
Absolutely! Agreed! Well stated. Great Summation! We have another one added as of today! Cryorig CR-M2A Frostbit M2 Heatsink as requested by Bel Campo! Stay Tuned!
@@BuildOrBuy Ohh nice, looking forward if it can debunk your Acidailie. Now that Cryo enter the M.2 heatsink market, maybe Noctua, Thermalright, Scythe get some interest on doing a better cooler.
Hi@@Pabula,
Good question! Nothing comes close, yet! Agreed! Where are all of the other Cooler Manufacturers on this! Exactly! Results are fascinating! Cooler Manufacturers are missing a big opportunity!
Yeah i almost bought it, im glad i saw this test, ordering the Acidalie today
So how is it Axagon CLR-M2XL in max temp to this mini fan m.2 cooler ???????
I’d love to see the Ineo Rocket heatsink. Just a cool design but I can’t imagine it being a better performer than this.
The Jeyi Q150 copper heatsink is another interesting one with all that bulky copper on it.
Hi MATTKBAN,
Welcome! Nothing beats the Acidalie with those HeatPipes if You have the space to accommodate the Heatsink! Appreciate Your Comments! Thanks For Watching!
You’re welcome and thank you for testing so many. Single ones I don’t even have videos on here by others. I’ve been curious how these perform if ever one was rigged to the PS5 through the faceplate hehe Curious how it would compare in that set up. I’m guessing better since the fan will still intake air past the M.2, and these being open on the motherboard.
Hi@@MATTKBAN, We thought someone might take Us up on Our offer to Upgrade a PS5. Not yet. I mention that to exemplify the Opportunity to Test for Heat in an actual PS5 Upgrade Installation. A Test could be performed with either a Heat gun or with a FLIR Thermal Camera for a thermal emissivity reading. An external Thermistor would be too slow to respond accurately based on another Test We performed and have on Video. In lieu of that, Testing on a Motherboard is the closest We can get.
Awesome⭐️
Hi Mee 2# G,
Thank You very much for Watching! More, interesting Results! So far, Passive Cooling out performs Active Cooling! Appreciate Your Comments!
cool video
Hi Jerone211,
Welcome! Appreciate Your Comment! Thank You for Watching!
If you want to change the speed of the 3 pin fan, connect it to 5 or 7 volts instead of the fan header.
Or, use the low noise adapter on the heat sink fan.
Hi few2many,
Welcome! Appreciate Your Comments! Stock install for fair Comparison among 14 M.2 NVMe PCIe Heatsinks, to reiterate, no Modifications. Then to only change and Test Thermal Conductivity using 2 alternative Thermal Pads on only the top 3. This was not one of the top Performers. And Our Results indicated Passive Cooling was more effective than Active Cooling. Thanks for Watching!
Copper and Aluminum don't like to come in contact with each other. It is called galvanic corrosion, in time they will corrode each other, unless aluminum is cladded, which reduces the corrosion but reduces the thermal conductivity too. I am amazed how manufacturers put them together , just like that.
Hi Andrew Z,
Welcome! Excellent point! Glad You've brought that up! Different galvanic properties. Galvanic corrosion between Copper and Aluminum can occur when an electrolyte like water with some ionic content is present. A nickel sandwich maybe. We only Test as Requested. Amazing how many M.2 Heatsinks incorporate that Design. We need better Designed M.2 NVMe Heatsinks! Thanks for Watching!
Hi!, I've been enjoying your videos, just found you. I am wondering why the intake for the power supply is facing incase the case instead of drawing cooler air from the base of the case? Is this on purpose? Thanks!
Hello hostasgrasses,
Welcome! Excellent! Yes, deliberate.
with a fan on , the performance is a little disappointing , from the basic knowledge i have ,using forced air on a heatsink (aka active cooling) you can get 2 X to 2.7 X more cooling capacity from the same heatsink assuming everything is done the right way ....
thank you for the video , awesome content as always
Hi 5 nm,
Absolutely Agree! Always Appreciate Your Comments! Not what We expected either from Active Cooling! Fascinating Results! And another Heatsink was added to the List! Stay Tuned!
You have to make another video with the new NOCTUA fan installed. I saw your video through. Please make honor to me.
Hi Jose Luis Brea R.,
Welcome! Great Idea! However, since We have Tested 16 M.2 NVMe PCIe SSD Heatsinks, We found Passive Heatsinks to perform better than Active Heatsinks. Crazy, right. Appreciate Your Comments! Hope that helps!
teşekkürler
Am very hesitant to add to the already impressive list of tested M.2 heatsinks - you've done so much hard work already - but I've always wondered about how good the CRYORIG Frostbit would perform. It looks quite bulky and unwieldy, but also could be an interesting choice for pure performkance perhaps.
Hi Bel Campo,
Welcome! Thank You! Good Question! If You'd like to Buy me Coffee to cover the cost, I'll be happy to Test another Heatsink. That one would only work on a Motherboard and not on a Dual M.2 Adapter nor a Quad card. We've now Tested 12 Heatsinks that I have no use for nor would any Client need or recommend to use them. So far, nothing beats the 4 Heatpipe Acidalie! We're all about Answering Subscribers Questions! Hope that helps! We still have other Dual M.2 Adapters and Quad M.2 cards to Test! Stay Tuned!
www.buymeacoffee.com/gillboyd
@@BuildOrBuy Absolutely fair, so got you some coffee!
HI@@belcampo8305 ,
I'm Honored! I'm on it! Thank You very much! Cryorig CR-M2A Frostbit M2 Heatsink, in the works! Stay tuned!
That was definitely used.. You could see the residue where the factory seal had initially been and then removed.
Hi Teddy M,
Welcome! Of the 14 M.2 NVMe Heatsinks and 3 Thermal Pads We've Tested by Subscribers Requests, there are other M.2 NVMe PCIe Heatsinks that Tested better than this. Furthermore, the Passive Heatsinks were the best in lowering Temps. Results! Appreciate Your Comments!
Nice heatsink testing. Do they sell the acidalie heatsink in europe?? specifically the netherlands.
Hi szaku francisco,
Welcome! Thank You very much! Acidalie should be available on Amazon in Europe! Here's a link! Hope this helps! Thanks for Asking! To improve Results, change out the Thermal Pads! Have also added these links in Video Description!
1. Acidalie Double Copper Tube Aluminum M.2 Heatsink Cooler, NVMe M.2 2280 SSD Rocket Heat Sinks with Silicone Thermal Pad
amzn.to/39URLzT
2. Thermopad Thermal Grizzly Minus Pad 8 - Silicone, Self-Adhesive, Thermally Conductive Thermal Pad - Conducts Heat and Cools The Heating Elements of The Computer or Console (120 × 20 × 1,0 mm)
amzn.to/3ERKZJf
As an Amazon Associate I earn from qualifying purchases.
Keep Us Posted on Your Progress! Appreciate Your Support!
I have a 2 TBM.2 gen 3 installed in a gen 2 slot and it gets very hot as in Yikes that hurt is this type of heat normal. This is installed in a laptop so what would you use to cool down a M.2 in a laptop the case have 1/4 hight space for a heatsink.
Hi Nameless,
Excellent Question! Surprised You have that much open space and that amount of Heat on PCIe 3.0 M.2 NVMe PCIe SSD is interesting. Did You measure those Thermals with HWINFO? Suggest Copper and a Thermal Pad with a high Thermal Conductivity Rating. This is the best We've seen but the holding bands are going to be a problem. We have not seen a good way long term of keeping that sandwich together.
1. M.2 Copper Heatsinks Cooler for M.2 2280 SSD Laptop（2 Pack)
amzn.to/3CnXgXa
2. Thermal Grizzly Minus Pad Extreme Thermal Pad, 120 x 20 x 1.0 - This is a new product pointed out by Viewers. Stats are excellent but We have not tried them yet to Test the Thermal Conductivity for comparison to Gelid Thermal Pads.
amzn.to/3KcUpCe
As an Amazon Affiliate I earn from qualifying purchases! Hope that helps! Keep Us Posted on Your Progress!
What about gaming with these? Wouldnt heat from GPU turn these coolers into heaters?
Hi Core,
Welcome! Interesting Question! We Build Purpose Built High Performance Computers for Content Creation. We focus on PCIe Resources. We have Tested 14 Heatsinks. There are others that Perform better that We have Tested. If You have the Space, get the one that Performs the best - Acidalie. Depends upon the GPU. Most GPUs do a good enough job cooling themselves while Rendering. One way to find out... Test and Verify! Appreciate Your Comments! Thanks for Watching!
Greetings, Gill! So, that Ineo cooler is spec'd as having a 30mm fan, as you no doubt came to realize. However, not only is there a similar, although perhaps better, cooler on Amazon with a similar design labeled as "NewHail 12V M.2 2280 SSD Heatsink with 40mm PWM Cooling Fan" with not two but THREE copper heat pipes, but Noctua does make an A4x10 fan (as opposed to the A4x20 that you bought) that looks like it'd fit right into the NewHail cooler. Even better is that Noctua does make an A4x10 with a PWM connection, so best to be careful to get that one rather than the VC 3-pin version.
Would be interesting to see the stock cooling from that cooler as well as the effect of replacing the stock fan with an A4x10 PWM. It'd turn a $30 cooler into a $45 cooler, but it might be worth it (although I doubt it'd work on an expansion card; probably only the motherboard).
As an aside, now that I think of it, would a PWM fan really be necessary or effective on a cooler like that? Most motherboards tie PWM settings to CPU, chipset, or system-wide temperatures rather than HDD or SSD temps. Perhaps a VC fan would be better and more consistent on an SSD cooler?
Hi Concerned Citizen,
Welcome! Appreciate Your Comments. At the time, based on expectations We could not Source the other Noctua Fan as You have Outlined. Hindsight is always 20/20. Going forward, after having Tested 16 M.2 NVMe PCIe Heatsinks, We clearly know Passive Cooling is much more effective than Active Cooling much to Our surprise! Go figure. We need new Designs in not only M.2 Cooling Solutions but also in M.2 NVMe Thermal Designs. Interesting to take notice of Motherboard M.2 NVMe PCIe 5.0 Thermal Design Solutions. Some Vendors are Choosing Active M.2 Thermal Solutions whereas others are Choosing Passive M.2 Thermal Solutions such as ASUS has chosen Passive. A Fascinating topic!
@@BuildOrBuy Yeah, that Acidalie cooler is a beast! It's actually because of your testing playlist that I've wound up getting two of those for two SN850xes, and after playing graphic-intensive games off of them, I haven't seen them even hit 50C. Thanks for the work you do! Love your channel!
Hi@@concernedcitizen6313,
Outstanding! Glad to know! Those are fascinating results! Had no idea what to expect! Nice and cool stats! Appreciate Your Comments! Thanks for Sharing! I'm honored!
@@BuildOrBuy Just for the sake of science, as well as anyone reading this who might be interested, I'd like to amend what I said with more formal testing results.
I got CrystalDiskMark8 and ran 5 passes of 8GiB read/write (the "All" option) on both of my 1TB SN850x NVMe M.2 drives. They are both on the motherboard itself, one of them running directly to the CPU and the other through the chipset. My motherboard is the MEG x570 Unify.
Drive #2 (CPU, top slot) results:
[Read]
SEQ 1MiB (Q= 8, T= 1): 7309.699 MB/s [ 6971.1 IOPS] < 1146.80 us>
SEQ 128KiB (Q= 32, T= 1): 7250.306 MB/s [ 55315.4 IOPS] < 578.09 us>
RND 4KiB (Q= 32, T=16): 3364.190 MB/s [ 821335.4 IOPS] < 621.38 us>
RND 4KiB (Q= 1, T= 1): 81.408 MB/s [ 19875.0 IOPS] < 50.17 us>
[Write]
SEQ 1MiB (Q= 8, T= 1): 6395.296 MB/s [ 6099.0 IOPS] < 1309.59 us>
SEQ 128KiB (Q= 32, T= 1): 6354.205 MB/s [ 48478.7 IOPS] < 659.12 us>
RND 4KiB (Q= 32, T=16): 2901.341 MB/s [ 708335.2 IOPS] < 721.93 us>
RND 4KiB (Q= 1, T= 1): 235.306 MB/s [ 57447.8 IOPS] < 17.27 us>
Profile: Default
Test: 8 GiB (x5) [H: 65% (602/931GiB)]
Mode: [Admin]
Time: Measure 5 sec / Interval 5 sec
Date: 2023/02/12 6:33:54
OS: Windows 10 Professional [10.0 Build 19045] (x64)
Max Temp: 54C
Drive #1 (Chipset, bottom slot)
[Read]
SEQ 1MiB (Q= 8, T= 1): 6302.452 MB/s [ 6010.5 IOPS] < 1329.78 us>
SEQ 128KiB (Q= 32, T= 1): 6292.630 MB/s [ 48009.0 IOPS] < 665.60 us>
RND 4KiB (Q= 32, T=16): 3356.351 MB/s [ 819421.6 IOPS] < 623.10 us>
RND 4KiB (Q= 1, T= 1): 79.646 MB/s [ 19444.8 IOPS] < 51.28 us>
[Write]
SEQ 1MiB (Q= 8, T= 1): 5426.692 MB/s [ 5175.3 IOPS] < 1542.79 us>
SEQ 128KiB (Q= 32, T= 1): 5340.265 MB/s [ 40743.0 IOPS] < 784.44 us>
RND 4KiB (Q= 32, T=16): 2837.245 MB/s [ 692686.8 IOPS] < 738.33 us>
RND 4KiB (Q= 1, T= 1): 204.441 MB/s [ 49912.4 IOPS] < 19.89 us>
Profile: Default
Test: 8 GiB (x5) [G: 87% (810/931GiB)]
Mode: [Admin]
Time: Measure 5 sec / Interval 5 sec
Date: 2023/02/12 6:40:54
OS: Windows 10 Professional [10.0 Build 19045] (x64)
TEMP: 55C
I think those are pretty good results, and I think it's fair to say that your testing has proved to be quite reliable!
Hi@@concernedcitizen6313,
Great to see Your Results! Everyone should Test and Verify. Your Numbers bear out what We've seen as well. Great Temps! To summarize, CPU PCIe Lanes are a tad bit faster than Chipset PCIe Lanes. Thank You for Sharing and Commenting! Changing one thing can change everything! Fascinating Topic! This will help Us all to establish a baseline and better understand what We're facing with next Generation PCIe technologies! The faster We go, the hotter We can get! All the more reason to Watch those Temps!
Should I buy it for 980 Pro? Though I have heatsink on the motherboard for SSD
Hi S T A R R I M S,
Excellent Question! We have better performing Heatsinks than this one! Nothing beats the Acidalie! Results! Thanks for Asking!
Please test it JIUSHARK M.2-THREE 60mm Fan (with noctua NF-A6x25)
Hi ROSARIO,
Welcome! We're all about Answering Subscribers Questions! So far, We've Tested 16 M.2 NVMe PCIe SSD Heatsinks. Passive Coolers are more effective than Active Coolers. Go figure! All about the Test and Verify procedures. Hope that helps!
hi, its an interesting m2 SSD cooler, there's another cooler that has fan named ORICO Heatsink M.2 NGFF M.2 NVME SSD Aluminium - M2HS Series - M2HS8-FAN-SV, the design is kinda simmilar, would like see you review it cus its cheaper but the design looks simmilar.
Hi Superluminal Speed,
Welcome! Agreed! Great suggestion! ORICO has contacted Us. However, after having Tested 16 M.2 NVMe PCIe SSD Heatsinks We've found Passive Heatsinks to be more effective than Active Heatsinks. Go figure. Therfore, We need to see significant Design differences from current trends. Appreciate Your Comments! Thanks for Sharing Your thoughts!
That's a huge heatsink for M2 SSD. LOL Looks like a car cylinder . But either way, great results.
Hi imt558delux,
Absolutely! About as tall as a half height card. Good point! Much Appreciated! I've Updated the M.2 NVMe Temp Chart and have been studying the Results. Fascinating! And Bel Campo has just added another Heatsink to Test! Only way to know how any of these Heatsinks perform is to Test and Verify! Then compare Results!
Next up, looks like the CableCC CableCC Dual x8 vs 4x Quad x16 cards for M.2 NVMe PCIe Drives. We were working on Dual M.2 NVMe Adapters before We went down this Heatsink path! Thanks for Watching! Stay Tuned!
hi, i have this heatsink with corsair core 2tb nvme m.2 ssd, i am at about 50 degrees.
Hi stingycunt,
Welcome! You're doing better on Temps with You PCIe 4.0, 1st Generation Drive, than We did using a PCIe 4.0, 2nd Generation Drive! So to reiterate and to better understand, You've swapped out the Heatsink that came on Your Drive?
Corsair MP600 CORE 2TB M.2 NVMe PCIe x4 Gen4 SSD (Up to 4,950MB/sec Sequential Read & 3,700MB/sec Sequential Write Speeds, High-Speed Interface, 3D QLC NAND, Built-in Heatspreader) Aluminum
amzn.to/3vpyIaI
As an Amazon Associate I earn from qualifying purchases.
Link reference for anyone else following Our Discussion! Thanks for Sharing!
your gpu cant intake air normally.. to close to psu
Hi Nuno Satiro,
Welcome! The GPU breathes just fine right next to the Thunderbolt 3 AIC! IF You've seen the other Videos about this Build, You would understand the context. Thank You for Your Comments!
same ones for 5.99 on amazon
more heartpipe bettrr?
Hi Ahov29,
Welcome! Great Question! Yes! Passive is also better than Active based on Designs We've Tested. Acidalie is much better if You have the Space.
Acidalie M.2 2280 SSD Heatsink on WD Black SN850
ruclips.net/video/FaJLU3Uwn2w/видео.html
Hope that helps! Thanks for Watching!
I think you should consider re-run all the heatsinks without the M.2 sticker and placed in the motherboard rather than PCIe card to recreate a more accurate real world usage and room temperature controlled.
Hi Libertarian Cat,
As We have outlined in previous Videos, Our choice to maintain M.2 NVMe Drive Labels for clarity. Otherwise, We would not be able to identify the Drives. We have several. To reiterate, to remove the Label is a choice We chose to keep for clarity.
These M.2 NVMe Heatsink Tests started out Answering Subscribers Questions as a Result of Testing Dual M.2 NVMe Adapters which do not have Heatsinks and for Quad cards for the same reason. Our 3rd consideration was for the Motherboard.
On some of the Videos We state the Humidity and Room Temperature. But not all. And the Computer Case is open. Yes, Your Results can vary. All of the Heatsink Tests are done with stock Components. Same could be said for the M.2 NVMe PCIe Drives. Some of the M.2 NVMe Drives are not meant to have the Labels removed. We have talked about that in Videos where pertinent. The next step will be to Test the Top 2 or 3 M.2 NVMe Heatsinks by changing the Thermal Pads only. And We may possibly Test 3 different Thermal Pads for Thermal Conductivity.
These Heatsink Tests were a List of 6. We are now at 12 due to Answering Subscribers Questions. Each Heatsink Test Video takes 2 hours to Film for 30 minutes of what You see. Those 12 Videos amount to 24 hours of Filming. Not counting the Editing time. And there may be more Heatsink Tests. Other M.2 NVMe Heatsinks We've been asked about are currently not in stock in USA.
Perception and Perspective. Hope that helps! Thanks for Watching! Appreciate Your Feedback! Next up, a Dual M.2 NVMe Adapter with a Heatsink! Stay Tuned!
Why are ssd enclosures so expensive even when Intel ash creek and realtek chips for usb motherboard costs less than $10!!! Intel JHL6240 is 6 usd only n realtek rlt9210 is also cheap which are used widely in Orico, Trebleet TB3 and Sabrent's Nvme ENCLOSURE!!!
These companies are making way too much profit by selling 20 usd product for 150 usd!!!
Hi Vishwajeet Babbar,
Welcome! Very good point! The magic of the Bridge Chip! And supply and demand.
@@BuildOrBuy hmm tye magic of selling 6usd bridge chip of intel for 150 usd by SABRENT is sonething i can't understand!!
Supply n demand would only come into play when semiconductor manufacturing n transistor embedding units of companies are either low or high on supply!!
I heard samsung announce chips are less for s21fe n some other phones so delayed their phone launch!!!
Orico and Sabrent never announced that!!!
Also JLCPCB n TSMC never said they ran out of stock!!! So prices of Intel chips can't change without any valid reason n sir, u can see intel clearly listing price for all chips on their website!!
SOMETHIN is FISHY here!!!! The MAGIC of chip bridge has changed to Magic of Marketing and increasing profits 10 times the cost!!!
HI@@vishwajeetbabbar7622,
Appreciate Your Comments. Please stay on Topic for the Video. Thank You! for Watching!
This is way too over.... Help me find the word here
Hi Mahmoud,
Welcome! Keep it Simple and Make it Work! We've Tested 14. Two others Perform better than this one.
1. Acidalie
amzn.to/3exdGCX
2. JEYI M.2 HeatSink, Heavy Duty Aluminum Convective Heat Sink, Passive Heat Sinks with Fins
amzn.to/3EBWmaF
As an Amazon Affiliate I earn from qualifying purchases! Both of these are Passive Cooling Solutions. No Fans! Hope that helps! Thanks for Asking!
Now that we have 2024 and gen5 m.2 this thing is becomming interesting. How much can this cool gen5, and is this noisy cooler even making any change to gen5 ssd? We are getting insane speeds on these new SSD drives and they need cooling and they need allot of it.
Hi Jack,
Welcome. Yes, good point. Just now seeing Your comment through RUclips Studio. Oddly enough, from our test results, passive cooling is more effective than active cooling such as this. Based on current designs, we definitely require more efficient cooling solutions. Interesting to note also how Motherboard manufacturers are addressing this issue with PCIe 5.0. Some going passive while others persue active. Always Test and Verify.