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SilverStone förlängningskort SST-TP02-M2
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Kompatibla enheter | PC |
Färg | SST-TP02-M2 |
Artikelmått LxBxH | 7 x 1 x 2 centimeter |
Varumärke | SilverStone Technology |
Artikelns vikt | 0.03 Kilogram |
Antal portar | 1 |
Antal artikelförpackningar | 1 |
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Produktinformation
- Produkten har slutat tillverkas : Nej
- Produktens mått : 7 x 1 x 2 cm; 30 Gram
- Tillverkare : SilverStone
- ASIN : B079LG1MXT
- Artikelnummer : 50007
- Ursprungsland : Taiwan
- Kundrecensioner:
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Kundrecensioner
4,4 av 5 stjärnor
4,4 av 5
408 övergripande betyg
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Populäraste recensionerna
Toppenrecension från Sverige
Det gick inte att filtrera recensionerna just nu. Försök igen senare.
Recenserad i Sverige 🇸🇪 den 23 mars 2021
Rapportera missbruk
Färg: SST-ECM25Verifierat köp
Man kunde tycka att det inte är den så stor sak att den håller vad den lovar när det gäller att den passar 1U-cahssin... Men det här är den tredje liknande produkten jag köpt, och de båda tidigare har inte passat. Synd bara att den inte var "servergrön".
Användbart
Populäraste recensionerna från andra länder

Steve G
4,0 av 5 stjärnor
A lot better than no heatsink at all.
Recenserad i Storbritannien den 2 april 2020Färg: SST-TP02-M2Verifierat köp
I bought this heatsink for my Samsung 970 Evo 1TB NVMe drive to see if it would be more efficient than the motherboard’s own heatsink. I’ve got an Asus Prime Z390-A motherboard and it comes with a solid block of metal that sits over the one M.2 slot. Surprisingly, the other M.2 slot doesn’t have any heatsink at all.
Before replacing the motherboards heatsink, a ran a stress test on the Samsung drive and the maximum temperature was 49°C. I reran the same test after replacing with this Silverstone heatsink and the temperature went as high as 51°C. So, it’s not quite as efficient as I’d hoped but still very good. You have to remember; the motherboards heatsink is a large chunk of metal.
So, I’ve gone back to the original heatsink for the Samsung drive. However, in the other M.2 slot I have an older Crucial 512GB SATA drive. This has been running up to 53°C without any heatsink. This drive is 60mm card, so I wasn’t sure if I could fit the Silverstone heatsink to it.
It is possible to fit this heatsink on a smaller drive as long as you have the physical space to do it. The first job is to place the two rubber bands that come with the heatsink around the drive. Then fit the drive to the motherboard. Remove the sticky backing from the heatsink and stretch the bands on the drive so you can slip the heatsink under them. Once in place and making sure that you’re not shorting anything, let the heatsink stick to the drive. Job is done! Now the Crucial drive runs at a maximum of 41°C while under stress.
There are many arguments about fitting heatsinks to M.2 drives. There is a case that drives run faster when running hot. However, the real-world speed increase is virtually undetectable. What is known, is that chips last longer when running at cooler temperatures. Personally, I would put longevity over speed in this case.
Overall, this heatsink is almost as good as the motherboards heavy-duty heatsink and certainly a lot better than no heatsink at all.
Before replacing the motherboards heatsink, a ran a stress test on the Samsung drive and the maximum temperature was 49°C. I reran the same test after replacing with this Silverstone heatsink and the temperature went as high as 51°C. So, it’s not quite as efficient as I’d hoped but still very good. You have to remember; the motherboards heatsink is a large chunk of metal.
So, I’ve gone back to the original heatsink for the Samsung drive. However, in the other M.2 slot I have an older Crucial 512GB SATA drive. This has been running up to 53°C without any heatsink. This drive is 60mm card, so I wasn’t sure if I could fit the Silverstone heatsink to it.
It is possible to fit this heatsink on a smaller drive as long as you have the physical space to do it. The first job is to place the two rubber bands that come with the heatsink around the drive. Then fit the drive to the motherboard. Remove the sticky backing from the heatsink and stretch the bands on the drive so you can slip the heatsink under them. Once in place and making sure that you’re not shorting anything, let the heatsink stick to the drive. Job is done! Now the Crucial drive runs at a maximum of 41°C while under stress.
There are many arguments about fitting heatsinks to M.2 drives. There is a case that drives run faster when running hot. However, the real-world speed increase is virtually undetectable. What is known, is that chips last longer when running at cooler temperatures. Personally, I would put longevity over speed in this case.
Overall, this heatsink is almost as good as the motherboards heavy-duty heatsink and certainly a lot better than no heatsink at all.


Steve G
Recenserad i Storbritannien den 2 april 2020
Before replacing the motherboards heatsink, a ran a stress test on the Samsung drive and the maximum temperature was 49°C. I reran the same test after replacing with this Silverstone heatsink and the temperature went as high as 51°C. So, it’s not quite as efficient as I’d hoped but still very good. You have to remember; the motherboards heatsink is a large chunk of metal.
So, I’ve gone back to the original heatsink for the Samsung drive. However, in the other M.2 slot I have an older Crucial 512GB SATA drive. This has been running up to 53°C without any heatsink. This drive is 60mm card, so I wasn’t sure if I could fit the Silverstone heatsink to it.
It is possible to fit this heatsink on a smaller drive as long as you have the physical space to do it. The first job is to place the two rubber bands that come with the heatsink around the drive. Then fit the drive to the motherboard. Remove the sticky backing from the heatsink and stretch the bands on the drive so you can slip the heatsink under them. Once in place and making sure that you’re not shorting anything, let the heatsink stick to the drive. Job is done! Now the Crucial drive runs at a maximum of 41°C while under stress.
There are many arguments about fitting heatsinks to M.2 drives. There is a case that drives run faster when running hot. However, the real-world speed increase is virtually undetectable. What is known, is that chips last longer when running at cooler temperatures. Personally, I would put longevity over speed in this case.
Overall, this heatsink is almost as good as the motherboards heavy-duty heatsink and certainly a lot better than no heatsink at all.
Bilder i den här recensionen






Sean
4,0 av 5 stjärnor
Excellent cooler but beware of thermal pad thickness!
Recenserad i Storbritannien den 30 september 2020Färg: SST-ECM23Verifierat köp
I have just purchased two 2 tb m.2 (Sabrient PCIe 4) and required these coolers to use the Sabrients in my spare PCIe slots.
The units are well built and the design is sleek and thin enough to enable it to be used beneath a gpu that takes up 2.5 slots (enough room to use the cooler in a third mobo PCIe slot.
On testing the temps were very good during gaming from my m.2 being read over two hours whilist being cooled by the unit. Temp reached 39c and remained constant.
My only criticism is the instruction stated a certain thermal pad combination for double sided m.2's - use the charcoal thermal pad 0.5 thickness, and give no mention to what the blue pad 1.0 thickness is used for. (I presume this is to be used as standard on one side of the m.2)
With the Sabrient 2tb m.2's being slightly thicker, I found using 0.5 thickness pads on each side of the m.2 gave the best performance. I personally would not use 1.0 pads on the thicker m.2's as this could damage them when securing them in the cooler as they may get crushed due to insufficient clearance.
I intent on purchasing a third cooler to use with a single sided m.2. I will review the fitting and performance of this when I get around to ordering it.
All it all, for a thick Sabrient PCIe 4 m.2 - using two 0.5 thickness thermal pads (one on each side of the m.2) the Silverstone Coolers were excellent.
The units are well built and the design is sleek and thin enough to enable it to be used beneath a gpu that takes up 2.5 slots (enough room to use the cooler in a third mobo PCIe slot.
On testing the temps were very good during gaming from my m.2 being read over two hours whilist being cooled by the unit. Temp reached 39c and remained constant.
My only criticism is the instruction stated a certain thermal pad combination for double sided m.2's - use the charcoal thermal pad 0.5 thickness, and give no mention to what the blue pad 1.0 thickness is used for. (I presume this is to be used as standard on one side of the m.2)
With the Sabrient 2tb m.2's being slightly thicker, I found using 0.5 thickness pads on each side of the m.2 gave the best performance. I personally would not use 1.0 pads on the thicker m.2's as this could damage them when securing them in the cooler as they may get crushed due to insufficient clearance.
I intent on purchasing a third cooler to use with a single sided m.2. I will review the fitting and performance of this when I get around to ordering it.
All it all, for a thick Sabrient PCIe 4 m.2 - using two 0.5 thickness thermal pads (one on each side of the m.2) the Silverstone Coolers were excellent.

shopstoomuch
5,0 av 5 stjärnor
Does exactly what it needs to do...
Recenserad i Storbritannien den 13 maj 2019Färg: SST-TP02-M2Verifierat köp
Note that this is a review of the SST-TP02-M2 - M.2 SSD heatsink.
I don't game at all working mostly with audio/visual using large virtual instrument libraries which are taxing and time consuming in terms of volume and frequency of read operations, hence the choice of a fast NVMe drive. Additionally, I need to work with as quiet a system as possible so wherever possible I use passive cooling which brings me to the Silverstone heatsink.
Using what, at the time of writing, is the fastest performing drive available, I was getting max temperature readings over 100 deg C. The Silverstone heatsink has knocked that down to a max in the high 60s/low 70s while idling at 40. Feedback I've read from other TPO2 users suggest more modest results (10-20 deg. reductions) which perhaps reflect a more benign environment with more aggressive case cooling.
With some minor reservation regarding the silicone securing bands (are they durable enough?) I'd highly recommend the TP02-M2. Note that its height - accounting in no small part for its success - might disqualify it where other components sit above the M2 memory.
I don't game at all working mostly with audio/visual using large virtual instrument libraries which are taxing and time consuming in terms of volume and frequency of read operations, hence the choice of a fast NVMe drive. Additionally, I need to work with as quiet a system as possible so wherever possible I use passive cooling which brings me to the Silverstone heatsink.
Using what, at the time of writing, is the fastest performing drive available, I was getting max temperature readings over 100 deg C. The Silverstone heatsink has knocked that down to a max in the high 60s/low 70s while idling at 40. Feedback I've read from other TPO2 users suggest more modest results (10-20 deg. reductions) which perhaps reflect a more benign environment with more aggressive case cooling.
With some minor reservation regarding the silicone securing bands (are they durable enough?) I'd highly recommend the TP02-M2. Note that its height - accounting in no small part for its success - might disqualify it where other components sit above the M2 memory.

Amazon Customer
1,0 av 5 stjärnor
This did not work with my EVGA X99 Micro (2014ish model) motherboard
Recenserad i Storbritannien den 11 september 2020Färg: SST-ECM21Verifierat köp
This did not work with my EVGA X99 Micro (2014ish model). The disk is being detected and some benchmarks work but other s just crash. After the crash the disk becomes unwritable. Also while it is working, the disk is fairly slow - although my Intel SSD benchmarks 500 mByte/sec read speed, while copying from SSD to the NVMe using the adapter the speed is only 100 mbyte/sec (same from source=IDE SATA disk non-ssd).
After it's broken when I try to copy it says that the specified target disk does not exist.
From UEFI point of view it seems to be detected in the BIOS succcesfully
After it's broken when I try to copy it says that the specified target disk does not exist.
From UEFI point of view it seems to be detected in the BIOS succcesfully


Amazon Customer
Recenserad i Storbritannien den 11 september 2020
After it's broken when I try to copy it says that the specified target disk does not exist.
From UEFI point of view it seems to be detected in the BIOS succcesfully
Bilder i den här recensionen


Robert D.
4,0 av 5 stjärnor
Keeps temp below 40C
Recenserad i Storbritannien den 19 december 2022Färg: SST-TP02-M2Verifierat köp
I bought this on the recommendation of the QNAP forum because both SSDs were getting to 46C during the monthly disc test in the early morning, even with the faster fan speed for the hot summer. The temperature stays below 40C now.