Reddit Reddit reviews Enzotech MOS-C10 Forged Copper MOSFET Heatsinks

We found 23 Reddit comments about Enzotech MOS-C10 Forged Copper MOSFET Heatsinks. Here are the top ones, ranked by their Reddit score.

Electronics
Computers & Accessories
Computer Components
Heatsinks
Internal Fans & Cooling Components
Computer Internal Components
Enzotech MOS-C10 Forged Copper MOSFET Heatsinks
Forged pure copperEasy installation by thermal tapeLow ProfileColor: Copper
Check price on Amazon

23 Reddit comments about Enzotech MOS-C10 Forged Copper MOSFET Heatsinks:

u/State_secretary · 3 pointsr/overclocking

Thanks for putting effort on the formatting. Not many people do that and it rustles my jimmies. Especially when they take pictures of their BIOS settings with their mobilephones!

Anyway, AMD APUs will need quite high voltage to hit 4.5GHz and beyond. They don't use as much power as FX-chips, so the high voltage doesn't matter that much. However, since you are using MSI board, the VRM might be the issue. MSI uses crap-tier components on their AMD platform motherboards. When you said your system was unstable even though the CPU wasn't running hot, it could indicate that the VRM has trouble feeding the voltage (possibly due to overheating). Note that your motherboard doesn't even have a heatsink on the VRM, which really makes it a non-oc board.

For reference, Hardwarecanucks used 1.584 V for 4.7 GHz.
http://www.hardwarecanucks.com/forum/hardware-canucks-reviews/57166-amd-trinity-a10-5800k-apu-review-27.html

I doubt your mobo would last with those kind of volts. Consider sticking some copper heatsinks on the VRM mosfets.

u/01189999119991197253 · 2 pointsr/buildapc

something like this? measure the area you need as you get bigger ones also.


you can try sticking them on with thermal pads but these tend to fall off with smaller sized heatsinks and high temps. ideally you would use heat conductive glue (like this).


note that you will still need adequate airflow (directly onto the vrm's if possible).

u/aziridine86 · 2 pointsr/buildapc

I haven't done it personally but I'm pretty sure others have if you search around.

The key thing to cool is the UBX controller chip which is approximately 20x15 mm.

A 15x15 mm pad + heatsink might be sufficient as that would cover most of it. For example you can see a 950 PRO covered by 15x15 mm copper shims in this article, one on the controller and two for the NAND packages, and the controller appears to be mostly covered.

But in that case they were using copper shims to conduct the heat into their metal case rather than into a heatsink.

I don't know what the thermal conductivity rating on this is, but something like this double-sided adhesive thermally-conductive tape might work.

As for the heatsink, maybe something like this. Ideally I would look for something in copper, like perhaps you could get four of these 10x10 mm heatsinks to fit in a square on the controller.

One thing to consider is whether you can remove the sticker cleanly without damaging it, and then find a thermal pad or tape that will be enough to keep the heatsink attached but will come off cleanly if you need to reapply the sticker in order to send the drive in for warranty. Or at the very least test out the drive to make sure it is working properly before removing the sticker.

I would look around on forums and see what you can find about other users who have done this. I know some reviewers have, or used a PCIe-card with a cooling solution like
this:

http://techreport.com/news/29473/add-on-heatsink-gives-samsung-950-pro-a-boost-in-some-workloads

But if you look around you can probably get some information from other users who have done this.

u/IcanHAZaccountNAOW · 2 pointsr/Amd

Sorry foe the delayed response.

The vrm coolers that come on a motherboard normally have very little surface area, which is part of the problem. All those fins on your radiator (and on most cpu coolers) are there to increase the surface area; double the sa means double the cooling capacity.

The fan will help get the heat off while it's building up, but if there isn't enough surface area on the heat sink then airflow alone won't solve the problem.

That's why I recommended looking at aftermarket VRM coolers; they tend to be built like a real heat sink, instead of being a dull grey slab that's meant to look good.

Edit: Here, this is kind of thing you'd be looking for. You can get them in different sizes, so its worth measuring the MOSFETs (the part of the vrm that creates all the heat) before ordering anything.

https://www.amazon.co.uk/Enzotech-Corp-LYSB004CL89D8-ELECTRNCS-MOSFET-heatsink/dp/B004CL89D8

u/DZCreeper · 2 pointsr/overclocking

105C might be the danger point, but that doesn't make 100C a healthy choice either. It looks like you have clearance for taller non-painted heatsinks.

https://www.amazon.com/Enzotech-MOS-C10-Forged-Copper-Heatsinks/dp/B004CL89D8

u/dunnolawl · 2 pointsr/buildapc

You are pushing your SOC VRM way too hard, you need to add a fan. Adding heatsinks to the mosfets might help (more surface area and thermal mass), but without adequate airflow to dissipate the heat you would end up with the same 100°C eventually. A combination of small heatsinks + fan would be ideal.

u/Nexdeus · 2 pointsr/watercooling

https://www.ekwb.com/configurator/step1_complist?gpu_gpus=1826

The Thermosphere options look good. That's just for the die, then you need small heatsinks for the memory modules, and the voltage stuff on the GPU.

Some like these : https://www.amazon.com/Enzotech-MOS-C10-Forged-Copper-Heatsinks/dp/B004CL89D8

But obviously the correct sizes, and with thermal adhesive/tape.

u/io2red · 2 pointsr/buildapcsales

That's correct! Pretty much every SSD heatsink in existence is completely wrong! You gotta love how little known these things are. 🙃

The solution is to buy smaller heat sinks and then either use TIM to mount them on (ideally), or thermal tape that's typical included with heatsinks (a lot of bundled tape can be old/cheap though). AFAIK using TIM is more effective at displacing heat, but both will help.

Also make sure it's seated properly because the last thing you want is a heat sink falling on your motherboard and short circuiting things.

u/AmdFan54 · 1 pointr/Amd

https://www.amazon.com/Enzotech-MOS-C10-Forged-Copper-Heatsinks/dp/B004CL89D8

You can probaly buy em cheaper elsewhere.they have a very strong thermal tape on them just put them over the vrm.one covers two vrm inthink. They also sell the low profile ones for the vram. I don't recommend thermal paste as it's a permanent solution and you would want to remove it if you wanted to sell card.

Btw rhese.are.good for ram chips
Depending on the clearance you might want to use these for the vrm
https://www.amazon.com/gp/aw/d/B00637X42A/ref=psdcmw_2998409011_t2_B004CL89D8

u/enelsaxo · 1 pointr/buildapc

Thank you! And how about buying some heat sinks for the MOSFETs, then?

u/chaos_faction · 1 pointr/buildapc

You can get these off of amazon and you can most likely find similar ones for cheaper too

u/king_cannabis · 1 pointr/buildapc

i am not in the US so don't really know the best options

via amazon here is the NZXT Kraken G10

here is an example of a compatible cooler, the Corsair H55

and here is an example of VRM heatsinks

i don't know if these are the best priced options just grabbed good examples of what would work

note that this is more modification than people usually do - replacing a GPU heatsink is not too common of an activity but it is not too hard if you are careful

u/sflittle · 1 pointr/watercooling

If you're overclocking high enough to require more vrm cooling, you can set up your top case fans as intake to move air over the vrm heatsinks.
If that isn't enough, you can't buy real heatsinks(not the decorative crap they put on):
https://www.amazon.com/Enzotech-MOS-C10-Forged-Copper-Heatsinks/dp/B004CL89D8
And if that still isn't enough, you can go for a monoblock to cool it like your cpu.
An important note to remember is that the VRM is typically rated at 120c, so they can handle a lot of heat.

u/dramahitler · 1 pointr/buildapc

I'm not sure, 775 is pretty old at this point and you'll have trouble finding anything let alone something good for OC. You could try asking around /r/hardwareswap or you could get some VRM heatsinks and use your current board and see how far you can take it that way.

u/BlackMoth27 · 1 pointr/headphones

>because the VRM isn't cooled

on pretty much any card, that's why they sell these

i'm not going to use that particular heatsink, that's silly. i'm going to likely use a CM Hyper T2
or one that i have that looks right.

u/Raw1213 · 1 pointr/overclocking

I second this. It must be the VRMs. OP should buy something like these heat spreaders stickers and see what happens

u/ucelik137 · 1 pointr/buildapc

RMA wont work because 1) Gigabyte support sucks 2) It is their design that is flawed, it is not like there is a malfunctioning part. In daily-light usage it is ok for 6600k(at least better than 6700k) if you encounter problems I suggest to add VRM coolers on it by yourself to cool them there are lots of it which would work flawlessly. I suggest copper ones like these https://www.amazon.com/Enzotech-MOS-C10-Forged-Copper-Heatsinks/dp/B004CL89D8

u/awaythrow810 · 1 pointr/buildapc

That card has a non-reference PCB, you may have trouble finding a full cover block for it. The EKWB configurator says that EK does not make any compatible blocks.

You could use a universal block but would need to use things like these to cool the VRAM/VRMs

u/the_skine · 1 pointr/Amd

Have you bought any heatsinks yet?

If not, do you know the clearance? I've found this post where someone installed a Morpheus that uses these and these, but I'm uncertain of the clearance on the Enzotech heatsinks (latter link).

u/SwagLikeCalliou · 1 pointr/pcmasterrace

https://www.amazon.com/Enzotech-MOS-C10-Forged-Copper-Heatsinks/dp/B004CL89D8/ref=sr_1_3?ie=UTF8&qid=1466350743&sr=8-3&keywords=vrm+heatsink you dont actually have to buy heatsinks, if you can find a way to cool off the vrms with fans you will be fine

u/Retardditard · 1 pointr/Amd

You can buy MOSFET heatsinks.

They use thermal adhesive. Just peal and stick.

I strongly suggest copper sinks.