Thursday, November 12th 2026

Noctua Introduces NT-CP1 Carbice Carbon Nanotube Thermal Pad for AM5

Noctua today introduced the new NT-CP1 AM5/4 carbon nanotube thermal pad for AMD AM5 and AM4 processors. Leveraging Carbice's novel, space-grade carbon nanotube technology, the NT-CP1 is a premium-quality, easy-to-apply thermal pad that offers superior long-term stability for peace of mind. While thermal pastes and most other thermal pads gradually lose performance over time due to pump-out, delamination, cracking and other degradation effects, Carbice pads keep improving their performance over the first few hundred to a few thousand thermal cycles. This is possible thanks to the pad's robust mechanics, phase-change polymer coating and carbon nanotubes that incrementally conform to surface microstructures, enhancing the heat transfer rate with time and thermal cycling. Once this initial activation phase is completed, the NT-CP1 maintains stable, maintenance-free performance for years and years. As such, it is ideal for everyone who seeks to rule out thermal issues due to degradation and never wants to bother with reapply paste again.

Unlike other carbon or graphite-based thermal pads that can be brittle, slippery and highly electrically conductive, Carbice pads are sturdy, safe and easy to install using a straightforward "peel, press, peel" process. The NT-CP1's aluminium backbone makes it surprisingly robust and easy to remove. The slightly tacky polymer coating helps to keep the pad in place once pressed onto the CPU and ensures that the contact surfaces are electrically non-conductive before usage unless the polymer layer is penetrated.
Whereas graphite and graphene-based pads tend to have a high carbon footprint due to energy-intensive mining or high-temperature growth processing, the NT-CP1 is manufactured by Carbice Corporation in the United States out of recycled aluminium and waste carbon gas that's used to grow carbon nanotube forests in an energy-efficient, low-temperature process. The NT-CP1 pad can be recycled through standard aluminium recycling and offers a complete path to waste circularity.

"Carbice pads offer a unique combination of ultimate performance stability and convenient installation. This makes the NT-CP1 the perfect choice for everyone who's looking for a thermal pad that's super easy to apply and never needs to be replaced," said Roland Mossig, CEO of Noctua. "Carbice's carbon nanotube thermal pads were first built for spacecraft. Now, with Noctua, every PC builder can put that same technology in their system. Noctua has spent two decades earning the trust of builders who care about every detail, and they share our belief that great engineering should last. The NT-CP1 is better for your hardware and better for people and our planet, and we couldn't ask for a better partner to deliver it," said Baratunde Cola, CEO and founder of Carbice.

The AM5/4 version has been carefully fine-tuned and validated for optimal performance on AMD Ryzen CPUs and APUs. With its ultra-thin 90µm profile and precut 33x33mm size, it fits both AM5 and AM4 socket processors.

Overall, the NT-CP1 Carbice pad is an innovative premium choice for users looking for a clean, convenient and environmentally friendly thermal interface material solution with reliable long-term performance, space-grade dependability and zero maintenance.

Suggested retail price
The manufacturer's suggested retail price is EUR 24.95 / USD 24.95.
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12 Comments on Noctua Introduces NT-CP1 Carbice Carbon Nanotube Thermal Pad for AM5

#1
FR3D1
Ninja Cat
btarunrUnlike other carbon or graphite-based thermal pads that can be brittle, slippery and highly electrically conductive
btarunrWhereas graphite and graphene-based pads tend to have a high carbon footprint due to energy-intensive mining or high-temperature growth processing
Casual digs at TG? Incidentally, he merely copied those technologies - he didn’t discover them himself.
btarunrthe NT-CP1 is manufactured by Carbice Corporation in the United States out of recycled aluminium and waste carbon gas that's used to grow carbon nanotube forests in an energy-efficient, low-temperature process.
The country where everyone, if they had the necessary cash, would drive a Unimog Nonplusultra.
Spot the error.

Attached;
Will the tests be provided later?
@W1zzard

Regards,
Fred.
Posted on Reply
#2
freeagent
Noctua is literally just introducing it lol..

I am sure it will last a long time, I have doubts on its actual performance.
Posted on Reply
#3
huggi
I'm pretty sure Noctua showed this off at CES or Computex either this year or last year and that Gamers Nexus covered it in one of their trade show coverage videos.

But basically, assuming I remember this right, this is designed for longevity and not pure performance. It still places fairly high in Noctua's own benchmarks against existing TIMs but this is something you choose if you want it to go a decade (or longer) without degrading.
Posted on Reply
#4
azrael
Is there any difference to other Carbice pads, or are you just paying for the additional Noctua tax?
Posted on Reply
#5
dgianstefani
TPU Proofreader
Interested to see how this compares to TG Phasesheet and Kryosheet, performance wise.
Posted on Reply
#6
Veseleil
dgianstefaniInterested to see how this compares to TG Phasesheet and Kryosheet, performance wise.
I'm placing my bet on a relatively same perf, but we'll see soon enough.
Posted on Reply
#7
bonehead123
azraelare you just paying for the additional Noctua tax?
Not unless they made in their classically fugggilly-assed poop brown, hahaha :)
Posted on Reply
#8
FanlessOC
Will these outlast their fans?
Posted on Reply
#9
_roman_
I wonder if that snake oil really benefits.

those guys who hardly do maintenance etc may benefit. else.

My tower cooler was usually full with dust bunnies or little dust particles smaller than the case dust filter. I need t omechanically clean the fan blades, the fan housing and use high pressure gas to clean the cpu tower cooler form dirt. because of that i have to remove teh cpu tower cooler anyway. the 6 to 8 months maintenance window stays the same.

For AIO, it may makes sense, as the pump housing may never be moved and the dirt should be in the radiator.
Posted on Reply
#10
FR3D1
Ninja Cat
FanlessOCWill these outlast their fans?
My "Noiseblocker" fans say no. Incidentally, these are the ones that were being used in high-end,
quiet PCs long before Noctua came along.

Regards,
Fred.
Posted on Reply
#11
DeathtoGnomes
btarunra straightforward "peel, press, peel" process
i think this is the most important part of this news
Posted on Reply
#12
Jtuck9
huggiI'm pretty sure Noctua showed this off at CES or Computex either this year or last year and that Gamers Nexus covered it in one of their trade show coverage videos.

But basically, assuming I remember this right, this is designed for longevity and not pure performance. It still places fairly high in Noctua's own benchmarks against existing TIMs but this is something you choose if you want it to go a decade (or longer) without degrading.
I thought this was pretty insightful:

www.igorslab.de/en/noctua-nt-cp1-carbon-nanotube-thermal-pad-test-durable-high-end-consumer/5/

The next time I plan on a disassembly I might end up trying one of the pads out. We'll have to see what other stars align at the time...
Posted on Reply
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