Installer Steam
connexion
|
langue
简体中文 (chinois simplifié)
繁體中文 (chinois traditionnel)
日本語 (japonais)
한국어 (coréen)
ไทย (thaï)
Български (bulgare)
Čeština (tchèque)
Dansk (danois)
Deutsch (allemand)
English (anglais)
Español - España (espagnol castillan)
Español - Latinoamérica (espagnol d'Amérique latine)
Ελληνικά (grec)
Italiano (italien)
Bahasa Indonesia (indonésien)
Magyar (hongrois)
Nederlands (néerlandais)
Norsk (norvégien)
Polski (polonais)
Português (portugais du Portugal)
Português - Brasil (portugais du Brésil)
Română (roumain)
Русский (russe)
Suomi (finnois)
Svenska (suédois)
Türkçe (turc)
Tiếng Việt (vietnamien)
Українська (ukrainien)
Signaler un problème de traduction
With stock cooler on AMD Ryzen you'd be just fine, just don't forget having a Case with a couple intake and exhaust fans on it. Lack of case airflow is usually why most people run into heat related issues.
Pretty much every previous gen stock cooler were terrible.
Especially since previous gens from AMD had such a low max temp.
Ryzen has just as high of a max temp as Intel chips do.
But liquid, not really a need to go that route.
A simple 120mm tower heat-pipe cooler should do, such as:
https://pcpartpicker.com/product/93Crxr/cryorig-cpu-cooler-h7
https://pcpartpicker.com/product/jK8H99/cryorig-cpu-cooler-h5universal
https://pcpartpicker.com/product/YwGkcf/be-quiet-cpu-cooler-bk018
https://pcpartpicker.com/product/7dTrxr/noctua-nh-u12s-se-am4-cpu-cooler-nh-u12s-se-am4
But yea 280mm is beefy. Again not a need.
Ryzen won't get beyond 4.2 / 4.3 or so GHZ anyways, no matter what you have.
This is not Intel, you're not reaching 5+ Ghz with better cooling.
But yes if you go from like 3.6 / 3.8 past 4.0 ranges, it's going to heat up to where the stock cooler can't keep up.
It's why I grabbed a 1700 at first (not far behind an 1800X, but wow that price, when both were new). Then I sold that system and put together an X470 w/ 2700X
Seriously, you won't gain much by OC'ing either CPU, it's not even worth it to attempt something beyond 4.1 or so ranges on them.
What I did do was disable C1E, cool & quiet, turbo; set the mutiplier to adjust my cpu clock to what it would be under turbo. Enable XMP for my RAM, adjust that to 2933 and done.
My Ryzen 1700 @ 4.0-4.1 Ghz (had to test it out right ;-)
with any one of those linked air coolers, never went about 65*C
2700X does about the same, but is much much faster overall at around the same clock ranges.
an AIO is not going to get that down much lower to make it worth anywhere from 2-4x the pricing, or even more.
Yes they get hotter when OC'ed but given the brick wall they have, you don't need no liquid cooling. If you going liquid cooling then you do a sealed loop and tie in GPU(s). How anyone thinks spending $100+ to do a job that a sub-$50 air cooler can easily do, is beyond me. Maybe the reason many can't get their air coolers to do well, is maybe because they don't install enough Case Fans, have poor airflow, don't install good fans, or enough of them.
Intel CPUs on the other hand can crank all day @ 90*C just fine.
2x 200mm fans? Those are too slow of RPMs
But overall, yes I would hope u didn't get about 60*C ranges, but given you can do roughtly the same with an air cooler, is why users need to be aware that spending that AIO-LQ $ is NOT required to keep things cool. It's just false to suggest otherwise. Yes you can run cooler, but do you need to, nope. Does it make it worth the money, for most people, nope
Overall I guess whatever works for a user in the end.
But suggesting the OP by buy into an AIO-LQ just to OC, complete non-sense.
That $ spent on even a cheap AIO-LQ would pay for a 500GB SSD + Win10
That can make quite a difference when someones on a tighter budget.
When you got more $, sure grab a $100+ Case and $100+ Cooling...
Intel Pentium 4 1.3 and newer use LGA
AMD FM2/AM3/AM4 use FPGA.
FPGA has pins on the CPU that contact pads on the motherboard's CPU socket.
LGA has pads on the CPU that copntact pins that are in the motherboard's CPU socket.
To be honest, I miss the Intel and AMD "slotted" CPUs. Only issue was they were very limited on cooling methods.