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I eat Bulldozer/Piledriver for breakfast rofl
I can understand it when you're doing electrical work in a house. I used to install cable services and network cabling and the worst jobs were the ones where some previous cable guy decided to pull wires indiscriminately. I recently spent two hours at someone's business just cleaning up 30 or so zip-tied hand-coiled network lines and a few different network devices that were sitting in a massive pile on a desk that someone worked at. It still didn't look great when I left because you just can't get wires treated like that to look good anymore, but the desk was clean and a proper shelf to hold the network equipment was in place.Cable management is a matter of (semi) professional pride. Any man is free to do or not do whatever/however they want, but by interacting with other folks you agree to be judged for it.
Such is life. You don't have to care, which if fine too, but don't be shocked when someone calls something ragged looking, ragged looking.
Years ago I was an electrician's apprentice and it was impressed upon me the importance of neat and tidy work, in addition to functionality, by a lot of very talented old guys I respected a lot. And electrical inspectors that wouldn't pass a shoddy looking job.
So if I build a computer, even if no man ever lays eyes on other than me, it'll be clean and tidy.
It is in my opinion a matter of self respect and professionalism. I apply such to everything I can in life.
Different strokes for different folks. I'm just an opinionated and pragmatic person; that doesn't mean I'm right, just that I'm convincing. As for how hot the air-cooled FX-9590 is, I'll let the computer do the talking. I should point out that below a certain threshold, these AMD chips' internal temperature sensors put out numbers that are obviously too low. They seem to show correct figures once they go above room temperature. The really hot maximum that you see is probably a power MOSFET temperature sensor on the motherboard; they can really cook with this chip at full blast (keep in mind it took many hours of x264 to get those peaks!)
ASUS M5A99FX PRO R2.0 AM3+ AMD 990FX + SB950Looking at those temps I think you're cooking your motherboard. The M5A really isn't cut out for that CPU.
lol Not with that rig in your sig you don't..
My brand new FX-8350 for $120 on Amazon, the Intel equivalent is x3 the price.
The AMD FX-9590 chip is $199 on NeweggBusiness right now. Here's my price-to-performance comparison of the FX-9590 (when it was $250 or so) against Intel offerings:not really.. a 4690K its right now at 210$@amazon and it will game with a huge difference vs a FX8350.. (gaming of course) in fact gaming a little 99$ i3 4150 can offer similar gaming performance vs a stock FX8350.
The AMD FX-9590 chip is $199 on NeweggBusiness right now. Here's my price-to-performance comparison of the FX-9590 (when it was $250 or so) against Intel offerings:
Gaming performance of CPUs beyond mid-range is largely irrelevant today. The human eye is physically incapable of seeing a difference once you're past 50-60 frames per second and the CPU money is better spent on a GPU and better input devices if gaming is the workload being performed.and that's the reason why i said exclusively "gaming"
Follow-up: I reset the numbers 15+ minutes into two separate edit/transcodes (black bars being in the video stream are so annoying) and ran a 1080p video just to add to the fire. The numbers still don't bother me...thoughts?Looking at those temps I think you're cooking your motherboard. The M5A really isn't cut out for that CPU.
In the end, they'll all end up in this pile anyway:
Gaming performance of CPUs beyond mid-range is largely irrelevant today. The human eye is physically incapable of seeing a difference once you're past 50-60 frames per second and the CPU money is better spent on a GPU and better input devices if gaming is the workload being performed.
ASUS M5A99FX PRO R2.0 AM3+ AMD 990FX + SB950
M5A99FX PRO R2.0 supported CPUs - FX-9590
The board was designed to be able to work with this chip. It has extra MOSFETs and huge heatsinks on all the MOSFETs specifically to handle the 220W chips. I'm not worried about MOSFETs under hours of 100% load reaching a peak of 82C. Here, have a look at the MOSFET cooling (big blue heatsink beneath the blue CPU fan)...
The board manufacturer says the board and the CPU are compatible. I put them together. I have been running them together for over a month. I've run them at 100% or near-100% load on all 8 cores for days at a time and nothing has crashed. My real-world experience and the motherboard manufacturer both say you're wrong. Do you have citations for "not an overclocking board" and "you're running it way too hot" by some chance?That board wasn't designed to handle that chip. It was released way before the 9590 was even thought of and originally had a designated 140W TDP IIRC. I own one of these boards and it may run your CPU at stock but it's not an Overclocking board first off. And secondly you're running it way too hot I'm surprised it's not throttling TBH.
To be honest I could care less what you do with your parts. I have the board and experience with it. I also have a 9370 and I personally wouldn't run it in that board.
Check the specs section here you'll see it's a 140W TDP. http://www.microcenter.com/product/395441/M5A99FX_PRO_R20_Socket_AM3_990FX_ATX_AMD_Motherboard
The support for that CPU has only recently been added to that board and personally I think it's a mistake but that didn't stop manufacturers in the past. I'm sure you can still find some 3 and 4 phase boards that list 8 core compatibility doesn't mean in real life you're going to have a good experience.
Initially only the Sabertooth and CHV-z had those CPUs in their support list. There's a reason for that, they have the "design" to actually handle them. The M5A has a hard time with anything over 4.5G IMO. Do yourself a favour and at least get a fan on the back of that board to move some of the heat out away from the VRM
Here's a prime example ASRock 970 PRO3 R2.0 4+1 phase board with no heatsinks. Support list Would you really want to run an 8 core on this board?
That board is not a 990FX chipset and doesn't have fat heatsinks on the VRMs and chipset like the M5A99FX Pro R2.0, so your comparison is not even relevant. There's a big difference between the M5A97 LE R2.0 and the M5A99FX Pro R2.0. Those differences are why the latter works with the 220W chips and the former doesn't. Manufacturers saying they support 140W TDP processors doesn't mean the 220W chips don't work, especially since the FX-9590 is almost exactly the same as a FX-8370 clocked at 4.7 GHz. If "the M5A has a hard time with anything over 4.5G[Hz]" then I'll take that as agreement that the M5A99FX Pro R2.0 with its enhancements over the other M5A series boards is more than sufficient running a CPU clocked at 4.7 GHz. I'm sure it also helps that my power supply was carefully selected to work well with this combination.
As I've said to all the previous naysayers, I've had this combo put together and running for over a month straight with no power-off, with about half the total runtime spent at full CPU load. If it won't or can't work, why does it work and continue to work without a single issue? Consider the possibility that you might have drawn incorrect conclusions about this setup based on limited knowledge or experience. Your experience with lower-end M5A series boards and overclocking them isn't necessarily representative of a higher-end version of the same board with a processor that has a much higher stable stock frequency from the factory.
Waits for a thread about why the users mainboard VRM's blew up in the next year or so. You may want to see who you are speaking about before you go spouting crap about him. That person knows more about these boards and overclocking than most folks here combined.
Now, can he be wrong sometimes? Sure. But, your max temps on the CPU are beyond specifications so good luck with that. If it works for years, great. However, I doubt very much that it will, good luck. Realize also that it is not summer but winter.
That board is not a 990FX chipset and doesn't have fat heatsinks on the VRMs and chipset like the M5A99FX Pro R2.0, so your comparison is not even relevant. There's a big difference between the M5A97 LE R2.0 and the M5A99FX Pro R2.0. Those differences are why the latter works with the 220W chips and the former doesn't. Manufacturers saying they support 140W TDP processors doesn't mean the 220W chips don't work, especially since the FX-9590 is almost exactly the same as a FX-8370 clocked at 4.7 GHz. If "the M5A has a hard time with anything over 4.5G[Hz]" then I'll take that as agreement that the M5A99FX Pro R2.0 with its enhancements over the other M5A series boards is more than sufficient running a CPU clocked at 4.7 GHz. I'm sure it also helps that my power supply was carefully selected to work well with this combination.
As I've said to all the previous naysayers, I've had this combo put together and running for over a month straight with no power-off, with about half the total runtime spent at full CPU load. If it won't or can't work, why does it work and continue to work without a single issue? Consider the possibility that you might have drawn incorrect conclusions about this setup based on limited knowledge or experience. Your experience with lower-end M5A series boards and overclocking them isn't necessarily representative of a higher-end version of the same board with a processor that has a much higher stable stock frequency from the factory.
Waits for a thread about why the users mainboard VRM's blew up in the next year or so. You may want to see who you are speaking about before you go spouting crap about him. That person knows more about these boards and overclocking than most folks here combined.
Now, can he be wrong sometimes? Sure. But, your max temps on the CPU are beyond specifications so good luck with that. If it works for years, great. However, I doubt very much that it will, good luck. Realize also that it is not summer but winter.
I guess that only time will tell!Those power savers and core droppers will work to keep it cooler under normal circumstances...You can ignore me and all the other naysayers, we're only trying to help you avoid the inevitable.
I just noticed your last post, that's good you tried a different program. It's not the core temps that are the concern though it's the socket temps that are going to be an issue and the board will throttle for other reasons than core temp. If it feels you're drawing to much current through the power section or the VRM get too warm it will throttle as well. If you monitor core speed under load and see it dip to 3400 MHz that will tell you if it's throttling or not.
Before reading the rest of this post, I want to apologize if I have been disrespectful.
I switched to a different monitoring program and installed AMD Overdrive. The FX-9590 is hovering at 58C-59C and has been at full load for at least six hours straight. AMD Overdrive reports that all my cores have roughly 11 degrees of thermal margin before throttling. Apparently the high max temperatures that I never see in person are the result of a glitch and OHM hasn't been updated in over a year. The chip turned out to be running cooler than expected with thermal headroom to spare!
As for it being winter, how do you know that I don't live in Australia?
AMD chip temperature sensors report temps that are obviously way off (like 20C-30C below room temperature) until they hit a certain bottom threshold. I used OHM and HWInfo64 to get the reported CPU temperatures. The thermal margin reported in AOD is the number of degrees remaining before throttling happens, but the weird core temps in other programs are just the screwy temperature sensing in modern AMD chips.Interesting, AOD doesn't show core temps, just "Thermal Margin". Also the core temps seem way too low, like 15C at idle, so are not really temps but # of degrees to throttle?
AMD chip temperature sensors report temps that are obviously way off (like 20C-30C below room temperature) until they hit a certain bottom threshold. I used OHM and HWInfo64 to get the reported CPU temperatures. The thermal margin reported in AOD is the number of degrees remaining before throttling happens, but the weird core temps in other programs are just the screwy temperature sensing in modern AMD chips.
Intel CPU temps oscillate too at low temps, but they stabilize above 40C.
I have single cores drop to the 1400 MHz range periodically, but I'm also running a bunch of x264 encodes which don't necessarily use 100% CPU on all cores 100% of the time. I'm more keen to assign a periodic single-core MHz drop to sampling near the beginning or end of two separate frame encodes. AMD Overdrive seems to tell me that I'm not throttling. Honestly, even if I was throttling, the beast is encoding way faster than my Phenom II X4 965 and that's all I wanted, so I'm not too worried about it. I hear you on the socket temperature though; it doesn't like to go above 75. Even "high airflow" cases seem to lack ways to cool the bottom of the motherboard. Perhaps some thermal pads and aluminum foil on the bottom of the board will help.
You all realize that stressing the cpu for hours (and stable with sable temps) is not the same as gaming or even encoding movies. He is fine and his board is fine. Also having acces to ln2 does not make you an overclocking know it all. No disrespect on that Johan. Leave the guy alone. His board is fine @ stock and Ide say he could even over clock a bit although with a better cpu cooler. I was over clocking my 486 PC.and overchip water cooling with a water block siliconed directly to the cpu on my old K2 and 3"s What...? No ln2 though.
@Johan45
Re. your 1st photo, fan on the back of the mobo. Not a good idea because it lowers the temp of the CPU socket temp sensor, which controls the fan, making it spin slower, which can cause CPU overheating.
In my experience, I would say that is a good thing that the fans will spin slower. On my setup that I was overclocking on, the core temp would be fine but the socket temp would sky rocket causing the fans on my Thermaltake Water 2.0 Pro to run at full speed which was not good at all.
The fan on the back is an excellent idea since it will keep the socket temps down.
If the socket is overheating it means you're going beyond the mobo's design specification. You're essentially fooling the mobo into assuming that everything is OK. While at the same time the CPU's onboard sensor starts throttling. The 2 sensors should read about the same, the socket about 2 degrees C higher, due to delayed heat transfer.
Good luck with that because the 2 sensors at best read 10 C apart. The socket temps include the VRMs to the socket temp will always be higher. Cooling the socket area is very, very important in an overclocked scenario.
Johan I didn't mean to come across like that. I read that today on my phone at work and that didn't come out like I wanted. You are an expert imo and I love looking at your overclock posts and pics. Everyone was on the guy about his main board with that cpu. So a few after work beers and thats what I posted.