Need assistance with AMD FX-9590 optimization? Let me know what you're experiencing!
Need assistance with AMD FX-9590 optimization? Let me know what you're experiencing!
Hey Guys! So i am in the process of overhauling my rig. I need to squeeze another 2 years out of this thing and then i can invest in a complete new machine. I am trying to squeeze as much power out of this thing as i can in the meantime. My hardware is as follows: Case: Cooler Master Enforcer, with 200mm intake fan, and dual 120mm exhaust fans CPU Cooler: Corsair h70 (I believe) water block with dual fans. PSU: EVGA 750 watt Motherboard: gigabyte 990fxa-ud3 rev 4 with the most up to date BIOS CPU: AMD FX-9590 RAM: 32 gigs of Hyperx Fury 1866 DDR3 (On order) Storage: Crucial 250gig MX500 SSD (Windows/Boot drive) Crucial 1tb MX500 SSD (Storage) WD Black 1tb (Storage) WD Black 4tb (Storage) (On Order) WD Blue 4tb (Storage) (On Order) Graphics: ASUS GTX 1080 Turbo (Primary GPU) Zotac GTX 970 (Secondary GPU) Operating System: Windows 10 Pro 64bit I Found a guide for overclocking my CPU: https://www.modders-inc.com/gigabyte-990...-review/4/ However, i have never dabbled in overclocking, so to be honest, i am not sure what most of that guide ACTUALLY means. It does tell me some settings to try so i will go ahead with those and see what happens...? As far as i know, this pretty much tops out the system as far as hardware goes, and i KNOW my CPU is my bottleneck. So i have a few questions for the community. 1) Using the guide i linked as a reference, is there any other settings i should focus on in my BIOS? 2) Are there any programs or software i could look into in order to increase performance? I ask as i have seen things like Process Lasso ( https://bitsum.com/ ) that some claim helped, some claimed windows on its own does it better, and some simply said "I have no idea". 3) Are there any system tweaks in windows i should be checking? 4) Are there any easy to use programs i can run to verify stability? I know there as TONS out there, but as i don't know a lot about any of them. As for overclocking, i know the FX-9590 is pretty close to max already out of the box. So im not expecting to get a lot more out of the chip. Most of what i read shows such varied results that i am not sure i want the headache of spending a full day adding a few Mhz to the clock and testing for an hour and going back.... If i can squeeze 4.9Ghz, cool. 5Ghz has been reported, even 5.1Ghz, but seeing as though i just don't have much expierence, im very hesitant to try for those numbers as a first step. If i look at everything else and am no further ahead, then i might cave and try, but with some luck i'll get some valuable advice here! Thanks in advance! Phil NOTE: I forgot to add, i am just looking to game on this thing. Anything else is just secondary. I do video recording which i run off the GTX 970. I also have 3 monitors running on that card, with my main monitor running on the GTX 1080.
I’d prefer a single 8tb drive instead. Beyond basic adjustments like avoiding background processes, there’s limited room for improvement with general tasks. If performance lags, run tests. Prime95 and aida64 work well for stability checks. Watch the VRM temperatures closely—these chips tend to overheat. You won’t see much extra benefit from the 9590, it’s already near its limits. I’d skip it unless you’re focused on multiplier and voltage tweaks.
Hey there! I was thinking about the hard drives too. I’d prefer the Black ones for gaming and the Blue ones for general storage—like when you’re recording videos or anything where speed matters but performance isn’t everything. I can swap out the 4TB Blue for a 6TB WD Black at roughly the same cost.
Regarding the dual 4TB drives, it’s just about keeping an eye on the VRM temperatures. I’m not sure what you mean by that part—could you clarify?
Thanks for your help! =D
I'll get one 8TB drive—it's quicker than the black ones, as larger drives perform better and use less power during operation. A single drive is simply a more practical choice. Also, be sure to back up your data; you can track VRAM temperatures through software to ensure they stay within safe limits. You won't have good airflow over the board with an AIO, and this chip consumes a lot of power.
To keep your setup running smoothly, maintaining its performance should be enough for a while. There aren’t many ways to significantly extend the life of an older CPU, so I’d skip overclocking. Instead, consider gradually lowering the voltage to see if it helps reduce temperatures.
They seem to be adjusting the stock multiplier for a 9590 processor. It mostly relates to vcore and LLC settings. If your system has fast RAM, you might also need to adjust the CPU voltage. For best results, start with default speeds and then tweak based on performance. Running OCCT can help identify issues quickly, while Prime95 may take longer but is reliable. De-bloating is a good idea, especially for older models. Lowering voltages and testing stability can improve long-term reliability.
I suggest not relying solely on one solution—2x4TB looks sensible to me. The Voltage Regulator Modules handle converting 12V to whatever your CPU requires, channeling all the power drawn by it. They sit under a heatsink that connects to the North Bridge heatpipe on your motherboard. As you move the CPU, they'll warm up, though it seems your board handles this well. Keep in mind you're operating near the boundaries of this setup... Only a handful of boards even claimed support for the 9370 and 9590. A few had temperature sensors there, but I don’t know about yours.
I see what you're referring to. You're asking about the VRM temperature and whether it's safe to act quickly. It’s not necessary to panic or use a fire extinguisher—just monitor the readings. Regarding the PC case, the vertical mount near the video cards suggests proper airflow. Investing in a slot cooler could help maintain optimal temperatures for both the VRMs and the motherboard. The links you shared point to suitable options for expansion fans and cooling solutions.
Typically the maximum heat is about 125°C...I think anything above 95°C is too intense. You might want to use HWinfo 64 to check the VRM temp, though I’m not sure if your specific model includes sensors.
I opted for more sophisticated options despite higher costs. My motherboard's VRM cooling wasn't as strong as I'd hoped—VRM temperatures dropped from 95-100°C to around 75°C after installing two 140mm fans on the side panel of a Carbide 500R. This improvement was confirmed with an IR thermometer. Switching to a different motherboard made the setup more compatible.