Tri channel ram config
Tri channel ram config
I’ll start setting up my custom loop soon. My goal is to boost performance so the X5660 runs smoothly without hitting those frustrating 4GHz limits. I’m planning to upgrade the RAM sticks because I want to run at least 2000+ DDR3 speeds consistently. If I can get DDR3 speeds on a 775 chip up to 1500MHz with dual channels, I’ll be able to push DDR4 speeds on a 1366 module. I’m comfortable with 1.5V–1.55V PWM for daily use since the ASUS BIOS lets me adjust it without damaging the board. I expect to clock around uncore 4-4.2GHz, which means the voltage shouldn’t be too restrictive.
I accidentally got only one 1GB stick instead of two, so I’ll prioritize getting a 2GB stick with 1GB per channel as soon as possible. Once I can run heavy FFTs, performance will drop dramatically—even single-channel 1GB RAM feels slow. I’m expecting around 4GB speeds with 2GB sticks at 2Gb/PCIe, or better yet, 4GB with 2Gb revD. For now, I’ll stick with cheaper options since I need reliable testing.
I’m considering dual-sided dimming, but it shouldn’t hurt performance much. If it doesn’t, it won’t overload the IMX more. Regarding RAM frequency, 2000MHz seems achievable from what I’ve seen in the Extreme Systems DDR3 threads, though the PCBs on generic sticks aren’t great. My current sticks max out at around 1480MHz but stable. I’m aiming for 1500MHz stable and hoping to push closer to 2000MHz with the right modules.
If dual-sided dimming affects stability, it might be noticeable. If not, it shouldn’t stress the IMX too much. For future upgrades, I’m thinking about a 2GB stick with 1GB per channel for daily use, and eventually moving to 4GB if needed. I’ll look into 2GB sticks with 1Gb SATA X series or Samsung RevD as they seem promising. Overall, I’m aiming for solid speeds and reliable performance without breaking the bank.
IMCs before IVB are problematic, especially in triple channel configurations. I’d expect performance above 1600MHz. Just a note: DDR4 base frequency is actually 2133, not 2000. For future clarity, answers to long texts are rare—keep it concise. The right RAM choice and rank matter a lot.
Probably trying to keep the wall text hidden. Dual rank might affect RAM capacity, while single rank is simpler. It seems RAM rank plus IMC matters more than just the manufacturer. For X58 with DDR4, ballistic X is light on the IMC and offers good speeds. Increasing RAM speed could impact uncore overclocking.
Right now it seems like very little under 12 GB of RAM is practical. Even with a few hundred MHz, I’d aim for 24 GB, especially if you’re planning content creation and gaming. I tested 12 GB on an X58 i7 920 back in 2009—it worked, but 12 GB is almost always swapping out. It’s not a pleasant situation. Just my thoughts.
I plan to start with a 6GB setup now. When I dive into content creation and gaming, I’ll upgrade to a 24GB configuration (4x6 or 8x3) and sell the current 2x3 model. If I manage stable performance at high speeds, it could attract some interest. I might even try a 2x4 later for easier resale. My GPU is only 9500GT, so gaming will be limited to casual online games.
Tri-channel works fine for short runs, but with more than 6GB RAM it becomes uncertain. I've seen others succeed, though I experienced issues due to mismatched RAM. Around 933 MB seemed possible with all six slots filled, but that was mainly because of an 8GB unit in the setup—it really didn't go well.
What is the voltage reading for the PQPI/IMC? Also, what amount of RAM were you using? The board?
1.39 QPI/VTT 6/10/16GB performed best for me. Typically around 10-6GB gives speed and tightness with Hypers, faster but less tight with BBSE, and I believe Hynix works well for 16GB. The Rampage III Formula LN2 jumper was turned on for QPI/VTT, resulting in almost no sag.
Essentially a VTT LLC setup works well. The sag without the jumper is usually minimal, but it can vary. A load on the rams, such as P95 large FFTs or specific benchmarks, might increase the risk of damage. Since you plan to run around 1.5V daily, it should be fine unless you hit the limits set by the P6X58D BIOS. Regarding RAM, a voltage spike above 0.4V won’t kill components if you keep it close to safe levels—overvolting is risky but not ideal. For overclocking, aim for around 2V when running at 1.5V; DDR3 typically survives around 2.9V, while DDR4 around 2V. Running near the max safe voltage (0.3V under stress) helps avoid damage. Just stay within conservative limits to preserve your parts.
It felt quite poor compared to a Gigabyte, unsure why you wanted such a high VTT, just give it what it needs. My board didn’t appreciate PSC, so they didn’t get my approval. 1600 6-8-6 Reapers. Not sure about that. I have ample RAM and want to keep it in good shape, not let it deteriorate. I own a 3x2 Super Talent Chrome 2000 with 1600 6-6-6-20 1.65v and 1800 7-7-7 1.65v. I didn’t push them beyond those specs because my X5690 had limited memory. That’s why I lean toward recommending W series boards, even though I didn’t own one. The idea of memory dividers appeals to me. My BBSE runs at 2133 8-9-8-24 with 1.725v on Z77, and 2000 7-9-7 on X58, but not Z77. I’m trying to explore more but am lazy. Unfortunately, I no longer have my X58. I own a 3x2 Perfect Storm 2133 9-9-9 and a pair of 2x2 Trident X 2133 9-9-9. The Chromes are quite adaptable, though I wish I had more. I’m about to retire my last DDR3 system. 3770K with Z77 OC Formula – solid build. Big project... sits in my Define R4. I doubt I’ll sell it like I did with the X58. Still feeling regretful. But it was mostly just a waste, aside from spending nearly ten years on it. Sad face.