Getting Ram's input and figuring out the right timing
Getting Ram's input and figuring out the right timing
im looking to upgrade my ram and need help trying to understand timings. I am looking for any increase in 1% lows and or improved stuttering/hitching. My current ram is 5600 36-36-36-76 32gb 1. should i invest in cudimm? 2. what ram do you recommend for me (speed / timings)corsair because i already have the ecosystem? 3. will i gain anything gaming wise from upgrading to any of these below ? 4.which of these timings is the best ? 6400mhz 32-40-40-104 64gb 6000mhz 30-36-36-76 48gb 6000mhz 40-40-40-77 64gb 7200mhz 36-46-46-114 48gb My system core ultra 7 265k strix z890 gaming e zotac 4090 oc trinity Edit: i tend to game heavily modded graphics wise (wabbajack lists) and at 4k 120/144hz unless it runs smother at 1440p
7200 CL36 offers the same effective latency as the 6000 CL40, making higher memory frequency more beneficial. Performance can vary slightly by game, but it's often better to test overclocking your current setup first. Stick to speed ratings rather than brand or cooling solutions—they don’t really matter.
It's moderately challenging but doable with the right steps. Since you're already using XMP, focus on optimizing OC settings and ensuring your system meets the requirements. Check compatibility guides and consider watching tutorials on overclocking RAM for detailed instructions.
i would suggest doing thorough research before purchasing any RAM kit. verify compatibility with your motherboard manufacturer carefully. i once assumed certain trident z 6000/30 units were compatible based on a compatibility sheet, but later discovered the specific SKU had different sub latency requirements. this led to returns and new purchases. i’m not sure if adjusting timings for overclocking or underclocking could have resolved the issue.
the stock voltage is around 1.2 to 1.25 volts. those kits you mentioned are likely built on Hynix technology, so if yours falls in that range, you’re probably using a high-performance chip already. if it’s closer to 1.25v, you’re likely on a top-tier IC with excellent timing and plenty of documentation like BuildZoid easy timings. the 6000 series (36-36-36/38-38-38) is a solid choice, and Hynix 16gbit dies are capable of 8000+ with good performance. other kits might be just a step down, like the 6000 40-40-40, which is a simpler alternative. consider tuning your RAM to around 8000–8800MHz, but also think about DPD (dual-die) and other factors that affect latency—something you might not be familiar with. If you’re unsure, check r/overclocking or its Discord for advice. You could resell it for about $50–60, depending on condition, and look at options like 6000c30/32, 6400c32, or 7000c32 if you’re within a $10–15 range. 7200c34 is also acceptable if it fits your budget.
It's not straightforward, but it takes more time because you have to perform extensive stability checks. If you're comfortable with CMOS, you should be fine. The process involves setting the memory voltage to 1.4V, adjusting the timings to 46-46-46-128, and gradually increasing the frequency until the system doesn't boot to Windows. Then reduce the timing until it fails stress tests such as Y-Cruncher VT3, and finally fine-tune the settings by lowering them until the system stops booting, then raising them until it passes the tests. After that, conduct a long stress test and see if everything functions properly.