Issues with recalling information.
Issues with recalling information.
Yes. Keep the battery oriented correctly. Based on what you said, your motherboard uses the RAM stick layout: CPU — empty — RAM — empty — RAM. Installing them in this order ensures optimal performance.
Uncertain about the delays of the two RAM modules, yet they share the same brand and frequency. I should be cautious when mixing them. Using two distinct chips with varying speeds will push the quicker one into a slower setting, which might not significantly affect performance since a 2x8GB paired with 2x4GB could work just like before. I’d suggest placing the 2x8GB in this slot: CPU ----- empty ---- RAM ---- empty ----- RAM (and if latencies align) you can push full capacity.
They both show a CAS latency of 16, I’m not sure if that was the information you were looking for.
The schedule differs a bit... Four gigabytes use DDR4 3000 (PC4 24000), timing steps 16, 18, 18, 36 with CAS latency 16, voltage 1.35V. Eight gigabytes also use DDR4 3000 (PC4 24000), same timing pattern 16-16-16-36 and CAS latency 16, voltage 1.35V.
It shouldn't be an issue, just accept that the quicker RAM will operate at a lower clock speed and won't support dual-channel configuration, leading to reduced performance. Your system includes a Ryzen 7 2700X, which can theoretically accommodate up to 128GB of RAM (though realistically around 2900-3000Mhz). Remember, more memory doesn't always mean better speed—your CPU must handle the load. Pushing all slots to their limits (e.g., 4GB - 8GB - 4GB - 8GB) could yield only 16-18GB of RAM, but it would still be slower than a dual-channel setup with just 2x8GB. You might want to experiment, but I wouldn't exceed 2x8GB in dual channel or try a 2x16GB 3000Mhz configuration in dual channel. You can test it yourself and see how it performs. Building PCs is enjoyable because you can try different configurations. It's not always safe to overclock or increase voltage significantly, as this could damage your motherboard if you're new to it. In most cases, 16GB should suffice. Let me know your experience, and hope the CMOS clears so you can run smoothly with the extra RAM.
I’ll just install those two 8 gig chips and avoid any overclocking. I’m going to take out the PSU cord and turn it off right now to check how it behaves. I’m hoping it works fine and I don’t make any more mistakes. Thanks for all the help—it really made this simple!