Can you mix memory types easily?
Can you mix memory types easily?
So you have a PC with 8 gigabytes of RAM (four slots) and a motherboard with four memory slots. You're planning to upgrade, buying new RAM from the same brand, same frequency, but a different size because the 4 gigabit model is out of stock. You also want more RAM for future tasks like editing with After Effects—like 4 gigabytes in two 2-gigabyte sticks at 2400 MHz each. It should be fine since you're not mixing frequencies and the memory won't be underclocked. Thanks for your help!
I ran an old laptop since I bought it and untill now for 9 years, 1 + 2 GB of DDR3 and it works without problems at all. And I saw a lot of people actually using different size RAM like 3 GB/6GB/12 GB or else. But rather to wait another with more good info of it.
Its fine you are just not going to be able to run them at full speed.
They operate at identical speed or frequency, both running at 2400mhz. However, one has a 4GB storage while the other has an 8GB capacity. @dilpickle
You can definitely handle this, but only if it's a Ryzen setup. Using it on a different platform will result in dual-channel loss and significantly reduce performance.
But the rams I'm planning to buy are essentially identical, just different sizes, so it should work for dual channel. And yes, I'm using a Ryzen 5 2600 processor with JASLION.
It could be set to Single Rank instead of Double Rank, which may reduce performance. On my Ryzen setup I needed RAM from two different brands with varying speeds, and even after enabling XMP it ran in Single Rank due to differing timings. The best approach is to check the RAM labels for matching timings.
For operation outside single-channel mode, follow these requirements:
1. All modules need identical capacity.
2. All modules must share the same rank (single-rank, dual-rank, etc.).
3. Every module must operate with matching speeds and timing configurations.
Failure to meet these criteria will restrict the system to single-channel mode, greatly limiting performance across any CPU vendor.