DDR4 Ram Kits
DDR4 Ram Kits
I’m finding it really tough to grasp the differences between DDR4 kits, especially with all the conflicting advice I’ve seen online. The main distinctions between base-clocked 2133, OC’d 2400, 2666, and 2800 are confusing, but I’m still trying to make sense of them. I’ve read a lot about performance claims and efficiency ratios, but nothing quite clicks until I dive into the technical details. The post linked seems to focus on timing and stability, which is crucial for optimal results. My confusion has only grown after reading it, especially with the price variations across different capacities. It’s frustrating because I know 128GB is a lot, but it feels like it would need special use cases to be practical. I’m still trying to figure out what timing and frequency settings truly offer in terms of speed and reliability.
If you aim for stability, keep the speed at the original 2133.
Increasing the memory or CPU will add more factors that cause instability. I understand this might seem unusual, but an enthusiast who can disassemble and rebuild their PC multiple times in a short time would likely not invest in anything that doesn’t reach 11.5.
For consistent performance, stick with the stock clock speeds. Choose memory from approved vendors for your motherboard—these have been verified to function properly. My 955 Black is still working fine, whereas my friends who tried overclocking ended up with failed units. My system remains stable and continues to perform well.
Hi,
1) For this configuration you'll need a motherboard that supports quad-channel technology. The focus isn't on maximum speed but on ensuring data can run in parallel. More slots allow you to operate at lower speeds without issues. A CPU with 22 threads should suffice before considering speeds above 2133MHz.
2) You don’t need to specify the CPU directly, but sticking to a max of 2133MHz is wise.
3) 128GB is excessive for most tasks; high-end video editing is usually enough with just 16GB or less. Very few people require 64GB.
4) Ideally, opt for a four-stick setup and check memory usage via Task Manager during editing to stay informed.
5) If your CPU supports overclocking, a light adjustment is recommended. There’s no need to stress about system memory anymore.
http://pcpartpicker.com/product/zfPzK8/c...m4a2400c14
There's an example. Cost for 2400MHz is about the same so it doesn't really matter much.
Note that higher frequency kits also raise the VOLTAGE which over time stresses the CPU's memory controller which in theory can damage it.
Other:
*If you've yet to build the system then I STRONGLY recommend you wait for ZEN. There's no point in using that much memory without video editing. There's no point in doing THAT heavily without at least an 8C/16T CPU.
An 8C/16T CPU is going to be relatively inexpensive for ZEN (possibly $400 to $600USD with $600 being higher frequency but we don't have official info yet).
Intel's CPU is about $1100USD and it might even be slower than a part that's possible half the price.
So....
If you stick with 64GB that saves you probably at least $350. Going ZEN may save you $500. With tax that's close to $1000USD. So please don't throw money in the garbage...
All your responses were really useful in clarifying things. The parts about money and AMD are fascinating, and as someone aiming for the best while staying practical (avoiding a two-CPU setup that might be a mistake).
I’ll take this into account and opt for less RAM at lower speeds. Thanks to everyone.