When you are building your dream computer, you should consider every little detail. What are the motherboards going to be, the graphics card, the power supply, and even the casing are important.
One thing that confuses us is the RAM. Should you get a 3600 c16 or a 3200 c14? As the price and release time has very little difference, will the performance differ?
To answer those questions, we are going to put 3600 c16 vs 3200 c14 in this article and come out with the best.
Which One Is the Best: 3600 C16 vs 3200 C14
Some might think that as the price range is similar, better get the latest 3600 c16 than the 3200 c14. But in terms of performance, your machine setup and FPS requirements, both perform differently. And sometimes the older version performs better.
Speed Difference and Superiority
It’s undoubted that the 3600 c16 performs better. But there’s a catch to it.
You will need to configure a 3600 c16 RAM to get the best out of it. While the 3200 c14 performs better out of the box. Simply plug it in and watch it work.
The read, write, and overall score of 3200 c14 ranges between 39GB-44.5GB while testing it.
3600 c16 sadly performs within the 31GB-39GB range. Which makes a big difference if you are a gamer. But with a Ryzen processor, it’s different.
Configurable and Storage Capacity
If you have a setup that compares well with the 3600MHz, you should opt for it. And if you like stuff that can be configured, this is the right one for you.
But if you want more storage capacity and smooth performance without spending a little bit more, the 3200MHz will do you a lot more. 3600 RAM has a capacity of 16GB while the 3200 RAM has a 64GB capacity. See the difference?
The difference in Latency C16 and C14
If you are not aware of the C in both the 3600MHz and 3200MHz RAM, this is one of the most significant pieces of information about the ram. It means Column Adress Signal or CAS. While a higher number might seem better in some cases, for CAS on the other hand, it is a bit different.
CAS indicates how fast a RAM processes and sends data from and to the CPU. The lower the number, the faster the process. And it is the latency of the RAM that is indicated by CAS, CL, or C.
So no matter if a RAM has a 3600MHz processing speed, its latency is indicated by c16, which is a bit slower in terms of a 3200MHz c14 RAM. So 3200 c14 will perform better without any doubt.
With the performance check and usability across different devices, we have come to the conclusion that 3200MHz RAM is better in general. It provides the needed boost, speed, and performance without the need for any customization.
But for users who rely on good FPS (Frame Rate) and higher customization, 3600MHz RAM is the best. Especially if you have a Ryzen processor.
Frequently Asked Questions
Is 3200MHz RAM better than 3600?
Yes and no. While 3200MHz RAM has a higher processing speed and capacity, 3600MHz RAM has a higher customization ability. The main difference between the two is that 3200MHz can be used in any machine and will perform great. But 3600MHz requires specific machines to bring out the best performance.
Is 3200MHz CL16 good for Ryzen?
Yes. 3200MHz CL16 is good for not only Ryzen but also for any other processor out there. Due to its adaptability and higher performance right out of the box, it can be used on Ryzen processors.
Can I use 3200 and 3600 Ram together?
Yes. You can use a 3200 RAM with a 3600 RAM with ease. But the 3600 RAM will work on the 3200s capacity as the motherboard prioritizes the lowest RAM capacity.
Is DDR4 3600 MHz good?
Yes. DDR4 3600MHz RAM is one of the fastest in the market. It requires a bit of a configuration from the bios settings to activate its full potential if you don’t have a Ryzen processor. Otherwise, it is the best to get if you are looking for speed and gaming.
Both the 3600 c16 and 3200 c14 are undoubtedly the best in the speed and performance section. If you have the latest computer and configuration, our suggestion would be to get the 3600MHz RAM. but the 3200 is also a good option for mid-range computers to have some needed boost.