In this article we'll be searching for Zen 3's memory sweet spot and looking at DDR4 memory performance with the new Ryzen 5000 CPU series, and a brief explanation of why 4 RAM sticks are faster than 2.
Upgrade your RAM like a boss with Corsair's LPX 32GB (2x16GB) 3200MHz C16 DDR4 memory kit. Amazon has it on sale at $124.99, saving you $35 of the regular price. With 29k user reviews and a 4.7/5 score, this high-performing memory works and looks great.
Every single computer has RAM, whether it's embedded into a processor or sitting on a dedicated circuit board plugged into the system, computing devices simply can't work without it. RAM is an astonishing feat of precision engineering, and yet it is manufactured in epic quantities every year. Given how super important RAM is, a proper dissection is called for.
When we reviewed Ryzen's latest iteration we briefly checked out different DDR4 memory speeds but now that things have settled we were put on a mission to benchmark memory performance on 3rd-gen Ryzen to see if spending more makes sense or not.
What a difference a year makes. It was about this time last year that we discussed why building a gaming PC was a bad idea, but thankfully a lot has changed since. You may recall, DDR4 memory and graphics card prices were through the roof a year ago. GPU availability was quite poor and on top of all that, we were at the end of a few product cycles. Fast forward a year, what's changed?
There was plenty to be excited about PC hardware in 2017, but there's a lot to be upset about as well. Part one of this series will be dedicated discuss DDR4 memory pricing and why it's so high. RAM pricing is currently a big issue plaguing those wanting to build a new computer or update an old one, more than doubling in price in less than two years.
#ThrowbackThursday Today's modern games and many productivity applications can consume upwards of 4GB RAM, so there's little argument for not going with 8GB. However, the need for 16GB of memory is a hotly debated subject, so today we are going see if and where this much memory might be useful for desktop users.
For the most part we test using DDR4-3000, as it occasionally shows some benefits over the more typical 2400 and 2666 MHz speeds. Going to 4000 MHz and beyond is a massive increase in frequency (and cost) and I struggled to imagine where this would be useful, particularly when gaming. Then again, curiosity had gotten the better of me...