
nVidia’s new Super 1660 makes the 1660 non-Super obsolete, and gives the 1660 Ti (also non-Super) a pretty hard time. As such, it is now the new default card for both the Good and Very Good tiers, with the Ti being an alternative.

nVidia’s new Super 1660 makes the 1660 non-Super obsolete, and gives the 1660 Ti (also non-Super) a pretty hard time. As such, it is now the new default card for both the Good and Very Good tiers, with the Ti being an alternative.

We’ve previously introduced PCIe lanes in Data Transfer Rates Compared (RAM vs PCIe vs SATA vs USB vs More!). Today, we review PCIe lanes in more depth, and discuss their relevance to you as a user.

So-called “threads” have been a frequent source of confusion for those comparing or buying CPUs, even among people using our main build chart. What they are is never really explained, and most explanations that do exist only give a rough idea or mix it up with other things.
In the end, the basic explanation is surprisingly simple, so let’s clear this up once and for all.

Is this RTX 2060 Super actually a worthwhile buy for builders? Let’s take a look at the specifications, and see what a balanced build would look like!

Recently, we talked about memory channels: What they are, what they do, and why modern computers have multiple. But what happens when you aren’t using the common one or two identical sticks in each channel? What if you have one channel with one stick, and another with two? What if you aren’t using RAM from just one RAM kit, so you have one 4GB stick and one 8GB stick? Some claim that all your RAM works in single-channel mode under such circumstances, but how is that possible when you are physically using more than just one channel on the motherboard?
In this article, I will explain what happens when a different amount of RAM is installed into each of multiple memory channels on a motherboard (when memory channels are populated unevenly).

Today we’re looking at a power-efficient build with the shiny new AMD Ryzen 5 3600. Settle in as we take a look at what a low-power-draw midrange gaming PC build looks like with this CPU!

This month, we’re bringing lots of small updates to our main build chart (and reaffirming some decisions from last month):

If you’ve ever taken a look at a product page for sticks of RAM, or at the specifications for a CPU or motherboard, you’ve probably seen “memory channels” mentioned.
For many beginners, this sparks questions like, “What’s the deal? Does dual-channel mean I can only use two sticks? What do multiple channels do that one channel doesn’t? Can I use quad-channel RAM on a dual-channel motherboard?”
The answers to those questions and more can be found below, so read on!

Not content with shaking up the CPU market, AMD have also thrust themselves squarely into this year’s midrange GPU market with the newly released AMD Radeon RX 5700. It’s time to play some games! Yet before that, we need to build a PC. Let’s get to it!

The AMD Ryzen 7 has all grown up now, and it’s become a bit of a monster. When AMD puts in its press release that this R7 3700X gives dominant gaming performance, you know they meant business. Let’s take a look at building with it!