Intel articles

A battle that needs no further introduction, we're pitting the new Ryzen 9 3900X head to head against the Core i9-9900K in 36 games. There's loads of results to go over and this article is solely focused on PC gaming performance.

With 3rd-gen Ryzen set to hit stores very soon, we're warming up to that launch by revisiting some heated CPU battles from the past couple of years that can bring further context to current owners of these processors. Today's shoot out is between the first-gen Ryzen 7 1800X flagship and Intel's competing Core i7­-7700K quad-core.

This is a comparison we've been wanting to put together for some time. With Computex 2019 out of the way and the full confirmation of 3rd-gen Ryzen, before that hits us here's an updated comparison between the Ryzen 5 1600 and Core i5-7600K. It's time to see which processor offers gamers the best performance in 2019.

Today we're exploring the impact disabling Hyper-Threading has on Intel processors. We've done this in the past and it's an interesting test, however there are new incentives to check this out due to the newly discovered side-channel vulnerabilities affecting Intel processors and their impact on Hyper-Threading.

Intel recently launched a new collection of 9th-gen H-series processors for gaming and high-performance laptops. The focus of this review is on the Core i7-9750H which is the new mainstream CPU that will be seen in many gaming laptops moving forward and the drop-in replacement for the 8750H.

In this third installment we explore how the physics of how transistors work, how their individual components are built in silicon, and how they are connected to create useful circuits and chips. How do you transform a pile of sand into an advanced processor? Let's find out.

Now that we know how processors work at a high level, it's time to dig inside to understand how the internal components are designed. In part 2 we'll discuss transistors, logic gates, power and clock delivery, design synthesis, and verification.