A month ago, AMD launched its new Ryzen 9000 series CPUs. The R9 9900X and R9 9950X led the charge, with the R7 9700X and R5 9600X appearing as more budget-friendly options.
So, why aren’t they in our chart?
A month ago, AMD launched its new Ryzen 9000 series CPUs. The R9 9900X and R9 9950X led the charge, with the R7 9700X and R5 9600X appearing as more budget-friendly options.
So, why aren’t they in our chart?
The prices for building a gaming desktop PC have improved over the past few months, but they might still be too high for you. In fact, they even be so high that you consider purchasing a gaming laptop instead. As the name suggests, a gaming laptop is a laptop made with gaming in mind; big companies like Razer, Dell, and MSI make lots of these nowadays. These laptops can be attractive options for more on-the-move, lower-budget, and/or younger players as they tend to be a little cheaper and a lot more portable than desktop alternatives.
In this article, I will explore if this is a viable alternative to building your own desktop. I’ll be covering a selection of important topics, starting with those that favor the laptops and transitioning toward those that favor the desktops.
This comparison will be mainly aimed at people wanting to play games on their system. You could also use this comparison for picking a system for similar workloads like video editing or 3D rendering, but the article is written with gaming in mind. Now, let’s get to it!
After a full eternity of waiting (two years), GPU prices have returned to something that closely resembles sanity.
In-stock, decently priced, current-generation graphics cards are once again linked in almost every tier of our PC building chart!
Computer cases can come in a wide array of shapes and sizes, from a basic box you can order online to a custom-made bust of your uncle Kevin that you can slap a power supply and graphics card into.
No matter what kind of case you gravitate towards, it is important to know what form factor of motherboard will be compatible with it, and the benefits and drawbacks that accompany those sizes. Whether you are building a new PC or simply upgrading ol’ reliable, the form factor of your motherboard is an important piece of the puzzle.
Aw, micro-ATX PC… you never get the love you deserve! You’re always seen as the middle child between ATX and mini-ITX.
Well not today! Let’s get into some builds.
With the march for bigger and bolder cases ongoing, has the sun set on the Mini-ITX PC? Let’s take a look!
MSI has a lineup of MAX (yes, allcaps) motherboards. These differ from the non-MAX editions in that they have a more MAXIMIZED bios, and thus can support a wider range of CPUs. Some have a slightly better heatsink.
Up until a few years ago, the value king for gaming was the Intel i5 processor. More recently, AMD’s Ryzen APUs have stolen the show at the low tiers, and we all know that no integrated graphics from Intel can currently compete with AMD’s Vega 8 and Vega 11 iGPUs. So it’s a no-brainer for gaming builders at very low budgets (who are entirely skipping graphics cards) to go with Ryzen APUs.
But outside of such head-to-head CPU comparisons, a broader value question remains for upper-low-tier (and lower-mid-tier) builders: how would a self-built system balanced around AMD’s newest R3 (including a discrete graphics card) compare to a highly discounted prebuilt system with a few key upgrades?
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.
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).