Steve started GamersNexus back when it was just a cool name, and now it's grown into an expansive website with an overwhelming amount of features. He recalls his first difficult decision with GN's direction: "I didn't know whether or not I wanted 'Gamers' to have a possessive apostrophe -- I mean, grammatically it should, but I didn't like it in the name. It was ugly. I also had people who were typing apostrophes into the address bar - sigh. It made sense to just leave it as 'Gamers.'"
First world problems, Steve. First world problems.
After seeing a 750W PSU coupled with a Core i5 and GTX 960 for the thousandth time, inspiration struck to compile one of our most ambitious benchmarks to-date. This analysis compares watt consumption across various GPUs, CPUs, and complete system configurations, resulting in a loose template answering the question of “how many watts do I need?”
It all feeds into one of the most common PC building mistakes: going overkill on power supplies, often buying larger PSUs for sake of certainty or under the pretense of “room to upgrade.” This is a fine pretense, but is often done to the extreme. The fact of the matter is that most mid-range gaming PC builds can run on 450-600W PSUs, depending on the GPU, with a good deal of them landing ideal wattage around the 500-550W range. Buying a power supply that more closely fits the usage curve of a system will improve power efficiency, reduce build cost, reduce cost-to-run, and allow builders to buy PSUs that put the cost toward more relevant features than just wattage – like efficiency, protections, PFC, and so forth. Think of this as redistributing the cost of purchase; it's not always that simple, but we'd generally rather have increased efficiency ratings and power protections than more watts. It all depends on the build, of course, and that's what we're dissecting here.
Let's first talk power supply basics: How PSUs rails are divided, voltage ripple, how many watts are required, and power efficiency, then we'll dive into individual component power consumption benchmarks. We've tested the majority of the current nVidia and AMD GPU lineups for power consumption, the AMD & Intel CPU watt draw, and templated system power consumption. Our system templates were built in a fashion that should fall within range of reasonable configurations for “real” builders, and will help in determining how many watts you need for common go-to builds.
AMD issued a statement moments ago pertaining to the Radeon Software (see also: Radeon Settings, Crimson, former Catalyst) fan speed configuration causing GPU overheating issues. Some users have reported GPU death resultant of excessive thermals, which correlate with inadequately low fan speeds for the current heat generation.
I'll be honest: This post started, as most site updates do, under the pretense of running behind on other, deeper content. We've got some charts-heavy benchmarks lined-up through the week, not the least of which includes tomorrow's exhaustive wattage consumption analysis. This stuff takes time to do.
But we do at least one “state of the site” style update each year. We're due for another. These have, for years, served as a means to thank our readers and staff, to highlight accomplishments and things we've learned, and to publicize some of our loose plans for the coming year.
Following months of nonstop, long-form content – and subsequent imperialistic takeover of additional rooms as lab or studio space – we have seen a ~143% growth in annual pageviews. From January 2015 through now, the end of November, we're sitting at just under 7,000,000 pageviews. Last year's same-period pageview count was around 3,000,000 at this time (still a tremendous feat to a small outlet like ours). Our YouTube subscriber base has grown from around 8,000 subscribers to ~22,000 subscribers (same period, year-to-year). By the way, you should subscribe if you haven't. Views-wise, we're looking at a growth (total views for the period) of nearly 100% year-over-year.
If our recent Star Wars Battlefront CPU benchmark is anything to go by, the days of dual-threaded CPUs appear to be numbered when it comes to gaming. The G3258 – a $60 powerhouse in its own right – is now encountering limitations to the extent of inability to play some games without hacks. We've found the Core i3 to be consistently performant and, although it's not on our current bench, the Athlon X4 860K seems to be the only reasonable option in the sub-$100 price-point at this time. This was preceded by the 760K, another popular chip, both of which took the same approach: Take an APU and disable the IGP, then just sell it as a CPU.
This guide rounds-up the best gaming CPUs on sale for Black Friday, ranging from $70 to $300 at the high-end. The CPUs here are built for different tasks, but will play LOL, DOTA2, Assassin's Creed Syndicate, Battlefront, Fallout 4, Black Ops III, and other games to varying degrees. See what we have to say below before buying.
We've opted to exclude the X99 CPUs from this list, under the premise that these are primarily meant for production and enthusiast rigs. If you are interested in such a CPU, the i7-5930K is currently selling for $460.
This article specifically looks at single-GPU solutions to gaming at various price-points. We scale our GPU search from $100 to $600, covering PC builders across budget, mid-range, and high-end configurations. We've had extensive hands-on testing with the cards below, a fact accentuated by the burst of game launches in the past few weeks. Most of these cards have been tested in Battlefront, Fallout 4, AC Syndicate, Black Ops III, and the year's earlier titles, like The Witcher 3 and GTA V.
Black Friday starting to hit full swing, we found some of the best graphics cards of the year on sale for – in some cases – significant discount. The GTX 970 at $290, R9 380 at $143, and GTX 980 at $400 are just a few of the finds below.