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.
A GTX 1080 Ti today costs the same as an entire PC build in 2017 – and one containing said 1080 Ti, at that. RAM today costs 2-4x its price in 2016 and 2017. SSDs, at best, have stagnated; at worst, some have increased in price marginally.
Today, we’re benchmarking a 2017 “MSRP” PC build versus a 2018 current-price PC build, using a $1500 budget. Our objective was to see how far we could push performance at around $1500, using only new components, when comparing the best prices of yesteryear versus the prices of today. If there must be a point to this content, the primary takeaway is to avoid purchasing new GPUs at prices so far beyond MSRP that they enter old flagship categories.
As for components, we’re using Intel as a baseline, as platform scalability makes more sense when tested between the same architectures (going to Ryzen, for instance, would make for better performance in Blender, but worse performance in games, thus killing the point of a like-for-like dollar-stretching benchmark). Intel has also had the most severe price swings in the past year, whereas AMD has remained largely steady at launch Ryzen prices, and has often dipped well under them. Intel has remained north of MSRP or at MSRP.
Our builds are as follows:
Ask GN returns! We're now on Episode 68, having taken a brief haitus for CES. A lot of questions piled-up in that time, and we dedicated the usual ~25 minutes to address as many as we could in that time window. Of note, a large number of you have been asking about GPU and RAM prices, and we recently had our own encounter with severe price surges at a Microcenter location. We also received questions pertaining to component failure, proper handling of components (ESD, oil/grease, etc.), GPU failure, and must-have tools for our arsenal.
Oh, and as a bonus, we take a question on "dream testing methods" that are unachievable (presently) due to time/money/practicality limitations. Great questions this week from the community. Find the video and timestamps below:
We’re revisiting a topic from July 2017, initially published in the middle of one of last year’s cryptocurrency booms. That topic was our discussion with GPU add-in board partners and PSU makers, where we collected anonymized, aggregate thoughts on cryptomining and its impact on the consumer GPU market. Given the tremendous growth of the cryptocurrency community in the time since, and the recent explosion of GPU prices up to 3-5x their MSRP (depending on if it’s a primary or secondary seller), we decided it was time to revisit the topic once more.
This information is anonymized and aggregated for a few reasons: One, no one would be able to share their thoughts otherwise, as this isn’t a topic that can be officially approached; two, it allows folks to speak more freely, as if there were an official response, you can be assured it’d tread the line of neutrality to a point of being bereft of insight. We spoke to most of the major GPU board partners and some PSU maker representatives, including the original group of folks we spoke with in mid-2017, now back to re-evaluate their positions from six months ago.
Overclocking engineer "Der8auer" has come out with his newest product: The Skylake-X Direct Die Frame cooling bracket. The bracket is intended to replace the ILM (independent loading mechanism) on the motherboard, used to act as a shim between a delidded CPU and a cooler. The goal is to not only delid the CPU and replace the compound, but also completely eliminate the heatspreader. Traditionally, the IHS would be kept post-delid, just with better compound and with removal of the silicone adhesive. In this application, you would delid the CPU, refresh the compound, remove the adhesive, and leave the IHS off, then mount it in the Skylake-X direct die bracket.
Some of our recent delid-focused content, "What We've Learned Delidding Intel CPUs," has highlighted that a light silicone adhesive seal vs. no seal vs. heavy seal can have significant impact on cooling. Heavy seals, for instance, can easily result in worse performance than stock -- even with liquid metal. We recommend not resealing the IHS at all and just allowing the cooler to retain the IHS, but a seal is sometimes needed. Shipping is a good example of this.
We spent the whole of 2017 complaining about airflow in cases, and it seems that some manufacturers have heard our complaints for 2018. Cooler Master has revamped its H500P to now feature a mesh face, and has also resolved significant build quality concerns with the front and top panels. Enermax rebuilt its Saberay to use mesh front and top panel inserts (optionally), a major step forward. Lian Li put out the best case at this year’s show, focusing on both looks and airflow (with two different models).
This is our review of the best cases of 2018, CES edition, following on a now six-year (!) tradition of “Best Case” coverage from CES. We started CES case round-ups in 2012, and have advanced them significantly since. Our demands have also changed significantly, as we look more toward function-focused designs that can artfully integrate ease-of-installation features.
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