After our launch-day investigation into delidding the 9900K and finding its shortcomings, we’ve been working on a follow-up involving lapping the inside of the IHS and applying liquid metal to close the story on improvement potential with the delid process. We’re also returning to bring everyone back to reality on delidding the 9900K, because it’s not as easy as it may look from what you’re seeing online.
We already know that it’s possible to see performance improvement, based on our previous content and Roman’s own testing, but we’ve also said that Intel’s solder is an improvement over its previous Dow Corning paste. Considering that, in our testing, high-end Hydronaut paste performs nearing the solder, that’s good news when compared to the older thermal compound. Intel also needed to make that change for more thermal headroom, so everyone benefits – but it is possible to outperform it.
Hardware news for the last week has primarily revolved around re-re-releases of hardware, like NVIDIA's GTX 1060 GDDR5X model and AMD's RX 580-not-580. Both are unimaginative, but worth covering. For its part, AMD's RX 580 is an RX 570, just 40MHz faster. It has the same FPU count as the RX 570, despite being named "RX 580." NVIDIA's launch, meanwhile, is a move from 8Gbps GDDR5 to GDDR5X on the 1060 6GB card, which has previously already been pseudo-re-released as a 3GB model and (now gone) 9Gbps model.
Other hardware news includes reduced RAM pricing, SSD pricing, and more. The show notes are below the embedded video, if you prefer articles.
The Phanteks Evolv X has gotten a lot of praise lately. We had to wait for one of our readers/viewers to spare a unit (thanks, Kris!) so that we could run the Evolv X through our full suite of tests. The Evolv X is primarily interesting for its dual-system expansion capabilities, wherein the Revolt X PSU can be used to power two systems jointly. Phanteks is selling its Evolv X for $200 base, $465 for the combo with the Revolt X and ITX mounting plate, and is also selling several accessories for added cost (like SSD sleds, for instance). Phanteks has been unable to accommodate a meeting with us the past four times that we've tried, so we figured we'd source the case separately and review it. We're not sure if it's a lack of confidence in its products, but we wanted to find out.
Today, we're reviewing the Phanteks Evolv X case for build quality, thermals, cable management, dual-system assembly, and more.
Intel i9-9900K CPU Review: Solder vs. Delid, Streaming Benchmarks, & Gaming vs. 2700(X), 8700K, MoreBy Steve Burke Published October 19, 2018 at 9:00 am
Intel’s i9-9900K’s most boasted feature in all marketing is its solder, so we decided to test thermals with the new soldered interface, then delid the CPU and put thermal paste back on it for more testing. It’s backwards from what we typically do (which is removing paste for liquid metal), so we’ll be looking at soldered vs. paste tests, gaming benchmarks, Blender workloads, overclocking, and livestreaming benchmarks in our review of the i9-9900K today. Benchmarks include comparative testing versus the Intel i7-8700K, AMD R7 2700 (and overclocked/2700X variant), R7 1700, i9-7900X, 7960X, and more. The full list of primarily featured CPUs is below.
After the post-apocalyptic hellscape that was the RTX 2080 launch, NVIDIA is following it up with lessons learned for the RTX 2070 launch. By and large, technical media took issue with the 2080’s price hike without proper introduction to its namesake feature—that’d be “RTX”—which is still unused on the 2070. This time, however, the RTX 2070 launches at a much more tenable price of $500 to $600, putting it at rough price parity with the GTX 1080 hanger-on stock. It becomes easier to overlook missing features (provided the buyer isn’t purchasing for those features) when price and performance parity are achieved with existing products and rendering techniques. This is what the RTX 2070 looks forward to most.
Our EVGA RTX 2070 Black review will focus on gaming benchmarks vs. the GTX 1070, GTX 970, Vega 64, and other cards, as well as in-depth thermal testing and noise testing. We will not be recapping architecture in this content; instead, we recommend you check out our Turing architecture deep-dive from the RTX 2080 launch.
This review has been a long time coming, since testing coincided with the busiest part of our office move. We last mentioned the Ophion (and the larger Ophion Evo) in our June roundup of the best cases at Computex. The impression we got back then was that the tempered glass was for show and that Raijintek was considering better-ventilated side panels for the release version. There have been some changes made, but they’re not quite what we expected.
Today’s review looks at the Raijintek Ophion mini-ITX case for build quality, form factor / usable area, thermals, and cable management.
We come bearing good news -- sort of. It looks like DRAM prices might drop 5% by end of year, which would sadly be a sharp change of course from previous targets. This coincides with plummeting SSD prices (250GB 860 EVOs now available for $55 on Amazon), though isn't nearly as severe. At this point, we'll take what we can get.
Separately, Intel's 14nm shortage has continued to a point of creating pipeline stalls for some of its motherboard and SI partners. We previously reported on Intel's push to reinvigorate its 22nm process for low-end chipsets. It is now becoming clear why that was a necessity. Other than this, our show notes below recap major industry news for the past two weeks, like tariffs, 8th Gen pricing increases, and more.
After our exhaustive in-person interview with Principled Technologies, published on our YouTube channel, we followed-up via email to clarify some questions that were left unanswered during the initial video. As we noted in the initial interview, we give credit to Principled Technologies for endeavoring to sit down with us for these discussions. We recognize that it is not an easy decision to make – one of ignoring the problem (us showing up unannounced, in this instance) or confronting it – and we appreciate PT’s willingness to partake in a rational discussion about test methodology.
For full details of the interview, check the embedded video below. This written accompaniment aims to address follow-up questions where PT technicians closer to the testing had to be consulted. We are not going to transcribe the 40-minute interview and encourage that you watch the content to gain full perspective on both primary sides of the debate. We have timestamped key points in the video (timestamps are rendered within the video).
Following Intel’s 28C CPU announcement from earlier today, the company also announced its i9-9900K CPU and “9th Gen” desktop CPUs. On stage, Intel dubbed its 9900K “the best gaming processor in the world – period,” before holding up the CPU in new packaging that clearly targets the Threadripper 2 packaging. Intel also declared that “we are breaking the laws of physics to bring you these parts,” which is clearly vehemently false, but we do get the point. The more correct phrasing is that “they’re fast.” We get the point, though.
Intel today announced its Xeon W-3175X 28C/56T CPU, not to be confused with the previously demonstrated 28C HEDT Skylake-X CPU from Computex. The CPU targets workstation users on Xeon platforms. Its intended use is for production, like Blender (a tool we use for our own animations) and other heavily multithreaded render applications. As these are heavily core-dependent, the use case is more pronounced than in production software like Premiere, which is frequency-dependent.
For frequency, the 28C/56T Xeon part operates at a native boost frequency of 4.3GHz – but Intel did not specify if this is single-core or all-core. It’s almost certainly single-core Turbo, leaving us uncertain as to the frequency in all-core boost.
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