NVIDIA’s Battlefront II Game Ready driver version 388.31 shipped this week in preparation for the game’s worldwide launch. In possibly more positive news for the vast number of redditors enraged by EA’s defense of grinding, the driver is also updated for Injustice 2 compatibility and boasts double-digit % performance increases in Destiny 2 at higher resolutions.

Battlefront 2 is the headliner for this driver release, but this chart is about all NVIDIA has to say on the subject for now:

Early reports surrounding Vega GPU packaging indicated minimally two different package processes, though later revealed a potential third. For the two primary forms of Vega GPU packaging, we’re looking at clear, obvious differences in assembly: The silicon (GPU + HBM) is either encased in an epoxy resin (“molded”) or is not encased at all (“resinless”). There is another type of resinless package that has been shown online, but we haven’t yet encountered this third type.

The initial concern indicated that packaging process could impact HBM2 contact to cooler coldplates – something for which, after working on this content, we later discovered new data – and we wanted to test that mounting pressure. Just last night, days after we finalized this content piece, we found another data point that deserves a separate article, so be sure to check back for the follow-up to this piece.

In the meantime, we’re using a chemically reactive contact paper to test various Vega GPUs and vapor chambers or coolers, then swapping coolers between those various GPUs to try and understand if and when differences emerge. Some brief thermal testing also helps us validate whether those differences, which would theoretically be spurred-on by packaging variance, are actually relevant to thermal performance. Today, we’re testing to see the mounting pressure and thermal impact from AMD’s various Vega 56 & 64 GPU packages, with a brief resurrection of the Frontier Edition.

Note: We used torque drivers for the assembly, so that process was controlled for.

EK Water Blocks has seemingly had a strong year, dotted with numerous major product launches and expansion into the mainstream market (with the EK Fluid Gaming series). In spite of this, TechPowerUp just broke news that EKWB’s CEO, CTO, Head of Marketing, and numerous R&D engineers have all departed the company. The company remains 90-strong, but has lost much of its R&D department and head management as of today.

ET News reports [English] that the price of silicon wafers, the raw material used in the production of 300mm semiconductors, has increased 20% year over year from major manufacturers SK Siltron and SUMCO.

SK Siltron is a recent acquisition of the SK Group, a massive South Korean conglomerate that also includes SK Materials (produces NF3 gas used in semiconductor production) and SK Hynix (a memory chipmaker that regularly appears in our articles on increasing NAND demand). SK Siltron was known as LG Siltron until January, when SK Group purchased 51% of shares from LG for $532 million, and then proceeded to purchase the rest as well (Chairman Choi Tae-Won personally secured 29.4%). LG Siltron sales had suffered since 2012 with an industry increase in silicon wafer production, as well as the aftermath of the 2008 financial crisis--but SK Group’s purchase immediately paid off.

Bitfenix Enso Case Review

By Published November 15, 2017 at 4:55 pm

We made it through the C700P, H500P, Dark Base Pro 900, and Core G21, but cases we saw at Computex 2017 are still rolling in for review. This week, we’re examining the Bitfenix Enso, a budget case that hits both the tempered glass and RGB trends. It’s a pleasant change from the streak of ultra-heavy cases we’ve been reviewing, but as anyone who watched Steve’s recent address to case manufacturers will know, the Enso is far from perfect.

Our Bitfenix Enso review takes the case to task for thermals, alongside the usual acoustics and build quality testing. Our first look at the Enso (back at Computex) highlighted the case in a “needs work” category, calling out its extremely competitive price target and feature set, but also calling attention to concerns of ventilation. We’re back to see if Bitfenix has improved the case in the six months since.

Be Quiet! Dark Base 700 Case Review

By Published November 14, 2017 at 4:46 pm

Be Quiet!’s Dark Base cases are their highest-end silence focused models, and the newest of these is the Dark Base 700. We recently reviewed Dark Base Pro 900, but the 900 and 700 are much different cases. Naming conventions imply that the 700 is simply a scaled-down mid tower version of the full tower 900, but there are significant differences in tooling and features despite their external similarity.

The Dark Base 900 (including the Dark Base Pro) has an MSRP of $200 ($250 for the Pro), while the new Dark Base 700 has an MSRP of $180. The Dark Base 700 is loosely related to the 900, primarily in its invertible motherboard layout and material and panel quality, both of which are high for this case.

This week’s hardware news recap primarily focuses on Intel’s Minix implementation, alongside creator Andrew Tanenbaum’s thoughts on the unknown adoption of the OS, along with some new information on the AMD + Intel multi-chip module (MCM) that’s coming to market. Supporting news items for the week include some GN-style commentary of a new “gaming” chair with case fans in it, updates on nVidia quarterly earnings, Corsair’s new “fastest” memory, and EK’s 560mm radiators.

Find the show notes after the embedded video.

We’ve reviewed a lot of cases this year and have tested more than 100 configurations across our benchmark suite. We’ve seen some brilliant cases that have been marred by needless grasps at buzzwords, excellently designed enclosures that few talk about, and poorly designed cases that everyone talks about. Cases as a whole have gone through a lot of transformations this year, which should seem somewhat surprising, given that you’d think there are only so many ways to make a box. Today, we’re giving out awards for the best cases in categories of thermals, silence, design, overall quality, and more.

This awards show will primarily focus on the best cases that we’ve actually reviewed in the past year. If some case you like isn’t featured, it’s either because (A) we didn’t review it, or (B) we thought something else was better. It is impossible to review every single enclosure that is released annually; at least, it is impossible to do so without focusing all of our efforts on cases.

Here’s the shortlist:

We’re reviewing the 360mm Enermax TR4 Liqtech cooler today, matched-up against the 240mm variant and with a special appearance from the Noctua NH-U14S TR4 unit. We previously benchmarked the Enermax Liqtech 240 TR4 closed-loop liquid cooler versus the Noctua NH-U14S, resulting in somewhat interesting findings. The larger version of the Liqtech, the 360mm cooler, is now on the bench for comparison with an extra fan and a wider radiator. The NH-U14S returns, as does the X62 (mostly to demonstrate smaller coldplate performance).

We’re still using our 1950X CPU on the Zenith platform, overclocked to 4.0GHz at 1.35Vcore. The point of the OC isn’t to drive the highest possible clock, but to generate a larger power load out of the CPU (thus stressing to a point of better demonstrating performance deltas).

At time of publication, the Enermax Liqtech 240 TR4 is priced at ~$130, with the 360 at ~$150, and with the NH-U14S at ~$80.

Buildzoid of Actually Hardcore Overclocking recently joined us to explain what Load-Line Calibration is, and how LLC can be a useful tool for overclocking. LLC can also be dangerous to the life of the CPU if used carelessly, or when using the Extreme LLC setting without knowing fully how it works.

For anyone working on CPU overclocking and facing challenges with voltage stability, or anyone asking about Vdroop, LLC is a good place to start. LLC settings tuning should help stabilize voltage and prevent blasting the CPU with deadly Vcore. Learn more below:

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