Senate Republicans have voted to rescind momentous laws protecting Internet privacy that the FCC wrote and adopted last year. U.S. senators voted 50 to 48 to approve a joint resolution sponsored by Sen. Jeff Flake (R-Ariz) that would prevent that privacy framework from going into effect. What’s more, the resolution seeks to bar the FCC from enacting similar laws. As of March 23rd, 2017, the resolution has passed the senate and moves toward the House where, barring a complete backlash, it will likely pass.
The Federal Communications Commission’s new rules were adopted last year to prevent ISPs from exploiting users’ behavioral data in contentious ways, such as selling it to paying third parties or creating targeted advertising. ISPs are no longer interested in just being network providers; they seek to monetize the consumer’s routine use of the internet to create their own digital economy—and they seek to do it without explicit consent. The previous FCC leadership viewed this as an overreach, thus the new privacy rules were set to go in effect. The rules primarily ensured the following:
Corsair, NZXT, Thermaltake, and EVGA closed-loop liquid coolers presently have no official AM4 retention kit support, leaving the companies exposed to questions from customers waiting to build Ryzen systems. This delay has affected the most popular coolers presently on the market, to include the Corsair H100iV2, H115i, NZXT X62/52/42, and new EVGA CLCs, but hasn’t affected all CLCs available. Some SIs, for instance, have blown throw stock of CoolIT-supplied CLCs from Corsair (like the H110i and H60), but haven’t been able to fill orders of units that use a four-screw mounting mechanism.
We have details for you on when your brackets will be available and on what caused the delays to begin with. This content contains several official comments and statements from the affected cooling manufacturers.
It’s been since February 23 that we’ve run an Ask GN episode; it seems that our definition of “week” is “4x.” With travel once a week for that past month, almost always aligning on the days we normally film Ask GN, we hope that you’ll forgive us. This episode contains some great discussion topics as submitted by our YouTube viewers and Patreon supporters (via Discord), including Ryzen topics (naturally), VRAM consumption vs. visual quality, differences in motherboards, and more.
That last question is a bit of an interesting one: It does sometimes feel like all motherboards are the same when just scrolling through spec sheets on a retailer, but we assure you that there are still relevant points of differentiation between motherboard vendors. We’ll talk about a few of those in this episode.
The playful Nintendo noises emitted from our Switch came as somewhat of a surprise following an extensive tear-down and re-assembly process. Alas, the console does still work, and we left behind breadcrumbs of our dissection within the body of the Switch: a pair of thermocouples mounted to the top-center of the SOC package and one memory package. We can’t get software-level diode readings of the SOC’s internal sensors, particularly given the locked-down nature of a console like Nintendo’s, and so thermal probes allow us the best insight as to the console’s temperature performance. As a general rule, thermal performance is hard to keep in perspective without a comparative metric, so we need something else. That’ll be noise, for this one; we’re testing dBA output of the fan versus an effective tCase on the SOC to determine how the fan ramps.
There’s no good way to measure the Switch’s GPU frequency without hooking up equipment we don’t have, so we won’t be able to plot a frequency versus temperature/time chart. Instead, we’re looking at temperature versus noise, then using ad-hoc testing to observationally determine framerate response to various logged temperatures. Until a point at which we’ve developed tools for monitoring console FPS externally, this is the best combination of procedures we can muster.
We’ve praised the R7 1700 ($330) for its mixed workload performance and overclocking capabilities at $330, and we’ve criticized the 1800X for its insignificant performance improvements (over the 1700) at $500. That leaves the R7 1700X ($400), positioned precariously between the two with a base clock of 3.4GHz, but the full 95W TDP of its 1800X sibling.
The 1700X performs as expected, given its flanks, landing between the R7 1700 and R7 1800X. All three are 8C/16T chips with the same CCX layout; refer back to our 1800X review for a more thorough description of the R7 CPU & Ryzen architecture. A quick comparison of basic stats reveals that the major advantage of the 1700X is a moderate increase in frequency, with additional XFR headroom as demarcated by the ‘X’ suffix. That said, our R7 1700 easily overclocked to a higher frequency than the native 1700X frequency, with no manual adjustment to voltage or EFI beyond the multiplier. The 1700X has a base clock of 3.4GHz and a boost clock of 3.8GHz, which theoretically means it could come close to the performance of our 3.9GHz 1700 straight out of the box while retaining the benefits of XFR (circumvented by overclocking).
Thermaltake’s Core P1 is a Mini-ITX, semi-open air chassis with a 5mm thick tempered glass side panel and wall mount support. The Core P1 was featured in our Best Gaming PC Cases of 2017 CES Round-Up article and video, though had no release date (or firm price) at the time of those content pieces. Thermaltake just recently announced that their Core P1 has become available for sale in the United States, Germany, United Kingdom, and Australia and announced a retail price of $100 USD.
Corsair has freshly launched their new K63 Compact Mechanical Keyboard and is available on Corsair’s website as well as Amazon. The K63 keyboard is a tenkey-less design and features Cherry MX Red switches (linear), per-key red LED backlighting, full key rollover, and dedicated media keys. The K63 appears to be based off the Corsair Vengeance K65; however, the K63 is built on a plastic body instead of the aluminium chassis on the K65. Both feature dedicated media keys, although the K63 does add a bit of functionality not found on the K65 with Stop/Start, Fast Forward, and Rewind keys on the top-left side.
Northgard is an unusual sidestep for Shiro Games: Moving from the genre-exploring Evoland titles to city building and real-time strategy is not the usual course, it’d seem. Shiro Games assured us that Settlers and Age of Empires were as important to them as gamers as the RPGs that inspired Evoland, and have set forth to build Northgard.
As Evoland picked the most memorable bits from the history of JRPGs, Northgard feels like it must be made of Shiro Games’ favorite bits of the 4x and RTS genres. Those familiar with Settlers will recognize the similarities in Northgard immediately, and AOE fans also have some familiar items.
Intel’s latest memory technology has big aspirations. It has the ability to one day unify the DRAM and non-volatile memory structure, but we’re not there yet. Today, we get the Data Center Optane SSD (the DC P4800X) as a responsive, high-endurance drive specifically targeted at big data users. This is not a consumer product, but the architecture will not change in any significant ways as Optane & 3D Xpoint move to consumer devices. This information is applicable across the user space.
Upon initial release, the DC P4800X drive will be a 375GB PCIe 3.0 x4 NVMe HHHL device costing $1520 without Intel’s software, and $1951 with the Intel Memory Drive Technology software package. Later in the lifecycle, we should see 750GB and 1.5TB versions. The Optane SSD is one of three Optane technologies that Intel is marketing: Optane DIMM (fits into a DDR4 slot), Optane SSD (fits into a PCIe 3.0 x4 slot or U.2 connector), and Optane Memory (fits into an M.2 slot).
Buildzoid's latest contribution to our site is his analysis of the GTX 1080 Ti Founders Edition PCB and VRM, including some additional thoughts on shunt modding the card for additional OC headroom. We already reviewed the GTX 1080 Ti here, modded it for increased performance with liquid cooling, and we're now back to see if nVidia's reference board is any good.
This time, it turns out, the board is seriously overbuilt and a good option for waterblock users (or users who'd like to do a Hybrid mod like we did, considering the thermal limitations of the FE cooler). NVidia's main shortcoming with the 1080 Ti FE is its FE cooler, which limits clock boosting headroom even when operating stock. Here's Buildzoid's analysis: