NVidia’s much-rumored GTX 1070 Ti will launch on November 2, 2017, with initial information disseminated today. The 1070 Ti uses a GP104-300 GPU, slotted between the GP104-400 and GP104-200 of the 1080 and 1070 (respectively), and therefore uses the same silicon as we’ve seen before. This is likely the final Pascal launch before leading into Volta, and is seemingly the response to AMD’s Vega 56 challenger of the GTX 1070 non-Ti.
The 1070 Ti is slightly cut-down from the 1080, the former of which runs 19 SMs for 2432 CUDA cores (at 128 shaders per SM), with the latter running 20 SMs. The result is what will likely amount to clock differences, primarily, as the 1070 Ti operates 1607/1683MHz for its clock speeds, and AIB partners are not permitted to offer pre-overclocked versions. For all intents and purposes, outside of the usual cooling, VRM, and silicon quality differences (random, at best), all AIB partner cards will perform identically in out-of-box states. Silicon quality will amount to the biggest differences, with cooler quality – anything with an exceptionally bad cooler, primarily – differentiating the rest.
As we understand it now, users will be able to manually overclock the 1070 Ti with software. See the specs below:
Internet cafes and gaming centers probably aren’t a market segment most would recognize in the US, but they’re popular in other parts of the world--in particular, Asia--and ASUS seems to target that segment with the purpose-built Expedition A320M Gaming motherboard.
The entry-level AM4 board uses the low-end A320 chipset, and offers features that appear to identify with the rigors of crowded public places, such as iCafes and libraries. One such feature is the moisture-resistant coating on the motherboard, intended to protect against higher humidity environments. This is particularly useful in places like Taiwan, where humidity is high enough to cause corrosion on some components (that we’ve seen in person, no less). Additionally, the board has certain anti-theft features to help curb theft of memory modules and GPUs.
The AM5 Silent is a new case from manufacturer Sharkoon, with noise-damping material in place of the original AM5’s acrylic side window -- but it’s far from a new chassis.
After our Antec P8 review back in September, readers were quick to point-out that the chassis (meaning the steel core of the case) was curiously similar to the Silverstone Redline 05; in fact, it appears that they’re completely identical outside of the P8’s tempered glass and the RL05’s generously ventilated front panel.
This Ask GN episode discusses tube orientation on radiators & coolers (top vs. bottom orientation) and why it matters, AIO headers on motherboards (like the Crosshair Hero VI), case testing methods, and streaming PC builds.
The last question is an interesting one, and one we've pondered for a bit: As we've shown in our streaming + gaming tests on a single system, there is potential that it'd make more sense to build two separate PCs, both of lower total cost, and run one of them as a standalone capture box. This takes more room (and probably more power), but would resolve concern of frametime variability on the player side and could potentially cost less than 8700K/R7 builds. We'll look into adding this to our test methods, but for now, we tackle the question in the video:
Hardware news for the last week includes discussion on an inadvertent NZXT H700i case unveil (with “machine learning,” apparently), Ryzen/Vega APU, Vega partner card availability, and Coffee Lake availability.
Minor news items include the AMD AGESA 22.214.171.124 update to support Raven Ridge & Pinnacle Ridge, Noctua’s Chromax fans, and some VR news – like Oculus dropping its prices – and the Pimax 8K VR configuration.
Find the video and show notes below:
We’ve already sent off the information contained in this video to Buildzoid, who has produced a PCB & VRM analysis of the ROG Strix Vega 64 by ASUS. That content will go live within the next few days, and will talk about whether the Strix card manages to outmatch AMD’s already-excellent reference PCB design for Vega. Stay tuned for that.
In the meantime, the below is a discussion of the cooling solution and disassembly process for the ASUS ROG Strix Vega 64 card. For cooling, ASUS is using a similar triple-fan solution that we highly praised in its 1080 Ti Strix model (remarkable for its noise-normalized cooling performance), along with similar heatsink layout.
Learn more here:
This week's hardware news recap includes some follow-up discussion from our Intel i7-8700K review, primarily focused on addressing incorrect references of thermal testing cross-review/cross-reviewer. We also talk Coffee Lake availability and pricing, as it was unknown at time of finalizing the review, and dive into some of the new Z370 motherboards. EVGA's Z370 FTW and Classified K have both been announced (and we followed-up with EVGA to get pricing information), alongside a new Micro board in Z370 format.
Beyond this, we've got the usual listing of new product announcements and industry news, including USB3.2's specification, headless video cards, Star Citizen 3.0 alpha pushed to Evocati, and AIM's death.
This is our first Ask GN in a few weeks, with the gap between being filled with travel and other projects (as has been indicated by recent uploads, many of those include case reviews). For this week’s Ask GN, we’re addressing questions of how important CLC pump speed is, auto-overclocking and its annoyances, pump whine elimination, personal case preferences, and open loop cooler limitations.
As always, the timestamps have been dropped below the video.
This week's hardware news recap covers an Intel document leaked to GN, detailing H370, B360, & other launches, alongside coverage of the Zen+ & Zen 2 launches, AIB partner Vega cards, and memory kit releases. The last bit of coverage shows the new 4500 & 4600MHz memory kits that have primarily emerged from Corsair, though other vendors are following suit with new memory kit launches. GSkill, for instance, is pushing more "Ryzen-ready" memory kits in the RGB line, focusing mostly on the 3200MHz speeds that were largely shipped to reviewers. GeIL is working on RGB memory kits that synchronize with ASUS Aura RGB lighting effects for motherboards and video cards.
As for video card news, we confirmed with MSI that the company presently has limited or no plans for Vega partner model cards. Gigabyte plans to make cards, but the launch date is tenuous -- as is ASUS' launch date, at this point, as both vendors are working out final issues in manufacturing. We'd wager that it's primarily to do with supply availability, though VBIOS + driver challenges also exist.
No surprise in that headline, really.
Some of this information is rehashed, but has been bulked-up by alleged AMD slides leaked to Informatica Cero. The slides, which are functionally in “rumor” status, indicate AMD’s code-named Matisse processors as launching in 2019. The Matisse CPUs will carry AMD’s Zen 2 architecture, but aim to continue supporting AM4 platforms. Before that launch, AMD’s Zen Plus iteration is targeted for 2018, allegedly, and will exist primarily as an optimization on the existing Ryzen CPUs. This can be thought of as an analog to the retired Intel tick-tock cadence, with Zen Plus likely targeting frequency tuning.
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