Following our in-depth first-look coverage of the EVGA GTX 1080 Ti Kingpin card, we now turn to the company’s upcoming motherboard releases in the X299 family. This coincides with Intel’s Kaby Lake X (KBL-X) & Skylake-X (SKY-X) CPU announcement from today, and marks the announcement of EVGA’s continued embattlement in the motherboard market. All the boards are X299 (LGA 2066) to support Intel’s refreshed KBL and new SKY-X CPUs, consolidating the platforms into a single socket type and with greater DIMM support. That doesn’t mean, however, that the motherboard makers will fully exploit the option of additional DIMMs for HEDT CPUs; EVGA has elected to forfeit half the DIMMs on the new EVGA X299 DARK board in favor of greater overclocking potential. We’ll talk through the specs on the new EVGA X299 DARK, X299 Micro, and X299 FTW K, along with VRM design and power components used.
The motherboard lineup does not yet include pricing or hard release dates, but we do know that the tiering will go: Dark > FTW K > Micro, with regard to price.
EVGA’s GTX 1080 Ti Kingpin made its first debut to a group of press before Computex 2017, and we were given the privilege of being the first media to tear-down the card. The Kingpin edition 1080 Ti is EVGA’s highest-end video card – price TBD – and is built for extreme overclockers and enthusiasts.
The GTX 1080 Ti Kingpin uses an oversized PCB that’s similar to the FTW3, though with different components, and a two-slot cooler that partners with NTC thermistors on the VRM + VRAM components. This means that, like the FTW3, the cooling solution slaves to independent component temperatures, with a hard target of keeping all ICs under 60C (even when unnecessary or functionally useless, like for the MCUs). The Kingpin model card uses a copper-plated heatsink, six heatpipes, and the usual assortment of protrusions on the baseplate for additional surface area, but also makes accommodations for LN2 overclocking. We’ll start with detailing the air cooler, then get into LN2 and power coverage.
Kingston has announced their first NVMe SSD, and it will debut under the KC series as the KC1000. In recent years, Kingston has seemingly directed power users and gamers towards the HyperX brand, but the KC1000 could help guide the KC series in a different direction.
Kingston seems to be targeting a very wide audience with the new KC1000, as Kingston lists the video editing, virtual reality, CAD, streaming, and gaming applications for the KC1000. Here's a list of the targeted use cases of the KC1000:
- High-resolution video editing
- Virtual and augmented reality applications
- CAD software applications
- Streaming media
- Graphically intensive video games
- Data visualization
- Real-time analytics
Another day, another GPU driver update. This one comes from AMD, with Radeon Software Crimson ReLive Edition update version 17.5.2. The new version fixes several bugs and also improves Prey’s performance on the RX 580.
Bugfixes include a NieR: Automata crash, long Forza: Horizon 3 load times, an issue with CrossFire systems where the main display adapter could appear disabled in Radeon settings, and a system hang when entering sleep or hibernate with the RX 550.
Corsair has jumped headlong into the ever-crowded gaming chair market. Initially announced at CES 2017, the prototype wasn’t quite ready as Corsair was still selecting what kind of casters to use. As of now, Corsair’s T1 Race is available.
“Inspired by racing, built to game” is the chosen mantra for the T1 Race, and hence its namesake, the T1 Race draws inspiration from bucket-seat, racing style chairs. The T1 Race is comprised of a streel frame, dressed in dense foam cushions and PU leather. PU (polyurethane) leather, also known as bicast leather, offers an affordable alternative to authentic leather and is generally considered easier to clean and maintain. Also included with the chair are PU pillows for neck and lumbar support, in clone-like fashion to the many other gaming chairs on the market (see: Vertagear, Dx Racer, HyperX chairs). Carbon fiber-esque adornments can be found upon the flanks of the seat and armrests.
AMD hosted its financial & analyst day today, revealing information on Vega, Threadripper, notebook deployments of its CPUs & GPUs, and data center products. Some timelines were loosely laid-out with initial benchmark previews, provided an outline for what to expect from AMD in the remainder of 2017.
Most of our time today will be spent detailing Vega, as it’s been the topic of most interest lately, with some preliminary information on the CPU products.
This episode of Ask GN, now that we’re back on a bit of a roll (see: Episode 49), features a shorter list of questions with more detailed answers. We don’t plan to always run them like this, but some of the questions – like the one about Hybrid liquid cooler pump whine – have been common enough to deserve detail.
It’s more of an FAQ this week, in that way. We’re starting off with a discussion on how to fix pump whine on EVGA Hybrid GPU coolers, then talking Pascal voltage & power limitations, then laptops for deployment in extreme environments. We later talk liquid vs. air cooling on GPUs.
NVidia’s Volta GV100 GPU and Tesla V100 Accelerator were revealed yesterday, delivering on a 2015 promise of Volta arrival by 2018. The initial DGX servers will ship by 3Q17, containing multiple V100 Accelerator cards at a cost of $150,000, with individual units priced at $18,000. These devices are obviously for enterprise, machine learning, and compute applications, but will inevitably work their way into gaming through subsequent V102 (or equivalent) chips. This is similar to the GP100 launch, where we get the Accelerator server-class card prior to consumer availability, which ultimately helps consumers by recuperating some of the initial R&D cost through major B2B sales.
Ask GN returns after a hiatus due to nonstop video card and CPU reviews, re-opening coverage with a discussion on temperature impact on components, noise optimization for GPUs, CLC mounting methods, and a bit more.
Oh, and we got more pucks from NZXT – but at least this one’s blue.
For timestamps, continue on. The video is embedded below:
Razer is pulling the curtains on a pair of high-end gaming mice: the wireless Razer Lancehead and the wired Razer Lancehead Tournament Edition. Razer touts the new mice as being “tournament-grade” in terms of accuracy, performance, and reliability. The two variants of the Razer Lancehead share many features: the sensor and Razer’s proprietary “Adaptive Frequency Technology” are the chief modifiers.
The wireless Razer Lancehead—much like the refreshed Diamondback and high-end Mamba series—uses a 5G laser sensor with up to 50g acceleration and 16,000 DPI/210 inches per second tracking. The refreshed Diamondback and Mamba/Mamba TE all used a Philips Twin Eye sensor. It is unclear if that is the case with the Razer Lancehead, but given the specs, it’s plausible.
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