The company that generated industry-wide attention for its H440 case, launched in 1Q14, has returned from relative product-silence with its HUE+ LED controller. The HUE+ is outfitted with a number of substantial improvements over its championed HUE analog controller.
NZXT's HUE+ is a dual-channel RGB LED controller, complete with four high-density, fully addressable LED strips and an SSD form factor hub. It's possible to expand to eight total LED strips (four per channel) for 80 LEDs, each addressable through NZXT's existing CAM software. CAM, already established for Kraken CLC control and live FPS monitoring, makes available eight preset display modes, a pair of custom display modes, four lighting modes, and allows for fully-digital control over the LEDs.
We built a system using the NZXT HUE+ RGB LED controller and spent some time with CAM. This review looks at the new NZXT HUE+ RGB LED system, its build quality, brightness, LED bleed, and overall value. You can find a video review below, worth watching if only for a more visual representation of the LED functionality.
Boutique case manufacturer In-Win brought home yet another CES Innovation Award at this year's show. This time, the company’s award-winning case carries the moniker "S-Frame," an $800 piece of metalworked art befitting of a showroom.
We've had a great year here at GamersNexus, having officially launched our brand new website and “look.” While we have grown considerably, we still consider ourselves dedicated to our readers and to PC gaming culture in general. It's time to look ahead to the new year.
This year has seen the rise of many new technologies arise, from affordable SSDs to small form factor PCs, but we also have bid farewell to a few older technologies. Even though they are still in general use, the optical disk drive and pretty much anything AM3+ is quickly becoming obsolete. With this build, we wanted to welcome the new year with new tech. We decided to post a ~$2000 enthusiast gaming PC build that not only includes the newest CPU from Intel, but also DDR4 memory, a Maxwell GPU, and much more. This gaming PC will work flawlessly for live streaming, video rendering, YouTube content creation, and playing games on ultra / near-max settings. The GTX 980 ensures a high FPS for most games on a 1440p monitor and very high FPS for 1080 displays.
GPU overclocking changed with the release of Maxwell's updated architecture. The key aspects remain the same: Increase the clock-rate, play with voltage, increase the memory clock, and observe thermals; new advancements include power target percent and its tie to TDP. We recently showed the gains yielded from high overclocks on the GTX 980 in relation to Zotac's GTX 980 Extreme and the reference card and, in some instances, the OC produced better performance than stock SLI pairing.
This GTX 980 overclocking tutorial will walk through how to overclock nVidia's Maxwell architecture, explain power target %, voltage, memory clock, and more.
Themed PC builds can be a fun project for enthusiasts with a lot of hardware. This time, we're going all “orange and black is the new black” with a Halloween-themed build. If you fancy yourself a Jack Skellington (or just the orange and black color combination), this could be the perfect build for you. We also recently did a high-end streaming and video editing build and a $430 low-budget build.
There are no tricks here, just loads of treats -- including a Devil's Canyon CPU and one of the last GTX 970s available right now, all inside our Editor's Choice award-winning NZXT H440! This Halloween-themed $1111 gaming PC build will play almost all current games at max settings.
A large portion of the enthusiast market caters to overclocking: Intel sells unlocked CPUs at a premium, Asus, Asrock, and MSI all market their motherboards as “overclocking ready” and guaranteed to OC higher, and GPU manufacturers market their graphics cards as having better cooling, a bigger VRM, and binned chips. All this, and monitor overclocking is rarely -- if ever -- advertised or discussed. This may change with the recent popularity of Korean off-brand monitors, like the QNIX 2710.
The Zotac GTX 980 Extreme ($610) is the most disappointing, saddening attempt at a high-end overclocking device I've ever seen. I've never been so resonantly disheartened by a review product. I've also never seen an aftermarket product perform worse than the reference model while being priced more than 10% higher. The added cost is justified – on paper – by several factors, including a better cooler and higher bin (better GM204).
Testing Zotac's GTX 980 Extreme overclocking card began with excitement and anticipation, rapidly decaying as despair and uncertainty took hold. When the card failed to overclock higher than my reference GTX 980 ($550), I first suspected error on my end – and proved that suspicion wrong – and then went to Zotac with strong emphasis that the BIOS needed a serious overhaul. A BIOS update should have been quick and easy if no hidden problems existed in the hardware, as other video card manufacturers have proven in the past. We published all of this about a week ago, firmly stating that no one buy the GTX 980 Extreme until we could revisit the topic.
We're revisiting it.
We've been playing around with Zotac's GTX 980 Extreme for about a week now. The story of Zotac in this launch cycle is sort of an interesting one. The company has been making mini-PCs (“ZBOX”) and nVidia video cards for many years now, but they've managed to remain in an unremarkable B-list / C-list of vendors in the GPU market. I don't think many would really disagree with the statement that Zotac has historically not been the first company that pops into mind when looking for a new GeForce card. But all of that changed with the GTX 980 and Game24, where we caught our first glimpses of a revitalized effort to capture the limelight.
From a design standpoint, the GTX 980 Amp! Extreme is positioned to be the best overclocking GM204 device on the market, short of adding liquid. It will compete with K|NGP|N on air. The triple-fan setup uses dual flanking exhaust and a single, central intake fan, with a massive copper coldplate mounted to the semiconductor, stemming from which are four heatpipes that feed into an aluminum sink. This will help cool the ~171W TDP device that can theoretically (2x8-pin) consume upwards of 300W (or more) when overclocked correctly. Additional aluminum is available near the somewhat over-engineered VRM, making for what should be cooler phases when placed under load. The problem is just that, though – we can't place the card under load. Yet. We've been trying for an entire week now, and I think we've deduced the heart of the issue.
Intel's latest Extreme Series processor and accompanying X-class chipset were officially launched back during PAX Prime, where we videoed one of the first systems to use an X99 chipset and Haswell-E processor. Haswell-E and X99 are intended for deployment in high-end production and enthusiast rigs; they'll game far better than anything else available, but if there's ever a time that “overkill” is applicable, it's using HW-E / X99 to play games. These components are classed for the likes of 3D rendering, video encoding / editing, high-bitrate game streaming, and production environments.
In this $2660 high-end PC build, we'll show you how to build a top-of-the-line streaming and YouTube content creation system that will last for years.
The first of our more major X99 motherboard coverage comes bearing MSI’s dragon-engraved badge. Intel’s new platform and CPU officially launched on day one of PAX (where we got some video), bringing a new era of $1000 Extreme Series CPUs for professional development and enthusiast rigs. We saw ASUS’ X99 Deluxe board on day one, but didn’t get much of a chance to go in depth.
MSI, EVGA, and Gigabyte also have a presence at PAX Prime 2014, making for a firm hardware showcase at a typically gaming-oriented event. MSI’s booth hosted the X99S XPower AC board, the X99S Gaming 7, and the X99S SLI Plus. We took an extended look at the company’s X99S XPower AC motherboard, home to 5xPCI-e slots, the X99 chipset, M.2 SATA, SATA-e, and one of the biggest VRMs we’ve seen recently.
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