Eric Hamilton

Eric Hamilton

Popular memory manufacturer G.SKILL has announced its answer to the RGB LED movement: the Trident Z RGB series. At this point, it may be hard to pinpoint the derivation of the RGB trend, yet its perpetuation across components and peripherals is one we predicted here at GN, along with some other fads.

The Trident Z RGB series will be—you guessed it—adorned with RGB LEDs in the form of a translucent lightbar affixed to the aluminum heat spreaders. The aforesaid lightbar will run the length of the DIMM operating by default in a “wave-style” effect, offering a range of hues. Such effects are capable of being modified with a future software launch, scheduled for February 2017. The Trident Z RGB lineup is somewhat inimitable in its implementation, chiefly that it does not require any additional power connections from the motherboard for user control; all necessary power is drawn from the DIMM slot. This offers divergence from the Geil EVO X RGB memory, which must be tethered to the motherboard for proper function of the LEDs, and from other LED memory options (Vengeance, Avexir) that are mono-color.

The holiday season is upon us. In due time, the Steam Holiday/Winter sale will be flowing like a river, and many users will be preparing their wallets for the impending profligacy. As Newegg, Amazon, and other retailers usually offer sales of their own, other users may be eyeing core component upgrades or new systems entirely. That said, we’ve attempted to take some of the legwork out of putting together a mid-level gaming machine that is comprised mostly of hardware currently on sale, or discounted through current rebates. Admittedly, that narrows options; however, we’ve still come up with very capable and modern build without becoming lusus naturae.

This rig will be a sub-$700 system focused on gaming at the respectable, and still most popular, 1080p. If by chance you are needing more horsepower for, say, the 1440p domain, check out another recent build guide of ours. As an aside, we’ve selected mATX hardware housed in an mATX chassis; something that will please space mindful users wanting a build with a minimal footprint. Before getting into it, I’ll preface with this: more ardent enthusiasts might balk at the presence of a core i3, specifically the i3-6100, but keep in mind that this is a value-oriented build, and the i3-6100 fills the space well. We’ll discuss this a bit more below.

Per the usual format, we will list an OS in the below DIY build list as an optional purchase in addition to an optional, but advised, SSD. Also below, find our tutorial on building a gaming PC or check out our more in depth article.

This gaming PC build is priced below $700 (though may be below $600, if the sales are still active), and is targeted at high graphics settings with a 1080p monitor.

LG 32UD99 HDR Display Announced

Friday, 16 December 2016

LG has made a preliminary announcement heralding the arrival of a new flagship display: the LG 32UD99. Poised to entice creative professionals, gamers, and prosumers, the LG 32UD99 suggests targeting a more encompassing demographic; a contrast to the fairly recent announcement of LG UltraFine 4K and 5K panels that seemingly left Windows users in the cold. LG plans to demonstrate the 32UD99 at CES next month alongside some other panels. Naturally, many specifications were left undisclosed. Here is what we know so far:

The LG 32UD99 touts a 32” IPS panel at a native resolution of 3840 x 2160, making this a UHD 4K display. The IPS panel is of 10-bit color depth and can reproduce 1.07 billion colors. That’s vs 8-bit with 16.77 million colors. The panel of the LG 32UD99 allegedly saturates 95% of the DCI P3 color space, and LG has reported nothing of other color spaces such as sRGB and Adobe RGB. The LG 32UD99 also supports 3D LUTs (look-up tables), but again, there are no details on the LUTs. As look-up tables are primarily for color enhancement and correction, this is a feature more prepared for users working in digital media.

Albeit in the midst of troubling SSD news, Corsair fans may rejoice. After a seeming lack of focus in the SSD market, Corsair has announced the immediate availability of the new Force Series MP500 M.2 solid-state drives. Although laggardly, Corsair now joins other companies like Samsung, Plextor, Toshiba, and Intel in leaving behind the limited SATA III 6Gb/s connection in favor of NVMe via PCIe x4.

Corsair avers the new MP500 Force Series to be the fastest drive they have yet produced, with sequential read/write speeds rated at 3000/2400 MB/s and random 4K read/write speeds at 250,000/210,000 IOPS, nominally. Theoretically speaking, system boot times, large file transfers, and game load times will see improvement over using a single SATA 6Gb/s connection. This also puts the drive in somewhat parallel performance with the Samsung 960 EVO.

The MP500 series will utilize a Phison PS5007-E7 NVMe memory controller in conjunction with the high bandwidth afforded by PCIe Gen 3.0 x4 lanes. The MP500 conforms to the M.2 2280 form factor and sports a black PCB with a black cover hiding the NAND (and so we haven’t yet identified the modules used). Although not particularly relevant, it does coincide with the recent motherboard color trend and should please users aimed at achieving a uniform aesthetic, in comparison to the overdone green PCBs. The Phison PS5007-E7 controller supports SLC/MLC/TLC and 3D NAND (V-NAND), although we are currently unable to ascertain the specific NAND type used in the Corsair Force MP500. The Force Series MP500 range will offer 120GB, 240GB, and 480GB capacities priced at $110, $170, and $325, respectively.

Taiwan Semiconductor Manufacturing Co. (TSMC) has set sights on building a new $15.7 billion facility geared towards the 5 and 3 nanometer chip processes, eyes set for future process nodes. TSMC is the world’s biggest chip maker by revenue, accounting for 55% of the market share. TSMC’s deep-pocketed clients include Qualcomm, nVidia, and Apple, whose iPhone 7 launch was especially pivotal in the record quarter to quarter profits TSMC has been reporting, as TSMC produces the A10 processor for the iPhone 7.

Taiwan Semiconductor houses its base of operations in Northern Taiwan, where several of their fabs are located. This is in addition to leading-edge fabs in Southern Taiwan and Central Taiwan, not to mention manufacturing bases in China.

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