Speaking about the exterior of the laptop, it comes with a decent star gray color finish and stands out in looks from any other ordinary laptop out in the market. Moreover, it comes with great ergonomics making it comfortable to hold. Speaking about the specifications of the device, under the hood, the laptop is powered by an Intel Core i5-8250U quad-core processor paired with an 8GB of RAM. It sports a 15.6-inch Full-HD NanoEdge display with ASUS’s splendid software enhancement to safeguard the user’s vision even after prolonged usage. Storage on the laptop is backed by a 1TB hard drive which offers more than enough room to store all your favorite games, photos, music, movies and other data.
Processors are the next biggest difference. You'll likely get a capable Core i5 instead of a faster Core i7. Still, some of the benefits of an i7 machine aren't a major factor for gaming, but instead benefit video editing and other creative uses, so an i5 will do the job. The newest generation of these chips are fast and efficient at a base level, and won't be too much of a bottleneck for gaming. On the AMD side of the fence, in the rare gaming laptops you'll find based wholly on AMD core technology, gamers will see mostly graphics solutions based on the now-aging Radeon RX 560, RX 570, and RX 580 paired with one of several AMD FX or Ryzen CPUs. Outside of the graphics card and processor, the other components should actually be closer to more expensive machines than you'd expect.
Look for Intel Core i5 processors in midrange systems, with Core i7 U, HQ, and HK processors in higher-end gaming laptops. The H-series processors are higher-power, and tend to show up in bigger, thicker laptop models, while the low-power U-series chips are designed for thinner, more portable machines. They are quite different, in terms of thermal profile, as well as overall performance potential; a U-series Core i7 processor may not even have the same number of processing cores as an H-series Core i7 chip.
Christopher Coke of PC Perspective published his review of the Logitech G PRO Gaming Headset, awarding it PC Perspective’s Gold Award. He shared, “with pro gamers now competing in million dollar tournaments and filling out stadiums of their own, PC gaming peripherals are going to the way of Nike, inextricably tying themselves to competitive gaming with marketing and team sponsorships."
Fortunately for anyone interested in acquiring a gaming laptop with decent battery autonomy, there are a number of models on the market that have highly optimized hardware configurations like the Asus ROG Strix Hero II (which has almost 5 hours of autonomy), the Acer Predator Helios 300 (approximately 6 hours 50 minutes of autonomy) or the Dell Inspiron 15 7000 (around 7 hours of autonomy). This last computer takes advantage of Nvidia’s Max-Q design in order to allow its GeForce GTX 1060 graphics chip to consume less power while remaining fully capable of gaming in Full HD. The Alienware 13 (OLED) also has a battery autonomy in excess of 7 hours (tested using office software).
Ross Rubin of Fast Company featured insights from Andrew Coonrad regarding the mechanical gaming keyboard market in his feature article, “The Mechanical Keyboards Of Yesteryear Are Back - And Better Than Ever.” Ross shared, “while dozens of small keyboard makers make only mechanical keyboards aimed largely at the video game market, Logitech is a keyboard giant that caters to a market beyond purists.
What’s more, some GeForce GTX 1060, 1070 and 1080 chips are labeled as “Max-Q”, meaning that they operate at a slightly lower frequency than “normal” graphics chips in order to reduce heat and facilitate their integration into thin and lightweight computers (which are not equipped with the same type of substantial cooling system as larger laptops). As a result, the performance of these chips is slightly lower (around 10% lower) than their non-Max-Q counterparts.