There is an interesting thing about that. The mobile 1060 3gb isn't the same chip as the desktop part. The 1060(m) 3gb is actually the same chip as the desktop 1060 6gb, but with 3gb VRAM. I wasn't aware of that when I bought my laptop with the 1060 3gb, but after doing additional research, I was pleased to see that while the desktop parts naming is disingenuous, the mobile parts are as the naming scheme implies.
The laptop features a powerful combination of an Intel Core i5 processor and a NVIDIA GeForce GTX 950M GPU. It's a great hardware combination which ensures that you can play most games on medium to high settings. These specs also offer great online multimedia performance. We also really liked the high-quality, secondary features of the laptop: It has a backlit keyboard, very good built-in speakers, and fast 802.11ac WiFi.
Because they usually require dual GPUs for the smoothest gameplay at native resolution, 4K gaming laptops are still the exception, and still expensive. And keep this in mind: Only the most powerful graphics cards can render complex game animations at playable frame rates across the full screen at 4K, so a 1080p screen may actually be a better use of your money if all you do is play games.
A few less common items are worth looking for if you're a serious mouse tweaker. The software might control "lift distance," or how far you can raise a mouse off the pad or desk before it stops tracking. A slider or, better, a wizard-style setup function will dictate this in the utility, if present. Another feature is surface calibration, in which the mouse software runs a routine that optimizes the mouse and its sensor for the texture and traits of your mousing surface. On the even more esoteric side: support for angle snapping (a movement-compensation feature that helps you move the mouse in straight lines) and for designating different resolutions for the X and Y axes (say, for faster tracking only sideways, to traverse a vast landscape in an RTS world).
That said, notebooks aren't upgradable, apart from their primary system memory (RAM, not to be confused with the graphics memory) and in some cases, the storage. You're going to be stuck with the screen, the graphics chip, and the processor you buy now, so evaluate these parts wisely. If you can stretch your budget a bit to get the next-tier-higher component, it can pay dividends in terms of usable life.
So, what makes the difference? Comfort and accuracy come more naturally to some models than others. An extra button in the right spot can speed up switching modes or weapons, saving you life-or-death fractions of a second. And the right supporting software can power simple or complex shortcuts that decide defeat or victory. Here's what to look for in a right-fit gaming mouse.
Ever since the 2016 launch of mobile Pascal, gaming notebooks have mostly closed the gap with their equivalent desktop cousins. With Nvidia's previous-generation "Maxwell" architecture, mobile-graphics-chip performance tended to be roughly 70 to 80 percent of what you'd get from the desktop cards they were based on. (See our picks for the top gaming graphics cards for 1080p play.) But the Pascal mobile chips deliver almost equivalent performance to their desktop counterparts of the same name, assuming they are implemented in machines with a complementary CPU, and in designs that do the GPU's thermal needs justice. (Most do.)
Planning on spending hours upon hours handing out beatdowns in Fortnite or Call of Duty? Check out the Dell G3 15 Gaming laptop, which lasted an impressive 6 hours and 37 minutes on our battery test. Gamers also get a system capable of kicking out some solid frame rates and good sound, thanks to a GTX 1050 Ti GPU and some powerful speakers. And at 5.2 pounds and 0.9 inches thick, this is one of the thinnest entry-level gaming laptops available.