paladin181: "Gaming laptop"
Already failed. Such a thing is not reliable.
Good gaming machines generate too much heat to be viable in a reliable portable gaming system. The Switch is a good gaming machine developed to remedy this and may be the first actually viable legit gaming system, and it isn't PC standard.
Why do people try to make gaming laptops?I genuinely want to know because the concept is a joke.
"Good" is so relative. You're from the camp where a powerful desktop with high end component is good and everything else is crap?
The volume of a slim PS4 is about 2700 cubic centimeters. I just checked the dimensions of a 17.3" gaming laptop (not the smallest, nor the largest), and it comes to about 3900 cubic centimeters. Sure, it has a keyboard, touchpad, screen, and battery, speakers, and connectors which the PS4 don't have. On the other hand, it lacks an optical drive. It's a tight fit, but it's entirely possible to build a system with fair thermals and better performance than a PS4 in such a space. And the fit isn't omgwtf optimized like it is with smartphones; there's *plenty* of headroom to build a tighter package if someone cared.
These things tend to be much louder than I like though.
Meanwhile, I'm playing games with a 14" thinkpad with intel graphics (obviously not a gaming laptop), and laughing at all the people saying that it's not possible to play games with intel graphics.
EDIT: If you observe clock speed - performance - power/tdp charts, one thing you should notice is that past a certain point, performance does not scale linearly (and indeed does not improve much at all) as you increase tdp (heat output). In other words, desktop gamers going for the highest end components tend to buy a little bit performance for a crazy increase in power consumption & heat output. At extreme, overclockers may buy 5% in clock speed for 50%-100% in power. Going the other way, you can reduce the performance of a system slightly and make it much easier to handle the thermals.
This is also why server CPUs generally run at lower clock rates. That's where the performance per watt sweet spot lies.