Hi all,
I'm looking for input from people with a bit of knowledge/experience of reliability of gaming laptops, from a thermals point of view.
I've had a couple of gaming laptops in the past, and they're great for gaming away from home. Unfortunately, in my experience the GPUs are prone to failure. Although I don't have any hard data, I suspect that the OEMs that make these kinds of machines are a bit too over-optimistic as to how much heat a chassis can get rid of, which results in severe temperature cycles. My theory is that it as soon as a bit of dust builds up, the temperature cycles from gaming sessions become very severe, and eventually BGA pins start popping. Even if you religiously prevented dust build, the temperature cycles might still be severe enough to drastically shorten lifetime.
I'm in the market for a gaming laptop, but I'm wary of getting another machine which may prove unreliable within the space of a few months or a year, as has generally been the case in the past. For example, right now SCAN are offering a tasty-looking 15.6" gaming laptop:
http
/3xs.scan.co.uk/ShowSystem.asp?SystemID=1609
I'm wondering how feasible that laptop really is. The TDP of the GTX 765M is apparently ~60-65W. The TDP of of the i7 4900MQ is ~47W. Throw in another 10W or so for other functions makes ~125W. Am I right in thinking that 125W will create some pretty severe temperature cycles on a 15.6" chassis without some kind of fancy cooling solution?
I'm starting to think that unreliability may just be something that comes with the territory if you want a gaming laptop good enough to run up-to-date games.
Any opinions?
I'm looking for input from people with a bit of knowledge/experience of reliability of gaming laptops, from a thermals point of view.
I've had a couple of gaming laptops in the past, and they're great for gaming away from home. Unfortunately, in my experience the GPUs are prone to failure. Although I don't have any hard data, I suspect that the OEMs that make these kinds of machines are a bit too over-optimistic as to how much heat a chassis can get rid of, which results in severe temperature cycles. My theory is that it as soon as a bit of dust builds up, the temperature cycles from gaming sessions become very severe, and eventually BGA pins start popping. Even if you religiously prevented dust build, the temperature cycles might still be severe enough to drastically shorten lifetime.
I'm in the market for a gaming laptop, but I'm wary of getting another machine which may prove unreliable within the space of a few months or a year, as has generally been the case in the past. For example, right now SCAN are offering a tasty-looking 15.6" gaming laptop:
http

I'm wondering how feasible that laptop really is. The TDP of the GTX 765M is apparently ~60-65W. The TDP of of the i7 4900MQ is ~47W. Throw in another 10W or so for other functions makes ~125W. Am I right in thinking that 125W will create some pretty severe temperature cycles on a 15.6" chassis without some kind of fancy cooling solution?
I'm starting to think that unreliability may just be something that comes with the territory if you want a gaming laptop good enough to run up-to-date games.
Any opinions?