Nrml Man

Thank you for answer.So Thank you for answer.Maybe i'll install a ptm7950 later or i want to try a cryosheet or carbonaut also.With Gelid ptm cpu's temperature goes to 79-85 degrees in peak and normalizes to 65-75 in games.With graphene pads will be better or it will have only longer life resource? Did you see any issues with installation (slide for example)?

Hello guys.I have Precision 7530 with i7 8750h,now i'm using Gelid HeatPhase ultra (analog of ptm 7950, 8.5Wt also) on cpu and gpu.Gpu's temp is fine always,but how can i lower it on cpu? (without using LM).Is PTM and analogs are top now,or graphene pads are better? (TG Cryosheet or Carbonaut)

Thanks again.So this is a reason for thinking about t1000 or 1650.Have one more question - can you explain me why xeon e3-1535m (has 4 cores/8 threads with 2.9-3.8hz) works with normal temperatures (i saw 70-71 C maximum),but i5-9400h on same process size 14nm and socket,has also 4 cores/8 threads with a similar perfomance,but works hot and a temperature jumps every second,from normal to peak with difference 15-20 degrees.Xeon's temps increase smoothly,without any jump.Both notebooks are clean,with new thermal interface.

Great!Thank you guys very much for answers.So i maybe would buy p2000,it's price is lower than t1000's.I did work with p2000 on precision 7530,it's perfomance was enough for me,but 7530's cpu is hot,7510 has nice temperatures.And something else - do you feel some delay (input lag) with switchable graphics in games?

Hello.guys.Sorry for my english (if anything).I'm using Precision 7510 with xeon e3-1535m v5 and quadro m2200.Does anyone know - does it work with Pascal's architecture gpu?I'm thinking about Quadro p2000.I want my laptop to work only on discrete card without integrated gpu (like my m2200,it works fine in this mode,but i need more perfomance).Or,if i would buy "turing" t1000,what will be delay (input lag) in games?I understood it doesn't work without integrated Intel.My laptop's screen has refresh rate 60hz,so i'm using Vsinc also.