no, but as their electronics are squeezed into a much more confined space they are more likely to have more "hot spots" than desktops.
NO
Generally, a laptop processor should NEVER generate more heat than a desktop processor. That is because a laptop processor uses less power, hence the heat generated would be lesser.
Current model laptops run their processors at slower, lower heat speeds when they are not being used heavily. Fire up a copy of your favorite graphics-intensive video game and your laptop will burn electricity and generate heat as fast as a desktop system .
Laptop processors are designed to use less power and create less heat than desktop processors.
A desktop processor usually uses more power than an equivalent laptop processor. Usually manufacturers make processors specifically for laptops and these processors are optimized to reduce their power consumption and heat output.
At the same speed they likely use similar power, but as dissipating heat is easier in desktop it is more likely to use faster higher power processor.
Laptop processors are designed to use less power and create less heat than desktop processors laptop processors are used less power.
I'm not sure what the pinout is, but you cannot use a laptop processor in a desktop application. Most laptop processors are designed to consume less voltage and produce less heat than there desktop cousins. Only very high-end laptops use desktop processors in them, such as www.alienware.com
The Intel Pentium M is a type of processor that is used in laptops. The M stands for mobile and the Pentium M is designed to use less power and generate less heat than a processor used in a desktop.
No, you cannot put a PC processor on a laptop. There are many reasons why. Here are some:sizes varylaptop motherboard requirements are differentPC processors consume more power and produce more heatLaptops in general need to be in cool running conditions (ventilated area etc)
Currently the Core i7 processor line is the fastest on the market, but very few laptop manufacturers will carry it, due to its heat consumption.
power consumption heat production