We are already telling you that they are not the same, and even processors with the same name have great variants that we will talk about next.
Physical limitations of laptops
The laptop must integrate a working PC into a very small space, namely limit the size of its objects, and that includes you refrigerator. If we had a laptop with a mean, 95 watt processor which is standard for a mid-range processor, we would need a compatible heatsink to keep it warm properly.
The same thing happened with food. Laptops have an external power supply that is responsible for providing power to all the sets, and these electrical power are integrated so that they can carry it from one side to the other by the laptop itself. Of course, if we had a laptop with a desktop processor we would need fchord power supply to give you the strength you need, right?
Although some exceptions have been identified in the past, here are the reasons why desktop processors are used in textbooks: primarily for cooling and using.
The difference between laptop and desktop processors
Leaving aside the fact that laptop processors often have their own nomenclatures (such as extensions, such as the "M" in AMD), there are basic differences or processors from the same family.
- Use: desktop processor uses more power than a laptop; so you need the right electricity and cooling system.
- Isaac: Usually the desktop processor is "removable", but laptop processors are usually sold on-board and cannot be replaced without replacing them.
- Different number of ancestors: As a general rule, laptop processors tend to have fewer cores than desktop processors, and with equal calls, they will usually not have HyperThreading / SMT to double the number of threads.
- Slow down: Laptop processors also tend to have very low operating speeds, and the biggest difference is the base speed and Turbo speed. It's not unusual to see 1.2GHz core processors up to 4GHz in Turbo mode. This and the past are related, of course, to low consumption.
- Unique features: When we buy a processor we see that they have a list of specific features in addition to the calories and their speed. Many desktop processor features are eliminated on portable processors, such as the ability to use virtual machines (though not all, of course).
- Integrated graphics: There are many desktop processes including integrated graphics, but many others do not. On a laptop, almost all the processors we will find will have embedded drawings.
You've seen it. With the limited capacity of laptops, app developers have had to figure out how to offer the best performance but they have few features and, logically, lower usage and therefore less power than desktops.
