power consumption
heat production
CPUs are designed especially for Laptops. They will shut off portions of themselves when not in use.
Laptop CPUs are generally designed to be more power-efficient than desktop CPUs, allowing them to conserve battery life and generate less heat. Additionally, laptop CPUs often have lower clock speeds and fewer cores compared to desktop CPUs, as they prioritize energy efficiency and compact size over raw performance.
A laptop processor is a CPU optimized for Laptops. One of the main characteristics differentiating laptop processors from other CPUs is low power consumption.
The dimensions of a common CPU can vary significantly depending on the architecture and intended use, but most modern desktop CPUs typically have a size around 1.5 inches (38 mm) square. Laptop CPUs are often smaller, while high-performance server CPUs may be larger. Additionally, CPUs come in different package types, such as PGA, LGA, or BGA, which can affect their dimensions. Overall, standard CPU sizes are designed to fit into specific socket types on motherboards.
The CPUs in desktop computers are designed to provide maximum performance. This is usually not a concern for mobile computers; power efficiency and low heat are more important. So the processors in laptops and handhelds are designed slightly differently from those in desktops, to fit the needs of mobile suers better.
CPUs come in various sizes and options tailored for different applications, including desktop, mobile, server, and embedded processors. Desktop CPUs typically have higher performance and larger sizes to accommodate cooling solutions, while mobile CPUs are designed for power efficiency and compactness. Server CPUs often feature multiple cores and threads to handle heavy workloads, and embedded CPUs are optimized for specific tasks in smaller, specialized devices. Additionally, CPUs vary in clock speeds, core counts, and architecture types, such as x86, ARM, and RISC-V, catering to diverse computing needs.
Intel CPU's are generally regarded as better processors these days. The new Intel i7 CPUs are much faster then any of AMD's offerings. BBBBUUUTTTT if you don't have cash to burn, and your building a DESKTOP, not laptop, get a decent AMD processor. At least 4 cores and 8 threads with at least 2.6 GHZ. but if it is a laptop you seek, and it says AMD, by all means DONT BUY IT. AMD laptop processors are dip S***. get intel for laptop, and AMD for desktop. if your on a budget, that is.
In case someone is still watching for this answer, it is answered quite well in Wikipedia at the following link: http://en.wikipedia.org/wiki/Single_Edge_Processor_Package
Laptops are the tiniest computer that can do exactly the same stuff as a normal desktop computer. Because of the very limited space inside a laptop case, the manufacturers can't use a desktop computer's CPU in their laptops, so they have to go proprietary. If you havn't heard this before, it means non-replaceable, or non-interchangeable. This means you can't whip out the old CPU and whack in a new one, because the hardware configuration would be different. Although most manufacturers (mostly the brand name ones) choose to go with proprietary CPUs, some stay with universal hardware configurations. If in doubt, research the laptop you have and see if you can get hold of a faster CPU. If you can't, just get a new laptop!
AMD processors are commonly referred to as "Ryzen" for their mainstream desktop and laptop CPUs, while their high-performance line is known as "Threadripper." Additionally, AMD produces "EPYC" processors for servers and data centers. The naming convention may vary based on the specific product line and generation, but Ryzen and EPYC are the most recognized.
Dell Alienware M11x, M15x and M17x you left out the m18x
CPU are microprocessors.