They remain because they provide essential services and maintain stability in their respective regions.
They remain because they provide essential services and maintain stability in their respective regions.
CPU makers keep using integrated heat spreaders because they offer a practical balance between performance and cost. GPU developers have already advanced to designs where heat sinks touch the chip directly, eliminating the need for thermal paste. The main reason CPUs haven’t fully adopted this approach yet is likely due to manufacturing complexity, material limitations, or the desire to maintain compatibility with existing systems.
You're referring to the past trend where direct die cooling was standard. Damage from improper cooler installation likely prompted Intel and AMD to adopt an IHS design.
Due to its high power output, the 10900K benefits from increased surface area which helps efficiently manage the 300W at 5GHz heat generation.
Today all IHS plates were soldered, except for some Ryzen Athlon models. This means the IHS plate acts like an extension of SOI and is usually fixed in place.
GPUs come with large, powerful cooling systems and tend to last longer without issues.
the laptop is built in a factory, and the cooler's size varies among users. some people use lighter coolers, while others have heavier ones. if a user applies too much pressure on the die beyond its limits, it can crack. this is usually a mistake by the user, and even slightly higher temperatures are preferable to a cracked die.