Yes, 14th generation chips often utilize chiplets for modular design and scalability.
Yes, 14th generation chips often utilize chiplets for modular design and scalability.
Intel's 14th generation chips are part of the Raptor Lake lineup, not a Raptor Lake refresh. The design still relies on traditional approaches rather than a chiplet-based power-saving method. There hasn't been any real improvement in power efficiency compared to previous generations.
Clock speeds on the 13900k have risen from 5.8 GHz to 6 GHz, a similar increase appears in the 14700k and 14600k models. Efficiency core clocks also improved slightly. The 14700k received a modest boost in cache size—about 3 MB more—but power consumption stayed roughly the same (though Intel claims otherwise). In fact, the 14700k is reportedly more power-intensive than the 13900k. Intel’s updates mention 'Intel Application Optimization,' which Steve and Steve from Hardware unboxed, and Gamers nexus clarified during their reviews, all pointing to the same performance figures.
There are opportunities to enhance power efficiency. This could lead to faster clocks without increasing power consumption. Chiplets tend to be less efficient than monolithic designs because their connections and interposers consume more energy per bit. However, this is balanced by improved manufacturing yields and better average binning. The design never intended chipsets; they were an unexpected adjustment. The focus shifted to silicon voltage control, making it more efficient per clock. Overall power usage stays consistent for similar chipsets since the new power budget enables higher clock speeds. Mobile-only designs will continue, with the 15th gen featuring Arrow Lake alongside mobile components. Ice Lake and Tiger Lake will remain exclusive to mobile platforms. (I’m aware Willow Cove was later reintroduced as the 11th-gen desktop chip.)
So Arrow Lake and MTL are receiving chiplets? Why did they even launch the 14th generation if they just needed a bit more time? It doesn't seem necessary to release a completely new generation when they could have avoided it entirely.