Intel Announced the Lake 3D '3D' Chip for Folding Screens and Ultra-thin

This guide provides a practical overview of Intel Announced the Lake 3D '3D' Chip for Folding Screens and Ultra-thin, including its main features, benefits, limitations, and important considerations.

According to Intel, i3 and i5 "Sunny Cove" hardware manufactured on 10nm processes will handle heavy-duty tasks, while less-demanding tasks will be transferred to Atom cores, compatible similar to the "big. Little" layout that Qualcomm often uses. And unlike the Snapdragon 8cx chipset for laptops, which are restricted to ARM-only applications, Lakefield processors will be able to run any 32-bit and 64-bit Windows software. A Lakefield chip can technically fix all the problems we're having on the Surface Pro X: this expensive tablet can't run every application the user wants!

Intel can combine many chip and onboard memory architectures into a single processor thanks to its Foveros 3D packaging technology. This technology allows them to build multiple logic boards and memory modules on top of each other, instead of spreading them out on a 2D flat circuit board like traditional microprocessors. And with this method, Lakefield chips will not take up much physical space, making them ideal chips for ultra-thin devices.

According to Ram Naik, senior product manager of Intel's Client Computing Group, " I think in the near future, when we introduce it (Foveros 3D) on Intel Core processors with Hybrid Technology, we will get huge benefits in terms of single stream performance thanks to Sunny Cove, and as a result, we will be able to get pretty good feedback. benefit to consumers ".

Lakefield processors launched this time have 2 5-core processors (one i3 or i5 core and four Atom cores) using 7-watt thermal design profile. The i5-L16G7 processor is clocked at 1.4GHz and can reach 3GHz on one core, or 1.8GHz on all cores. The i3-L13G3 processor is clocked at 800MHz and has a single core turbo speed of 2.8GHz. Both of these chips will be powered by Intel 11th-generation graphics chips which, according to the company, are 1.7 times faster than the low-power Core i7-8500Y CPU. Intel says it will use either 4GB or 8GB LPDDR4X RAM - depending on the manufacturer.

Obviously, these new processors will not be "speedy", but they are evidence of how Intel is pursuing new chip designs. Although AMD has moved to 7nm designs with CPUs and GPUs without a problem, Intel still has a hard time abandoning its aging 14nm architecture. Intel's first 10nm chips, Ice Lake CPUs launched last year, had impressive performance - but the company still had to depend on the 14nm design for more powerful 10th-generation CPUs. That's why new 3D chips are of particular importance: they will open Intel a path to innovation even as it is pulled back by Moore's Law and the growing competition from Qualcomm and AMD.