Intel not too long ago talked about how they’re innovating on their chip manufacturing course of. They shared essential data associated to their upcoming 14th-Gen Meteor Lake CPUs. Intel has demoed an structure design with on-die RAM. We’ll speak about what which means, how it’s much like Apple’s present chipmaking method, and what this implies for the upcoming Intel Meteor Lake processors.
Intel Meteor Lake CPU with On-Die LPDDR5X Reminiscence Revealed
Intel’s developments on Meteor Lake will play a key position in making these new CPUs distinctly totally different from older ones, particularly in the event that they implement this new CPU structure design. The chip design was proven off in a demo, however Intel didn’t reveal if this was an entry-level i3 or flagship i9 processor. Nonetheless, the architectural design proven off by Intel on this Meteor Lake CPU signifies a drastic change that straight impacts how the pc’s RAM operates.
Intel has demoed a Meteor Lake CPU design with on-die reminiscence. The RAM utilized in most laptops at present is both soldered onto the motherboard or is upgradable by including new RAM sticks. If a CPU has on-die reminiscence, it principally negates any risk of upgrades. The RAM proven right here is Samsung’s 16GB LPDDR5X reminiscence with 7500MHz pace. Simply so you understand, we have now not seen RAM speeds this excessive paired along with a laptop computer CPU. Even the i9-13980HX laptop computer that we reviewed solely had 4800MHz RAM speeds.
So, evidently implementing on-die reminiscence means the RAM pace itself will be a lot greater! The actual LPDDR5X RAM that Intel confirmed has a peak bandwidth of as much as 120 GB/s. Now, we are going to speak about why Intel has adopted within the footsteps of Apple and is now utilizing the same chip design.
Why Intel & Apple Designed RAM to Be Subsequent to the Processor
When the CPU has to entry the system reminiscence, your entire course of turns into considerably swifter and extra environment friendly with on-die reminiscence. How so? Merely put, when the RAM is put near the CPU, they will each discuss to one another a lot quicker! Therefore, on-die RAM is intrinsically a lot quicker to entry for the processor.
Intel’s new, potential Meteor Lake chip design is much like Apple’s method for designing its ARM-based M2 & M1 chips used of their Mac lineup of computer systems. On-die RAM may turn into an industry-standard sooner or later. Apple has already shifted its CPU design to make use of unified reminiscence. It seems like Intel is gearing as much as do the identical. You’ll be able to take a look at Apple’s design beneath, for the M1 Extremely chip.
Identical to how Intel designed the above Meteor Lake CPU, even the Apple chip has its unified reminiscence. Once more, that is on-die RAM, the place Apple connected the system’s RAM to the identical die because the M1 Max CPU. In case you didn’t know, the 4 black squares beneath symbolize the 64GB of unified reminiscence out there on the Apple M1 Max chip.
On-die reminiscence is certainly a breakthrough. There’s a vital discount in total communication latency between the processor and on-board system reminiscence. Due to this benefit, it could be price buying and selling upgradability for higher RAM implementation. Nonetheless, if this turns into a regular, it should turn into not possible to improve laptop computer RAM sooner or later!
Right here is all the pieces we learn about Intel 14th Gen desktop & laptop computer CPUs to this point, so undergo this detailed explainer to carry your self up to the mark. We’ve even talked in regards to the launch date, specs, and benchmarks for Intel’s subsequent processor lineup. Anyway, what are your ideas on this new Meteor Lake CPU structure demoed by Intel? Tell us within the feedback beneath.
Featured Picture Courtesy: Intel