Weeks before both Intel Raptor Lake and Meteor Lake CPU models arrive, although the final models are not announced, there is no shortage of leaks. This time they come for a double generation, both the Meteor Lake and some Raptor Lake Refresh from the BAPCo database in which they have been leaked, according to WCCFTech.
Several new generation CPUs for Intel laptops have been leaked in the BAPCo database. The leaked references include four First-generation Core Ultra models that are part of the Meteor Lake family. One of them is a first generation Core CPU that is part of the Raptor Lake-U upgrade family and another is a 14th generation Core CPU that is part of the Raptor Lake-H upgrade family.
More Intel Core CPU leaks from Raptor Lake Refresh and Meteor Lake
The Core Ultra 9 185H processor for Meteor Lake generation laptops would offer a 6+8+2 configuration with 16 cores and 22 threads. If you ask why there are three, the first number is performance, the second is efficiency, and the third is sustained loads like AI in the VPU that will debut on Meteor Lake CPUs. It will have a boost clock of up to 5,1 GHz.
Another of the leaked processors is the Intel Core Ultra 7 155H, with the same core configuration but with lower clock speeds. It has been tested on several laptops from Dell, Lenovo and LG brands. The Core Ultra 5 135H and 125H share the same 4+8+2 core configuration with 18 threads, but offer slightly different clock speeds.
List of Intel Core CPUs that will soon be joined by Raptor Lake Refresh and Meteor Lake
The BAPCo database also has the Core Ultra 7 150U, which is part of the Raptor Lake-U generation. It has 10 cores and 12 threads. It would be the successor to the Core i5-1335U, which had the same configuration with 2 performance cores and 8 efficiency cores.
The leak ends with a Core i7-14700HX, although information on that one would have already been leaked before. It would be high-end for laptops, with 20 cores and 28 threads. As we always warn, these are leaks without confirming that they are information based on engineering samples, so the final details could vary with respect to the final models.
