Intel's Rumored Wildcat Lake Refresh is Reportedly Coming With 8 Cores in 2027
A new leak from well-known hardware insider Jaykihn on X suggests that Intel is working on a Wildcat Lake Refresh chip for 2027. VideoCardz, which first reported on it, later independently confirmed parts of the leaked information through its own sources, adding more weight to the claims.
According to the leak, Intel’s upcoming Wildcat Lake Refresh processors may feature a 4+0+4 configuration. That translates to four Performance cores, no standard Efficient cores, and four Low Power Efficient cores. If accurate, it would mark a substantial jump over the current Wildcat Lake lineup, which tops out at a 2+0+4 design.
Budget laptops, as you may know, often struggle with heavier workloads, and doubling the P-core count could deliver a more noticeable improvement in everyday responsiveness than simply adding more efficiency-focused cores.
Speaking of leaks, recent reports also claimed that Intel quietly scrapped a lower-end Nova Lake mobile processor featuring a 2+0+4 configuration. Well, this latest Wildcat Lake Refresh rumor may explain why.
Rather than launching another six-core chip that overlaps with existing products, Intel could reportedly be shifting its budget strategy toward a stronger eight-core Wildcat Lake Refresh platform instead. That would create clearer separation between its entry-level and higher-end mobile offerings.
VideoCardz, citing its own sources, has also confirmed that the Wildcat Lake Refresh is currently part of of Intel’s upcoming Core Series 4 family. The publication further claims that the refreshed lineup would reportedly launch under Core 5 and Core 7 branding, while Core 3 variants may remain unchanged.
As of now, Intel has not publicly confirmed any of these plans. However, if the reports prove accurate, budget laptops in 2027 may end up receiving a far larger CPU upgrade than many expected.
Read our disclosure page to find out how can you help Windows Report sustain the editorial team. Read more
User forum
0 messages