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In a video interview conducted by KitGuru's Leo Waldock, a key Intel chip architect has confirmed that his team is working on the "great-grandchild" of "Lion Cove." Ori Lempel—Team Blue's Senior Principal Engineer in Core Design—did not reveal the codename for this distant technology, but industry moles have heard rumblings about "Griffin Cove" being the internal reference/nickname for this futuristic processor core architecture. Intel's current-gen "Lion Cove" core design has turned up within Core Ultra Series 2 "Arrow Lake" and "Lunar Lake" chips. Lempel disclosed a compelling tidbit; his department has finalized its next-gen "Cougar Cove" IP—destined to debut by the "second half of 2025," in Panther Lake mobile processors.
The Team Blue Core Design division seems to be devising far out technologies—in the case of an alleged "Griffin Core" series, three generations ahead—with an eye on regaining ground from a main competitor: AMD. Industry watchdogs have gauged varying levels of Intel's struggles over the past couple of years; most notably in the field of mainstream desktop CPU solutions. As stated to KitGuru, Lempel revealed that his team's setup has evolved into a more advantageous position—namely in becoming "99% process node agnostic." Former company boss—Pat Gelsinger—was the main driver behind an "IDM 2.0 transformation." Lempel elaborated on this topic: "they can be hardened on any process node in terms, of you know, the libraries are there, the analogs are there. The design can synthesize to whichever process node. The optimization is process non-dependent. Because Intel/TSMC processes are all different..."
KitGuru's video description states: "On the one hand we have Lunar Lake which we like, while on the other hand we have Arrow Lake which is troubled, yet both families of processors run on Lion Cove P-cores and Skymont E-cores and have a huge amount in common. Another point which we mentioned in our reviews but didn't cover in much depth is that Lion Cove ditches SMT or Hyper-Threading which has been a feature since Pentium 4 in 2002. We are familiar with an eight-core CPU with 16 threads, but we now have to get used to the idea of 8P+16E=24T. We figured the best way to understand this significant change was to ask Ori Lempel; the leader of the team that designed Lion Cove."
"Stick in there, this a long one (43 minutes!), but it's worth a good look."
View at TechPowerUp Main Site | Source
The Team Blue Core Design division seems to be devising far out technologies—in the case of an alleged "Griffin Core" series, three generations ahead—with an eye on regaining ground from a main competitor: AMD. Industry watchdogs have gauged varying levels of Intel's struggles over the past couple of years; most notably in the field of mainstream desktop CPU solutions. As stated to KitGuru, Lempel revealed that his team's setup has evolved into a more advantageous position—namely in becoming "99% process node agnostic." Former company boss—Pat Gelsinger—was the main driver behind an "IDM 2.0 transformation." Lempel elaborated on this topic: "they can be hardened on any process node in terms, of you know, the libraries are there, the analogs are there. The design can synthesize to whichever process node. The optimization is process non-dependent. Because Intel/TSMC processes are all different..."
KitGuru's video description states: "On the one hand we have Lunar Lake which we like, while on the other hand we have Arrow Lake which is troubled, yet both families of processors run on Lion Cove P-cores and Skymont E-cores and have a huge amount in common. Another point which we mentioned in our reviews but didn't cover in much depth is that Lion Cove ditches SMT or Hyper-Threading which has been a feature since Pentium 4 in 2002. We are familiar with an eight-core CPU with 16 threads, but we now have to get used to the idea of 8P+16E=24T. We figured the best way to understand this significant change was to ask Ori Lempel; the leader of the team that designed Lion Cove."
"Stick in there, this a long one (43 minutes!), but it's worth a good look."
View at TechPowerUp Main Site | Source
