Raptor Lake

<p>Raptor Lake is <a href="/facts/Intel/SMF0gJJX">Intel</a>'s <a href="/facts/List_of_Intel_codenames/bHsKcU7u">codename</a> for the 13th and 14th generations of <a href="/facts/Intel_Core/lwa8VSdT">Intel Core</a> processors based on a <a href="/facts/Heterogeneous_computing/FYkECQ75">hybrid architecture</a>, utilizing <a href="/facts/Raptor_Cove/Jx9as7v3">Raptor Cove</a> performance cores and <a href="/facts/Gracemont_(microarchitecture)/we3xguWv">Gracemont</a> efficient cores. Like <a href="/facts/Alder_Lake/q7rtppRT">Alder Lake</a>, Raptor Lake is fabricated using Intel's <a href="/facts/7_nm_process/7UatqvR9">Intel 7</a> process. Raptor Lake features up to 24 cores (8 performance cores plus 16 efficiency cores) and 32 <a href="/facts/Thread_(computing)/hh8WHyPd">threads</a> and is socket compatible with Alder Lake systems (<a href="/facts/LGA_1700/gfIt6d2C">LGA 1700</a>, BGA 1744, BGA 1964). Like earlier generations, Raptor Lake processors also need accompanying <a href="/facts/Platform_Controller_Hub/6SyP8Vmj">chipsets</a>. Raptor Lake CPUs have suffered issues with permanent damage from elevated voltage due to a vulnerable clock tree circuit, resulting in instability. Intel claims these issues have been since fixed in the latest microcode patches, which requires updating the motherboard's BIOS.
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Raptor Lake open-in-new

Raptor Lake