Intel plans to enhance its Nova Lake processors with expanded cache memory to challenge AMD's Ryzen X3D series. The semiconductor company selected 24-core configurations for its enhanced cache initiative, while 48-core variants will arrive later without the dedicated cache improvements. Intel's gaming performance has struggled against AMD's 3D V-Cache technology since the 5800X3D launch.
The Nova Lake Core Ultra 400 family will introduce "bLLC" variants featuring larger last-level cache capabilities on select models. Two specific die configurations will receive the cache enhancement: an 8 P-Core with 16 E-Core variant and an 8 P-Core with 12 E-Core variant. The processors will utilize Cougar Cove and Arctic Wolf architectures with four additional low-power cores.
Higher core count models featuring dual compute tiles will launch one quarter after standard single-tile processors. These 48-core variants cannot accommodate the bLLC enhancement due to space constraints. Intel expects Nova Lake desktop processors to debut in 2026 on the LGA 1954 socket platform.
The Nova Lake Core Ultra 400 family will introduce "bLLC" variants featuring larger last-level cache capabilities on select models. Two specific die configurations will receive the cache enhancement: an 8 P-Core with 16 E-Core variant and an 8 P-Core with 12 E-Core variant. The processors will utilize Cougar Cove and Arctic Wolf architectures with four additional low-power cores.
Higher core count models featuring dual compute tiles will launch one quarter after standard single-tile processors. These 48-core variants cannot accommodate the bLLC enhancement due to space constraints. Intel expects Nova Lake desktop processors to debut in 2026 on the LGA 1954 socket platform.
