Intel plans to reserve expanded cache configurations for processor variants permitting overclocking adjustments within its forthcoming Nova Lake desktop lineup, according to industry sources tracking the California manufacturer's strategy against rival products from AMD. The enhanced memory architecture designated Big Last Level Cache will reportedly appear exclusively on unlocked models, with midrange Core Ultra 5 chips featuring eight performance cores and 16 efficiency cores potentially receiving 144 megabytes of additional onboard storage.
Speculation suggests premium Core Ultra 9 variants could accommodate dual cache tiles totaling 180 megabytes, though leakers indicate the technology remains confined to enthusiast-oriented products rather than mainstream locked configurations. The approach mirrors competitor tactics after AMD successfully enabled full tuning capabilities across its X3D processor range.
Santa Clara's next-generation platform arrives with support for 8000 megatransfer DDR5 memory and accommodates 52 total cores across performance, efficiency and low-power categories through a redesigned socket supporting thermal envelopes reaching 150 watts.
Speculation suggests premium Core Ultra 9 variants could accommodate dual cache tiles totaling 180 megabytes, though leakers indicate the technology remains confined to enthusiast-oriented products rather than mainstream locked configurations. The approach mirrors competitor tactics after AMD successfully enabled full tuning capabilities across its X3D processor range.
Santa Clara's next-generation platform arrives with support for 8000 megatransfer DDR5 memory and accommodates 52 total cores across performance, efficiency and low-power categories through a redesigned socket supporting thermal envelopes reaching 150 watts.
