Intel’s slow information trickle Tiger Lake processor Recently changed True flood Because the company shared information about the first Salvo 10nm Super Fin chip, But one detail was missing: official disclosure of chips with four or more cores. It’s obviously a modest way, Blog post from Intel’s fellow Boyd Phelps on media The company announced that it would soon introduce an 8-core model,
“We also added a 3MB non-inclusive last level cache (LLC) for each core slice. Single-core workloads can access 12MB of LLC on a 4-core die. 8-core die configuration (details of 8-core product at a later date)..“
Intel claims to be a 4-core Tiger Lake model with a 10 nm SuperFin process, Willow Cove core, and Iris XE graphics, already surpassing AMD’s 8-core Renoir chip in performance benchmarks. If Intel’s performance predictions for the quad-core model are accurate, the 8-core Tiger Lake model is very competitive with AMD’s existing Ryzen Mobile’Renoir’ lineup and can even take the lead in threaded applications. There is a possibility. Independent third-party validation of the quad-core Tiger Lake chip has not yet been reviewed, but AMD’s future Zen 3 “Cezanne” APU AMD is currently very important as it seeks to maintain its performance advantage in the laptop market despite the looming 8-core Tiger Lake model.
While current dual-core and quad-core Tiger Lake chips only support the 7-28W segment, the larger 8-core Tiger Lake-H processor clearly tackles the upper layers of the performance market, up to 45W models (~ 65W). Peak)) For H-series Core i9 and i7 models.
We won’t go into the technical details of Tiger Lake in detail. Put all these resources together in one placeBut Intel’s plans for an 8-core Tiger Lake model aren’t surprising at all. Intel’s current 10th generation lineup includes a 10nm Ice Lake processor with up to 4 cores for the iGPU gaming market, and a 14nm Comet Lake processor for high-performance productivity workloads. However, Intel said during a Tiger Lake briefing that all future laptop chips will be equipped with a 10 nm (or higher) SuperFin (or higher) process.
Many of the previous restrictions on Intel Ice Lake model Both low clock frequencies and low yields have limited performance and core numbers-Intel’s best 10nm efforts to date have resulted in quad-core chips for laptops. Intel’s new 10 nm SuperFin process fixes a clock speed issue. With the addition of up to 700 MHz in base and boost frequencies and the advent of eight core models, lower defect rates, higher yields and the ability for Intel to punch. 10nm laptop chip with up to 8 cores.
Intel has no plans to incorporate Tiger Lake into its desktop chip lineup, but it’s already the first Tiger Lake NUC from ASRock.. Naturally, the 8-core Tiger Lake model will also be included in the NUC lineup. Considering pairing with the Xe graphics engine, it can be proven to provide a modest performance punch for compact desktop PCs.
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