That is Intel’s foray right into a disaggregated architectural design, with the 4 tiles related through Intel’s Foveros 3D packaging. There are a selection of firsts right here, together with the Intel 4 course of node on the basis of the brand new Compute tile.
Compute tile – Accommodates the latest-generation E-cores and P-cores, each of which introduce new microarchitecture enhancements. This tile is constructed on Intel’s subsequent technology Intel 4 course of node bringing main developments in power-efficient efficiency.
SOC tile – Integrates a Neural Processing Unit (NPU), bringing energy environment friendly AI capabilities to the PC which are appropriate with standardized program interfaces akin to OpenVINO, amongst others. Intel has additionally added new low energy island E-cores on the SoC tile instantly hooked up to the SoC cloth. These cores are perfect for a complete class of low-power workloads and permits for additional optimized power-efficient efficiency. The SoC additionally integrates Wi-Fi and Bluetooth, together with Wi-Fi 6E, in addition to media, with help for 8K HDR and AV1 codecs and HDMI 2.1 and Show Port 2.1 requirements.
GPU tile – Incorporates Intel Arc Graphics structure into the consumer SoC to ship discrete-level efficiency in an built-in type issue. The leap in graphics capabilities with elevated energy effectivity allows Meteor Lake to realize as much as 2x gen-on-gen efficiency.
IO tile – Accommodates Intel’s industry-leading connectivity with built-in Thunderbolt 4 and PCIe Gen 5.0.
One of the crucial talked about points of the brand new structure (at the least throughout the Q&A this editor attended) was the addition of low energy island E-cores within the SoC tile – that are distinct from the E-cores within the Compute Tile. SoC E-core utilization will come right down to software program and scheduling, however the potential vitality financial savings for cellular platforms may be very fascinating.