Intel Nova Lake Tile Die Size Estimated Below 100 mm²; bLLC Variant Expected to Reach Approximately 153 mm²

Recent insights into Intel’s Nova Lake tile die reveal that initial speculations were largely accurate, with die sizes nearing 100 mm² for these innovative chips. This development is particularly intriguing as it promises significant performance improvements within a smaller footprint.

Intel Nova Lake Tile Die Dimensions and Size Reduction

According to a leak shared by the reputable leaker Golden Pig Upgrade (via @9550pro), the anticipated size of the Intel Nova Lake tile die has been adjusted to 14.8 mm x 6.6 mm, equating to approximately 97.68 mm². This adjustment represents a 16.7% reduction in size compared to the Arrow Lake CPUs, which measure around 117.2 mm².

Image showing component dimensions with specifications — Image Credits: Weibo

This compact size is significant, especially considering the tile configuration will feature an 8+16 core setup utilizing Coyote Cove Performance cores alongside Arctic Wolf Efficient cores. Additionally, we can expect non-overclockable 4 LP-E cores, enhancing overall processing capabilities.

It is essential to approach these details with some caution, as they have not yet been officially confirmed. However, the variants designed with 144 MB of on-die Last-Level Cache (bLLC) are projected to have a die size of roughly 153.92 mm², which represents a significant increase in specifications aimed at competing with AMD’s X3D offerings in gaming performance. The higher L3 cache is known to facilitate quicker data access, thus improving efficiency.

Furthermore, Intel is exploring configurations with a dual-standard 8+16 tiles, potentially allowing for a staggering total of 52 cores under a 800+ Watts PL4 limit. For the variants equipped with bLLC, the total die area could reach around 307 mm², while the non-bLLC versions may max out at approximately 195 mm². Below is a summary of the die sizes currently known: