Intel to Release Two 22-Core Nova Lake-S Processors for Gamers

According to well-known insider Jaykihn, Intel is developing two new 22-core processors in the Core Ultra 5 series (Nova Lake-S lineup), with a massive cache capacity serving as their main feature.

Unconventional Architecture: 22 Cores for Balanced Power

The upcoming chips will feature a hybrid core configuration to balance and distribute workloads efficiently. For heavy computing, it offers 6 performance P-cores; for background processes, 12 efficient E-cores; and for basic tasks, 4 low-power LP-E cores.

bLLC Technology

The main focus of these chips is the memory subsystem. Intel is implementing bLLC (big Last Level Cache) technology, which adds 108 MB to the standard cache capacity, pushing the total figure up to 144 MB.

This move is a direct response to the 3D V-Cache (X3D) technology from the competitor AMD. However, Intel is offering a massive cache not just for flagships, but also for mid-range processors. This is critical for gaming and latency-sensitive applications.

Two Core Ultra 5 Variants, For Enthusiasts and Standard PCs

Both models feature nearly identical specifications, with the primary difference lying in power limits and overclocking capabilities.

• The Overclocking Model (125W TDP): Features an unlocked multiplier for users who want to squeeze out maximum clock speeds.
• The Standard Model (65W TDP): Features locked configurations designed for quiet and energy-efficient home or office systems.

What We Know About the Release and High-End Nova Lake-S SKUs

The upcoming flagships of the Nova Lake-S series will boast impressive core counts: they are expected to feature 44 and 52 cores, while their power consumption under load (TDP) could ramp up to 400W and beyond.

The first processors of the new lineup are expected to debut within the next few months, with the full rollout of the broader Core Ultra 400 lineup continuing through next year.