Intel’s Nova Lake-AX: New Strix Halo Competitor Leaked

Key Takeaways

1. Intel’s roadmap reveals plans for the Titan Lake architecture featuring 100 CPU cores on a single die post-2027.
2. The upcoming Nova Lake-AX chip aims to compete with AMD’s Strix Halo-type processors and is expected to launch around 2026-27.
3. Nova Lake-AX will include Coyote Cove P-cores and Arctic Wolf E-cores as part of the larger Nova Lake series.
4. Intel needs to match or exceed AMD’s specifications, with the Strix Halo offering up to 128 GB of memory and a powerful integrated GPU.
5. There is potential for Intel to use LPDDR6 memory, and the Nova Lake-AX is anticipated to have a thermal design power of over 100 Watts.

A new Intel roadmap has come to light, revealing its plans for post-2027, which includes the Titan Lake architecture boasting an impressive 100 CPU cores on a single die. In the meantime, a well-known leaker on X has provided insights about a more imminent product aimed at directly rivaling one of AMD’s top laptop models.

Introducing Nova Lake-AX

This upcoming chip, named Nova Lake-AX, is set to compete against Strix Halo-type processors. However, by the time it officially hits the market in 2026-27, the Medusa Halo will likely have already been available for some time. Sadly, Jaykihn lacks further details regarding Nova Lake-AX right now. It is expected to incorporate a combination of Coyote Cove P-cores and Arctic Wolf E-cores, as part of the larger Nova Lake series.

Focus on GPU and Memory

The true innovation will be seen in its GPU and memory configurations. The Strix Halo provides up to 128 GB of 256-bit memory alongside a 40 CU RDNA 3.5 integrated GPU. For Intel to compete effectively with Team Red, it needs to offer similar or even superior specs. With JEDEC’s recent certification of LPDDR6 memory, there’s a strong possibility that Intel might leverage this for a competitive edge.

As for the integrated GPU, a 20 Xe core SKU based on Intel’s Celestial architecture seems like a reasonable expectation. Concerning thermal design power (TDP), a minimum of 100+ Watts will likely be necessary given Nova Lake-AX’s intended high-performance profile.

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