Qualcomm Said to Launch Snapdragon Chipsets Based on 2nm Node Next Year Alongside Apple

Qualcomm is rumoured to debut the successor to its flagship Snapdragon 8 Elite chipset this 12 months. The successor to this purported chip, dubbed Snapdragon 8 Elite 3, may very well be fabricated on a 2nm course of, in accordance to claims by a tipster. The improved lithography is alleged to be carried out not just for Qualcomm’s flagship 2026 SoC however for an additional variant too, which can be launched as a much less highly effective iteration of the purported Snapdragon 8 Elite third technology chip. Meanwhile, Apple can also be tipped to debut its A20 chipset primarily based on a 2nm node subsequent 12 months.

Qualcomm’s 2nm Chips in 2026

This data comes from Digital Chat Station (translated from Chinese). In a submit on the Chinese social media platform Weibo, the tipster shared particulars about Qualcomm’s 2026 chipsets. The US-based chipmaker is alleged to launch two SoCs subsequent 12 months primarily based on a 2nm node — SM8950 and SM8945.

The former is tipped to be the successor to the Snapdragon 8 Elite 2 and could also be launched as a flagship processor for premium smartphones. Meanwhile, the latter may debut as a much less highly effective iteration of the purported Snapdragon 8 Elite 3. Although it’s also anticipated to be fabricated on a 2nm course of, it could include underclocked GPU cores or a much less highly effective GPU altogether.

To decrease manufacturing prices, Qualcomm is reported to undertake a dual-sourcing technique. It might rely on each TSMC and Samsung Foundry for the fabrication of its 2026 flagship smartphone chipset.

According to a WCCFTech report, Apple can also be gearing up to introduce a 2nm chipset subsequent 12 months dubbed the A20 Pro. It is anticipated to energy the iPhone 18 fashions and the Cupertino-based know-how big may very well be TSMC’s first vendor for its 2nm node. Called TSMC N2, it’s mentioned to supply a nanosheet transistor construction which delivers full-node efficiency whereas sustaining energy advantages.