Report: Samsung will be making some Snapdragon 8 Elite 2nd gen chips on a 2nm node | Infinium-tech

Qualcomm seems to have planned a double source. Run away The report states that Qualcomm and Samsung have reached a deal to fab the chip on the advanced 2Nm node, but also that the TSMC will produce a version of the chip on the 3Nm node.

Samsung must have been making chips in its Hwaseong S3 factory, producing a thousand 12 -inch wafers a month. These chips will be used in Galaxy devices in the second half of next year – if it is true, they will be too late to the Galaxy S26 series, so perhaps the Galaxy Z fold 8 and Z Flip8 (possibly Tab S11 Slates).

Timeline for Samsung’s Gate-All-Around (GAA) nodes

According to the report of the publication, both companies have reached a similar deal for another chip. Qualcomm has designed a 4Nm chipset for Extemplate Reality (XR) headset, which will be used in Samsung’s project Muhan, which is scheduled to be released later this year. Samsung is working on two other XR headsets, projects and projects Jinju, but it is not clear what chips will be used for those people.

Samsung has the ability to produce 7,000 12-inch wafers on its 2Nm node, so Snapdragon 8 Elite 2nd gene deal is only 15% of its capacity. However, internal sources say the deal is a performance of confidence in Samsung’s founders, which will help attract it to other customers.

Of course, part of 2Nm capacity will be allocated to Exynos 2600 chipset, which will be used “definitely” in the Galaxy S26 series (anyway, anyway). But will all the S26 models use Exynos? This part is slightly unclear and depends on when the TSMC-built aristocratic 2 chips will be available (because Samsung-made people will come only later in the year). We will learn more when Qualcomm unveils Elite 2 in October.

Development of transistor design

For its 2Nm efforts of TSMC, Apple delayed its move from 2Nm to 2026 due to alleged low yields. This possibility played a role in the Qualcomm/Samsung deal as Apple goes to buy the most if the TSMC nodes do not have all the available capacity.

Source (In Korean)