Google Tensor G5 Shifts to TSMC, Adopts N3P Process

Google has reportedly decided to move the manufacturing of its Tensor processors to TSMC to address concerns about battery life and thermal efficiency encountered with previous Samsung-produced models.

According to reliable documents leaked from Google's “gChips” division, the upcoming Tensor G5 processor, set to power the 2025 Pixel 10 series, will be produced using TSMC’s advanced 3nm N3E process, the same technology behind Apple’s A18 Pro processor for the iPhone 16 Pro and M4 chips.

This shift to TSMC's 3nm process represents a significant upgrade in efficiency and performance over Samsung's 4nm 4LPE node used for the current Tensor G4.

Furthermore, leaked documents reveal that Google's 2026 Tensor G6 (codenamed “Malibu”) will leverage TSMC's forthcoming N3P node, which is also rumored to be used in Apple's future A19 processor. Although still a 3nm technology, the N3P process is expected to improve frequency performance by 5%, reduce power consumption by 7%, and shrink the chip area by 4%.

The adoption of these advanced nodes signals Google's commitment to advancing its Tensor chips. With this transition to cutting-edge manufacturing processes, Google aims to enhance competitiveness and overcome the technological limitations faced by earlier generations.