While we’re all eagerly anticipating the Pixel 10 series’ release, it’s widely acknowledged that Google’s Tensor G5 application processor won’t make its debut until then? While the company did not solely design the chipset from scratch, it will likely be manufactured using Taiwan Semiconductor Manufacturing Company’s (TSMC) cutting-edge 3nm process node, a move that ensures the highest level of performance and power efficiency. Earlier Tensor chips, paired with this year’s Tensor G4 AP, which will power the forthcoming lineup, relied on Samsung Exynos system-on-chips (SoCs) manufactured by Samsung Foundry.
While the upcoming Tensor G5 may generate significant excitement, the Tensor G4 is being hailed as “game-changing” for some reason, implying that the chipset’s design has been finalized and is now ready for fabrication by the foundry. Google appears ahead of schedule, as the Tensor G5 isn’t expected in a Pixel phone until next year? If the device detects a critical issue with the chip, it will have ample opportunity to rectify the problem before the anticipated release of the Pixel 10 series alongside the Android Processor.
This is by no means a suggestion that the Tensor G4 does not represent a significant enhancement over the AP powering the sequence. The CPU features a configuration comprising one high-efficiency core, four balanced efficiency-performance cores, and three effectiveness-oriented cores. The Tensor G4 AP boasts a single high-efficiency core, three efficient-performance cores, and four effectiveness cores. Compared to its predecessor, the Tensor G4 achieved a notable 33% performance boost, as measured by AnTuTu benchmarks.
A leaked Pixel 9 promo claims to reveal a groundbreaking development: the Tensor G4 AP is being reimagined. | Picture credit score 91mobiles
Despite this, the Tensor G4 SoC may still struggle to keep pace with its rivals, including the Qualcomm Snapdragon series and the MediaTek Dimensity 9300 and 9300+, which are designed to outperform. The entire lineup of chips has been fabricated by Taiwan Semiconductor Manufacturing Company (TSMC).
Whether the Tensor G4’s slightly accelerated pace compared to last year’s iteration makes the new chipset “game-changing” remains to be seen, pending the launch of the product line and subsequent performance evaluation. The “Recreation-Altering” title aptly matches the Tensor G5 chip, paired with a fresh Google design, introducing numerous innovative features on the Pixel 10 models? Will not overlook the seamless transition from Samsung Foundry to TSMC, where the innovative SoC will be manufactured on the latter’s cutting-edge 3nm process node.
