There is a great deal of speculation and anticipation about the upcoming Tensor chips, namely G5 and G6, being developed by Google. Announcements have revealed that the GPUs are being constructed from TSMC's 3 nm node, promising significant gains in performance and efficiency, especially for the G6 chip which is codenamed Malibu. The G6 chip is expected to be mass-produced using more advanced 'N3P' technology, replacing the initially considered 2nm process. Information about these chips has come from a variety of sources, some more reliable than others.
Details have emerged that Google is considering using hobbled Tensor chips for future variants of Pixel, including the 2027 Pixel 11a and Pixel Tablet 3. These lower-end ones are aimed at budget-friendly devices, leaving the advanced AI features for flagship pixel devices only. Benchmarks have indicated disappointing results for the Tensor G5 with a new '1 + 5 + 2' CPU cluster. Comparisons to hardware rivals such as Apple and Qualcomm suggest these chips might have difficulty outcompeting them. However, the Tensor G5 is expected to perhaps outperform Snapdragon 8 Elite in gaming. Future Pixels are believed to be in line for an iPhone-level system-on-chip (SoC) upgrade.
Other information reports have indicated Tensor G4's performance was underwhelming and not designed to beat specific benchmarks as per Google pronouncements. This is grounded on the philosophy of improving the user experience rather than obsessing over benchmark figures. Additionally, the advanced InFO-POP packaging alongside the 3nm process promises more for Tensor G5, expected to launch next year. Electric moment tensor potentials, including electronic and vibrational degrees of freedom, have also been detailed.
News about a possible Tensor chip for the Pixel Watch has leaked, suggesting future models may be equipped with Google's custom silicon. Benchmark leaks of the G4 and G5 infrastructures have painted a mixed picture, with some showing small performance improvements over the previous chips but also indicating other areas where the chips have not performed as expected.
Tensor News Analytics from Wed, 21 Feb 2024 08:00:00 GMT to Wed, 06 Nov 2024 13:25:20 GMT - Rating 4 - Innovation 5 - Information 6 - Rumor 3