Google’s Tensor chip was made available with the Pixel 6 series, and the company has since been enhancing the new CPU for a future generation of Pixel devices. Tensor 2 silicon is expected to be unveiled by the tech giant alongside the Pixel 7 series, which is much more likely to arrive in October.
Tensor chipsets from the 0.33 generation, as per a record by 9to5Google, are additionally manufactured by Samsung. The South Korean IT giant is currently developing and testing the 3rd Tensor processor in collaboration with Google.
According to the records, Google is testing the Tensor 0.33 generation with the upgrade board known as “Rip current.” The Tensor -2 chip reportedly progressed under the alias “Cloudripper” in the past.
According to the report, the third-generation Tensor chip has the style number S5P9865, which also matches the design of prior Tensor chips. According to the document, Tensor 2 is anticipated to be S5P9855, while Tensor 1 had the style number S5P9845. Another report from GizmoChina claims that Samsung may be producing its Exynos 1380 CPUs alongside those from Google.
Exynos 1380 chipset allegedly being produced by Samsung
It is anticipated that the anticipated Exynos 1380 chipset would surpass the Exynos 1280 CPU, which was released in April 2021. According to the documentation, this Exynos 1380 chip is being developed and tested under the S5E8835 code number.
The Exynos 1280 mobile platform is available within the Samsung Galaxy A53 smartphone. Hence the Samsung Galaxy A54 is expected to be powered by this platform’s replacement. Nevertheless, Samsung has stopped disclosing details on the development of the newest chipsets.
How Google-Samsung collaboration is ongoing?
The report states that Samsung’s Exynos processors, which use the 5nm node technology, are compatible with the original Tensor chip. According to the report, the commonalities may also be seen by taking a closer look at the Google chip. According to the report, the Pixel 8 series might use Google Tensor 0.33 in 2023.
Samsung is reportedly one of the few options left for Google’s Tensor processors right now. The report implies that the company may learn how far the processors could go if it partnered with other manufacturers like MediaTek & Qualcomm.
The principal Tensor chip’s connection performance was insufficient for Qualcomm’s latest chip, a Snapdragon 8+ Gen One mobile platform. Furthermore, the Google chip suffered from certain heating issues and lacked efficiency.
According to the data, the 0.33 generation of a Tensor chip would then presumably close the gaps and thus is anticipated to deliver a similar experience to the Snapdragon systems.
In the first place, why Tensor?
A very well secret regarding the Google Pixel 6 hasn’t existed. Numerous convincing disclosures & formal certifications that revealed important information about the new phones surfaced before the launch.
Over 2 months before the launch, Google even made the Tensor chip official announcement. Afterward, at its offline business in New York City, Google hyped the appearance of the Pixel 6 as well as Pixel 6 Pro. The majority of Google’s time during the launch event was spent extolling the merits of Tensor.
The Pixel, as suggested by the name, has focused on both enhancing cameras on phones in the range and offering up APIs for the other makers to use to improve photos on other products.
All through the historical record of the Pixel family, Google has consistently emphasized that its supercomputing photography methods could indeed outpace breakthroughs in aspects of camera hardware, even though the whole smartphone market has been reliant on larger image sensors as well as higher megapixel counts on one’s flagship phone cameras.