We have come across some intriguing information on a public platform, which we are keeping confidential to safeguard the source. This information outlines important specifications for Google's upcoming Tensor G5 (codename Laguna) and Tensor G6 (codename Malibu). The Tensor G5 is set to drive the next Google Pixel 10, while the Tensor G6 will launch with the Pixel 11 series. According to earlier rumors, both of these chips will be produced using TSMC's 3 nm technology. Moreover, these chips are being developed internally, without any help from Samsung, which was Google's previous partner.
Changes in GPU Technology
A significant change appears in the GPU department. Google seems to have decided against using a standard Arm Mali product, which was the case for earlier Tensor chips. Instead, they’ll be utilizing a chip created by Imagination Technologies, renowned for its PowerVR technology. The Tensor G5 won’t feature hardware-level ray tracing, but there’s a chance the Tensor G6 might include this capability. However, it is possible that this feature could be dropped before launch.
CPU Enhancements
When it comes to the CPU, the Tensor G5 will stick with last-generation Arm cores. In contrast, the Tensor G6 is expected to support the Arm v9.4 instruction set and will feature modern cores. The Tensor G5 aims for a maximum clock speed of 3.1 GHz, while the Tensor G6 could reach up to 3.2 GHz. Additionally, they are likely to have faster RAM. Both chips are expected to feature LPDDR5X-8533 memory, which is significantly quicker than the 4,200 MT/s modules found in the Tensor G4.
In summary, the Tensor G5 and Tensor G6 bring some exciting upgrades and could make the Pixel 10 and Pixel 11 strong contenders against major players like Samsung and Apple. This time, Google's software prowess is supported by equally robust hardware, and the outcome is anticipated to be impressive.
