Google recently unveiled its new Pixel 8 and Pixel 8 Pro models at an event. These flagship devices stand out with their features, but the spotlight for tech enthusiasts was on the Tensor G3 processor that powers the Pixel series. For those who might not know, the Tensor G3 is Google’s third-generation custom-designed mobile processor.
This processor is built on a 4nm manufacturing process, making it more efficient and powerful than its predecessors. However, recent information suggests that the G3 was originally intended to be even more powerful than it currently is. Here are the details…
Tensor G3: Not the Fastest Chip, But Still Very Powerful
Tensor G3 was supposed to be more powerful than what it currently is. Early leaks suggested that it would have higher peak frequencies for the CPU cores. However, Google made a surprising change before release and lowered the frequencies.
The reason for this change is unclear. Some speculate that Google was concerned about battery life, while others believe that there may have been a hardware bug that prevented the higher frequencies from being used reliably.
Despite the lower frequencies, the Tensor G3 is still a very powerful chip. It offers significant performance improvements over the Tensor G2, especially in terms of AI processing. However, it’s worth noting that it doesn’t deliver the same level of raw performance as some of the other flagship chips on the market, such as the Snapdragon 8 Gen 3.
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