Why did Google reduce the number of cores in the Tensor G4?

The reduction of one core in the Tensor G4 was likely done to manage thermals and power consumption more effectively.

What modem does the Tensor G4 use?

The Tensor G4 chipset uses the Exynos 5400 modem, which is up to 50% more efficient than the Exynos 5300 used in the Tensor G3.

What are the power efficiency improvements in the Tensor G4?

The Exynos 5400 modem in the Tensor G4 is up to 50% more efficient than the Exynos 5300 used in the Tensor G3, which should help mitigate power consumption issues.

Google Pixel 9 Family's Tensor G4 Chipset: Minimal Upgrade But Promising Efficiency

Q: What is the configuration of the Tensor G4 chipset's CPU?

The Tensor G4 chipset will feature an eight-core CPU configuration, including one Cortex-X4, three Cortex-A720, and four Cortex-A520 cores.

Q: How does the Tensor G4's performance compare to the Tensor G3?

The new Cortex-X4 core in the Tensor G4 is expected to deliver better single-core performance, with an estimated 11% improvement in benchmarks. However, the overall multi-core performance is only expected to increase by about 3% compared to the Tensor G3.

Q: Will there be a device with the Tensor G4 using the Exynos 5300 modem?

Yes, there are rumors that Google plans to release a device with the Tensor G4 but using the older Exynos 5300 modem. This device is speculated to be the Pixel 9a.

Q: What custom IP blocks does the Tensor G4 retain from the Tensor G3?

The Tensor G4 retains the same custom IP blocks for AI, camera tasks, video encoding and decoding, and the Titan M2 security chip as the Tensor G3.

Q: What is the expected impact of the Tensor G4 on the Pixel 9 family's performance?

Despite the modest upgrades, the Tensor G4's improved power efficiency, enhanced single-core performance, and higher GPU clock speed should contribute to a smoother user experience for the Pixel 9 family.

Google Pixel 9 Family's Tensor G4 Chipset

The Google Pixel 9 family has been the subject of numerous leaks, and one of the most anticipated aspects is the Tensor G4 chipset that will power these devices. However, recent reports suggest that the Tensor G4 may not be the significant upgrade many were hoping for. Despite this, there are still several improvements that could make the Pixel 9 series a compelling choice for tech enthusiasts.

Tensor G4 Chipset: A Closer Look

According to a source inside Google, the Tensor G4 chipset will feature an eight-core CPU configuration, including one Cortex-X4, three Cortex-A720, and four Cortex-A520 cores. This setup represents a reduction of one core compared to the Tensor G3, which had one Cortex-X3, four Cortex-A715, and four Cortex-A510 cores.

The new Cortex-X4 core is expected to deliver better single-core performance, with an estimated 11% improvement in benchmarks. However, the overall multi-core performance is only expected to increase by about 3% compared to the Tensor G3. This modest improvement is attributed to the removal of one core, which was likely done to manage thermals and power consumption more effectively.

Power Efficiency and Thermals

One of the key changes in the Tensor G4 is the switch from the Exynos 5300 modem to the Exynos 5400. The new modem is reportedly up to 50% more efficient than its predecessor, which should help mitigate the power consumption issues seen with the Tensor G3. Additionally, the Exynos 5400 supports satellite connectivity, adding a new layer of functionality to the Pixel 9 family.

Interestingly, there are rumors that Google plans to release a device with the Tensor G4 but using the older Exynos 5300 modem. This device is speculated to be the Pixel 9a, which could arrive at a later date.

GPU and Other Components

The Tensor G4 will retain the same Mali-G715 GPU as the Tensor G3, but it will be clocked higher at 940 MHz compared to 890 MHz. This increase in clock speed should provide a modest boost in graphics performance.

Other components of the Tensor G4, including the custom IP blocks for AI, camera tasks, video encoding and decoding, and the Titan M2 security chip, will remain unchanged from the Tensor G3. This continuity suggests that Google is focusing on refining existing technologies rather than introducing entirely new ones.

Why the Minimal Upgrade?

The relatively minor improvements in the Tensor G4 chipset are believed to be the result of an improvised solution. Google reportedly wanted to develop an entirely new chip for the Pixel 9 family, but it wasn't ready in time for the launch. To avoid delaying the release of the devices, Google opted for this minimal update instead.

Implications for the Pixel 9 Family

Despite the modest upgrades in the Tensor G4 chipset, the Pixel 9 family is still expected to offer a solid performance. The improved power efficiency, thanks to the Exynos 5400 modem, could result in better battery life and thermal management. The enhanced single-core performance and higher GPU clock speed will also contribute to a smoother user experience.

Moreover, the Pixel 9 family will continue to benefit from Google's custom IP blocks, which are designed to enhance AI capabilities, camera performance, and security. These features have been key selling points for previous Pixel devices and will likely remain so for the Pixel 9 series.

Final Thoughts

While the Tensor G4 chipset may not be the groundbreaking upgrade some were hoping for, it still brings notable improvements in power efficiency and single-core performance. The Pixel 9 family's combination of hardware and Google's software expertise should continue to make it a strong contender in the smartphone market.

With its enhanced efficiency and refined components, the Tensor G4 chipset is poised to deliver a reliable and smooth experience for Pixel 9 users. As always, Google's focus on AI, camera performance, and security ensures that the Pixel 9 family will remain at the forefront of smartphone innovation.

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