Tag: Tensor G5

Key Takeaways

1. The Pixel 10 will be available in four colors: Obsidian, Indigo, Frost, and Limoncello.
2. The Pixel 10 Pro and Pro XL will come in Obsidian, Porcelain, Moonstone, and Jade.
3. The Pixel 10 features a larger camera module with a telephoto sensor, a first for non-Pro Pixel models.
4. Key specifications include a 6.3-inch display with a 120Hz refresh rate, a 4,970mAh battery, and 128GB of storage.
5. The Pixel 10 will run on a Tensor G5 SoC, which may not match the performance of top models from Qualcomm and MediaTek.

With the Pixel 10 series set to launch on August 20, new leaks have surfaced that spoil Google’s plans a bit. We (thanks to Android Headlines) can now see the basic Pixel 10 in four different colors. An earlier leak had already hinted at these colors, and now we finally have images to confirm them.

Color Options

Google will provide the standard Pixel 10 in Obsidian, Indigo, Frost, and Limoncello shades. In comparison, the Pixel 9 was available in Penoy, Wintergreen, Porcelain, and Obsidian. Only the Obsidian (black) variant remains, but it’s likely that Google will reintroduce some of the Pixel 10 color options in the future. For the Pixel 10 Pro and Pixel 10 Pro XL, they will come in Obsidian, Porcelain, Moonstone, and Jade.

Camera Features

The images also reveal a significantly larger camera module, which will include a telephoto sensor. This is the first telephoto sensor to be featured on a non-Pro Pixel phone in recent years. Additional specifications for the Pixel 10 include a 6.3-inch display with a 120Hz refresh rate, a 4,970mAh battery, and 128GB of storage on the basic model. It will run on a Tensor G5 SoC made by TSMC, which seems not to have the power to compete with top models from Qualcomm and MediaTek.

In conclusion, these leaks provide valuable insights into what users can expect from the upcoming Pixel 10 series, highlighting both its color choices and hardware capabilities.

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Key Takeaways

1. Performance Differences: The standard Pixel 10 lacks a vapor chamber for cooling, potentially impacting performance during demanding tasks compared to the Pro version.

2. Connectivity Issues: The Pixel 10 may not support Wi-Fi 7, a feature present in the Pixel 9, despite both models using the same modem.

3. Camera Features: Certain camera capabilities will be exclusive to the Pixel 10 Pro, including advanced stabilization and improved zoom features.

4. Design Variations: The base Pixel 10 may have a different design aesthetic compared to the Pro, featuring contrasting materials like a matte frame and glossy back.

5. Hardware Similarities: Both Pixel 10 models share the same Tensor G5 chipset, but the Pro version will offer additional features to justify its higher price.

Since all the Pixel models, including the mid-range A-series, run on the same chipset, there has to be other features and differences to persuade customers to pay extra for the much pricier Pro version. In 2025, it appears that many features will still be reserved for the Pixel 10 Pro, even though the Pixel 10’s hardware could, in some situations, perform equally well. Let’s kick things off by looking at the physical differences that are genuinely hardware-related.

Performance Discrepancies

Much like the Pixel 9, the Tensor G5 in the standard Pixel 10 won’t have a vapor chamber for cooling. This could seriously affect how well it performs, especially under heavy stress and when running demanding applications, like games. Since TSMC will be making the new Tensor processor for the first time, there’s hope for enhanced power efficiency, but it’s likely that a performance gap will still be noticeable.

Connectivity Concerns

This limitation is surprising, particularly since the Pixel 9 (starting at $799 on Amazon) supports Wi-Fi 7. Reports from Android Headlines suggest that this feature will be missing in its successor, marking a significant step back. Whether this is factual is yet to be determined. Regardless, this omission would feel rather arbitrary, as the same modem is reportedly included in all Pixel 10 models, and it’s the same one found in the current Pixel 9.

Camera Features and Design

As usual with Google, there may be several artificial restrictions regarding the cameras. Alongside the hardware variations in the camera, some features will once again be exclusive to the Pixel 10 Pro. For instance, leaks indicate a new gimbal-like stabilization feature and “Ultra Res Zoom.” The latter is expected to enhance zoom quality even more than the previous “Super Res Zoom,” pushing well beyond the maximum 8x zoom currently available.

The design may also hint at the different price ranges of Google’s upcoming devices. Similar to the Pixel 9 and Pixel 9 Pro, there may be a matte frame with a glossy back cover, meaning the base model could feature a look that is the complete opposite of the Pro variant.

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Key Takeaways

1. The Pixel 10 prototype was seen in public, leading to its release being postponed by Google.
2. The Tensor G5 SoC is designed to help Google distance itself from Samsung Foundry’s technology.
3. The baseband modem for the Tensor G5, codenamed ‘g5400’, remains the same Exynos-based modem used in the Pixel 9 series.
4. The Tensor G5 features older CPU cores and is manufactured using 5 nm technology, while competitors are moving to 3 nm.
5. The performance of its GPU from Imagination Technologies will be compared against Qualcomm’s Adreno and Arm’s Mali GPUs.

Despite Google’s attempts (or maybe their lack of them), the Pixel 10 prototype has been seen in public, leading Google to postpone its release entirely. This incident provides a sneak peek into its internal components, particularly its Tensor G5 SoC. Previous leaks hinted that the Tensor G5 forms part of Google’s wider aim to separate itself from Samsung Foundry’s intellectual property overall. 9to5Google has spotted a curious detail indicating that Google might not be as prepared for the separation as they thought.

Baseband Modem Insights

The baseband modem for the Tensor G5 is codenamed ‘g5400’. This modem is the same Exynos-based one used in the Tensor G4-powered Pixel 9 series. This revelation effectively disproves an earlier rumor that claimed the Pixel 10 series would come equipped with a MediaTek T900 5G modem. Google’s choice to continue with Samsung is quite logical. Crafting a smartphone SoC from scratch is not easy, especially when it comes to a 5G modem. Apple took nearly six years to develop one after they took over Intel’s 5G division.

Current-Gen Challenges

In summary, the Google Tensor G5 appears to be a last-generation component stuck inside a current-generation smartphone. For one, it utilizes a combination of older Arm v8 and v9 CPU cores (Cortex-X4, Cortex-A725, Cortex-A520) for its processor. Moreover, it is produced on TSMC’s 5 nm technology at a time when 3 nm has become the standard. The true surprise may come from its GPU supplied by Imagination Technologies. While its specifications look impressive on paper, it will be fascinating to see how it performs against Qualcomm’s Adreno and Arm’s Mali competitors.

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Key Takeaways

1. Google will launch the Pixel 9a next month, while the Pixel 10 series is expected in about six months.
2. The Pixel 10 models will feature the new Tensor G5 chipset, moving away from Samsung’s influence.
3. The Tensor G5 is being developed in partnership with TSMC and will use 3 nm nodes.
4. Key features of the Tensor G5 include ARM Cortex CPU cores and a proprietary image signal processor (ISP) for improved photo and video handling.
5. The shift to in-house chipset development indicates better performance and efficiency for future Google devices.

Google has recently introduced the Pixel 9a, which is set for a complete launch next month. Meanwhile, leaker Kamila Wojciechowska is already looking toward the Pixel 10 series, expected to be released in about six months.

Upcoming Features

Wojciechowska states that all Pixel 10 flagship models are still on schedule to debut with Google’s Tensor G5 chipset. Just to remind you, the Tensor G4 found in the Pixel 9, Pixel 9 Pro (currently priced at $849 on Amazon), and Pixel 9a has shown slight improvements over the Tensor G3. In contrast, the Tensor G5 is anticipated to break away from Samsung’s influence, as Google moves toward completely developing its chipsets internally.

Technical Details

As previously mentioned, Google is believed to have partnered with TSMC to utilize its 3 nm nodes for the Tensor G5. This chipset, as per Wojciechowska’s claims, will feature ARM Cortex CPU cores alongside an Imagination Technologies (IMG) DXT GPU. Moreover, the Tensor G5 is expected to include a shift to a proprietary image signal processor (ISP), which should enhance efficiency in handling photos and videos. Wojciechowska highlights that the Tensor G5 will have some key differences compared to the Tensor G4 in various aspects.

Conclusion

With these advancements, the Pixel 10 series is shaping up to be an exciting addition to Google’s lineup. The move to an in-house chipset development signifies a major step for the company, promising better performance and efficiency in future devices.

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