Tag: Tensor G6

  • Google Pixel 11: Exciting Tensor G6 Upgrade for Better Performance

    Google Pixel 11: Exciting Tensor G6 Upgrade for Better Performance

    Key Takeaways

    1. Google is reportedly developing the Tensor G6 chipset, with potential improvements in performance and energy efficiency.
    2. There are conflicting rumors about the manufacturing process, with some suggesting TSMC’s advanced 2 nm technology may be used.
    3. The Tensor G6 could deliver up to 15% better performance and 30% lower power usage compared to the Tensor G5.
    4. The chipset is expected to launch next year with devices like the Pixel 11 and Pixel 11 Pro.
    5. The Tensor G6 will feature a single ARM Cortex-X930 core, six Cortex-A730 cores, one Cortex-A530 core, and a 3-core IMG CXTP GPU.

    Google hasn’t officially unveiled the Tensor G5, but details about its upcoming successor have been circulating for a while. Recent rumors hint that the Tensor G6 may be more potent and energy-efficient than what was previously believed.

    Rumors and Manufacturing

    To summarize, since October 2024, there have been whispers that Google is working on the Tensor G6 chipset, which is expected to use TSMC’s N3P node technology. However, a new report from Commercial Times Taiwan contradicts these earlier claims. This source supports an older rumor suggesting that Google might actually opt for TSMC’s more advanced 2 nm class node.

    Performance Expectations

    In theory, using TSMC’s N2 nodes could enable the Tensor G6 to deliver up to 15% improved performance compared to the Tensor G5, while also achieving a remarkable 30% reduction in power usage. Transitioning from the 4 nm manufacturing process to a 2 nm one should bring even more significant improvements when you look at how the Tensor G6 stacks up against the current Tensor G4, which powers the Pixel 9 Pro and Pixel 9 Pro XL (currently priced at $709.99 on Amazon).

    Upcoming Launch

    Currently, the Tensor G6 is anticipated to launch next year in devices like the Pixel 11 and Pixel 11 Pro. It will feature a single ARM Cortex-X930 prime core, six Cortex-A730 performance cores, and a Cortex-A530 efficiency core. Additionally, the chipset is set to include a 3-core IMG CXTP GPU running at 1.1 GHz, alongside various other specifications.

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  • Google Pixel 11 Series Codenames Leaked: Pro, Pro XL, and Fold

    Google Pixel 11 Series Codenames Leaked: Pro, Pro XL, and Fold

    Even though the Google Pixel 10 series isn’t launching anytime soon, there’s a lot of chatter about its future models. We already have some insights into the Pixel 11 series’ SoC, thanks to a previous leak. Recently, Android Authority has shared the codenames for these upcoming devices.

    Expected Devices

    If these details are correct, we can expect four different models once again. Each of these devices will feature a Tensor G6 SoC made by TSMC N3P, which includes a 1+6+1 CPU configuration and a 2-core GPU. This new setup should, theoretically, fix the issues associated with the Tensor G5 used in the Pixel 10 series (excluding the Pixel 10a).

    What’s Next?

    Since the launch is quite far off, there’s not a lot of information regarding what Google plans for the Pixel 11 series. It’s possible that the new lineup may introduce under-display face unlock technology along with an improved selfie camera. While moving away from Samsung Foundry may enable it to compete better with Qualcomm and MediaTek, a completely new design will require several iterations to perfect.

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  • Google Tensor G6: Benefits of Using Tensor G4 GPU for Users

    Google Tensor G6: Benefits of Using Tensor G4 GPU for Users

    Google has been using its specially designed Tensor chips to power Pixel smartphones since the introduction of the Pixel 6. However, until now, these chips have not matched the performance or efficiency levels of their rivals.

    Upcoming Improvements

    This situation might soon improve, as Android Authority has obtained leaked internal documents that outline Google’s intentions with the new Tensor G6 chip, codenamed “Malibu.” The primary focus for the Tensor G6 seems to be on enhancing thermal management and efficiency. Major performance upgrades don’t appear to be expected, and even the Tensor G5 is only anticipated to deliver a slight increase in performance over the current chip.

    Changes in Strategy

    It appears that Google’s system-on-chip (SoC) strategy is not currently aimed at achieving significant performance enhancements. In fact, according to Android Authority, the Tensor G6 chip might experience some "downgrades" in certain aspects.

    GPU Decisions

    For example, it is reported that Google will not include a new GPU with the Tensor G6, instead opting for an older design that was initially meant for the Tensor G4. If this is true, the Tensor G6 might miss out on ray tracing support, which the Tensor G5 is expected to offer. This could be considered a step backward in certain respects.

    The choice to use the G4’s GPU in the G6 is thought to be driven by Google’s aim to minimize the chip’s die area. Reports indicate that the Pixel 10’s chip will be relatively large at 121 mm², built using TSMC’s 3nm process, while Apple’s A18 Pro, which utilizes the same process, measures only 105 mm².

    Google is targeting a die size of 105 mm² for the Tensor G6, aiming for a 4% area reduction from TSMC’s newer N3P process node (the G5 is built with N3E). Using the G4’s GPU is expected to help decrease the die area by around 12%. Additionally, Google is reportedly saving space by cutting down the DSP (digital signal processor) by one core and reducing the SLC (system-level cache) to 4MB. However, it seems that there will be no changes to the CPU size.

    In conclusion, Google is concentrating on creating smaller, more efficient chips, prioritizing space-saving measures over performance advancements.

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  • New Google Camera Features for Pixel Smartphones Revealed

    New Google Camera Features for Pixel Smartphones Revealed

    Kamila Wojciechowska is back with more exciting insights about upcoming Pixel devices. Just to remind you, earlier this month, she shared details not only on the Tensor G5 but also on the Tensor G6. Now, Wojciechowska has unveiled some details about the camera features that we can expect in Google’s flagship phones for 2025 and 2026.

    Enhanced Video Capabilities

    It seems that Google is planning to enable the Pixel 10 series to shoot HDR videos in 4K at 60 FPS, which would double the frame rate of the Pixel 9 Pro and Pixel 9 Pro XL (currently available for $1,099 on Amazon). Additionally, the next generation of Pixels is rumored to include a 100x zoom feature, which was hinted at in earlier leaks. Furthermore, the Pixel 11 series is expected to offer Cinematic Blur at 30 FPS in 4K, thanks to the new ‘Cinematic Rendering Engine’.

    New Features for the Pixel 11

    According to Wojciechowska, the Tensor G6’s image signal processor (ISP) will introduce a feature called ‘video relight’, enabling adjustments to lighting conditions after capturing a shot. On top of that, the Pixel 11 is anticipated to have an ‘Ultra Low Light’ video mode, which could function in lighting as dim as 5-10 lux. What’s even more impressive is that this feature will operate locally, unlike the Night Sight video capability found in the Pixel 9 series. By the way, Wojciechowska also mentioned that there are new AI enhancements being developed, which we will discuss in another piece.

    Conclusion

    In conclusion, these new features and improvements suggest that Google is aiming for significant advancements with the upcoming Pixel devices. With enhanced video capabilities and innovative camera technologies, the future of Pixel smartphones looks promising. Stay tuned for more updates as they come!

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  • Google Pixel 11 Pro May Outshine iPhone 18 Pro’s Face Unlock

    Google Pixel 11 Pro May Outshine iPhone 18 Pro’s Face Unlock

    Google has fluctuated in its approach to integrating facial recognition as a biometric security measure over the past few years. The feature was included starting with the Pixel 7 Pro (currently $449 on Amazon), but it was absent from the Pixel 5 and Pixel 6 models. Recent generations of Pixel smartphones have not had the necessary hardware to provide the same level of secure face unlock as the Pixel 4 and Pixel 4 XL, even though Google has claimed otherwise.

    Possible Shifts in Future Models

    As per insights from Kamila Wojciechowska, Google might be considering another shift, but this won’t happen with the upcoming flagship phones next year. Instead, Wojciechowska indicates that the Pixel 11 series, expected in 2026, could introduce new under-display infrared (IR) camera technology. This advancement is said to be supported by the Tensor G6, which Wojciechowska suggests has been described in documents linked to her previous leaks regarding the Tensor chipset.

    Technical Details and Comparisons

    It is claimed that the Tensor G6 will enable IR camera systems thanks to a "lite" front-end in its image signal processor (ISP). However, Wojciechowska has not provided any further details on this topic. Interestingly, there have been rumors that Apple is also looking into similar technology. An established analyst has noted that Apple has faced ongoing challenges that have pushed back the mass production of this technology, delaying it for at least two years—from the iPhone 16 series to the iPhone 18 series at the earliest.

    Conclusion

    In summary, Google’s journey with facial recognition has had its ups and downs, but the future may hold new possibilities with the Pixel 11 series. Meanwhile, competitors like Apple are also navigating their own hurdles in bringing similar features to market.

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  • Stable Diffusion Models for Local Hosting on Google Pixel 10 Pro

    Stable Diffusion Models for Local Hosting on Google Pixel 10 Pro

    Kamila Wojciechowska says she has found multiple clues regarding upcoming AI features that Google intends to roll out on various Pixel devices in the coming years. She references a source from Google’s gChips division for all details concerning unreleased Tensor chipsets.

    New AI Features in Development

    Wojciechowska highlights that Google is working on Video Generative ML, which is anticipated to implement AI algorithms in Google Photos and potentially YouTube Shorts, enhancing video editing capabilities. Additionally, she mentions features like ‘Speak to Tweak’ and ‘Sketch-to-Image’, the latter already seen in some recent Samsung Galaxy models.

    Innovations in Pixel Devices

    Moreover, a new ‘NanoTPU’ could be introduced with the Pixel 11 series, which would assist in monitoring sleep patterns, detecting falls, and managing sleep apnea. Google’s Stable Diffusion-based LL models are also expected to operate locally on the Pixel 10 and later, as opposed to the cloud-based system currently in use.

    Timeline for Release

    It is said that the new image signal processors (ISPs) and Tensor Processing Units (TPUs) found in the Tensor G5 and Tensor G6 are responsible for these AI-driven innovations. Reports suggest that Google is unlikely to unveil any of these features until the Pixel 10, which is expected to arrive in summer 2025. However, it’s possible that the launch could be pushed back a year to align with the rollout of Android 17 and the Pixel 11 series.

    Sources: Android Authority & Kamila Wojciechowska

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  • Google Tensor G5 and G6 Specs: New GPU, 3nm Node, Faster RAM

    Google Tensor G5 and G6 Specs: New GPU, 3nm Node, Faster RAM

    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.

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