Tag: Exynos W1000

  • Qualcomm Project Aspen Leak Reveals New Snapdragon Wear Chipset

    Qualcomm Project Aspen Leak Reveals New Snapdragon Wear Chipset

    Key Takeaways

    1. The smartwatch chipset industry is evolving slowly compared to other tech sectors like laptops and smartphones.
    2. Samsung’s recent smartwatch models utilize the same Exynos W1000 chipset as last year’s versions, indicating minimal changes.
    3. Qualcomm has not introduced a new smartwatch chipset in over three years, with the last being the Snapdragon W5 Gen 1.
    4. Qualcomm is working on a new chipset, codenamed SW6100, which may be released as Snapdragon W6 Gen 1, but the timing is uncertain.
    5. The SW6100 is expected to provide nearly a 2x performance boost over the Snapdragon W5 Gen 1, featuring improved CPU core configurations.

    The smartwatch chipset industry is evolving at a much more gradual speed compared to the rapid advancements seen in laptop, smartphone, and tablet chipsets. For example, Samsung recently introduced the Galaxy Watch8, Galaxy Watch8 Classic, and Galaxy Watch Ultra 2025, all priced at $649.99 on Amazon. These models utilize the same Exynos W1000 chipset that was used in last year’s versions. Similarly, Apple has shown little variation in its S series chipsets over several generations.

    Qualcomm’s Approach

    Qualcomm seems to have the most laid-back strategy when it comes to making smartwatch chipsets compared to the other two brands. To summarize, it has been over three years since the company released the Snapdragon W5 Gen 1 platform. This platform includes four ARM Cortex-A53 cores running at 1.7 GHz, along with an Adreno 702 GPU built on a 4 nm process. However, Android Authority mentions that Qualcomm is finally gearing up to launch a successor.

    The Upcoming SW6100 Chipset

    The project, codenamed Aspen, is also known as SW6100. At this moment, Android Authority suggests that this chipset might eventually be launched as the Snapdragon W6 Gen 1. Yet, the exact timing of its release remains uncertain for now.

    In addition, the website indicates that Qualcomm is working on the SW6100 using a TSMC node that has not been specified. It will feature LPDDR5X RAM, a new QCC6100 coprocessor, and similar CPU core clusters as the Exynos W1000. Specifically, the SW6100 is expected to have one ARM Cortex-A78 CPU core along with four Cortex-A55 cores. Based on our benchmarks, this change in CPU cores could possibly offer nearly a 2x performance boost compared to the Snapdragon W5 Gen 1, using the Exynos W1000 as a reference point. Sadly, more details are still unavailable at this time.

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  • Galaxy Watch 8 Series Uses Same SoC as Watch 7

    Galaxy Watch 8 Series Uses Same SoC as Watch 7

    Key Takeaways

    1. The Galaxy Watch8 series will use the same Exynos W1000 processor as the Galaxy Watch7, with no upgrade expected.
    2. The design will remain similar, featuring round dials, size options, and retaining the rotating bezel on the Galaxy Watch8 Classic.
    3. Charging speeds will stay the same as in previous models, with only a slight increase in battery capacity.
    4. New software features including updated tile previews and improved Quick Button functionality will be introduced with One UI 8 Watch.
    5. The official launch of the Galaxy Watch8 series is anticipated in July, alongside the Galaxy Z Fold7 and Z Flip7 smartphones.

    The Galaxy Watch8 series has been a hot topic filled with numerous leaks and speculations ahead of its official launch in July. Although there are some exciting changes and new features to anticipate, a significant element of the upcoming smartwatch lineup appears to be unchanged from the previous generation. Reports indicate that the Watch8 series will, regrettably, not see an upgrade in its processor.

    Processor Details

    An APK teardown by Android Authority has suggested that the same SoC from the Galaxy Watch7 (Buy on Amazon), the Exynos W1000, will be utilized in the Galaxy Watch8 series. This is not very surprising, as Samsung hasn’t announced any successor to this chip, but it is still a letdown for fans of the Galaxy Watch who were hoping for a more robust smartwatch this year.

    References to the W1000 chip were identified in connection with the three anticipated models in the Galaxy Watch8 series. The chip carries the part number SC55535AHA and has been linked to Fresh 8, Fresh 8 Small, and Wise 8, which are believed to correspond to the Galaxy Watch8, Galaxy Watch8 40mm, and Galaxy Watch8 Classic, respectively.

    Features and Design

    In terms of what will remain the same, it has been previously reported that the new smartwatches will retain the same charging speeds. The size options and round dial design will also be making a comeback. Similar to the Galaxy Watch6 Classic (Buy on Amazon), the rotating bezel is expected to return with the Galaxy Watch8 Classic. The battery capacity will see a slight increase, though not by a significant margin. Additionally, new software features powered by One UI 8 Watch are set to include updated tile previews and better Quick Button functionality on the Galaxy Watch8 Classic.

    Samsung is likely to introduce the Galaxy Watch8 series in July, alongside its Galaxy Z Fold7 and Z Flip7 smartphones. There are also rumors of a new budget-friendly pair of true wireless earbuds, thought to be named the Galaxy Buds Core.

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  • Galaxy Watch 7: Exynos W1000 Chip Boosts App Launch Speed by 2.7x

    Galaxy Watch 7: Exynos W1000 Chip Boosts App Launch Speed by 2.7x

    Samsung is poised to unveil a range of new products, including the Galaxy Watch 7 series, the sixth-generation foldable, and the revamped Galaxy Buds 3 series. Prior to the Galaxy Unpacked event, Samsung has revealed a new Exynos chip expected to power the Galaxy Watch 7 series.

    The Exynos W1000 Chip: A Significant Upgrade

    The Exynos W1000, constructed using Samsung's 3nm GAA process, boasts a 3.7x faster multi-core performance and 3.4x faster single-core performance compared to its predecessor. Samsung asserts that this new chip will launch apps 2.7x faster and switch between them more seamlessly.

    Additionally, the Exynos W1000 is touted to be more power-efficient than the 5nm-based Exynos W930 chipset found in the Galaxy Watch 6 series. According to Samsung, “the Exynos W1000 redefines expectations of how often you have to charge your smartwatch.”

    Enhanced Specifications for Better Performance

    The Exynos W1000 features a total of 5 CPU cores – one Cortex-A78 core clocked at 1.6GHz and four Cortex-A55 cores clocked at 1.5GHz. This is coupled with the Mali-G68 MP2 GPU, supporting up to qHD (960×540) and 640×640 resolution displays. The chipset can handle up to 32GB of eMMC storage and LPDDR5 memory. It utilizes Fan-Out Panel Level Packaging (FO-PLP) for improved heat dissipation and a more compact size. In contrast, the Exynos W930 chip includes a dual-core 1.4GHz Cortex-A55 CPU.

    Improved Design and Battery Life

    Beyond its increased capabilities, the new chipset is smaller, providing the Watch 7 series with additional space for the battery. The combination of a higher battery capacity and lower power consumption is expected to extend the battery life of the forthcoming Galaxy Watch 7 series. The chip also includes a 2.5D always-on display (AOD) engine, which allows for “an enhanced display and watch faces with rich details.” This enhancement makes elements of the AOD user interface clearer and easier to perceive at a glance.

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  • Galaxy Watch 7 Ultra: Over 2x Longer Battery Life Than Watch 6 Classic

    Galaxy Watch 7 Ultra: Over 2x Longer Battery Life Than Watch 6 Classic

    Samsung is set to unveil the Galaxy Watch 7 series in June, and it will come in three different versions. The top-tier model might be named the Galaxy Watch 7 Ultra, although there are rumors it could be called the Galaxy Watch X. This model is expected to be a direct competitor to the Apple Watch Ultra.

    Galaxy Watch X / Galaxy Watch 7 Ultra Rumored Specifications

    The Galaxy Watch X or the Galaxy Watch 7 Ultra is rumored to withstand pressure equivalent to 100 meters underwater, similar to both the Apple Watch Ultra and Apple Watch Ultra 2. However, it’s important to distinguish that the actual depth the Apple Watch Ultra can handle is 40 meters, and this might also be true for the Galaxy Watch 7 Ultra.

    Reports suggest that the Watch 7 Ultra will boast a longer battery life compared to other models in the Watch 7 series. You can expect up to 100 hours of battery backup, thanks to a 578mAh battery. For comparison, the Galaxy Watch 6 Classic and the Watch5 Pro offer significantly less battery life at 40 hours and 80 hours, with 425mAh and 590mAh batteries respectively. The Apple Watch Ultra 2, on the other hand, provides 36 hours of battery life with a 564mAh capacity.

    Enhanced Battery and Efficiency

    Even though the Watch 7 Ultra might feature a slightly larger battery, the substantial improvement in battery life is speculated to be due to more power-efficient operation. The device will be powered by the 3nm Exynos W1000 chip, which is reported to be 20% more capable and power-efficient than the 5nm Exynos W930.

    The W1000 chip is anticipated to be Samsung’s first 3nm chip for the mass market. Alongside the new watches, the company is also expected to introduce the next-generation Galaxy foldables and the much-awaited Galaxy Ring.

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