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Thorough Summary and Desired Features for the Google Pixel Watch 5

Way-too-early reflections on enhancing the Pixel Watch 4 and the significant leak we encountered regarding the Pixel Watch 5 processor

With the Google Pixel Watch 4 debuting to enthusiastic applause from Jimmy Fallon this week, we’re taking a preliminary look at how the Pixel Watch 5 could expand on its robust foundation and become even more impressive. Our hands-on experience with the Watch 4 left us impressed, especially with its on-device Gemini intelligence and eye-catching new design. However, we won’t have the opportunity to test other enhancements like improved battery life, quicker charging, and the fresh Fitbit AI coach until October.

You might feel it’s premature to conjecture about the Watch 5, but we can reference reports dating back to 2023 to anticipate what Google might accomplish in 2026. Developing a smartwatch necessitates over a year of planning, so why not consider what the Pixel Watch 5 could improve upon?

Here’s all we know, suspect, and hope to witness from the Pixel Watch 5 next year!

Google Pixel Watch 5: What we know thus far

Back in 2023, Qualcomm revealed its collaboration with Google to introduce RISC-V-compatible CPUs to Wear OS, featuring custom silicon that is “low power and high performance.” RISC-V is an open-source and modular framework that can be customized for specific applications, while the existing Snapdragon W5 Arm cores are more general-purpose.

In 2024, I had an interview with Qualcomm VP of Wearables Dino Bekis, who shared that the goal was to design a new chip with “enhanced on-device AI capability” and “greater computing power” while using less energy. He discussed the difficulties of transitioning Wear OS software to a new framework like RISC-V while confirming they are still “collaborating with Google” on it.

This year, of course, we received the Snapdragon W5 Gen 2, which maintained the same last-gen Cortex cores for unchanged performance but introduced new features like satellite messaging and improved GPS accuracy. During a press briefing, Qualcomm did not directly respond to inquiries about more powerful chipsets but stated they would not dismiss them for the future.

On top of this, we uncovered a leaked report in 2024 indicating that Google aimed to develop its own Tensor chip for the Pixel Watch 5, codenamed “NPT,” featuring one ARM Cortex-A78 core and two ARM Cortex-A55 cores; for context, the Snapdragon W5 series has four Cortex-A53 cores, while the Galaxy Watch 8 uses one Cortex-A78 and four Cortex-A55s.

When you combine all this information, it’s clear that the Pixel Watch 5 could take various paths: retain the Snapdragon W5 Gen 2 for another year, utilize a hypothetical W5 Gen 3 that is more powerful, adopt a Tensor chip that is somewhat superior (but still behind Samsung), or finally complete its collaboration with Qualcomm and transition to RISC-V, potentially leading to significantly better battery life. It’s challenging to anticipate which direction Google will choose.

When it comes to the chipset, there isn’t much else we know about the Watch 5. We’ve observed a handful of Fitbit patents that Google could potentially incorporate into the Watch 5, most notably blood pressure monitoring and arterial stiffness metrics, but patents aren’t guaranteed to appear in the final product.

Google Pixel Watch 5: Everything we desire to see

I’ll provide a more comprehensive Pixel Watch 5 wishlist in October once I receive my review unit and can explore its new features. For now, here’s an initial list of aspects we’d like to see modified or enhanced in Google’s fifth-generation smartwatch, ranging from simple requests to far-fetched aspirations.

Enhanced indoor workout features and offline maps

Prior to the Pixel Watch 4 launch, Android Headlines confidently disclosed that it would debut with an “entirely new strength training experience,” but none of Google’s materials mentioned this, nor did Google’s representatives when we inquired.

A number of fitness watches provide exercise recognition and rep tracking, aiding you in monitoring your progress during workouts. Without this, the Pixel Watch 4 becomes less recommendable for gym enthusiasts since the only useful data available is a general indication of cardio load and calories burned.

The Pixel Watch 4 did make strides in key areas, adding new sports modes like basketball and pickleball, and allowing users to project their cycling stats onto their smartphones. However, other brands offer more sports modes than its current offering of 50+. Specifically for runners and hikers, I would still like to see a feature that enables route creation in Google Maps, allowing it to be downloaded to the watch and guiding the user with turn-by-turn directions throughout the workout.

Slim down that hefty body or fully commit to battery life

Even if you regard it as a feature rather than a drawback, the design of the Pixel Watch 4 is the most rounded you’ll ever find on a smartwatch. And as distinctive as it may be, it appears even bulkier now that Google added the domed Actua 360 display.

Although some have criticized the Galaxy Watch 8’s substantial

Assessing the Advantages and Disadvantages of Acquiring the Google Pixel Watch 4

**Analyzing the eight most persuasive arguments for upgrading to or switching to the Pixel Watch 4 — alongside four valid reasons not to.**

The Google Pixel Watch 4 seemed somewhat secondary during the Made By Google Fallon event, yet it boasts some remarkable standout features. Existing Pixel Watch users have until the October 9 release to determine if they should trade in their current device, and while there are plenty of enticing options, not everyone should do so.

Our top trade-in offer for the Watch 4 provides $200 in credit for a Pixel Watch 3 or $95 for a Watch 2. This is a good deal for a standard model, but there’s no added credit for trading in a 45mm or LTE version, and you’re still facing a reasonably high price if you want those upgrades again.

My role isn’t to persuade you to buy the Pixel Watch 4; it’s to focus on what has changed that you may find appealing, as opposed to the exaggerated new features or unchanged elements from the Watch 3 that could let you down.

Here are the main reasons to purchase a Pixel Watch 4, along with some reasons why you might want to reconsider!

**Reasons to BUY the Google Pixel Watch 4**

1. **Faster Charging**: The Pixel Watch 4 introduces a new side charger that reaches 50% power in 15 minutes or a full charge 15–20 minutes faster. This is particularly useful for quick GPS workouts or to recharge before or after tracking sleep.

2. **Notable Battery Improvement**: The 41mm and 45mm models of the Watch 4 achieve 30 and 40 hours with AOD, respectively. If you’re patient, Wear OS 6 can also enhance efficiency on your older Pixel Watch.

3. **On-Device AI Smart Responses**: The Pixel Watch 4 incorporates on-device AI smart replies. Gemini provides contextually relevant responses to messages.

4. **Raise to Speak**: Replacing the “Hey Google” command and button shortcut, it allows you to elevate the watch to your mouth and begin speaking. The improved speakers on the Watch 4 enhance the clarity of Gemini.

5. **Enhanced Display**: A 10% larger touchscreen, 16% reduced bezels, and an additional 1,000 nits of brightness compared to the Watch 3. Watch 2 or 1 owners will find significantly more room for apps and notifications.

6. **Easy-to-Replace Display and Battery**: The display and battery are designed for easy replacement, offering a repairability level not present in earlier models.

7. **New Skin Temperature Sensor and Improved Sleep Algorithm**: Enhanced at distinguishing your sleep phases and detecting signs of illness.

8. **Snapdragon W5 Gen 2**: 20% more efficient in battery consumption and supports NB-NTN satellite messaging via the Skylo network. It also provides improved dual-band GPS accuracy for outdoor enthusiasts.

**Reasons NOT to BUY the Google Pixel Watch 4**

1. **Battery Longevity**: Despite improved charging and a bigger battery, the Watch 4 will still require daily charges to avoid dying at inconvenient times. Consider a smartwatch that offers longer life.

2. **Fitbit AI Coach Subscription**: The concept of the Fitbit AI coach is appealing, but it’s not worth your investment unless you’re prepared to subscribe after the six-month complimentary trial ends.

3. **Delicate Bezelless Design**: The bezelless construction of the Pixel Watch 4 is prone to damage compared to the MIL-STD-810H-rated Galaxy Watch 8, and Gorilla Glass 5 does not provide the same scratch resistance as sapphire glass.

4. **Possible Future Enhancements**: A leak regarding the Pixel Watch 5 indicates it may be equipped with a more powerful Tensor processor, while Qualcomm is likely developing a RISC-V processor with better efficiency. Waiting for next year’s performance improvements might make this year’s Gen-2 Snapdragon chip less appealing.

**Making Your Final Choice**

I’m confident that the Pixel Watch 4 will be among the finest Android watches of 2025, though only a thorough review will fully evaluate its new features, and you’ll want a solid trade-in offer to make the 45mm or LTE models more affordable.

If you currently own a Pixel Watch, comparing the Pixel Watch 4 with the Watch 2 will reveal significant differences; I would definitely recommend upgrading. The disparity between the Watch 4 and Watch 3 isn’t as pronounced, but the trade-in value is double, which makes it an enticing option.

For users of other brands like Samsung, core features such as Gemini, Fitbit, and Wear OS apps are compatible with any Android device. Galaxy phone owners dissatisfied with the Galaxy Watch 8’s squircle design might consider switching, and the competition between the Watch 8 and Watch 4 is quite fierce.

Ultimately, if you’re not excited about the advantages of the Pixel Watch 4, it may be best to hold off.

Google Pixel 11: Up-to-Date Information and Preferred Specifications

Let’s crank this one up to 11, Google.

The Google Pixel 10 signifies a complete decade of Pixel devices. It symbolizes Google’s transition from primarily being a service and software provider to a company that offers a comprehensive range of products, featuring outstanding hardware.

While the Pixel 11 may not appear for several months, there have already been hints regarding its potential, from discussions on design to expectations for the next generation of Tensor processors. The Pixel 11 has the potential to be a significant release for Google.

Google Pixel 11: What we know thus far

Last year, Google overhauled the Pixel’s “friendlier” design, replacing it with what many describe as “sleek” and “clean.” Some of us at Android Central aren’t too fond of the clear iPhone design tendencies of this generation; an interview Bloomberg conducted with Google’s Senior Vice President of Devices & Services, Rick Osterloh, adds to this discussion.

In the interview, Bloomberg disclosed that Google intends to refresh Pixel designs every 2-3 years, which aligns perfectly with the patterns we’ve observed from the company previously. Pixels 1-3 shared a cohesive design language, Pixels 4-5 appeared similar to each other, and Pixels 6-8 possessed unique design features that marked clear generational distinctions.

This leaves the Pixel 11’s design somewhat uncertain. With Google confirming that designs last 2-3 years, we might be on the brink of yet another significant redesign in just a year, or we may have to wait another year to witness changes. Regardless, some sort of adjustment is expected next year, even if it isn’t a complete design overhaul.

SIM vs eSIM

As part of this year’s design modifications, the U.S. models now feature “even cleaner” lines due to the absence of a physical SIM tray. Many users have voiced their frustration over this change, while others remain indifferent. Regardless of personal views on physical versus digital, the absence of a physical SIM card slot is a notable drawback for some users.

It is highly improbable that Google will revert to including a physical SIM slot in U.S. models of the Pixel 11. One reason for this is that the company successfully removed the mmWave “pill” from the Pixel 10’s frame by relocating it to where the physical SIM tray is on some international models.

Carriers like Verizon utilize mmWave in the U.S. for their 5G networks, making it unlikely this will change with the Pixel 11. On the other hand, many smartphone users worldwide depend on physical SIMs due to their convenience while traveling, the non-requirement of internet for activation, the ability to easily use prepaid phones and carriers, and various other advantages over eSIM.

A new Tensor chip

The Tensor G6 is the processor expected to power the Pixel 11, and it is speculated that this will mark a significant advancement for the company’s in-house chips. Tensor G5 is Google’s first Tensor chip not produced by Samsung, resulting in a substantial 35% performance boost over the sluggish Tensor G4 found in the Pixel 9 series.

Tensor G6 is rumored to shift to an even more efficient 2nm manufacturing process, suggesting it could be more competitive in performance with Qualcomm’s chipsets than ever before. Tensor has often lagged behind by as much as four years compared to other phones, and although Tensor G5 competes with one-year-old models, Tensor G6 may finally reach the performance level of devices from 2026.

Furthermore, Google is reportedly exploring the integration of numerous health-related features within Tensor G6 for monitoring breathing, sleep apnea, gait analysis, and more. Additionally, Tensor G6 is said to be capable of efficiently generating video through AI algorithms, so all the impressive new photo capabilities we witnessed this year may evolve into exciting new video features for the Pixel 11.

What we hope to see

This year brought another display specification upgrade for the Pixel 10, which included a new accessibility feature aimed at assisting PWM-sensitive users like myself. The drawback, if you’ve been following display technology, is that Google’s new setting doesn’t sufficiently address the needs of sensitive users.

The Pixel 10 presents users with the option between 240Hz and 480Hz PWM rates; however, PWM-sensitive users require PWM rates in the thousands of hertz, rather than the hundreds. Our hope is that Google’s new setting is merely the beginning and that the Pixel 11 and future models can rival phones such as the OnePlus 13 and Honor Magic 7 Pro, which offer PWM rates as high as 4320Hz (not a mistake).

Additionally, we are eager for improved native video recording quality on the Pixel 11. During the Pixel 10 launch, Google highlighted the outstanding video quality of the Pixel 10 and how it surpasses other Android smartphones. While we commend Google for its advancements, it