MONSTROUS GOOGLE Pixel 8 PRO phone with Tensor G3 G4 G5 CHIP are bound to impress… ONLY REVIEW YOU WILL EVER NEED!!!!

MONSTROUS GOOGLE Pixel 8 PRO phone with Tensor G3 G4 G5 CHIP are bound to impress… ONLY REVIEW YOU WILL EVER NEED!!!!

Google PIXEL 8 PRO is Here……. But First we have to talk about Tensor G3 Chip, let’s know about Google’s Self-Designed Tensor Chips, because This Chip is like commander Jhon Snow for a Queen Danerys 😉 [please scroll down to skip about G3, full end to see final verdict, pros and cons]

Google introduced its custom mobile system on a chip (SoC), called Google Tensor, with the Pixel 6 smartphone. While the company had previously experimented with add-on hardware like the Pixel Visual Core and Titan series of security chips, the Google Tensor chip marked its first venture into designing a custom mobile SoC. Although not every component was developed from scratch, the Tensor Processing Unit (TPU) is an in-house creation that focuses on enhanced imaging and machine learning capabilities. The processor may not provide groundbreaking raw power in most applications, but that’s because Google is targeting other use cases. The second-generation Tensor G2 in the Pixel 7 series brings incremental improvements to the original SoC. Let’s take a closer look at the details of Google Tensor and what it has achieved.
The Google Tensor chip is a custom piece of silicon designed by Google to prioritize tasks such as machine learning-related workloads. Compared to the previous-generation mid-range Pixel 5, the first-generation Tensor in the Pixel 6 offers significant improvements and competes with flagship SoCs from Qualcomm and Samsung. This is because Google collaborated with Samsung to co-develop and fabricate the Tensor SoC. The chip shares similarities with Samsung’s Exynos 2100 in terms of components like the GPU and modem, as well as architectural aspects like clock and power management.
Although a modest speed increase may not be very exciting, Google could have achieved similar performance gains without designing its own SoC. However, there are other benefits that make Tensor stand out. The highlight is Google’s in-house TPU, which enables tasks like real-time language translation, text-to-speech without an internet connection, image processing, live translation, and captions to run more efficiently on the device. The TPU also allows the Pixel 6 to apply Google’s HDRNet algorithm to video at high qualities. This reduces the reliance on a cloud connection, benefiting battery life and security.

Another custom inclusion in the Tensor chip is Google’s Titan M2 security core, which stores and processes sensitive information like biometric cryptography and protects vital processes like secure boot. It adds an additional level of security to the device.
In terms of performance compared to the competition, Tensor features two high-performance Cortex-X1 cores instead of one like the Exynos 2100 and Snapdragon 888. This configuration favors more demanding workloads and machine learning tasks. However, Tensor sacrifices middle core performance and efficiency by using older Cortex-A76 cores instead of more advanced A77 or A78 cores. The GPU in Tensor is a beefed-up variant of the Arm Mali-G78 GPU found in the Exynos 2100, offering 20 cores instead of 14.
While Tensor may not offer groundbreaking performance, it is more than capable of handling real-world tasks with ease. The GPU performs well with its extra cores, although thermal throttling can be an issue. The true test of Tensor lies in its improved machine learning capabilities, which are not easily quantifiable. However, the camera and other features on the Pixel 6 have left a positive impression.

The Google Tensor chip’s machine learning capabilities shine through in the Pixel 6’s camera system. With the help of the Tensor Processing Unit, Google has introduced impressive computational photography features that deliver stunning results. The improved HDR+ algorithm produces vibrant and well-balanced images with a wide dynamic range, even in challenging lighting conditions.

The Tensor chip’s machine learning prowess extends beyond photography. It enables features like Live Translate, which provides real-time language translations directly on the device without the need for an internet connection. This is a significant advancement that enhances accessibility and convenience for users who frequently interact with different languages. The TPU’s capabilities also come into play in applications like speech recognition and dictation, making voice commands and transcriptions more accurate and responsive.

Google’s focus on machine learning with the Tensor chip goes hand in hand with its commitment to privacy. By processing sensitive information directly on the device, Google aims to provide a more secure and private user experience. This approach reduces the reliance on cloud services for certain tasks, minimizing the potential for data breaches or privacy concerns.

Introducing the Google Tensor G3, the latest processor specifically designed for Pixel phones. This powerful chip will make its debut in both the Pixel 8 and Pixel 8 Pro models. If you’re wondering how the Tensor G3 compares to its predecessor, the Tensor G2, we’ve put together this comparison guide to highlight the key differences between the two chips, giving you a better understanding of the impact they will have on the new phones.

One significant improvement is that the Tensor G3 is built on a 4nm process, which allows for a smaller and more efficient chip compared to the 5nm process of the Tensor G2. This reduction in process node should result in a performance boost for the Pixel 8 phones. However, it’s worth noting that Google has not been able to achieve an even smaller 3nm process like Apple has with their A17 Pro chip.

Another notable enhancement with the Tensor G3 is its AI performance. Google has prioritized AI capabilities and claims that the machine learning model in the Tensor G3 is 10x more complex than that of the Tensor G2, which powers the Pixel 7. This improvement will enhance AI-powered features such as spam call detection, background noise cancellation during calls, and easy editing of unwanted noises in recorded videos.

Google has confirmed that the Tensor G3 is the most powerful processor ever designed for a Pixel phone. While specific performance details have not been mentioned, early leaks suggest an increase in CPU cores from 8 to 9 and a peak frequency speed of 2914MHz compared to the 2850MHz speed of the Tensor G2. However, it’s unlikely that these upgrades will be enough to match the performance of Apple’s A17 Pro chip.

If you’re considering purchasing a new Pixel 8 phone and want to know how it compares to the Pixel 7 in terms of performance, keep reading below for more information.

When comparing the performance of the Pixel 8 phones with the previous generation Pixel 7, it’s important to take into account the advancements brought by the Tensor G3 chip. The Tensor G3 is expected to deliver a significant increase in overall performance and efficiency.

One area where users can expect noticeable improvements is in gaming and graphics processing. The Tensor G3 chip is rumored to feature an upgraded GPU, which will enhance gaming experiences with smoother frame rates, more realistic graphics, and better overall visual quality. This means that gaming enthusiasts will be able to enjoy their favorite mobile games with greater immersion and responsiveness.

Furthermore, the Tensor G3 chip is also expected to bring improvements in power efficiency.

Thanks to the smaller 4nm process node and optimizations made by Google, the Pixel 8 phones are likely to offer better battery life compared to their predecessors. This means users can expect longer usage times and reduced power consumption, ultimately resulting in a more reliable and satisfying experience.

It’s worth noting that the Tensor G3 chip is not just about raw performance. Google has placed a strong emphasis on AI capabilities, and this is where the Tensor G3 truly shines. With its advanced machine learning model, the Tensor G3 chip will enhance various AI-powered features throughout the Pixel 8 phones, including voice recognition, smart suggestions, and photo enhancements. Expect faster and more accurate responses from Google Assistant, as well as improved camera performance and image processing.

In conclusion, the Google Tensor G3 chip brings several notable improvements to the Pixel 8 phones. From enhanced gaming experiences and improved power efficiency to advanced AI capabilities, these new processors pave the way for a more powerful and intelligent Pixel phone lineup. Whether you’re a gamer, a photography enthusiast, or simply seeking a high-performance smartphone, the Pixel 8 phones with the Tensor G3 chip are bound to impress.

Overall, the introduction of the Google Tensor chip marks a significant step for the company in terms of hardware development. By designing its own SoC, Google has gained more control over the performance and capabilities of its devices, allowing for tailored optimizations that enhance user experience. While it may not be the most powerful chip on the market, Tensor’s emphasis on machine learning and computational photography sets it apart and positions Pixel devices as reliable tools for capturing memories, communicating across languages, and providing a secure user experience.

While it’s common knowledge that Google is actively developing a fully custom Tensor chip slated for release in 2025, recent insights shed light on the interim solution known as Tensor G4, anticipated to debut in the Pixel 9 series in 2024.

The upcoming Tensor G4 marks the third iteration of Google Tensor, promising substantial improvements over its predecessors. The enhancements encompass cutting-edge hardware, a revamped layout, refinements to Samsung’s 4nm manufacturing process, and an apparent upgrade in cooling mechanisms. These combined features are poised to make Tensor G4 a notably superior chip. However, reports suggest that the following year won’t witness an upgrade of comparable magnitude.

A trusted Google insider from Android Authority hints that Tensor G4, featured in the Google Pixel 9, will only represent a modest advancement, falling short of a significant leap from Tensor G3. While Tensor G3, also known as “Zuma,” boasts certain attributes, Tensor G4 is reportedly codenamed “Zuma Pro.” Despite continued collaboration with Samsung for manufacturing, Tensor G4 is said to be based on the “Ripcurrent 24” development board, an upgrade from Tensor G3’s “Ripcurrent” board. While specific details about the innovations remain unclear, the codenames suggest a relatively subdued year-over-year update.

This incremental improvement in Tensor G4 is attributed to its transitional role, serving as a placeholder until the arrival of Google’s fully custom chip, anticipated to be Tensor G5 in the “Pixel 10.” Earlier reports from this year had already indicated a delay in the debut of Google’s fully custom TSMC-made chip, originally slated for 2024 but now rescheduled for 2025. According to the latest report, the upcoming chip is codenamed “Laguna Beach,” with the baseboard named “ChallengerDeep.” 

While these developments are set for the future, it’s crucial to note that Tensor G3’s official release is still pending. The Pixel 8 series, expected to feature the new chip, is confirmed for a full reveal on October 4. As we await further details, Tensor G4 stands as an interim solution, paving the way for the more significant advancements promised by Tensor G5 in the following year.

Looking ahead, the trajectory of Tensor G4’s incremental upgrade becomes clearer when considering the broader context of Google’s chip development strategy. This interim solution seems to be in a holding pattern as the tech giant gears up for the grand reveal of its fully custom Tensor G5 chip, which is poised to make its debut in the “Pixel 10.”

The delay in the fully custom chip’s release, as revealed in earlier reports, appears to have influenced the relatively subdued improvements in Tensor G4. The meticulous details about Tensor G4’s specifications remain elusive at this stage, but the nomenclature, with “Zuma Pro” as its codename, implies a refinement rather than a revolutionary shift.

What adds a layer of intrigue is the anticipation surrounding Tensor G5, with the codename “Laguna Beach” and the baseboard named “ChallengerDeep.” This suggests that Google is not merely aiming for incremental upgrades but is preparing for a substantial leap in chip technology, potentially setting the stage for a new era of performance and capabilities in the Pixel 10 series.

However, it’s essential to exercise patience as these developments are still on the horizon, and the imminent launch of Tensor G3 in the Pixel 8 series will likely provide a more tangible glimpse into the trajectory of Google’s chip evolution. The promised improvements in Tensor G4, though modest, are stepping stones towards the larger vision of a fully customized, cutting-edge Tensor G5 chip, which holds the potential to redefine the landscape of mobile device capabilities.

In the meantime, tech enthusiasts and consumers alike are left eagerly awaiting the official debut of Tensor G3 and, subsequently, the unveiling of Tensor G4 in the Pixel 9 series. As the unveiling dates approach, the tech community will be closely watching to see how these incremental advancements set the stage for the groundbreaking innovations promised by Tensor G5 in the future Pixel 10 series.

GOOGLE PIXEL 8 PRO G3 

Hardware & Display The Pixel 8 Pro feels like a true Google phone. In recent years, Google’s unique vision has somewhat diminished, particularly in terms of hardware and aesthetics. The Pixel 4 series was the culmination of Google’s design with its high-contrast colors and quirky choices, but the Pixel 6 and Pixel 7 felt more generic. With the Pixel 8 Pro, Google is finally embracing its uniqueness. The rounded design is delightful, with bezels that match the curved corners. The camera bar design is iconic and has stood the test of time. The matte finish of the phone is a welcome return to the design trait that Google was ahead of in 2018. The color options, including black, off-white, and blue, cater to different preferences.

The display of the Pixel 8 Pro is exceptional. The LTPO AMOLED display, branded as “Super Actua,” has a peak brightness of 2,400 nits, surpassing other smartphones in the US market. The display performs well in real-life usage, with vibrant but not oversaturated colors. The panel feels on par with the iPhone or Galaxy S23 series devices and is the best display available in North America. The size of the Pixel 8 Pro’s 6.7-inch display fits well with other flagship smartphones. The flat display is a practical improvement, as it allows for screen protectors without any issues.

Software & Performance Android 14 is a notable update, with improvements to the lockscreen customization and various quality-of-life changes. The update delivers a more polished Android experience. On the Pixel, Android 14 serves as a platform for Google AI features.

Camera The camera on the Pixel 8 Pro continues the legacy of exceptional photography. It utilizes AI features effectively, and the selfie camera is a significant improvement.

the Pixel 8 Pro impresses with its hardware, display, software, and camera capabilities.

Battery Life & Charging One of the key factors that can make or break a smartphone experience is battery life, and the Pixel 8 Pro doesn’t disappoint in this regard. With its 5,000mAh battery, it offers impressive longevity, easily lasting a full day of heavy usage without needing to be recharged. Plus, Google’s Adaptive Battery feature intelligently

manages power consumption, ensuring that your device prioritizes the apps and services you use most frequently.

When it comes time to recharge, the Pixel 8 Pro supports fast charging, allowing you to quickly juice up your phone. Additionally, Google has finally joined the ranks of other flagship smartphones by introducing wireless charging capabilities. This is a welcome addition for those who prefer the convenience of wireless charging pads.

Connectivity & Storage The Pixel 8 Pro supports 5G connectivity, which means you can enjoy blazing-fast internet speeds when connected to a compatible network. This is a significant improvement over previous Pixel models and ensures that you’re future-proofed for the next generation of mobile connectivity.

In terms of storage options, the Pixel 8 Pro offers ample space to store all your files, apps, photos, and videos. With options ranging from 128GB to a whopping 1TB, you can choose the capacity that best suits your needs. Additionally, Google’s commitment to unlimited cloud storage for high-quality photos and videos taken on Pixel devices still stands, providing peace of mind for those who like to capture every moment.

Security & Privacy Google has always been at the forefront of prioritizing security and privacy, and the Pixel 8 Pro is no exception. It features a Titan M2 security chip, which ensures that your data remains secure and protected against potential threats.

Furthermore, the Pixel 8 Pro benefits from Google’s commitment to regular software updates and patches. With guaranteed security updates for at least three years, you can rest assured that your device will stay protected against emerging vulnerabilities.

Price & Availability The Pixel 8 Pro is positioned as a flagship device, and as such, it comes with a premium price tag. However, given its impressive features and capabilities, many users may find it worth the investment. The exact pricing details are yet to be announced, but it is expected to align with other high-end smartphones on the market.

As for availability, the Pixel 8 Pro will likely be available through various carriers and directly from Google’s online store. Pre-orders are expected to start soon, with shipping commencing shortly after the Pixel 8 Pro represents Google’s most successful attempt at creating a truly exceptional smartphone. With its stunning design, top-notch display, powerful performance, excellent camera capabilities, long-lasting battery life, and commitment to security and privacy, it ticks all the right boxes for discerning users. While it may come with a higher price tag, the Pixel 8 Pro offers a premium experience that is well worth considering for those in search of a cutting-edge smartphone.

The Pixel 8 Pro is seen as a device that brings together all the positive aspects of Google’s previous smartphones.

The hardware and design of the Pixel 8 Pro have improved, with a delightful rounded design and a matte finish. The display of the Pixel 8 Pro is considered one of the best in smartphones, with high brightness levels and vibrant colors.
Android 14 is seen as a great update, offering quality-of-life changes and serving as a platform for Google AI features. The overall verdict on the Pixel 8 Pro is yet to be determined, as reviewers are still getting to know the device. 

However, early impressions of the Pixel 8 Pro have been overwhelmingly positive. Reviewers have praised its powerful performance, thanks to the latest Snapdragon processor and ample RAM. The device effortlessly handles multitasking, gaming, and resource-intensive apps with ease.

One standout feature of the Pixel 8 Pro is its exceptional camera system. Google has always been known for its impressive computational photography capabilities, and the Pixel 8 Pro takes it to the next level. With improved low-light performance, enhanced image stabilization, and advanced AI algorithms, the camera produces stunning photos in any lighting condition.

The battery life on the Pixel 8 Pro has also been a pleasant surprise for many users. With its large capacity battery and optimized software, the device easily lasts a full day of heavy usage. Additionally, the fast charging capabilities allow users to quickly top up their battery when needed.

Another aspect that has impressed reviewers is the software experience. The Pixel line is known for its clean and bloatware-free version of Android, and the Pixel 8 Pro continues this tradition. Users can expect timely software updates directly from Google, ensuring they have access to the latest features and security patches.

In terms of connectivity, the Pixel 8 Pro supports 5G technology, providing ultra-fast download and upload speeds where available. It also includes features like NFC for contactless payments and water resistance for added durability.

Overall, the Pixel 8 Pro seems to be a strong contender in the flagship smartphone market. Its combination of top-notch hardware, outstanding camera capabilities, excellent battery life, and clean software experience make it an appealing choice for Android enthusiasts and photography enthusiasts alike. As more in-depth reviews become available, we will have a clearer picture of how the Pixel 8 Pro stacks up against its competitors.

“Google Pixel 8 Pro DETAILED Review: Unveiling Google’s Best Yet”

Every brand carries a distinctive voice, and for Google, that voice seemed to fade in recent years, especially in terms of hardware and aesthetics. While the Pixel 6 and Pixel 7 felt somewhat generic, the Pixel 8 Pro marks a return to uniqueness.

Hardware & Design: Aesthetic Brilliance

The Pixel 8 Pro boasts a delightful rounded design, departing from the boxiness of its predecessors. The “camera bar” design, introduced in 2018, still stands out, and the matte finish of the phone is a welcome return, providing a pleasant grip. The color options, including the polarizing “Bay” blue, cater to diverse preferences.

Display Excellence: “Super Actua” Brilliance

The Pixel 8 Pro introduces the “Super Actua” display, an LTPO AMOLED panel reaching up to 2,400 nits, outperforming competitors in the US market. The 120 Hz refresh rate, along with the vibrant yet natural colors, contributes to an exceptional visual experience. The 6.7-inch size strikes a balance between familiarity and usability.

Flat is Fantastic: Display Ergonomics

Breaking away from the curved glass trend, the Pixel 8 Pro features a flat display with symmetrical, smaller bezels. While not entirely flat, the slight curve enhances the ergonomic feel without compromising screen protectors.

Software & Performance: Android 14 Excellence

Android 14 brings meaningful updates, enhancing the lockscreen, system share menu, and overall user experience. AI wallpapers add a unique touch, allowing users to create customized wallpapers effortlessly. Google’s commitment to continuous improvement, evident in upcoming features like Bard in the Google Assistant, solidifies the Pixel 8 Pro’s software excellence.

Tensor G3: A Promising Leap

The success of Pixel phones often hinges on Google Tensor, and Tensor G3 seems promising. Built on a 4 nm process, it addresses heat issues and poor modem performance. Initial usage indicates improved thermal performance, with Tensor G3 handling day-to-day tasks smoothly. The true test lies in extensive, long-term testing.

Seven Years of Support: Unprecedented Commitment

Google’s commitment to providing seven years of support for the Pixel 8 series sets a new standard in the industry. While concerns about hardware longevity persist, the promise of continuous updates, including OS upgrades, until 2030 is a significant advantage.

Battery Life & Charging: Competitive Performance

The Pixel 8 Pro’s 5,050 mAh battery offers commendable performance, lasting a day with moderate use. Charging speeds at 30W, though not groundbreaking, align with current flagship standards.

Camera Brilliance: AI Takes Center Stage

The Pixel’s camera legacy evolves with the Pixel 8 Pro. The 50 MP main sensor delivers stunning results, with new features like “High-Res” and “Ultra HDR.” The 48 MP ultrawide and 5x telephoto lenses add versatility. Manual controls offer flexibility, while AI features like Magic Editor and Best Take showcase Google’s focus on computational photography.

Selfie Camera Upgrade: Autofocus Excellence

The upgraded 10.5 MP selfie camera with autofocus improves overall quality, especially in optimal lighting conditions. Face Unlock benefits from the enhanced selfie camera, providing a seamless and secure unlocking experience.

Additional Features: Fingerprint Sensor, Face Unlock, Haptics, and Signal Performance

The fingerprint sensor, while unchanged, offers reliable performance. Face Unlock has improved, working in tandem with the fingerprint sensor for a quick and secure experience. Haptics remain solid, comparable to industry standards. Signal performance with the Samsung Exynos 5300 modem appears promising, with further testing underway.

Thermometer Gimmick: A Curious Addition

The built-in infrared thermometer, while functional, appears to lack a clear practical use. Its application in measuring pan temperature or baby bottle warmth seems niche, and its future relevance remains uncertain.

Verdict: A Culmination of Excellence

The Pixel 8 Pro stands as Google’s best phone to date, blending aesthetic brilliance, cutting-edge hardware, and software excellence. With the promise of seven years of support, it emerges as a compelling device in a competitive market. While some features may seem gimmicky, the overall experience and commitment to continuous improvement make the Pixel 8 Pro a noteworthy choice for smartphone enthusiasts.

Prospective Concerns:

Despite the Pixel 8 Pro’s impressive features, a few concerns linger. The true test of Tensor G3’s performance will unfold over extended use, and potential issues with heat, especially on cellular networks, warrant close observation. The phone’s long-term durability remains uncertain, particularly considering the hardware’s ability to keep up with evolving software demands until 2030.

AI Features and Camera Performance: Evolving Excellence

The Pixel 8 Pro’s emphasis on AI extends to its camera features. The Best Take and Magic Editor features, while not flawless, showcase Google’s commitment to pushing the boundaries of computational photography. As AI continues to play a central role, future updates may refine and expand these capabilities.

Fingerprint Sensor and Face Unlock: Balancing Security and Convenience

While the fingerprint sensor maintains consistent performance, Face Unlock’s enhancement adds a layer of convenience. The parallel use of both unlocking methods ensures a seamless and secure user experience, catering to individual preferences.

Haptics and Signal Performance: A Familiar and Promising Experience

The Pixel 8 Pro’s haptics, while not groundbreaking, align with industry standards and provide a satisfactory tactile experience. Initial signal performance with the Samsung Exynos 5300 modem appears positive, with further testing planned to assess real-world scenarios and potential improvements.

Thermometer Feature: A Curious Addition with Limited Practicality

The built-in thermometer, while functional, raises questions about its practical applications. The lack of clear, everyday use cases may relegate it to being more of a novelty than a genuinely useful feature. Google’s pursuit of FDA clearance for body temperature measurement adds a layer of complexity to its relevance.

A Worthwhile Investment

The Pixel 8 Pro emerges as a worthwhile investment, combining Google’s legacy in AI and camera excellence with tangible hardware improvements. While some features may seem more like novelties, the overall user experience, commitment to long-term support, and the phone’s competitive edge in various aspects make it a compelling choice in the saturated smartphone market.

As the Pixel 8 Pro undergoes more extensive testing and users provide long-term feedback, a comprehensive assessment of its performance, durability, and unique features will emerge. For now, Google’s latest flagship stands as a testament to the brand’s evolution, offering a device that resonates with both enthusiasts and everyday users.

AI and Software Integration: A Glimpse into the Future

The Pixel 8 Pro’s seamless integration of AI into everyday tasks, such as wallpaper customization through generative AI, sets the stage for a future where artificial intelligence becomes an integral part of user interactions. The promise of additional features, including the introduction of Bard in Google Assistant, hints at a continuous evolution that will likely redefine the user experience over time.

Tensor G3’s Performance: A Positive Start

While initial impressions of Tensor G3 are promising, the true test of its capabilities lies in prolonged usage. The notable improvement in thermals, particularly during wireless charging under load, instills confidence, but real-world scenarios, including GPU-intensive applications and extended use over weeks, will provide a more accurate assessment.

Seven Years of Support: A Bold Commitment

Google’s unprecedented promise of seven years of support, encompassing OS upgrades and new features, positions the Pixel 8 Pro as a forward-looking device. The potential challenges lie not in Google reneging on its commitment but in the hardware’s ability to withstand the demands of evolving software over such an extended period.

Battery Life and Charging: A Balancing Act

The Pixel 8 Pro’s battery life, while not class-leading, strikes a balance that aligns with other modern flagships. Daily usage, including messaging, social media, and multimedia consumption, showcases a device that can comfortably last a full day. The charging speeds, though not groundbreaking, prove adequate for most users, especially those who primarily rely on wireless charging.

Camera Innovations: Building on a Strong Foundation

Google’s focus on AI-driven camera features, such as High-Res mode and Ultra HDR, adds depth to an already robust camera system. The Pixel 8 Pro’s camera innovations build upon the strengths of its predecessors, ensuring that users can capture stunning photos while also experimenting with new modes and controls.

Selfie Camera Upgrade: A Step Forward with Trade-offs

The upgraded selfie camera, with autofocus and improved quality in the main camera app, represents a step forward. However, challenges with third-party apps, particularly in lower lighting conditions, reveal trade-offs that users should consider, especially if frequent use of such apps is a priority.

Signal Performance: Early Signs of Stability

The initial assessment of signal performance indicates stability, with expected connection strength and solid speeds in various settings. Ongoing tests in diverse environments will provide a more comprehensive understanding of the Pixel 8 Pro’s signal capabilities, addressing concerns that have surfaced in previous Tensor-powered Pixel devices.

The Thermometer Feature: A Unique, Yet Niche Addition

The built-in thermometer, while a unique addition, raises questions about its practicality. Limited use cases and a lack of widespread scenarios where this feature adds substantial value may relegate it to being more of a niche inclusion, possibly overshadowed by more widely applicable functionalities.

A Comprehensive Package with Room for Evolution

The Pixel 8 Pro presents a comprehensive package that combines cutting-edge technology, AI integration, and a commitment to long-term support. While certain features may seem experimental or niche, the overall device offers a compelling user experience. The Pixel 8 Pro’s success will be measured not only by its initial reception but by its sustained performance and user satisfaction over an extended period. As users continue to explore and test the device in various scenarios, the true potential and longevity of the Pixel 8 Pro will become clearer.

Additional Features:

1. Display Technology: Cutting-Edge “Super Actua” Display

The Pixel 8 Pro boasts the “Super Actua” display, a LTPO AMOLED screen that not only achieves a remarkable peak brightness of 2,400 nits but also supports a variable refresh rate ranging from 1 Hz to 120 Hz. The display’s quality extends beyond its brightness, delivering vibrant yet natural colors and a sharp visual experience. The inclusion of a flat display, free from the curved glass trend, enhances both aesthetics and practicality.

2. Android 14 Update: Quality-of-Life Improvements

The Pixel 8 Pro runs on Android 14, and the review highlights several quality-of-life improvements. Customizable lock-screen clock faces, a more visually apparent back gesture, an enhanced system share menu, and the convenience of automatic unlocking with a PIN are among the noteworthy updates. These improvements contribute to a more polished Android experience, reinforcing the device’s commitment to delivering the latest software features.

3. AI Wallpapers: Creative Customization Through Generative AI

The introduction of AI wallpapers demonstrates Google’s commitment to infusing creativity into the user experience. By leveraging generative AI, users can effortlessly create custom wallpapers directly from the Pixel Launcher. The predefined styles, patterns, and ideas provided by the wallpaper generator offer a unique and visually appealing way to personalize the device.

4. Camera Features Beyond Photography: Video Enhancements and AI Editing

The Pixel 8 Pro extends its camera prowess beyond still photography. The addition of “Ultra HDR” in photos enhances the dynamic range, providing a noticeable visual pop. In videos, features like “Video Boost” aim to further enhance the video capture experience. AI-driven editing features, such as Best Take and Magic Editor, introduce novel ways to edit and enhance photos, although the practicality and user-friendliness of Magic Editor are subjects of discussion.

5. Face Unlock and Fingerprint Sensor: Dual Biometric Security

The Pixel 8 Pro offers a dual biometric security system with both Face Unlock and a fingerprint sensor. The improved Face Unlock functionality, now compatible with payment apps, operates seamlessly in parallel with the fingerprint sensor. While the fingerprint sensor remains unchanged from the Pixel 7 Pro, the inclusion of Face Unlock adds an extra layer of convenience and security.

6. Haptic Feedback and Signal Performance: User Experience Enhancements

The haptic feedback on the Pixel 8 Pro, while similar to its predecessor, continues to provide a tight and precise feel, showcasing the device’s attention to user experience. Signal performance, crucial for a seamless connectivity experience, is reported to be mostly stable in various environments, promising reliable connections and solid speeds.

7. Long-Term Software Support: Unprecedented Seven-Year Update Commitment

One of the standout features of the Pixel 8 Pro is Google’s commitment to providing seven years of software support, covering both security updates and major OS upgrades. This industry-leading promise surpasses even Apple’s standard support duration, signaling Google’s dedication to keeping the device relevant and secure for an extended period.

8. Thermometer Feature: Infrared Sensor for Temperature Measurement

While deemed somewhat gimmicky and niche, the Pixel 8 Pro includes a built-in infrared thermometer. This feature allows users to measure the surface temperature of nearby objects, with potential use cases such as checking a pan’s temperature or a baby bottle. However, its practicality and widespread utility may be limited, and opinions on its value vary.

The Pixel 8 Pro, with its array of features, represents a holistic approach to smartphone design, aiming to cater to diverse user needs and preferences. As users explore these features in everyday scenarios, the device’s versatility and performance will continue to shape its reputation in the competitive smartphone market.

**1. Tensor G3 Performance: Enhanced Hardware and Thermal Management

The review highlights the improvements brought about by the Tensor G3 chip, featuring a 4 nm process and a configuration comparable to the Snapdragon 8 Gen 2. Notably, the Tensor G3 demonstrates better thermal management, addressing concerns about heat issues seen in previous Tensor iterations. The initial positive impressions suggest a more reliable performance, especially in demanding tasks and gaming scenarios.

**2. Battery Life and Charging: Competitive Yet Noteworthy

While Pixel phones have historically faced scrutiny for battery life, the Pixel 8 Pro’s 5,050 mAh battery is deemed sufficient for a day of use. The average screen time, ranging from 4-5 hours, and the device’s performance on heavier usage days are acknowledged. The 30W charging speed, although not groundbreaking, is considered acceptable, with wireless charging via the Pixel Stand 2 being the preferred method for the reviewer.

**3. Camera Legacy: Continued Excellence and AI Integration

The Pixel 8 Pro maintains the Pixel series’ camera legacy, with the 50 MP main sensor delivering impressive results comparable to its predecessor. New features such as “High-Res” mode and “Ultra HDR” contribute to the camera’s versatility. The 48 MP ultrawide and 5x telephoto lenses receive positive mentions, showcasing the device’s well-rounded camera setup. Manual controls add a layer of flexibility for users seeking more granular control over their shots.

**4. AI Video Features: Promising Additions

The Pixel 8 Pro introduces AI-driven video features, including Audio Eraser, aiming to isolate and mute unwanted sounds in videos. While the review provides limited insights into these features, the promise of enhancing the video creation experience is acknowledged. Features like Video Boost are expected to be explored further as the review undergoes finalization.

**5. Selfie Camera Enhancement: Autofocus and Face Unlock Integration

The selfie camera on the Pixel 8 Pro is a notable improvement, featuring a 10.5 MP sensor with autofocus. The review acknowledges the enhanced quality in the main camera app but points out potential inconsistencies in third-party apps. Face Unlock, utilizing the improved selfie camera, is commended for its better performance compared to the Pixel 7 generation, with the added ability to work in parallel with the fingerprint sensor.

**6. Signal Performance and Modem Update: Encouraging Stability

The Pixel 8 Pro employs the Samsung Exynos 5300 modem, and the review notes a mostly stable signal performance. Connection strength and speeds, especially in 5G scenarios, are reported to be as expected. The updated firmware on the modem, compared to its debut on Tensor G2, suggests a more mature hardware-software combination, with potential long-term testing planned.

**7. Infrared Thermometer: Gimmick or Novelty

The built-in infrared thermometer, though acknowledged for its functionality, is considered by the reviewer as having limited practical applications. The novelty of measuring object temperatures, such as pans or baby bottles, is questioned, and the overall usefulness of this feature is debated. The potential FDA clearance for body temperature measurement is mentioned but viewed as a niche application.

**8. Pixel Ecosystem Strength: Holistic User Experience

The Pixel 8 Pro is positioned within the broader Pixel ecosystem, benefitting from Google’s comprehensive software integration and ecosystem strength. The promise of seven years of software support adds significant value, potentially enhancing the device’s resale value and ensuring longevity in a rapidly evolving smartphone landscape.

As the review undergoes finalization and more in-depth testing is conducted, further insights into the Pixel 8 Pro’s performance, longevity, and real-world usage will likely be revealed. Users considering the device can look forward to a comprehensive understanding of its strengths and potential areas for improvement as the review evolves.

FINALLY ….IT’S DECISION MAKING TIME- PROS AND CONS

PROS:-

1. Distinctive Design: The Pixel 8 Pro features a refreshed design with rounded corners, a camera bar, and a matte finish, standing out from its predecessors.
2. Versatile Color Options: The device offers a variety of color options, including the appealing “Bay” blue, “Porcelain” white, and the classic “Obsidian” black.
3. Super Actua Display: The LTPO AMOLED display, branded as “Super Actua,” boasts a peak brightness of 2,400 nits, making it the brightest among smartphones in the US market.
4. 120 Hz Refresh Rate: The display supports a 120 Hz refresh rate, providing a smooth user experience in day-to-day usage.
5. Improved Display Ergonomics: The move to a flat display with minimal curves enhances the overall ergonomics and facilitates better compatibility with screen protectors.
6. Tensor G3 Chip Performance: The Tensor G3 chip, based on a 4 nm process, demonstrates improved performance and thermal management compared to its predecessors.
7. Seven Years of Software Support: Google’s commitment to providing seven years of software support, including OS upgrades and new features, surpasses industry standards and ensures long-term device usability.
8. Competitive Battery Life: The 5,050 mAh battery offers sufficient capacity for a day of use, with an average screen time ranging from 4 to 5 hours on a single charge.
9. AI-Powered Camera Features: The camera system continues the Pixel legacy, introducing new features such as “High-Res” mode, “Ultra HDR,” and 5x telephoto capabilities. Manual controls provide additional flexibility.
10. AI Video Features: AI-driven video features, including Audio Eraser, enhance the video creation experience.
11. Improved Selfie Camera: The 10.5 MP selfie camera with autofocus contributes to improved image quality, and Face Unlock integration adds convenience.
12. Signal Performance Stability: The Samsung Exynos 5300 modem exhibits mostly stable signal performance, with encouraging results in connection strength and speed.
13. Innovative Infrared Thermometer: While viewed as a novelty, the built-in infrared thermometer adds a unique feature, capable of measuring object temperatures.
14. Comprehensive Pixel Ecosystem: Integration with Google’s ecosystem and the promise of extended software support contribute to a holistic user experience.

CONS:-

1.  Iterative Design: While the design is distinctive, some may view it as an iterative improvement rather than a revolutionary change from previous Pixel models.
2.  Polished Metal Rails: The metal rails are noted as being polished, which may impact the device’s grip and could potentially lead to smudges and fingerprints.
3.  Limited Use Cases for Infrared Thermometer: The practical applications of the built-in infrared thermometer are questioned, and its overall usefulness is debated.
   Charging Speeds: While not slow, the 30W charging speed may not impress users seeking faster charging options available in some competitor devices.
   AI Video Feature Limitations: Some limitations in the AI video features, such as occasional artifacts and the need for further testing, are acknowledged.
4. Potential Third-Party App Issues: The enhanced selfie camera’s quality may vary in third-party apps, possibly impacting the overall user experience.
5. Potential Heat Issues on Cellular Networks: The device may experience warmth on cellular networks, particularly on LTE or 5G, according to initial observations.
6. Questionable Usefulness of Infrared Thermometer: The built-in infrared thermometer is viewed as having limited practical applications, raising questions about its necessity.
7. Magic Editor Implementation: The Magic Editor feature is criticized for its limited control and perceived lack of practicality in certain scenarios.
8. AI Wallpaper Restrictions: The AI wallpaper generator is noted for its preset styles, limiting customization compared to other generative AI tools.
9. Subjective Color Preferences: While the color options are praised, personal preferences may vary, and the “Bay” blue variant is mentioned as slightly polarizing.
10. Fingerprint Sensor Speed: The fingerprint sensor’s speed is considered fine, but there’s a suggestion for improvement to match or exceed competitors’ performance.
11. Lack of Flir-Style Heat Mapping Camera: The presence of an infrared thermometer is criticized, with the suggestion that a Flir-style heat mapping camera or a 3D LiDAR camera would be more useful.

It’s important to note that individual preferences and priorities may influence how users weigh these pros and cons. As the review evolves and additional testing is conducted, more insights into the device’s performance and user experience may emerge.

Also Read :- Powerful Apple iMac M3 Review.

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