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Google’s Pixel 9 Tensor G4: Real-world performance over benchmarks

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Pixel 9 Pro

Top 3 Key Points:

  1. Real-World Focus: Google’s Tensor G4 is designed for everyday improvements, not for outperforming benchmarks.
  2. AI Optimization: Tensor G4 enhances AI capabilities, making the Pixel 9 smarter and more efficient.
  3. Improved Modem: The new Exynos 5400 modem boosts power efficiency and enables features like Satellite SOS.

Google’s decision to switch to its Tensor chips for the Pixel series has generally been well-received, though not without criticism. One of the main complaints has been that these chips don’t perform as well in benchmark tests compared to competitors like Qualcomm’s Snapdragon. With the upcoming Tensor G4 chip in the Pixel 9, Google continues to prioritize real-world performance over benchmark scores.

Back in 2021, Google introduced the first Tensor chip with the Pixel 6, moving away from Qualcomm’s Snapdragon chips. The primary reason for this shift was to create a chip tailored specifically to Google’s vision for the Pixel, focusing on AI advancements and a more integrated user experience. This commitment has only deepened in 2024 with the development of the Tensor G4.

While the Tensor G4 might still lag in benchmark comparisons with the latest Snapdragon chips, Google is more concerned with practical improvements that users will feel daily. At the recent Made by Google event, the company described the Tensor G4 as its “fastest and most efficient” chip yet, emphasizing that it’s built to enhance everyday activities like browsing, streaming, and photography, all while being more battery-friendly.

In an interview with the Financial Express, Soniya Jobanputra from Google reiterated this approach, stating that the chip isn’t designed to chase benchmark records but to serve Google’s specific use cases. For instance, the Tensor G4 has been optimized to handle multiple tasks simultaneously and to improve the speed at which apps open, addressing common frustrations users face.

AI remains a central focus for the Tensor G4. Google’s Tensor team collaborated with DeepMind to fine-tune the chip not just for current AI needs but for future advancements. This includes boosting the chip’s memory bandwidth to support AI models like Gemini Nano on the Pixel 9. According to Google, Tensor G4 is three times more powerful in on-device AI processing than the Pixel 8 Pro, allowing it to handle up to 45 tokens per second.

Another key improvement in the Pixel 9 is the new Exynos 5400 modem, which enhances power efficiency and enables features like Satellite SOS, adding another layer of reliability to the device.

Although Google hasn’t shared all the specifics about the Tensor G4, it’s clear that the company’s focus remains consistent: creating a chip that aligns with Google’s goals for the Pixel series. Looking ahead, there’s anticipation around what the Tensor G5 will bring. Reports suggest it might be Google’s first fully custom-designed chip, potentially marking a significant leap in performance and efficiency.

For now, the Pixel 9 series, equipped with the Tensor G4, is available for pre-order, offering users a device optimized for real-world use rather than just numbers on a chart.

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Google

Google Photos gets smarter with “Ask Photos” and Google Shopping revamps logo

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Google Photos AI Features

Google Photos is rolling out a powerful new feature called Ask Photos! This AI-powered tool lets you search your photo library with natural language questions. Gone are the days of clunky keywords. Now, you can ask things like “Show me Halloween costumes over the years” or “When did my child learn to swim?”

The feature is still in its early stages, but it shows great promise. It appears as a new tab in the Photos app, replacing the “Search” function. Initially, it focuses on recognizing people and places in your photos. It might not be perfect for events or objects yet, but it’s constantly learning.

Signing Up for Ask Photos:

While not available to everyone yet, Google opened a waitlist last month. If you signed up, keep an eye out for the update! For others, the waitlist is still open (US only for now).

A New Look for Google Shopping:

In addition to the exciting Photos update, Google Shopping is getting a makeover! It seems a new logo is on the way, replacing the familiar price tag icon. The new logo is a simplified shopping bag in Google’s signature colors, swirling together for a clean, modern look.

The website itself might also be getting a refresh. We spotted glimpses of a redesigned site with a user-friendly layout and helpful features like browsing recommendations and price comparisons.

What’s Next?

While official announcements from Google are likely forthcoming, these updates hint at exciting things to come for Google Photos and Shopping. Ask Photos has the potential to revolutionize how you search your memories, and the Google Shopping revamp promises a more streamlined shopping experience.

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Android

Android Auto gets a behind-the-scenes update

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Android Automotive

Google has released a new version of Android Auto, version 13.0. While you won’t see any big changes on the surface, some important updates are happening under the hood.

What’s New?

  • Car Media: Google is working on a new feature called “Car Media.” This feature will allow you to easily control your car’s AM/FM radio and local media.
  • Bug Fixes: The update includes bug fixes and improvements to make Android Auto run smoothly.

When Will Car Media Be Available?

Google hasn’t announced an official release date for Car Media yet. But they’re actively working on it, and we might see it in a future update.

How to Get Android Auto 13.0

The Android Auto 13.0 update is available now on the Google Play Store. Just search for “Android Auto” and install the latest version.

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Google boosts Android Security with new theft protection features

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Google

Google is rolling out a trio of powerful features designed to protect your Android phone (version 10 and above) from theft. These features, accessible through Google Play services updates, aim to automatically safeguard your data in case your phone goes missing.

Here’s how it works:

  • Theft Detection Lock: This clever feature utilizes your phone’s sensors, Wi-Fi, and even smart device connections to detect suspicious activity. If someone snatches your unlocked phone and takes off running (think snatch-and-grab), Theft Detection Lock will automatically lock your screen, preventing access to your sensitive information.

  • Offline Device Lock: This feature acts as a safeguard against thieves who might try to disable your phone’s internet connection to avoid location tracking. Offline Device Lock triggers a lock if your phone is stolen while unlocked and subsequently goes offline. Google emphasizes that this feature works under two conditions: your phone must be actively unlocked when stolen, and the screen can only be locked automatically twice a day.

  • Remote Lock (Coming Soon): This feature, currently under testing, offers a faster alternative to accessing Find My Device. In case of theft, you can visit a dedicated website (android.com/lock) from any trusted device, enter your pre-registered phone number, and complete a security challenge. This will remotely lock your stolen phone.

These features were initially tested in Brazil back in June 2024. While a full global launch hasn’t happened yet, users worldwide are starting to see some Theft Detection features rolling out on their Pixel, Samsung, and other Android devices.

Availability:

  • Full features are currently appearing for users enrolled in the Google Play services beta (version 24.40.33).
  • Stable channel rollout is expected soon.

Keeping Your Android Safe:

These theft protection features are a valuable addition to your Android security arsenal. Remember, it’s always a good practice to enable a strong lock screen password or PIN and utilize Find My Device to locate your phone in case it gets misplaced. With these tools in place, you can enjoy peace of mind knowing your data is protected.

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