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Samsung Galaxy A Series Set to Get Instant Access Button for Google Gemini

Samsung Introduces Gemini AI Integration to Galaxy A-Series with Dedicated Access Button

Samsung is making significant strides toward democratizing artificial intelligence (AI) on smartphones by extending Gemini integration to its widely popular mid-range Galaxy A-series. The latest models — Galaxy A56 5G, Galaxy A36 5G, and Galaxy A26 5G — will be the first to receive a software update that includes a dedicated side button for immediate access to Google’s Gemini AI assistant.

This initiative marks an important milestone in Samsung’s ongoing partnership with Google and reflects the company’s dedication to making advanced AI features available to a wider audience.

What’s New: Gemini Side Button Integration

Beginning in early May, Samsung will initiate a software update enabling users of selected Galaxy A-series devices to activate Gemini AI through a long press of the power button — a feature formerly restricted to flagship models. This integration allows users to circumvent the conventional method of launching the Gemini app and instead gain instant access to the AI assistant with a simple gesture.

The side button, which also functions as the power button, will now act as a portal to Gemini’s array of capabilities, simplifying everyday tasks such as setting reminders, locating nearby restaurants, or translating languages.

Awesome Intelligence Meets Gemini

The Gemini integration complements Samsung’s newly launched Awesome Intelligence platform, which first appeared on the Galaxy A56 5G, A36 5G, and A26 5G. Awesome Intelligence offers select Galaxy AI features to the A-series, including intelligent photo editing, real-time translation, and contextual recommendations.

By merging Gemini’s natural language processing and contextual comprehension with Awesome Intelligence, Samsung aims to provide a more fluid and intuitive user experience.

“We’re thrilled that Galaxy A series users can now trigger Gemini more quickly and naturally with a gesture that integrates intelligent support into their daily tasks,” said Jay Kim, Executive Vice President of Samsung’s Mobile eXperience Business.

Expanding Access Across the A-Series

While the initial rollout focuses on the Galaxy A56 5G, A36 5G, and A26 5G, Samsung has confirmed that the update will be available for additional models, including:

– Galaxy A55 5G
– Galaxy A54 5G
– Galaxy A35 5G
– Galaxy A34 5G
– Galaxy A25 5G
– Galaxy A25e 5G
– Galaxy A24

All eligible devices must operate on One UI 7 to receive the update, and although the rollout is set to begin in May, Samsung indicates that timing may differ by region and carrier.

Gemini: A More Intelligent Assistant for Everyday Tasks

Gemini, Google’s sophisticated AI assistant, is engineered to perform a myriad of tasks through voice and text input. From drafting emails and summarizing documents to making reservations and providing real-time navigation, Gemini is designed to be a versatile digital partner.

With the new side button integration, Samsung users can access these functionalities more efficiently, making the assistant a more essential component of their daily lives.

A Shift Away from Bixby?

This update also hints at a potential evolution in Samsung’s AI approach. While Bixby continues to be available on Galaxy devices, the increased visibility of Gemini within the A-series suggests that Samsung may be gradually transitioning towards Google’s AI ecosystem for expanded AI capabilities.

The company’s press release emphasizes the benefits of this collaboration, stating: “Samsung and Google have been working together to provide seamless, intuitive, and impactful AI experiences, making the latest technology more accessible for a wider range of users.”

Galaxy A26 5G: An Economical AI Powerhouse

Among the initial devices to receive this update, the Galaxy A26 5G is positioned as an affordable yet powerful smartphone. Priced between $239 and $299, the A26 5G boasts a large display, enduring battery life, and, with the new update, access to Gemini and Awesome Intelligence — making it an appealing choice for users wanting premium features at a mid-range price.

Conclusion

With the introduction of Gemini integration and Awesome Intelligence to the Galaxy A-series, Samsung is closing the gap between its flagship and mid-range offerings. This update not only enhances the capabilities of the A-series but also highlights Samsung’s vision of making AI more accessible to all.

As the rollout commences in May, Galaxy A users can anticipate a smarter, more responsive smartphone experience — all at the touch of a button.

Pixel 10 Might Include Unexpected Display Enhancement, Sources Indicate

Google Pixel 9 Series Features Premium Displays — But Pixel 10 Might Finally Resolve This Major Issue

Google’s Pixel 9 series has received significant acclaim for its impressive OLED displays, which compete with the finest in the smartphone market. Featuring vibrant colors, rich blacks, and high refresh rates, the Pixel 9 and Pixel 9a provide a visual experience that’s hard to surpass. Nevertheless, amidst these advantages, there exists one major aspect where the Pixel 9 series is lacking — a concern that could potentially be resolved with the anticipated Pixel 10.

The Problem: PWM Dimming and Eye Fatigue

Although the Pixel 9 series performs admirably in display quality on paper, it employs a technology named Pulse Width Modulation (PWM) dimming to manage screen brightness. PWM functions by rapidly switching the screen on and off at a designated frequency to create the illusion of lower brightness levels. While this approach is effective and facilitates precise brightness management, it may pose challenges for certain users.

Individuals who are sensitive to screen flicker — often described as “PWM sensitive” — might endure eye fatigue, headaches, or even migraines while using devices with lower PWM frequencies. Regrettably, Google’s Pixel phones, including the Pixel 9 and Pixel 9a, operate at relatively low PWM frequencies (generally around 240Hz), which are more likely to induce discomfort for those who are sensitive.

What’s New: Google Is Finally Acknowledging the Issue

For years, Google chose not to address the PWM matter, even as other brands began recognizing and tackling it. However, that silence has finally been interrupted. In a remarkable development, Google recently announced that its teams are actively exploring the PWM dimming concern and that users can anticipate updates “later this year.”

This marks a notable change in perspective. It indicates that Google is not only cognizant of the issue but may also be preparing to implement a resolution — potentially in time for the Pixel 10 launch.

Why It’s Important

The ramifications of this change are significant. PWM sensitivity isn’t confined to a tiny group of users. As awareness rises, more individuals are discovering that their eye fatigue or headaches might be attributed to screen flicker. For these users, the Pixel 9’s otherwise exceptional display becomes practically unusable.

Additionally, Google’s recognition of the problem could have an impact on the broader industry. If a leading company like Google begins to offer flicker-reduction features or elevated PWM frequencies, it could encourage other manufacturers — including Apple and Samsung — to follow suit.

What Improvements Could the Pixel 10 Bring?

While Google hasn’t specified what modifications are on the horizon, there are several possibilities for how the Pixel 10 could enhance its display technology:

1. Elevated PWM Frequencies:
Numerous newer devices from brands like OnePlus and Honor now utilize PWM frequencies as high as 2,160Hz — 8 to 16 times quicker than Google’s current implementation. These elevated frequencies significantly lessen the likelihood of flicker-related discomfort.

2. Flicker-Reduction Accessibility Option:
Google might introduce a fresh accessibility setting that minimizes or eradicates PWM flicker. For instance, Motorola has already integrated such a feature in its latest devices, including the Edge Plus and Razr series.

3. Hybrid Dimming:
Some manufacturers adopt a blend of DC dimming (which adjusts voltage instead of flickering the screen) combined with high-frequency PWM. This hybrid strategy enhances eye comfort without compromising display quality.

4. Complete DC Dimming:
Although less prevalent, full DC dimming represents the gold standard for flicker-free displays. Should Google incorporate this, it would revolutionize the experience for users with PWM sensitivity.

The Larger Context: Display Quality Versus Eye Comfort

For an extended period, smartphone displays have been optimized to perform well in laboratory evaluations — focusing on brightness, contrast, and color accuracy — rather than real-world practicality. However, as an increasing number of users report challenges with screen flicker, it has become evident that display quality must also account for human health and comfort.

The Pixel 10 could be the first Google phone to achieve that equilibrium. By providing options for users who are sensitive to PWM flicker, Google would not only enhance the inclusivity of its devices but also establish a new benchmark for what constitutes a “superior display.”

Conclusion: A Move Towards a More Inclusive Pixel

The Pixel 9 series may boast some of the most visually appealing screens available, but they aren’t the most comfortable for everyone. With the Pixel 10, Google has a remarkable chance to rectify this — and judging by recent remarks, it appears the company is finally prepared to take action.

Whether through higher PWM frequencies, new accessibility features, or hybrid dimming technology, the Pixel 10 could represent the first Google phone that genuinely prioritizes user comfort alongside display performance. And that’s a victory for all.

In the meantime, users who are susceptible to PWM flicker may want to explore alternatives like the OnePlus 13 or Honor Magic 7 Pro.