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As customary, Samsung is expected to launch the Galaxy S23, S23+ and S23 Ultra in Q1 of 2023. In a recent development, Ming-Chi Kuo revealed that Samsung is going to axe its in-house Exynos chipsets for the upcoming S23 flagship series. To date, Samsung has been selling two models of their flagship mobiles, one powered by the flagship Qualcomm SoC and the other with their in-house Exynos SoC. If the rumour is true this will be the first time since the inception of the S series, Samsung is relying solely on Qualcomm.
For several years, the Samsung flagships powered by Exynos SoC have been underperforming when compared to their Qualcomm brothers. The company has faced quite a backlash from the users in Europe and Asia where the Exynos devices were being sold.
There was about a 10-20% performance difference between the Snapdragon and Exynos variants of the S21 Ultra. Even with lower performance numbers, the Exynos variant used to overheat and throttle during long workloads.
Even in the camera performance, the different variants produce widely different results with the Exynos variants usually coming short than their Snapdragon counterparts. Adding fuel to the fire, the battery life of the devices with Samsung’s in-house chipsets used to last much shorter.
In 2022, Samsung ditched the Exynos variants for the S22 Ultra in the Indian markets. The S22 Ultra with Exynos 2200 is still being sold in Europe, besides other markets globally.
While on the surface it may appear to be a piece of good news for the users it might not be all good if you look at the bigger picture. With the deletion of the Exynos chipsets, Samsung will be solely reliant on Qualcomm for their flagship S series. This might cause supply issues for the upcoming Qualcomm Snapdragon 8 Gen 2, moreover, there might not be any incentive for Qualcomm to provide their chips at lower rates which might lead to an increase in the price of the upcoming devices.
As Samsung has not made any official report on the matter, it seems Samsung is gradually eliminating the use of Exynos chipsets in their flagship devices.
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The Honor X60 is making waves in the smartphone market with its powerful specifications and sleek design. Priced at around ₹13,990, this device aims to deliver high performance at an affordable price. Let’s explore what makes the Honor X60 stand out.
Feature | Specification |
---|---|
Chipset | MediaTek Dimensity 7025 Ultra |
Processor | Octa-core (2.5 GHz Dual-core + 2 GHz Hexa-core) |
Display | 6.8 inches TFT LCD, 1080 x 2412 px (FHD+) |
Rear Camera | 108 MP |
Front Camera | 8 MP |
Battery | 5800 mAh with 35W fast charging |
RAM | 8 GB |
Storage | 128 GB (non-expandable) |
Weight | 189 grams |
Dimensions | 165.98 x 75.8 x 7.88 mm |
Operating System | Android v14 with Magic UI |
The Honor X60 boasts a modern and stylish design, featuring a bezel-less 6.8-inch TFT LCD that offers a premium feel. With a thickness of just 7.88 mm and a weight of 189 grams, it’s comfortable to hold and use with one hand.
The device sports a 6.8-inch TFT LCD with a resolution of 1080 x 2412 pixels, providing a pixel density of 389 ppi. The display supports a 120 Hz refresh rate, ensuring smooth scrolling and fluid animations.
Powered by the MediaTek Dimensity 7025 Ultra chipset, the Honor X60 is designed for balanced performance and energy efficiency. Paired with 8 GB of RAM, it can handle multitasking, browsing, and gaming without a hitch.
The rear camera setup includes an impressive 108 MP main camera, equipped with features like autofocus and LED flash. It supports high dynamic range (HDR) and can record videos at 1080p. The front-facing 8 MP camera is perfect for selfies and video calls, also capable of recording in 1080p.
With a robust 5800 mAh battery, the Honor X60 is built to last throughout the day. It supports fast charging at 35W, allowing for quick power-ups when needed.
The Honor X60 supports dual SIM functionality and is compatible with 3G networks, with VoLTE support. It also features Wi-Fi 5, Bluetooth v5.3, GPS, and a USB Type-C port for connectivity.
The Honor X60 is an impressive smartphone that combines powerful features with a sleek design, making it an excellent choice for users looking for an affordable device without compromising on performance. With its standout camera, vibrant display, and reliable battery life, the Honor X60 is a strong contender in the budget smartphone market.
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Samsung has just launched the Galaxy Z Fold 6 Special Edition, a sleek and powerful foldable smartphone that stands out with its incredible camera and improved design. Here’s everything you need to know!
The Galaxy Z Fold 6 Special Edition comes with some exciting upgrades:
Feature | Specification |
---|---|
Display | 8-inch (internal), 6.5-inch (external) |
Camera | 200MP main camera |
Processor | Snapdragon 8 Gen 3 |
RAM | 16GB |
Storage | 512GB |
Weight | 236g |
Thickness | 10.6mm |
This special edition is thinner and lighter than the regular Galaxy Z Fold 6, making it more comfortable to use. It’s about 1.5mm thinner and weighs 3g less than its predecessor.
The Galaxy Z Fold 6 Special Edition will be available starting October 25, with a price tag of approximately KRW 2,789,600 (around ₹170,000). It comes in one color option, Black Shadow, and is offered in a single configuration with 16GB of RAM and 512GB of storage. You can buy it through the Samsung website and other online platforms.
Customers who purchase this special edition will also receive discount coupons for other Samsung devices, including the Galaxy Ring and Galaxy Watch Ultra, adding extra value to the purchase.
Samsung's Galaxy Z Fold 6 Special Edition is a remarkable blend of cutting-edge technology and elegant design, ideal for those looking for a premium foldable smartphone. With its high-resolution camera and improved features, it’s sure to impress both tech enthusiasts and everyday users alike!
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In a landmark ruling on Monday, a U.S. judge directed Alphabet's Google to fundamentally reform its mobile app business. This decision aims to expand options for Android users regarding app downloads and payment methods, following a favorable verdict for Epic Games, the developer of "Fortnite."
U.S. District Judge James Donato, based in San Francisco, outlined a series of changes that Google must implement to promote competition within its Play Store. The injunction stipulates that, for the next three years, Google cannot restrict the use of third-party payment methods within apps. Furthermore, users must be permitted to download apps from alternative Android app platforms or stores.
The order also prohibits Google from compensating device manufacturers for pre-installing its app store and from sharing revenue generated by the Play Store with competing app distributors. This move is intended to level the playing field for app developers.
Epic Games filed its lawsuit against Google in 2020, alleging that the tech giant monopolized app access on Android devices and controlled in-app payment transactions. In December 2023, a jury found in favor of Epic, concluding that Google's practices suppressed competition and led to the current injunction.
In light of the ruling, shares of Alphabet fell nearly 2%. Google had previously requested that Judge Donato reject Epic's proposed changes, arguing that they would be costly and could compromise user privacy and security. However, the judge dismissed these concerns, emphasizing the need for Google to rectify its monopolistic practices.
This ruling comes amid several other legal battles for Google. In a separate antitrust case, U.S. District Judge Amit Mehta ruled that Google had unlawfully monopolized web search, spending billions to maintain its position as the default search engine. Additionally, Google is facing a trial related to its dominance in advertising technology.
The judge's ruling represents a significant shift in the landscape of mobile app distribution and payment processes on Android devices. By mandating these changes, the court aims to enhance competition and provide consumers with greater flexibility. As Google navigates this injunction and other ongoing legal challenges, the implications for the tech giant and the app ecosystem could be profound.
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Meta has introduced a groundbreaking AI model known as the "Self-Taught Evaluator," aimed at evaluating the responses of other AI systems. This release marks a significant step toward minimizing human involvement in the AI development process.
The Self-Taught Evaluator employs the "chain of thought" technique, similar to that used in OpenAI’s o1 models. This method breaks down complex problems into smaller, logical steps, improving the accuracy of responses in challenging subjects such as science, coding, and mathematics.
Notably, Meta trained the evaluator model using entirely AI-generated data, eliminating human input during this stage. This innovative approach offers a potential pathway for creating autonomous AI agents capable of learning from their own mistakes, as explained by the researchers behind the project.
The development of reliable AI evaluation tools could pave the way for digital assistants that operate independently, taking on a wide range of tasks without human intervention. Jason Weston, one of the project's researchers, emphasized the importance of self-evaluation in achieving a "super-human" level of AI intelligence.
The Self-Taught Evaluator has the potential to reduce reliance on the current costly and often inefficient process known as Reinforcement Learning from Human Feedback (RLHF). This traditional method requires specialized human annotators to accurately label data and verify complex answers, making it time-consuming and expensive.
While other companies, including Google and Anthropic, are exploring similar concepts like Reinforcement Learning from AI Feedback (RLAIF), they typically do not make their models publicly available, unlike Meta's approach.
Alongside the Self-Taught Evaluator, Meta also released an updated version of its image-identification model, Segment Anything, and introduced tools to accelerate large language model (LLM) response generation. Additionally, new datasets have been made available to aid in the discovery of new inorganic materials.
Meta's introduction of the Self-Taught Evaluator marks a significant advancement in the field of AI. By enabling models to assess their performance, Meta is not only reducing the need for human input but also pushing towards the development of more autonomous AI agents capable of operating with greater efficiency and accuracy. As the AI landscape evolves, this innovative approach could redefine how AI systems learn and improve over time.
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The anticipation for the OnePlus 13 is building as two model numbers—CPH2645 and CPH2653—have recently appeared on certification platforms, including IMDA, TUV, and Camera FV-5. These listings suggest that the launch of OnePlus's next flagship device is just around the corner.
IMDA Listing
The OnePlus CPH2645 and CPH2653 have received certification from the IMDA, indicating that the device will support 5G/4G LTE, Wi-Fi, Bluetooth, and NFC connectivity. This suggests a comprehensive suite of features to provide a robust user experience.
TUV Rheinland Certification
The CPH2645 model has also been listed on the TUV Rheinland platform, where it is classified under the IPX0 protection class, indicating a focus on durability and build quality.
Camera FV-5 Insights
On the Camera FV-5 certification, key camera specifications have been revealed. The primary camera is noted to be 12.6MP, likely marketed as 50MP due to pixel-binning technology. It features a focal length of 24.6mm, f/1.9 aperture, and both OIS and EIS stabilization.
The front camera is recorded as 4MP but may be marketed as 16MP, with a 25.2mm focal length and f/2.4 aperture, providing users with impressive selfie capabilities.
Performance Expectations
Geekbench scores have also surfaced for the OnePlus CPH2653, showcasing impressive results: 2,986 in single-core and 8,799 in multi-core tests. These figures align with expectations for a flagship device, particularly given that the OnePlus 13 is anticipated to be powered by the Qualcomm Snapdragon 8 Elite/8 Gen 4 chipset.
Conclusion
While the details of the OnePlus CPH2645 and CPH2653 remain unconfirmed, the certifications and performance benchmarks strongly suggest that these models are variants of the upcoming OnePlus 13. As the launch date approaches, tech enthusiasts can look forward to a device that promises advanced connectivity options, impressive camera capabilities, and powerful performance. Watch for further announcements from OnePlus as they prepare to unveil their latest flagship.
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