Dixon Technologies set to manufacture Google Pixel 8 smartphones in India

Dixon Technologies set to manufacture Google Pixel 8 smartphones in India



Dixon Technologies, a local contract manufacturer, will produce Alphabet Inc’s high-end Google Pixel 8 smartphones in the country.


The company said the initial batch of India-made phones will be available in the market by September, as trial production has recently started, according to a report in the Economic Times (ET).


In October last year, Alphabet announced its decision to manufacture Google Pixel smartphones in India, marking the inclusion of the only major global smartphone brand that had not yet participated in the country’s smartphone manufacturing drive.


Dixon’s production capacity for Pixel smartphones will reach 100,000 units monthly, with an estimated 25-30 per cent designated for export, as the company embarks on a renewed effort to capture market share in India, the world’s second-largest smartphone market.


Pixel 8 comprises 80% of Pixel sales in India  


The report quoted executives as saying that the Pixel 8 model comprises nearly 80 per cent of all Pixel sales in India. Currently, these devices are manufactured in Asian countries such as China and Vietnam. This move comes on the heels of Dixon’s subsidiary, Padget Electronics, securing an agreement with Taiwan’s Compal Electronics to manufacture phones for Compal’s clientele.

Compal is a global manufacturing partner for Google products.


Padget, a beneficiary of the government’s production-linked incentive (PLI) scheme for mobile phones, will handle the production of Pixel devices and has offered competitive production rates to Google.


During the company’s earnings call on May 15, Dixon Technologies’ managing director Atul B Lall said the company would start smartphone manufacturing for a global brand in collaboration with Compal by September.


However, no specific details were provided at that time, the report stated.


According to the executives, Alphabet, like Apple, intends to gradually expand its production operations in India. Dixon might also manufacture upcoming Pixel models along with older versions within the country. Additionally, Alphabet is contemplating engaging a second manufacturing partner in India.


Reports suggest that Google has been in discussions with Foxconn regarding the production of Pixel smartphones in India.


Consumers favour Apple, Samsung smartphones


Analysts indicate that Google’s initiative is partly driven by the desire to capture a portion of the Indian market. In the price segment exceeding Rs 50,000 for Pixel smartphones, consumers tend to favour Apple’s iPhones or Samsung’s Galaxy devices.


Furthermore, imported smartphones incur a 22 per cent import duty, which contributes to higher price tags.


According to the data from Counterpoint Research, Apple dominated the Rs 50,000-plus smartphone segment in 2023 with a market share of 68 per cent, followed by Samsung with 21 per cent. Combined, all Pixel models accounted for a mere 1 per cent share. The research firm noted an increase of 147 per cent in Pixel shipments to India during the same year, the report said.


Presently, the majority of iPhone 15 and 15 Plus models, along with previous generations of Apple devices sold in India, are manufactured locally, as are Samsung’s premium models.


The report cited Shilpi Jain, a senior analyst at Counterpoint, as saying that locally produced Pixel devices will cater to both domestic and international markets.

First Published: May 22 2024 | 3:25 PM IST



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Adobe Lightroom gets Firefly AI-powered 'Generative Remove' editing feature

Adobe Lightroom gets Firefly AI-powered 'Generative Remove' editing feature


Adobe Lightroom Generative Remove feature

Adobe on May 22 announced the addition of “Generative Remove” feature in Lightroom. Powered by its Firefly AI model, the generative remove feature is integrated across mobile app, web client, and desktop application of Lightroom. Adobe said that the generative remove is “Lightroom’s most powerful remove tool yet”.


“Whether you’re a hobbyist or a pro photographer, everyone wants to be able to quickly and easily edit their photos on the go,” said Ashley Still, senior vice president and general manager, Creative Cloud at Adobe. “We’re excited to bring the magic of Firefly to Lightroom’s millions of users – so they can live in the moment knowing they have the most powerful tools to edit, manage and share anywhere they are.”


With generative remove, Adobe said, users will be able to remove unwanted objects from any photo. Moreover, according to Adobe, the feature intelligently matches the removed area with “pixel perfect generations for high-quality, realistic and stunning results”.


Adobe said the generative remove is available today for all Lightroom users as an early access feature. In addition, Adobe announced that the Lightroom’s AI-powered Lens Blur tool is now generally available with all-new presets.


Lens Blur in Lightroom allows the users to change the look of any photo with instant blur effects, powered by AI. Lens Blur lets the Lightroom user highlight subjects for focus and blur out the rest. The Lens Blur in Lightroom is available with multiple presets for blur effects. Moreover, it lets you adjust the blur amount so you have complete control on the creative aspect of the image visuals.


While the Lightroom is available across surfaces, Adobe has a dedicated AI-powered app for smartphones called Express mobile. The app was updated in April with new AI features such as Text to Image, Text to Template, Generative fill, and more. Like the generative remove in Lightroom, the Express app has a “Generative Fill” feature that allows users to remove unwanted objects or subjects within an image and then fill out the space with generative AI using text prompts.

First Published: May 22 2024 | 3:05 PM IST



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Realme GT 6T smartphone, Buds Air 6 wireless earbuds launched in India

Realme GT 6T smartphone, Buds Air 6 wireless earbuds launched in India


Realme on May 22 launched the Realme GT 6T smartphone in India. Alongside, the Chinese smartphone brand launched the Buds Air 6 wireless earbuds. Powered by Qualcomm Snapdragon 7+ Gen 3 system-on-chip, the smartphone boasts a dual vapour chamber (VC) cooling system that the company said helps the performance-centric phone maintain thermal balance. Moreover, the phone boasts a 5,500 mAh battery and support for 120W fast wired charging. The smartphone is offered in Fluid Silver and Razor Green colours.


Realme GT 6T: Price and variants


  • 8GB RAM + 128GB storage: Rs 30,999

  • 8GB RAM + 256GB storage: Rs 32,999

  • 12GB RAM + 256GB storage: Rs 35,999

  • 12GB RAM + 512GB storage: Rs 39,999


Realme GT 6T: Availability and introductory offers


The Realme GT 6T smartphone will be available starting May 29 on Realme’s official website, e-commerce platform Amazon India, and at select offline stores. As for the introductory offer, customers can avail a discount of Rs 4,000 on select bank cards. Additionally, the company is also offering a bonus of Rs 2000 on top of the exchange value in trade-in deals. There is also an option for an equated monthly instalment plan (EMI) up to six months.


Realme GT 6T: Specifications


  • Processor: Qualcomm Snapdragon 7+ Gen 3

  • RAM: 8GB and 12GB

  • Storage: 128GB, 256GB, and 512GB

  • Display: 6.78-inch FHD+ AMOLED display, 120Hz refresh rate, 1000nits HDR brightness, Dolby Vision

  • Rear camera: 50MP Primary with OIS (SONY LYT-600) + 8MP (Sony IMX355) ultra-wide angle

  • Front camera: 32MP (Sony IMX615)

  • Battery: 5500mAh

  • Charging: 120W wired

  • OS: Android 14 based realmeUI 5.0

  • Software support: 3 years OS update, 4 years security update


Realme Buds Air 6: Price, offers and availability


Priced at Rs 3,299, the Buds Air 6 are offered in Forest Green and Frame Silver colours. The wireless earbuds are set to go on sale starting May 27 on the company’s official website, e-commerce platform Amazon India and select offline stores. Customers can avail a discount of Rs 300 on select bank cards.


Realme Buds Air 6: Specification


  • Audio driver: 12.4mm

  • Connectivity: Bluetooth v5.3

  • Bluetooth codec: SBC/AAC/LHDC

  • Noise cancelling: Yes

  • Transparency mode: Yes

  • ANC depth: 50dB

  • Controls: Touch

  • Mics: 3 on each buds

  • Battery: 58mAh (buds), 460mAh (Case)

First Published: May 22 2024 | 2:16 PM IST



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Google's Quick Share for Android has QR code pairing option in beta: Report

Google's Quick Share for Android has QR code pairing option in beta: Report


Google is reportedly planning to accelerate the connection process for Quick Share with QR codes. According to a report by Android Authority, Google’s alternative to Apple’s AirDrop could soon allow users to scan a generated QR code to establish a Quick Share connection for file sharing between Android devices.


According to the report, the latest Google Play Service beta version has traces for a new “Share with QR code” button within Quick Share options. Currently, the feature uses Bluetooth for establishing a connection for sharing files. However, Google is anticipated to bring an option to generate a QR code on the device that could be scanned by others, speeding up the connection process.


For initiating the file sharing process using the new ability, users will be required to select the file they wish to share and choose the Quick Share option. At this stage there will appear a new button for “Sharing with QR code”. The user will still be required to grant Bluetooth and Location permission to the feature before generating a QR code. Once the code is generated, the receiver could scan the code and establish a connection for receiving files.


Users would still be able to scan nearby devices with Bluetooth if they prefer that method, however, if with QR code pairing option, they will not be required to change the privacy settings for Quick Share which currently allows choosing between options like “Your Devices”, “Contacts” and “Everyone”.


The feature is still in its testing phase and only available to select users within the Google Play Service beta v24.20.13. It is entirely possible that Google scraps the new pairing option if they find issues within the feature during testing.

First Published: May 22 2024 | 2:07 PM IST



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Govt to develop custom AI model for Indian use, Rs 2,000 crore allocated

Govt to develop custom AI model for Indian use, Rs 2,000 crore allocated


The government is planning to chart its own course in the field of artificial intelligence (AI) by laying the groundwork for a bespoke foundational model tailored to the needs of Indian companies, entrepreneurs, academics, and researchers, reported The Economic Times citing sources.


This ambitious initiative will start with an initial investment of Rs 2,000 crore, slated for launch after the ongoing 2024 Lok Sabha elections.


Expected to position India among nations like China and the US, which have already embarked on similar initiatives, the proposed endeavour may be led by the IndiaAI Innovation Centre. This centre is expected to be established under the Rs 10,000 crore IndiaAI Mission.


“The government will likely tap eminent higher education institutes and prominent researchers working on AI in the private sector to work on a foundational model,” a senior official said.


Envisioned as either a large action model (LAM) or a large multimodal model (LMM), it aims to produce outputs catering to a diverse range of applications and services, the official added.


Foundational models, essentially pre-trained generative transformers, serve as the cornerstone for the development of other AI models. They use existing data to generate new responses based on user inputs. Addressing the specific requirements and preferences of India, the official stated, “This [foundational model] will aim to provide output in more than one native language, borrowing from all the work that has been done so far on projects such as Bhashini.”


AI translation challenges


Bhashini, an AI-based language translation platform and model initiated by the IT ministry and launched in 2022, serves as a relevant example. Typically, foundational models are developed by both private entities and governmental bodies. According to data from the Stanford Center for Research on Foundation Models, over 330 such models have been developed by private firms and governments globally as of April 2024.


Despite facing challenges such as hallucination, bias, and comprehension deficits, models developed by entities like Microsoft-backed OpenAI, Google, and Amazon maintain a competitive edge. The Indian government aims to use publicly available data, digitised literature, and anonymised non-personal data obtained from various stakeholders to train its model.


However, addressing privacy and copyright concerns related to the data remains crucial. An official suggested a potential solution, stating, “We may also look at a platform exclusively for Indian startups where non-personal and anonymised data can be volunteered for training of the model.” Additionally, the foundational model will undergo training using global datasets and open-source machine learning tools to enhance its capabilities.


Data sharing imperative


A collaborative approach involving data sharing is considered essential for the success of this initiative. Officials underscore the significance of making data accessible for training purposes to facilitate the development of diverse use cases before commercial deployment.


Furthermore, the government aims to concentrate on creating specific use cases for various departments, leveraging data generated from government welfare schemes to improve service delivery efficiency. “With appropriate and targeted training, the same anonymised data could be repurposed for a better and more targeted delivery of these services and could result in a much faster turnaround time even for private companies,” the official told The Economic Times.

First Published: May 22 2024 | 1:45 PM IST



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Microsoft details game performance stats for Arm-powered PC on this website

Microsoft details game performance stats for Arm-powered PC on this website


Representative Image: Microsoft Surface Laptop

Microsoft recently announced the Copilot+ PCs platform for Windows devices powered by Arm architecture-based processors. With Microsoft planning to take on Apple’s MacBooks with its new range of “AI PCs”, its biggest advantage would be the games available on the platform compared to Apple’s platform.


Windows has been the go-to operating system for PC Gamers with the system supporting graphics-intensive AAA gaming titles. Now that Microsoft is focusing on the artificial intelligence-powered Windows platform on Arm, a lot of consumers might be wondering if the platform is equally suitable for gaming as the x86 Windows platform.


Therefore, ahead of the general availability of the Copilot+ PCs, Microsoft in partnership with Qualcomm published performance data for several gaming titles that work on Qualcomm Snapdragon X-series powered devices.


According to a report by The Verge, at its Build 2024 event on May 21, Microsoft revealed the WorksOnWoA.com website developed by Linaro, a software development company that works on application deployment on Arm platform. As per the report, the website has tested 1,481 games on the new Arm chip powered Surface Laptop and other devices with Snapdragon X Elite chips.


The website allows users to search for a specific game and check how the game will perform on the new PC platform. The website shows if the game of preference falls in “Perfect”. “Playable”, “Runs” or “Unplayable” categories.


According to Linaro, this is what these categories denote:


  • Perfect: The game runs at 60+ frames per second (FPS) at 1080p resolution with no glitches / issues that affect gaming experience.

  • Playable: Runs at 30+ FPS at 1080p resolution with minimal glitches/ issues that affect gaming experience.

  • Runs: Runs with bugs that may affect gaming experience.

  • Unplayable: Does not run due to anti-cheat or other failures.


When you search for a specific game on the website, the results show additional information such as device configuration and if the tested device supported Auto Super Resolution (AutoSR). AutoSR uses artificial intelligence to upscale in-game graphics resolution.


Checking the website for Call of Duty: Black Ops II, it showed that the game was tested on a device with a Snapdragon X Elite chip with 32GB RAM and maintained an average frame rate of 95.5 FPS. However, it showed that AutoSR compatibility was unknown.

Testing WorksOnWoA website for Call of Duty: Black Ops II


Testing WorksOnWoA website for Call of Duty: Black Ops II


Microsoft’s Copilot+ PC platform is currently only powered by Qualcomm’s Snapdragon X-series chips. However, the company has confirmed that it will be expanding to Intel and AMD chips with their upcoming Lunar Lake and Strix processors. At the launch, the American software giant also said that it “expects to see devices with these silicon paired with powerful graphics cards like NVIDIA GeForce RTX and AMD Radeon, bringing Copilot+ PC experiences to reach even broader audiences like advanced gamers.” 

First Published: May 22 2024 | 12:48 PM IST



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