Redmi A4 5G Fue presentado en India el miércoles como el primer teléfono inteligente de nivel básico que llega con el chip Snapdragon 4s Gen 2 de Qualcomm. El teléfono se presentó en el evento anual India Mobile Conference (IMC) 2024 en curso en Nueva Delhi y estará disponible por menos de Rs. 10.000: un precio muy competitivo. Se espera que sea uno de los teléfonos inteligentes 5G más asequibles de la India y se lanzará en el país en el futuro.
Precio de Redmi A4 5G en India
El precio del Redmi A4 5G en India se fijará en menos de Rs. 10.000 marcos según la filial de Xiaomi. La compañía dijo que el teléfono se lanzará en India “pronto”, pero no reveló una fecha oficial para su primer lanzamiento. Se exhibió en blanco y negro en el evento de lanzamiento de Redmi en IMC 2024.
La compañía aún no ha desvelado los precios y especificaciones del Redmi A4 5G Crédito de la imagen: Redmi
El fabricante de teléfonos inteligentes aún no ha revelado las especificaciones del Redmi A4 5G, pero sabemos que es el primer teléfono que funciona con el chipset Snapdragon 4s Gen 2. Este procesador octa-core está construido con la tecnología de proceso de 4 nm de Qualcomm y ofrece un. Velocidad máxima de reloj de 2 GHz y soporte de RAM para acceso aleatorio LPDDR4x. El sistema Snapdragon 5G Modem-RF proporciona conectividad de red 5G con soporte para velocidades de descarga de hasta 1 Gbps.
El chipset Snapdragon 4s Gen 2 también admite pantallas Full HD+ con una frecuencia de actualización de 90 Hz. Tiene dos ISP de 12 bits con soporte para hasta dos cámaras de 13 MP o una cámara de 25 MP, así como estabilización de imagen electrónica, según Qualcomm. Documentos. El teléfono Redmi A4 5G que la compañía presentó en IMC 2024 parece tener una configuración de cámara trasera dual alojada en una isla de cámara circular.
Otras características habilitadas por el chip Snapdragon 4s Gen 2 incluyen soporte para GPS de doble frecuencia (L1 + L5) y sistemas satelitales NavIC. También ofrece soporte para Wi-Fi 5 de doble banda, Bluetooth 5.1 y NFC. Los teléfonos inteligentes equipados con el procesador también pueden admitir velocidades de transferencia de hasta USB 3.2 Gen 1 (5 Gbps), así como soporte para almacenamiento UFS 3.1.
QualcommPor primera vez Procesador Snapdragon 4s Gen 2 para la plataforma móvil en India en el evento Snapdragon for India en julio como un chipset 5G económico. ahora, Xiaomi Probablemente se convertirá en el primer fabricante de equipos originales (OEM) en lanzar un teléfono con este nuevo chip. El supuesto teléfono se describe como una oferta de nivel básico y se espera que se presente en India la próxima semana en Conferencia móvil de la India (Centro Médico Internacional) 2024.
Teléfono inteligente Xiaomi con SoC Snapdragon 4s Gen 2
El teléfono inteligente Xiaomi con el procesador Snapdragon 4s Gen 2 debajo del capó podría lanzarse en IMC 2024 el 16 de octubre. Si bien se desconocen las especificaciones exactas, el informe sugiere que este dispositivo puede estar equipado con una pantalla LCD de 6,7 pulgadas con resolución HD+ y una actualización. Tarifa 90 Hz. Puede que se trate de un anuncio conjunto, pero por el momento no se conocen más detalles.
En cuanto a la óptica, tendrá una cámara trasera principal de 50 megapíxeles y una cámara frontal de 8 megapíxeles. Se espera que el teléfono esté respaldado por una batería de 5000 mAh con soporte de carga de 18W. Puede funcionar con el MIUI de Xiaomi basado en Android 14.
Especificaciones del Snapdragon 4 de segunda generación
Con chip Snapdragon 4s Gen 2, Qualcomm el dice Se centrará en los teléfonos inteligentes 5G de nivel básico con un precio de 99 dólares (aproximadamente 8.200 rupias) en la India. Se encuentra debajo del Snapdragon 4 Gen 2 en la línea de procesadores móviles de Qualcomm para el país.
Está construido sobre una arquitectura de 64 bits que alberga una CPU Qualcomm Kryo con ocho núcleos: dos para rendimiento y seis para eficiencia. Los núcleos de máximo rendimiento tienen una frecuencia de 2,0 GHz, mientras que los seis núcleos de eficiencia tienen una frecuencia de 1,8 GHz. También tiene una GPU Adreno, que brinda soporte para las API OpenGL ES 3.2, Vulkan 1.1 y OpenCL 2.0. El procesador se fabrica mediante un proceso de 4 nm.
Según Qualcomm, los dispositivos equipados con este chipset admiten la inclusión de hasta 2133 MHz LPDDR4x RAM y hasta almacenamiento integrado UFS 3.1. El procesador de señal de imagen (ISP) Spectra de 12 bits del chipset puede admitir sensores de cámara individuales de hasta 84 megapíxeles. También está equipado con pantallas Full HD+ con una frecuencia de actualización de hasta 90 Hz.
Half a dozen AI scientists have moved to Washington DC to advise the US Congress.Credit: Mandel Ngan/AFP via Getty
Regulation of artificial intelligence (AI) is booming in the United States. Since 2016, federal lawmakers have passed 23 AI-related bills into law1, many more than any other country. Now AI scientists are joining the action, trading academia for Capitol Hill on a mission to feed technical advice into proposed laws on AI.
Among those scientists who have gone to Washington is Kiri Wagstaff, a computer scientist who temporarily left her teaching position at Oregon State University in Corvallis to work for a year in the office of Senator Mark Kelly, an Arizona Democrat and former astronaut. Wagstaff is one of six AI researchers now serving in Congress through the Science & Technology Policy Fellowships programme run by the American Association for the Advancement of Science. The fellows’ expertise is unlikely to go to waste. In 2023, 181 AI-related bills were proposed at the federal level — more than twice as many as in 2022.
Wagstaff spoke with Nature about US’s AI regulation boom as seen through a scientist’s eyes.
What’s your background in AI?
I spent about two decades at the NASA Jet Propulsion Laboratory [JPL, in Pasadena, California], developing ways to apply AI and machine learning to space exploration. This was about analysing very large data sets, but also about what we could put on board our rovers and orbiters to help them be a little smarter. The Mars Science Laboratory rover, for example, has a laser spectrometer; it can point a laser at a rock metres away and get information about the composition of that rock. In 2016, JPL gave it a software update that allowed it to take images of a scene, rank all the rocks by science priorities and autonomously decide which ones it should aim the laser at. That was very, very productive because we typically only have an opportunity to talk to the rover and give it instructions a few times a day.
Computer scientist Kiri Wagstaff.Credit: Dutch Slager
How did you come to this fellowship?
I’ve been working in applied machine learning for my whole career, so I care a lot about what happens when you try to solve real-world problems with these techniques. When this opportunity with Congress came through, I thought, this is perfect. I was super excited the instant I saw it.
The AAAS sent out the call in late July [2023], with a submission deadline of the first week of August. The six of us who were chosen to be AI fellows reported to Washington DC on September 1 of last year. It was a whirlwind. They [the fellowship organizers] don’t usually do things this way; it usually takes about a year. They realized they didn’t want to wait to bring in AI experts and get this ball rolling.
What do you do day-to-day?
If staffers or anyone in the congressional offices have ideas about ways to encourage AI innovation, or to regulate it or keep it safe, I’m able to assess that from a technical perspective and say, first of all, do these words make sense, and is that feasible, and what might be overlooked.
I get to review many bill proposals. AI is so broad: it’s touching on finance, jobs, education, copyright … everything. The ubiquity is such that asking if your topic touches on AI is getting to be like asking if you use a computer or electricity.
What has been the scope of legislative action?
There have been more than 300 AI-related proposed bills introduced in this congressional session [beginning in January 2023]. They range all over the place, from controlling misinformation to how can we stimulate AI innovation and research.
Does some of this legislation touch on things relevant to the upcoming election?
There’s a cluster of bills that have been proposed on what to do about misinformation.
Some of these bills suggest that if you have a campaign out there that uses generative AI in any way, whether it’s misinformation or not, that requires a label or disclaimer. Others straight out prohibit what they call deceptive AI: portraying something that didn’t actually happen or wasn’t actually said. They say that should be illegal and punishable.
Article collection: Science and the new age of AI
Certain kinds of falsehoods are already illegal, of course, and if you use generative AI and it falls into that category, you can just use existing law to deal with that. The real question before us is: where does existing law fall short?
Where are those holes in the law that need to be patched?
There’s actually a bill that says we should find that out: the ASSESS AI Act says we should task a commission with going through all the relevant laws and identifying places where AI creates new issues that aren’t being covered.
One development that I think is important and exciting is a growing recognition that AI systems themselves have a pretty large environmental impact, in terms of energy use and also water consumption for cooling the data centres. There’s a bill out there to really measure those impacts.
Europe is usually seen as the leader in global AI regulation. What do you make of the European Union’s AI Act, which passed in March 2024?
This is an excellent opportunity for us in the United States, because we’re watching another entity charging forward trying to solve the same problems that we’re trying to solve, but being more on the proactive side. That means we get to see what are the points of disagreement that [EU countries] run into, and how does that play out. We reap a little benefit by not being the first adopter; we get to learn from their example.
But it’s really important to remember what’s different about our situation. The really big difference is the first amendment [which protects freedom of speech]; it pops up everywhere, and that’s not a constraint that most other countries work under. Take generative AI: if it offends someone, how much of that do we allow to just be as it is without restrictions? We have to draw that line carefully.
What direction does AI policy need to take next in the United States?
We’re all talking about AI, but there’s a rising parallel threat concerning data. Who owns your data? What is it worth? What should you have control over? What should you opt in or out of? That’s almost as important as the AI part.
Wagstaff declined the use of an AI-based service to transcribe this interview because of questions surrounding the subsequent use of that data. This conversation has been edited for length and clarity.
The U.S. Senate voted on Tuesday to pass a bill that will either ban TikTok from app stores operating in the country or force Chinese company ByteDance to sell the short-form video app.
The landmark bill has now passed both chambers of Congress, having already been approved by the House of Representatives. President Biden says he will sign the bill into law on Wednesday.
Once that happens, TikTok will be banned in the United States if ByteDance does not divest ownership within nine months, with a possible three-month extension to that deadline if a deal is in progress. China would need to approve any sale, but the Chinese government has already made it clear that it will “firmly oppose” such a move.
ByteDance is also expected to launch a legal challenge against the bill by arguing that it will deprive the app’s 170 million U.S. users of their First Amendment rights protecting freedom of speech.
U.S. lawmakers want TikTok to be sold to a company outside of China over concerns that the Chinese government could force ByteDance to hand over data from users located in the United States. If Beijing made the request, ByteDance would not be able to refuse. There have also been suggestions that Chinese authorities could use TikTok to spread political propaganda.
ByteDance has attempted to alleviate these fears by storing data from U.S. users on servers owned by Oracle, but the White House and lawmakers do not believe that is enough. There are a limited number of companies that would be able to afford TikTok, while most tech giants would likely be prevented from acquiring it due to antitrust concerns.
Note: Due to the political or social nature of the discussion regarding this topic, the discussion thread is located in our Political News forum. All forum members and site visitors are welcome to read and follow the thread, but posting is limited to forum members with at least 100 posts.
Apple has announced it will be holding a special event on Tuesday, May 7 at 7 a.m. Pacific Time (10 a.m. Eastern Time), with a live stream to be available on Apple.com and on YouTube as usual. The event invitation has a tagline of “Let Loose” and shows an artistic render of an Apple Pencil, suggesting that iPads will be a focus of the event. Subscribe to the MacRumors YouTube channel for more …
Apple has stopped production of FineWoven accessories, according to the Apple leaker and prototype collector known as “Kosutami.” In a post on X (formerly Twitter), Kosutami explained that Apple has stopped production of FineWoven accessories due to its poor durability. The company may move to another non-leather material for its premium accessories in the future. Kosutami has revealed…
Apple has dropped the number of Vision Pro units that it plans to ship in 2024, going from an expected 700 to 800k units to just 400k to 450k units, according to Apple analyst Ming-Chi Kuo. Orders have been scaled back before the Vision Pro has launched in markets outside of the United States, which Kuo says is a sign that demand in the U.S. has “fallen sharply beyond expectations.” As a…
The upcoming iOS 17.5 update for the iPhone includes only a few new user-facing features, but hidden code changes reveal some additional possibilities. Below, we have recapped everything new in the iOS 17.5 and iPadOS 17.5 beta so far. Web Distribution Starting with the second beta of iOS 17.5, eligible developers are able to distribute their iOS apps to iPhone users located in the EU…
Apple is finally planning a Calculator app for the iPad, over 14 years after launching the device, according to a source familiar with the matter. iPadOS 18 will include a built-in Calculator app for all iPad models that are compatible with the software update, which is expected to be unveiled during the opening keynote of Apple’s annual developers conference WWDC on June 10. The lack of …
The lead developer of the multi-emulator app Provenance has told iMore that his team is working towards releasing the app on the App Store, but he did not provide a timeframe. Provenance is a frontend for many existing emulators, and it would allow iPhone and Apple TV users to emulate games released for a wide variety of classic game consoles, including the original PlayStation, SEGA Genesis,…
Oppo unveiled a new device at Mobile World Congress in Barcelona, Spain, the new Oppo Air Glass 3 prototype and the devcie works with Oppos AndesGPT via a smartphone, and Oppo smartphone users will soon be able to connect their devices to Microsoft’s Copilot.
Thanks to its ability to understand various data types, including text, images, video, and audio, multimodal AI technology is able to process and interpret more complex user scenarios, unlocking new potential in user interactions, such as voice and visual. While XR (extended reality) devices present new possibilities in implementing these features, they require both advanced functionality and lightweight designs if they are to truly take on the role of a personal, everyday smart assistant. Driven by this vision, OPPO has introduced the all-new OPPO Air Glass 3 prototype to explore the possibilities of AI technology based on cross-device collaboration between XR devices and smartphones.
Weighing just 50 grams, the OPPO Air Glass 3 features a self-developed resin waveguide with a refractive index of 1.70, a display brightness uniformity of more than 50%, and a peak eye brightness of more than 1,000 nits. Together, these ensure the OPPO Air Glass 3 provides a wearing experience that is close to that of a regular pair of glasses while also providing the best full-color display of its kind. Thanks to the access to OPPO AndesGPT provided by the Air Glass APP on the smartphone, users only need to lightly press the temple of the OPPO Air Glass 3 to activate the AI voice assistant and begin performing a range of tasks.
You can find out more information about the new Oppo Air Glass 3 prototype over at the Oppo website at the link below, the devcie is a prototype at the moment and we are looking forward to finding out more details about it.
Source Oppo
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