Elephone M3 PRO, con Android 6.0 y sensor Sony IMX230

Elephone M3 Pro

El fabricante Elephone está creciendo poco a poco y se está convirtiendo en una de las empresas de segundo nivel que más está llamando la atención en su país, así como también en otros mercados. Esta empresa ha lanzado durante este año terminales de gama baja y gama media con acabados premium y a un precio muy bueno para el consumidor. Pero, desde hace un tiempo, el fabricante con sede en China, ha decidido lanzar terminales de gama alta con acabados premium y con especificaciones muy interesantes.

Sus terminales más conocidos son los teléfonos, P6000, P7000, P8000 y la gama P9000 recién lanzada. Pero la compañía tiene ambición y por ello tiene preparado varios dispositivos para el próximo año, entre los que destacan, un smartwatch con Android Wear y nuevos terminales de gama alta que acompañarán a los actuales Elephone M2.

Estos nuevos terminales serán los llamados Elephone M3 y Elephone M3 Pro. Ambos dispositivos serán muy similares, aunque como viene siendo habitual, la versión PRO será una versión mejorada. Esta versión tendrá la cámara y almacenamiento interno como las grandes diferencias con respecto al otro dispositivo de la misma gama.

Elephone M3 PRO

Estos dispositivos contarán con un procesador fabricado por MediaTek, el Helio P10. Este SoC, viene a ser el chip de gama media mejor del mercado, aunque está por ver como reacciona el otro famoso fabricante de chips, Qualcomm, y como puede plantar cara a MediaTek. Los terminales, estarán fabricados en aluminio y se comercializarán bajo la nueva versión de Android 6.0 Marshmallow. Por lo que respecta al terminal más potente, el M3 PRO, se equipará con una pantalla curvada 2.5D de 5,5 pulgadas fabricada por LG con una resolución de 1080p.

Por lo que respecta a su apartado fotográfico, el nuevo dispositivo de la marca china, incorporará un sensor de 21 Megapíxeles, el IMX230 de Sony. Entre otras características, el dispositivo contará con un escáner de huellas dactilares, conectividad 4G y, estará disponible en varios colores, incluyendo el oro rosado, oro champán y el típico gris.

Elephone M3 PRO

De momento eso es todo lo que sabemos del dispositivo. Habrá que esperar a tener más información sobre él y, así descubrir más sobre su hardware ya que hay especificaciones interesantes que no conocemos, como es el caso de la RAM del dispositivo. También deberemos esperar para su disponibilidad y precio, así que, estaremos atentos a todo lo que suceda de este terminal que se presenta como uno de los terminales más elegantes de este fabricante chino.

El artículo Elephone M3 PRO, con Android 6.0 y sensor Sony IMX230 ha sido originalmente publicado en Androidsis.

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Google Photos shared albums now rolling out to iOS, Android, and web browser

Among many of the new features of Google products that were announced at Google I/O this year, Shared Albums was one of them.

This feature was demoed at Google I/O. Photos were shared to another user via a link. You can open the link directly in the browser or on the photos app. You can then add these photos directly to your own Google Photos library.

You can add photos to a shared album where multiple users can contribute to the same album. The photos app will also notify you when someone adds photos to a new album.

Google Photos focuses on improving photo organization, keeping and remembering the best memories and sharing these memories with those we love.

A new intro video was also posted to Youtube, demonstrating the sharing process with a Nexus 6P and an iPhone, always showing that Google also cares about iOS users. The user selects the photos and adds them to a new shared album, then she shares the link to the album with an iPhone user.

Then the iPhone user adds more pictures through the Photos app and the original sharer is notified of new photos added to the shared album.

Source |…

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Inside The Design Of Canary: The Security Camera That’s Designed To Live With You

Building a security camera comes with a serious design challenge: Since these things are always watching us, their makers better be darn sure we feel comfortable having them around. Which is why I was so interested in talking to the team behind Canary: An Internet-enabled security camera that has designs on living in your home with you—and even aims to be a sort of hub for the smart home (it hooks up with the Wink smarthome platform, and contains other abilities, such as air quality detection). I spoke to James Krause, Canary’s lead industrial designer, about what it takes to make a security camera that people can live with, and the story behind the device’s design decisions.
Overall Design
“To some people, putting a camera in their home can feel intrusive, so it was important to us that we create a design that helps people become comfortable with the idea. So instead of designing a product that announces itself as a security camera, we created a beautiful object that people would be happy to put on display. For Canary’s flagship product, objects like a pure white cube and the Gherkin Tower in London—a simple, organic shape—were our initial inspiration, though the final form evolved beyond this early inspiration. At one point in the design process we considered a rounded square, but we decided to avoid this direction not only because it’s a form that is overused in this industry, but because the flatness seemed to dictate the need to place it against a wall. We ultimately decided on a cylinder because it doesn’t imply where the device should be placed and helps it to blend in with the home.”
Camera Treatment
“Security camera products have always placed a lot of emphasis on the lens so the product feels intimidating to potential intruders. We took the opposite approach and went through a lot of pain to actually de-emphasize the camera in the design. We created a custom lens housing that we could hide behind the cover glass on the front of the device. We also tried to eliminate unnecessary parts and therefore reduce parting lines on the face of the device. These are details that other camera companies overlook.  It was also important to us that we chose a top-of-the-line image sensor and lens assembly that could record in 1080p HD. The placement of the lens on the device was strategic too. We purposely put it higher on the device so it would be able to see over the edge of the surface it is placed on, and record everything more clearly. And finally, we deliberately designed the front of Canary to be flat and therefore avoiding using a fisheye lens.”
Lighting
“The average person has a living room full of electronic devices with flashing LEDs that create a lot of visual noise and distraction. We didn’t want to add to this distraction, so its status light is designed to reflect off of whatever surface the Canary is sitting on, allowing it to communicate device modes without adding visual noise to the home. One of the metaphors that guided us as we designed Canary was the concept of Canary having an unassuming exterior shell with a beautiful and intelligent core inside. Designing the light to illuminate through the bottom, as if it’s glowing internally, was a way to emphasize the intelligent core technology inside the device.”
Materials
“We wanted Canary to have the premium feel of a high-end piece of audio equipment. We chose aluminum because of its beautiful finish and premium feel. We used high-gloss plastic in the center of the device as a contrast to the matte-finish of the aluminum shell. Another very conscious material choice was the rubber ring around the bottom. This rubber ring provides a gentle sound when the device is placed on a surface and also helps to keep it set in place.”

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Why Trust A Theory? Physicists And Philosophers Debate The Scientific Method

This week, a group of about 100 physicists and philosophers have gathered in Munich to reassess a question at the heart of science: “Why trust a theory?” In an opinion piece by George Ellis and Joe Silk, published in Nature earlier this year, the two physicists expressed worry about current developments in some areas of theoretical physics. In particular, they were concerned with untestable attempts to address the fundamental questions concerning space, time and matter. Their article gave rise to the idea of the current meeting.

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