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Revisión de la computadora de escritorio HP Envy Move All-in-One: una combinación de lo único y lo común

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Todo el mundo tiene su punto óptimo cuando se trata de informática móvil. Para una persona, una computadora portátil de 11 pulgadas puede ser ideal para llevar, mientras que a otra persona tampoco le importa una computadora portátil de 18 pulgadas. Pero ¿qué pasa con una computadora de escritorio completa?

Este año, HP presentó un producto que combina lo mejor de ambos mundos, con el objetivo de ofrecer la practicidad de una PC todo en uno (AIO) y una computadora portátil. llamado Computadora portátil todo en uno HP Envy Move Está repleto de algunas opciones de hardware y funciones de software interesantes. Este dispositivo único, que puede considerarse un dispositivo todo en uno (AIO), está diseñado para un grupo específico de usuarios: aquellos que desean la potencia y la familiaridad de una computadora de escritorio, pero también la flexibilidad para moverla. Las PC todo en uno tradicionales son de tamaño pequeño, pero siguen siendo estacionarias y requieren una conexión constante a la alimentación. Envy Move pretende cambiar eso mediante el uso de una batería incorporada y una solución sencilla para llevarlo contigo a donde quieras. Pero con las computadoras portátiles con pantallas plegables y pantallas duales que ya están en el mercado, ¿tiene algún sentido una AIO portátil? Sigue leyendo para descubrirlo.

Precio de la computadora de escritorio HP Envy Move All-in-One en India

El HP Envy Move tiene un precio de Rs. 1,24,999 en India para la variante única disponible en Clamshell White. Este modelo cuenta con un procesador Intel Core i5 de 13.ª generación con gráficos Intel UHD. Hay 16 GB de RAM LPDDR5 y 1 TB de almacenamiento PCIe NVMe M.2. Dentro del paquete minorista, los consumidores recibirán HP Envy Move, un adaptador de 90 vatios y un teclado Bluetooth inalámbrico con panel táctil incorporado.

Teclado HP Envy Move Teclado HP Envy Move

El HP Envy Move viene con un teclado inalámbrico

Revisión de la computadora de escritorio HP Envy Move All-in-One: diseño y visualización

HP Envy Move presenta un diseño de dos tonos que utiliza policarbonato y malla en el chasis. En la parte delantera, el sistema de altavoces se esconde debajo de la parrilla con el logo cromado de HP. En la parte posterior del escritorio hay un logotipo de HP más grande grabado en cromo. Encima hay un asa con la que se puede levantar el ordenador. El mango también tiene el mismo esquema de color, pero su bisagra está hecha de cuero, lo que le agrega un elemento premium. En el lado derecho, la computadora de escritorio tiene el puerto de alimentación, el puerto HDMI 1.4b, los botones de control de brillo y el interruptor de encendido. El lado izquierdo tiene un puerto USB tipo C (10 Gbps), un puerto USB tipo A (10 Gbps) y controles de volumen. También tiene un obturador de privacidad para su cámara web en la parte superior. Todo el dispositivo pesa 4,1 kg, lo que puede no parecer mucho para una máquina de escritorio, pero es bastante pesado para los estándares de una computadora portátil. Durante las pruebas, nos resultó muy difícil levantarlo con el asa.

Cuando no se guarda ni se transporta, HP Envy Move utiliza patas giratorias que solo se bloquean en su posición cuando se colocan sobre una mesa, que también están hechas de policarbonato. El escritorio se siente estable cuando se coloca sobre la mesa y no se tambalea en absoluto. Esto es bueno, porque HP imagina a sus usuarios llevando consigo esta computadora de 4 kg dentro de su casa mientras hacen ejercicio, e incluso cuando la usan niños.

El HP Envy Move viene con una pantalla táctil QHD IPS de 23,8 pulgadas con una resolución de 2560 x 1440 píxeles. HP afirma un brillo máximo de 300 nits, que me pareció bastante bajo cuando lo usé en una habitación bien iluminada.

Pantalla HP Envy Move Pantalla HP Envy Move

Viene equipado con una pantalla táctil.

No es tan evidente cuando la fuente de luz se redirige hacia él. Noté esto principalmente al fotografiar el producto para esta revisión. La pantalla táctil responde muy bien y no tuve problemas en este frente, pero la resolución parece un poco baja en esta pantalla dado el tamaño de la pantalla. He visto algunas películas en Envy Move, ya que está dirigida a personas que necesitan una máquina de entretenimiento, pero los niveles de saturación fueron bastante decepcionantes en esta película y la nitidez también fue un poco baja. La pantalla QHD está bien para el trabajo y el uso de aplicaciones, pero no alcanza el punto óptimo cuando se trata de entretenimiento, donde hubiera preferido una pantalla más nítida.

Revisión de la computadora de escritorio HP Envy Move All-in-One: teclado, parlantes, panel táctil y cámara

El teclado que utiliza tiene un trackpad incorporado que puede resultar un poco incómodo para los usuarios que compran una computadora de escritorio y esperan usar un mouse y no un trackpad. Sin embargo, el trackpad responde y las teclas también son táctiles, y es una configuración compacta cuando se transporta de una habitación a otra.

El HP Envy Move cuenta con un sistema de altavoces duales de 5 vatios sintonizados en asociación con Bang and Olufsen. Esta calidad de sonido es lo suficientemente buena para ver películas o incluso escuchar música, pero no espere que proporcione unos graves sorprendentes mientras mira una película de acción o música con graves potentes.

Sistema de altavoces HP Envy Move Sistema de altavoces HP Envy Move

El sistema de altavoces está rodeado por material de malla.

En el lado de la cámara, HP Envy Move usa una cámara web de 5 megapíxeles que admite Windows Hello y también se puede usar para hacer clic en fotografías. Utiliza cierto grado de IA para reducir el ruido durante las videollamadas, pero el vídeo aún no se ve lo suficientemente nítido. La cámara cuenta con el respaldo de micrófonos duales para una mejor recepción de audio.

Revisión de la computadora de escritorio HP Envy Move All-in-One: especificaciones y software

HP Envy Move no tiene mucha personalización en lo que respecta a sus especificaciones principales. La computadora de escritorio todo en uno viene en una única versión con SSD PCIe NVMe M.2 de 1 TB y 16 GB de RAM LPDDR (soldada) y no hay actualizaciones disponibles. En cuanto al procesador, HP Envy Move viene con un procesador Intel Core i5 1335U de 13.a generación y gráficos Intel UHD, y tampoco hay ninguna actualización aquí. Esto puede resultar algo restrictivo para los consumidores finales, pero luce bien para una PC doméstica básica centrada en multimedia y entretenimiento. La computadora de escritorio utiliza un cable de alimentación para su funcionamiento, pero está equipada con una batería de iones de litio de 83 Wh y 6 celdas que se puede cargar con un adaptador de 90 W.

Cámara web HP Envy Move Cámara web HP Envy Move

Viene con un interruptor físico para bloquear la cámara web a voluntad.

El dispositivo todo en uno se puede cargar al 50 por ciento en 45 minutos, lo que equivale aproximadamente a los resultados de mi prueba. En términos de conectividad inalámbrica, el HP Envy Move cuenta con Wi-Fi 6E y Bluetooth 5.3.

Revisión de la computadora de escritorio HP Envy Move All-in-One: rendimiento y juegos

Este todo en uno puede manejar la mayoría de las aplicaciones de productividad con facilidad, incluido Adobe Photoshop e incluso Adobe Premiere Pro hasta cierto punto con ediciones de 1080p que no son muy ricas en GFX. Durante la visualización, hace calor y el ventilador hace mucho ruido. En cuanto a los puntos de referencia, ejecuté Geekbench, donde obtuvo una puntuación de 1602 para un solo núcleo y 3975 para varios núcleos. El Todo-en-Uno no es compatible con Cinebench R23. El HP Envy Move no está diseñado para juegos, pero jugué algunos juegos en él. Y no le fue muy bien. Forza Horizon 5 funcionó bien a alrededor de 60 fps en la configuración ideal, pero una vez que aumenté la configuración, los fotogramas cayeron drásticamente. Esto ejecutará bien juegos casuales, pero cualquier jugador hambriento de gráficos tendrá dificultades con esta máquina, por lo que está lejos de ser ideal como plataforma de juegos.

Revisión de la computadora de escritorio HP Envy Move All-in-One: duración de la batería

Si bien HP Envy Move se puede alimentar mediante un cable de alimentación, su batería interna resulta especialmente útil cuando hay un corte de energía o cuando tiene que mover su escritorio de un lugar a otro sin perder el estado actual de su computadora. Aunque la batería es la fuente secundaria de energía de este dispositivo, dura aproximadamente 4 horas, lo cual es muy impresionante.

Revisión de la computadora de escritorio HP Envy Move All-in-One: veredicto

En pocas palabras, HP Envy Move tiene más sentido en casa que en la oficina. Sirve como pantalla secundaria para quienes la necesitan debido a la batería de respaldo. En teoría, es una forma conveniente de continuar con su trabajo o ver entretenimiento, mientras pasa de una habitación a otra.

Sin embargo, en Rs. 1,24,999 Es bastante caro considerando el hardware que se ofrece y luego está el hecho inevitable de que pesa la friolera de 4 kg. Sería mejor utilizar una tableta grande (pero compacta) (Android o iPad) para entretenimiento mientras viaja. Además de ser más livianos, también son menos costosos y durarán más porque son más eficientes energéticamente. También hay computadoras portátiles más grandes como la Zenbook Duo de Asus que ofrece pantallas plegables de hasta 19 pulgadas de ancho (o tan altas) si lo que necesita es un caballo de batalla compacto, pero a un precio ligeramente más alto (Rs 1,59,990 en adelante).

HP Envy Move todavía tiene mucho sentido si necesita una PC todo en uno compacta que pueda mover por su casa ocasionalmente porque, seamos realistas, no es tan liviana como una computadora portátil. No está destinado a reemplazar su computadora portátil y definitivamente tampoco reemplazará su tableta. Esto significa que atrae a un grupo muy específico de usuarios que pueden encontrarlo como el lugar perfecto, pero más adecuado para el trabajo y la productividad que para el entretenimiento.

Computadora portátil todo en uno HP Envy Move

precio: Rs. 1,24,999

Positivos

  • Calidad de construcción sólida
  • La batería de a bordo es una buena adición
  • El sistema de altavoces proporciona una buena salida de audio.

contras

  • La pantalla podría ser más brillante y le falta ajuste
  • No es ideal para aplicaciones de servicio pesado
  • Rendimiento gráfico básico

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Physicists move closer to an ultra-precise ‘nuclear’ clock

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A Strontium optical clock pictured at the National Physical Laboratory in Teddington, UK.

In principle, a nuclear clock should be more precise and more stable than an optical clock (pictured).Credit: Andrew Brookes, National Physical Laboratory/Science Photo Library

Scientists have taken a major leap towards making an entirely new type of clock — one based on tiny shifts in energy in an atomic nucleus. In principle, a nuclear clock could be even more precise than the world’s current best timekeepers, known as optical clocks, and less sensitive to disturbances.

A nuclear timekeeper could also allow physicists to study fundamental forces of nature in new ways. “We will be able to probe scenarios of dark matter and of fundamental physics that are currently inaccessible to other methods,” says Elina Fuchs, a theoretical physicist at CERN, Europe’s particle-physics laboratory outside Geneva, Switzerland.

The long-sought breakthrough — made by a collaboration between the Vienna University of Technology and Germany’s national metrology institute, the PTB, in Braunschweig — involved using an ultraviolet laser to prompt a nucleus of the radioactive metal thorium-229 to switch between energy states. The frequency of light absorbed and emitted by the nucleus functions as the clock’s tick. The researchers published their work in Physical Review Letters on 29 April1.

“This is major,” says Adriana Pálffy-Buß, a theoretical physicist at the University of Würzburg in Germany. Driving the transition with a laser is “the milestone you need to say ‘I’ll be able to build a clock’”.“It is a culmination of nearly a half a century of effort of many scientific groups,” says Olga Kocharovskaya, a physicist at Texas A&M University in College Station.

Precision timing

Optical clocks keep time so well that they waver by just 1 second every roughly 30 billion years. Their ticks are governed by the frequency of the visible light needed to shift an electron orbiting an atom such as strontium between energy states.

But a nuclear clock could do even better. It would use the more energetic transition of boosting the nucleus’s protons and neutrons to a higher energy state. This would use slightly higher frequency radiation, meaning that time could be sliced even more finely to create a more precise clock. More importantly, such a clock would be much more stable than an optical clock, because particles in the nucleus are less sensitive than electrons to external fields or temperature.

But finding a material with a suitable nucleus has proved difficult. Energy transitions in most nuclei tend to be huge, requiring much more than the nudge of a tabletop laser. In the 1970s, physicists discovered that thorium-229 is an anomaly — its first energy state is extremely close to its lowest, ground state. And in 2003, physicists proposed using thorium-229 as the basis of a super-stable clock, but they needed to find the precise energy of the transition and its corresponding laser frequency, which would have been impossible to predict with any accuracy using theory. Since then, experimentalists have used range of methods to narrow down the figures.

To observe the transition, researchers placed radioactive thorium atoms into crystals of calcium fluoride that were a few millimetres wide. Scanning across the expected region with a purpose-built laser, they eventually hit upon the right frequency — around 2 petahertz (1015 oscillations per second) — which they detected by spotting the photons emitted as the nuclei returned to the lower energy state. Co-author Thorsten Schumm, an atomic physicist at the Vienna University of Technology, recalls scrawling “found it” in large red letters across his lab book at a meeting convened the next day to discuss the promising-looking signal. “It was crystal clear,” he says.

The team pinpointed the frequency with a resolution 800 times better that the next best attempt. A team at the University of California, Los Angeles, has since reproduced the result using a different crystal, but the same frequency, says co-author Ekkehard Peik, a physicist at PTB. It’s “a very nice confirmation”, he says.

Fundamental physics boost

To turn the system into an actual clock, physicists will need to markedly reduce the resolution of the laser, so that it stimulates the nucleus at almost exactly the right frequency to be read off reliably, says Peik. Building such a laser “remains a big challenge, but there are little doubts that it will be achievable in the near future”, adds Kocharovskaya.

If all goes well, the team says that a thorium-based nuclear clock could end up being around 10 times more accurate than the best optical clocks. “It’s the robustness with respect to external perturbations that will make this a better clock,” says Schumm. Hosting the nuclei in a solid crystal could also help to make the clock more compact and portable than optical systems.

Scientific methods that were made possible by super precise optical clocks, such as probing Earth’s gravitational field by measuring differences in clock speed, “could get a major boost”, says Kocharovskaya.

Physics could also benefit at a deeper level. A nuclear clock would be around 10,000 times more sensitive to changes in fundamental constants — such as the strength of the electromagnetic and strong nuclear forces — than an optical clock is, says Fuchs. This means that they could detect proposed forms of dark matter, an invisible substance that physicists think accounts for 85% of material in the Universe, and which are predicted to make minuscule changes in the strength of these forces.

“It could be that there’s very ‘light’ dark matter that wiggles around and that could make these fundamental constants wiggle,” says Fuchs. Nuclear clocks might be able to detect that wiggle, she says, because the energy of their transition is governed by these forces, and any change in their strength would alter the clock’s tick in a measurable way. Nuclear clocks could also detect whether some particle masses change over time, she adds. Fuchs and her collaborators are already working on their first paper, on the basis of the frequency measurement. “This is exciting us quite a lot,” she says.

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Samsung’s archrival strikes crucial partnership with Nvidia’s closest ally to deliver key next-gen memory — SK Hynix teams up with TSMC to advance HBM development but could this move encourage TSMC to become like Intel?

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South Korean memory giant SK Hynix, which recently announced plans for the construction of the world’s largest chip factory, has now announced a major partnership with top Taiwanese semiconductor foundry, TSMC. 

The two firms aim to cement their positions in the fast-growing AI market by developing and producing the next-generation of High Bandwidth Memory, known as HBM4.

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Report Examines GM’s Controversial Move to Abandon Apple CarPlay

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An in-depth Bloomberg report today resurfaced General Motors’ decision to replace Apple CarPlay with its own software.

Apple CarPlay Dash
Last year, GM announced that it planned to forgo Apple ‌CarPlay‌ in its new electric vehicles, starting with the 2024 Chevrolet Blazer EV. Instead, GM introduced a proprietary infotainment platform, aiming to control and customize the digital experience within its vehicles. This transition is part of GM’s strategic pivot toward enhancing its software capabilities and establishing a stronger digital services revenue stream. However, the change has not been without its hurdles, with numerous customers and automotive reviewers reporting technical issues and a steep learning curve associated with the new system.

‌CarPlay‌ has become a staple of most new vehicles, offering drivers a familiar interface that mirrors their iPhone‘s functionality onto the vehicle’s dashboard. Apple reported in 2022 that 79% of US car buyers insisted on ‌CarPlay‌ support when considering a new vehicle purchase.

GM’s new in-house system, Ultifi, is envisioned as a comprehensive digital platform that offers a range of services such as navigation and media streaming, enhanced by subscription-based add-ons to drive revenue. Despite these aspirations, the rollout of Ultifi has encountered significant obstacles such as software malfunctions that dealerships have struggled to resolve.

GM’s move is driven by a wish to reclaim customer connections and data insights from third parties, but customer resistance to abandoning a familiar and popular system like ‌CarPlay‌ that directly integrates with their ‌iPhone‌ poses a significant challenge to GM’s strategy.

The outcome of GM’s decision could influence future industry practices significantly. If GM can refine Ultifi into a robust, user-friendly platform that rivals or surpasses ‌CarPlay‌’s functionality, it may set a precedent for other automakers to follow suit. Conversely, if consumers continue to prefer established systems like ‌CarPlay‌, automakers may find themselves in a difficult position, needing to balance their wishes with consumer preferences.

See Bloomberg‘s full article for more insights into GM’s move to abandon Apple ‌CarPlay‌.

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AWS makes move to host your company’s home-made Gen AI models

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In an effort to position itself as one of the leading platforms for custom generative AI models, AWS has announced the launch of Custom Model Import within Bedrock, its suite of enterprise-focused GenAI services.

As the name suggests, Custom Model Import will allow organizations to import and access their own generative AI models as fully managed APIs, which means they’ll get to benefit from the same infrastructure and tools that are available for existing models in Bedrock.

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In a surprise move Iran releases conservationists who studied big cats

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Houman Jokar (L) uses an antenna to scan leopards' radio collars as the area Head of the Department of Environment points to the signal direction in the Kuh Bafgh Wildlife preserve in Iran.

Conservationist Houman Jokar (pictured left in 2008) working with a government official using an antenna to scan leopards’ radio collars.Credit: Caren Firouz/Reuters

Four members of a conservation group focused on big cats who were jailed in Iran six years ago were pardoned on 7 April as part of a mass amnesty of prisoners ahead of Eid holidays at the end of the fasting month of Ramadan.

The group includes Niloufar Bayani, a conservation scientist and former consultant with the United Nations Environment Programme (UNEP) and biologist Houman Jokar, who were both released yesterday. The other two, released today are ecologist Taher Ghadirian and Sepideh Kashani, an administrator with the Persian Wildlife Heritage Foundation (PWHF), a non-governmental organization (NGO) in Tehran. All four were arrested in January 2018 alongside five other conservationists; none of the nine now remains in prison.

“I am incredibly happy for them. We have all greatly suffered from the injustice that was done to us,” says Morad Tahbaz, a businessman and conservationist with US-British–Iranian citizenship who was one of the nine but was released last September as part of a US–Iranian prisoner swap. UNEP also welcomed the release in a statement.

Bayani wrote letters to government officials and members of the judiciary from Tehran’s Evin prison, revealing how incarcerated people were being subjected to isolation, exhausting interrogations, torture and threats of rape.

“Currently, groups of activists working in climate-related issues are under extreme pressure. The conviction of our environmental NGO and the fate of its employees and founders is one example of how environmental work has become a political crime,” she wrote.

Six years behind bars

The nine, all members of the PWHF, were arrested by the Islamic Revolutionary Guards Corps, a military organization that is part of the Iranian state. The director of PWHF, Canadian–Iranian citizen Kavous Seyed-Emami, a sociologist, died in prison weeks after the arrest in circumstances that have not been independently verified.

Starting in November 2019, a revolutionary court sentenced the remaining eight to prison terms of between four and ten years, for espionage.

At the time of the arrest, the group was carrying out research on species including the endangered Asiatic cheetah (Acinonyx jubatus venaticus) and Persian leopard (Panthera pardus tulliana) in national parks and elsewhere.

Seven of the conservationists remained in Iran after last year’s prisoner swap, and three of those were subsequently released after serving shorter sentences.

The detentions sparked a worldwide campaign by conservation organizations advocating their release. Iran’s president at the time, Hassan Rouhani, established an inquiry that concluded in May 2018 that there was no evidence supporting the charges. However, the prison sentence was still handed down, and was then upheld by a revolutionary court in February 2020.

The release is “very good news. But nothing can restore the lost years of life and the loss of Emami,” says Kaveh Madani, director of the UN University Institute for Water, Environment and Health in Richmond Hill, Canada. Madani was deputy head of Iran’s Department of Environment when he, too, was arrested and interrogated in 2018 as part of the same operation that sent the environmentalists to jail. He was able to flee the country.

Research in prison

During her incarceration, Bayani managed to complete a research project. She interviewed 25 female political prisoners incarcerated for opposing Iranian government policies, and researched how climate change is perceived in an oil and gas producing state.

“Being confined for over 4 years in one place, a small square piece of land on the planet has gradually shifted my point of view,” she wrote in a report called ‘Climate Literacy in the Land of Oil’. Bayani began teaching a course on climate change, which led to an open letter from the prisoners calling on their government to take stronger action on climate change.

“I used to think through maps, satellite photos and Geographic Information Systems (GIS) modelling, as if my desk was constantly soaring above the Earth,” she continued. “From a satellite view, it is easy to imagine a united human population that is concerned about its common future, but when you land, as I have on this small parcel, the reality is very different.”

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How to move your taskbar in Windows 11

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The release of Windows 11 in 2021 brought a whole new look to the Windows user interface, including a less cluttered taskbar with centralized icons, reminding many users of the MacBook interface.

Although Windows 11 doesn’t give you the same flexibility in personalizing your screen as previous versions (more on that later), it is still possible to change the alignment of your toolbar icons. This step-by-step guide will show you how.

How to move your taskbar in Windows 11

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TikTok owner is quietly doing an ‘Apple’ — ByteDance invests in Chinese memory pioneer, months after a similar move in a GPU vendor, as it plans for an Apple Vision Pro VR rival

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TikTok’s parent company ByteDance has reportedly quietly invested in Xinyuan Semiconductors, a Chinese memory chip manufacturer. 

A report from Pandaily, a tech media site based in Beijing, the move reportedly positions ByteDance as the third-largest shareholder in the chip maker, holding an indirect stake of 9.5%.

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The new Sonos Move 2 portable speaker is 20 percent off right now

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The newly-released Sonos Move 2 speaker is on sale for 20 percent off the regular price. This is the very first discount on the speaker and brings the price down to $360 from $450. This is part of a larger Sonos sale on select products to celebrate the NCAA March Madness tournament.

Nathan Ingraham / Engadget

The Move 2 is considered a massive improvement over the original, with a jump in price to match. We called out the excellent battery life and quick-charging capabilities in our official review. Our reviewer noted that the speaker “seemed to blow past” the advertised 24 hours of battery life. There’s also a nifty charging “ring” contraption. Just plop the speaker in the middle of the ring and it’ll juice up, though USB-C charging is also an option.

Of course, this is a speaker so the sound is a primary consideration. Luckily, the Move 2 offers improved clarity over the original, with a “clear, well-balanced” sound that offers a prominent bass frequency and a detailed high end. It’s also very loud and can easily handle outdoor spaces.

There are only two downsides here. It’s technically a portable speaker, but it’s fairly large and weighs nearly seven pounds. Also, the original asking price is much higher than the first-gen Move, which has been somewhat alleviated by this sale.

The sale also includes the massively popular Beam 2 soundbar. It’s $100 off, bringing the price down to $399. The Beam snagged a place on our list of the best soundbars, due to its easy setup, compact design and fantastic sound. The aforementioned discounts are good until March 25.

Follow @EngadgetDeals on Twitter and subscribe to the Engadget Deals newsletter for the latest tech deals and buying advice.



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How to Move Microsoft Autherticator to Your New Phone

microsoft Authenticator

This guide will show you how to move your Microsoft Authenticator to your new Phone. This is something I had to do recently and it took a while to find out how to do it. This guide covers both the iPhone and Android and should make it easier for you.

So, you’ve got a shiny new phone and excitement’s brewing. But a crucial question emerges: how do you seamlessly move your Microsoft Authenticator app and its precious two-factor codes to your new device? Worry not, intrepid tech user, for this guide will equip you with the knowledge to navigate this transition with ease. We’ll cover both Android and iOS, ensuring no platform gets left behind.

Before We Begin: A Backup Bonanza

Before embarking on this digital migration, remember the golden rule of tech: backups are your best friends. Both Android and iOS offer built-in options within the Microsoft Authenticator app to safeguard your accounts.

Android:

  1. Open the Microsoft Authenticator app.
  2. Tap the three dots in the top right corner.
  3. Select “Settings.”
  4. Under “Backup,” toggle on “Cloud Backup.

iOS:

  1. Open the Microsoft Authenticator app.
  2. Tap the gear icon in the bottom right corner.
  3. Select “Account.”
  4. Under “Backup,” toggle on “iCloud Backup.”

Now, onto the transfer itself!

Method 1: Restoring from a Backup (Recommended)

This method is the smoothest for those who heeded the backup advice above.

Android:

  1. Install the Microsoft Authenticator app on your new phone.
  2. Open the app and tap “Begin recovery.”
  3. Sign in to the Microsoft account you used for the backup on your old phone.
  4. Your backed-up accounts will automatically appear on your new phone.

iOS:

  1. Install the Microsoft Authenticator app on your new phone.
  2. Open the app and tap “Sign in.”
  3. Choose “Restore from backup” and enter your iCloud password.
  4. Select the backup you want to restore and tap “Continue.”
  5. Your backed-up accounts will be added to your new phone.

Method 2: Manual Re-Addition (Without Backup)

If you weren’t a backup buff, fear not! You can still manually add your accounts.

Both Android and iOS:

  1. Open the Microsoft Authenticator app on your new phone.
  2. Tap the “+” button to add an account.
  3. Choose how you want to add the account (e.g., scanning a QR code, entering a setup key).
  4. Follow the on-screen instructions to add each account individually.

Pro Tip: Most websites and services that use two-factor authentication offer recovery options in case you lose your phone or don’t have access to the Authenticator app. Be sure to familiarize yourself with these options for each of your accounts.

Bonus Round: Security Savvy

  • Keep your Microsoft account password strong and unique. This is the key to unlocking your Authenticator backups.
  • Enable two-factor authentication for your Microsoft account itself. This adds an extra layer of security for your digital fortress.
  • Consider using a password manager to keep track of all your login credentials.

With these tips and tricks in your arsenal, moving your Microsoft Authenticator to your new phone will be a smooth and secure affair. Now, go forth and conquer the digital world with the confidence of a two-factor authentication champion!

Additional Resources:

We hope you find this guide on how to move your Microsoft Authenticator app and account to your new phone useful, if you have any comments, suggestions or questions, please leave a comment below and let us know.

Filed Under: Android News, Apple, Guides





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