Categories
News

Se espera que el iPhone SE 4 debute con el chipset A18 utilizado en el iPhone 16; Se dice que el iPad (undécima generación) tendrá el chip A16 Bionic

[ad_1]

Se espera que el iPhone SE 4 se lance en varios mercados a finales de este año como sucesor de la tercera generación. iPhone SE Que llegará en 2022. En los últimos meses han aparecido en línea varios detalles filtrados sobre el supuesto teléfono, incluido su diseño, conjunto de chips y posible calendario de lanzamiento. Ahora, se han vuelto a filtrar detalles del procesador del teléfono inteligente, junto con un posible chipset en el iPad de 11.ª generación (o iPad 11). Se espera que la próxima generación de iPads incluya actualizaciones de las versiones actuales de los modelos iPad Air y Pro.

Especificaciones del iPhone SE 4 (esperado)

los comunes iPhone C4 ya se hizo Propensión Estará alimentado por un chipset interno A18 Bionic con soporte para hasta 8 GB de RAM. Se espera que sea compatible con Face ID además de las funciones de Apple Intelligence. Últimos rumores sobre Mac un informe Afirmó, citando una cuenta privada de X, que el supuesto teléfono de Apple probablemente tendrá un procesador con el ID T8140.

Esta identificación se utiliza en los conjuntos de chips A18 y A18 Pro, pero dado que el iPhone SE 4 es un dispositivo de costo relativamente bajo, es más probable que obtenga el chip A18, más asequible. El informe no especifica la fuente de la filtración, pero dice que tienen un “buen historial de compartir información relacionada con iOS” con “errores ocasionales”.

Especificaciones del iPad 11 (esperado)

Citando la misma fuente anónima, MacRumors Reclamos En un informe separado, se espera que el rumoreado iPad 11 cuente con un procesador con ID T8120, que es compatible con el chipset A16. Este SoC se encuentra en iPhones de generaciones anteriores, incluidos iPhone 14 Pro, iPhone 14 Pro Max, iPhone 15y iPhone 15 Plus.

Anteriormente, Mark Gurman de Bloomberg sugerido El iPad (undécima generación) vendrá con funciones Apple Intelligence. Afirmó que los supuestos modelos de iPad 11 podrían llevar SoC A17 Pro de iPhone 15 Pro y iPhone 15 Pro Max. Sin embargo, el rumoreado chipset A16 no ofrece soporte para el conjunto de inteligencia artificial (IA) en los modelos actuales de iPhone de Apple.

Es mejor tomar toda la información contradictoria sobre el iPad (11.ª generación) con cautela. El informe señala que tanto Gorman como el informante anónimo mencionado en su informe tenían “buenos antecedentes con respecto a los rumores de Apple, con fallas ocasionales”.

[ad_2]

Source Article Link

Categories
News

Amazing bionic arm controlled by thought and AI

Amazing bionic controlled by thought and AI

In a remarkable turn of events, Sarah has overcome the odds after a devastating train accident that resulted in the loss of her right arm and leg. Her life has been transformed by an AI-powered bionic arm that has given her a new lease on independence. This high-tech prosthetic is sensitive to the muscle movements in Sarah’s remaining limb, and is controlled by thoughts and artificial intelligence. Allowing her to perform tasks with an impressive level of precision that closely resembles natural human motion. Watch the demonstration video below to learn more about the technology that is currently under development.

The cutting-edge technology behind Sarah’s new arm includes a rotatable wrist and the ability to apply a significant amount of force, features that replicate the functionality of a real limb. The arm is equipped with 16 electrodes that pick up on the subtle muscle twitches in Sarah’s residual limb. These signals are then converted into a variety of actions by the prosthetic. The artificial intelligence is crucial in this process, as it records Sarah’s movement patterns, predicts her intentions, and learns from her to improve the arm’s responsiveness.

Bionic arm powered by users mind

Here are some other articles you may find of interest on the subject of artificial intelligence :

Sarah’s journey to mastering the use of her bionic arm has been intense and required a lot of dedication. She spent countless hours in rehabilitation, working closely with experts to perfect the way she communicates with her new limb. This training is vital for the AI to fine-tune its interpretation of her commands, which is key to making the use of the arm feel more natural and integrated into her everyday life.

The impact of the bionic arm on Sarah’s daily activities has been profound. Tasks that were once challenging due to her disability are now within her reach. She can now prepare meals, type, and participate in a variety of activities that were difficult before. This advancement has not only increased her independence but has also significantly boosted her confidence.

Looking ahead, Sarah is excited about the potential for future AI improvements that could enhance the functionality of her bionic arm even further. She hopes to one day regain the ability to ride a bike and drive, activities that symbolize freedom for her. As AI technology continues to progress, there is a growing sense of optimism for individuals like Sarah, who may be able to experience a greater sense of normalcy with their prosthetic limbs.

Sarah’s story is a testament to the powerful combination of human resilience and technological innovation. Her experiences with the AI-powered bionic arm highlight the incredible potential for technology to change lives and expand the limits of what is achievable for those who rely on prosthetics.

Image Credit : BBC

Filed Under: Technology News, Top News





Latest timeswonderful Deals

Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, timeswonderful may earn an affiliate commission. Learn about our Disclosure Policy.