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Las CPU Intel Lunar Lake con un rendimiento de IA hasta 3 veces mejor que los chips Meteor Lake llegarán en el tercer trimestre de 2024

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Lago lunar Intel Se espera que las CPU lleguen a finales de este año, como el último procesador del fabricante de chips para portátiles. Reemplazará la generación actual de chips Meteor Lake y se dice que ofrece más de tres veces el rendimiento de la IA. A principios de esta semana, Microsoft Anunciar Está previsto que en los próximos meses lleguen nuevas computadoras Copilot+ con capacidades de inteligencia artificial, y los procesadores Intel de próxima generación también se actualizarán para admitir estas funciones, según la compañía.

en anuncio Intel reveló a principios de esta semana que sus CPU Lunar Lake llegarán en el tercer trimestre de 2024 a más de 80 modelos de portátiles de más de 20 OEM y se actualizarán con soporte para… copiloto + Experiencias, pero la empresa dejó de dar ningún detalle. El fabricante de chips también dice que espera enviar más de 40 millones de chips de computadora con IA este año.

Nuevas CPU Lunar Lake de Corporación Intel Según se informa, el procesador estará equipado con nuevos núcleos de CPU, así como una nueva arquitectura de GPU Intel Xe2 capaz de realizar más de 60 Tera de operaciones por segundo (TOPS) y una NPU mejorada que admite más de 45 TOPS. Intel dice que la próxima generación de computadoras personales habilitadas para IA con estos procesadores podrá funcionar Más de 500 modelos de aprendizaje automáticocon un desempeño acumulado esperado de más de 100 TOPS.

Cuando los nuevos chips Lunar Lake lleguen a las computadoras portátiles Copilot+ a finales de este año, competirán con los dispositivos impulsados ​​por el nuevo Snapdragon de Qualcomm. Intel tiene Decía Se afirma que el Lunar Lake es 1,4 veces más rápido que el Snapdragon General.

Como se espera que las CPU Lunar Lake lleguen a las computadoras portátiles, también se espera que estos chips lleguen con mejoras en la eficiencia energética: hasta un 30 por ciento y un 20 por ciento menos de energía consumida durante las conferencias de Microsoft Teams (con efectos de IA) en comparación con Ryzen 7 7840U y Snapdragon. 8cx Gen 3, respectivamente.

Intel dice que la isla avanzada de bajo consumo proporcionará una “duración de batería increíble”. Vale la pena señalar que los chips Arm de Qualcomm y Apple también son muy eficientes – Apple MacBook Air Los modelos están clasificados para ofrecer más de 15 horas de uso con una sola carga, con una excelente vida útil en espera. Podemos esperar aprender más sobre los próximos procesadores de Intel en los próximos meses.


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Se dice que Google Search Circle obtendrá funcionalidad de texto a voz y más funciones



Mai Labs presenta la plataforma Metaverse Mayaaverse y los auriculares Lumyn XR VR en India: detalles



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La filtración muestra que las placas base de Gigabyte para CPU Intel Arrow Lake tienen algún tipo de característica misteriosa de IA

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Gigabyte tiene una gama de Placas base En la tubería para Corporación IntelLos procesadores Arrow Lake son de próxima generación y vienen con un giro nada sorprendente: la inclusión de IA (bueno, todo tiene que tener IA hoy en día, ¿verdad?).

La filtración de ocho placas base Gigabyte Z890 para Arrow Lake también deja claro que se trata de otra filtración que apunta a que un lanzamiento llegará más pronto que tarde.

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Intel’s Arrow Lake CPUs might be slower but this could help fix a major issue

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Normally CPU performance increases with newer generations but, according to a new leak, the upcoming Intel chips may be going against the grain.

A new leak reveals that the Intel Arrow Lake desktop lineup may have a clock speed of up to 5.5 GHz, much lower than its current flagship Intel Core i9-14900KS which can reach up to 6.20 GHz, according to tech leaker MebiuW on Weibo (reported on by Wccftech). Apparently, the upcoming flagship Core 9 Ultra 285K could face a potential drop of 700MHz compared to its predecessor, which is rather large.

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New Intel Arrow Lake leak alleges no Thunderbolt 5 support for Z890 motherboards

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A prominent hardware leaker has alleged that while Thunderbolt 4 will come as standard for Intel Core Ultra 200 CPUs on Z890, that the upcoming CPU generation will miss out on Thunderbolt 5. 

As spotted by Videocardz, hardware leaker Golden Pig Upgrade has claimed that Intel Arrow Lake will miss out on Thunderbolt 5 support for Z890 motherboards after all, despite its unveiling last year. If true, it’s disappointing news considering that Intel 14th Gen missed out on Thunderbolt 5 at release, too. 

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Intel Core Ultra 200 Arrow Lake CPUs could be coming earlier than expected

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An MSI overclocker has alleged that the upcoming Intel Arrow Lake processor could be coming as early as Q3 2024 which would be significantly ahead of what we’ve previously thought. 

As reported by KitGuru, an MSI overclocker named Toppc has dropped hints about the MSI Dragon Event in Wuhan, China which is rumored to feature information on the “next” platform which is heavily speculated to be the socket LGA 1851 desktop processors – Arrow Lake-S (via Chiphell).

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Intel’s next-gen CPUs might confuse you with their names – but whatever Arrow Lake is called, it’ll face a tough fight against AMD Zen 5

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Intel’s Arrow Lake processors are inbound for desktop PCs and should land later this year, and we’ve just caught a leak about how these chips might be named.

This comes from one of the more regular leakers on X (formerly Twitter), and as ever, sprinkle a whole lot of seasoning on the claims.



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I dive for fish in the longest freshwater lake in the world

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Person at centre wearing head torch looking down at hands holding object. Camera on tripod to left.

Carolin Sommer-Trembo at Lake Tanganyika.Credit: Simon Hornung

Carolin Sommer-Trembo’s first foray into studying fish behaviour was during her PhD at the University of Frankfurt in Germany, which she completed in 2017. The following year, she moved to Basel, Switzerland, to launch a postdoctoral project that focused on the cichlid fishes of Lake Tanganyika in Africa, the world’s longest freshwater lake. Now, she’s continuing this work as a postdoc at the University of Zurich in Switzerland. Sommer-Trembo spoke to Nature about her research, her science-outreach efforts and why she wants to continue her career in Switzerland.

What do you study?

My research focuses on how animal behaviour can affect evolutionary processes. Specifically, I focus on adaptive radiation — the way in which many species rapidly evolve from a common ancestor. This process is a huge contributor to biodiversity. As a postdoc, I’ve studied how behaviour might have contributed to the adaptive radiation of cichlid fishes in Lake Tanganyika.

How many cichlid species exist?

There are about 240 species of cichlid fishes, all in Lake Tanganyika, that evolved from one ancestor, and they aren’t found anywhere else in the world. The lake is more than 600 kilometres long and 1,400 metres deep. All these cichlid fish species can coexist because they are each adapted to their own ecological niche and feed on different food items. The first time I visited the lake was in August 2018, when I started my first postdoc at the University of Basel. I subsequently went back to do fieldwork.

What fish behaviours do you study?

For my first postdoc, I studied curiosity, by looking at exploratory behaviour. My hypothesis was that, for a new species to arise, a fish has to be curious enough to disperse to a new location and explore a different food resource. I found an important gene that drives differences in cichlid curiosity, which might have contributed to the adaptive-radiation event that occurred. Now, as a postdoc at the University of Zurich, I’m exploring how domestication affects evolution in cichlids. Specifically, I’m doing an experiment to see how selecting for fish that are less fearful of unknown objects and human handling affects the animals’ brain anatomy. Brain anatomy differences are some of the most common traits associated with domestication in mammals and chickens, but scientists don’t know whether it occurs across vertebrate species.

How did you get started in science outreach?

When I was PhD student in Frankfurt, I had a chance to explain my research programme to children at an event organized by the university. It was a great experience that inspired me to continue engaging in outreach. I started a blog about my fieldwork in Africa and, in 2022, I participated in a Swiss programme called FameLab, in which you explain your research to judges and a broad audience in just 3 minutes. Even though it takes time away from my research, I feel it’s worth it. The main problem is that you often don’t get credit or funding for it, so you have to do it in your free time.

What makes Switzerland a good place to do science?

Science is a big priority in Switzerland; I feel I’m doing something meaningful when I talk to my peers and the public. That value is also expressed in the financial situation. For my project with cichlids, my team and I were able to buy diving equipment and 16 action cameras, for example. It was also expensive for me to do fieldwork in Africa, so having a large budget is liberating. During my PhD, I taught bachelor’s and master’s students to finance myself and worked as a dance instructor in the evenings. I’m grateful I had that experience, but I’m also grateful to have more financial freedom. You don’t have to stop your scientific thinking to ask whether you can afford a camera or not.

Is academia competitive in Switzerland?

The competition for senior positions is insane worldwide, but especially in countries such as Switzerland, where the conditions are attractive. I think a lot of the competition is driven by researchers from other countries who want to come here, including me. That being said, my laboratory environment isn’t competitive. I’m friends with my lab mates and we go out at the weekend. I’ve always tried to choose bosses who don’t enforce competition in the research group, because that negatively affects my mental health.

Why do you want to stay in Switzerland?

The conditions for doing science here are nice, but that’s just one factor. I did my bachelor’s, master’s and PhD at different universities; I’m tired of changing locations. I still live in Basel, even though my current position is at the University of Zurich. I have friends here and I love the city, so I’d really like to stay.

This interview has been edited for length and clarity.

This article is part of Nature Spotlight: Switzerland, an editorially independent supplement. Advertisers have no influence over the content.

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Intel Core Ultra 5 234V CPU leaked – our first glimpse of next-gen Lunar Lake laptop chips

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One of Intel’s Lunar Lake processors, which are very promising power-efficient next-gen chips for laptops, has just been spotted and it’s seemingly part of the Core Ultra 200 family.

This comes courtesy of a leak on X (formerly Twitter), highlighted by VideoCardz and posted by @miktdt (a leaker who has popped up a couple of times recently).

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