Se produjo un incendio en una sección de la vía de la Línea Azul de Lagos cerca de la estación Nyepa, cerca del puente Eko, en la zona de Abugbon en el estado de Lagos.
El accidente se produjo a las 16.12 horas del sábado, según los informes.
Pero el asesor especial del gobernador sobre medios de comunicación y publicidad, Gboyega Akosile, confirmó que no hubo víctimas.
“Se produjo un incendio en una pequeña sección de la vía de la Línea Azul de Lagos en un lugar frente a la estación NEPA junto al puente Eko en dirección a Apogbon. El accidente ocurrió a las 4:12 p.m.
“No se reportaron víctimas y no había servicio de tren en el momento del accidente”, dijo en un comunicado compartido en su identificador X.
Agregó que equipos de emergencia extinguieron el incendio.
“Un equipo de personal de seguridad y emergencia y otros socorristas extinguieron completamente el incendio.
“Los habitantes de Lagos en este eje pueden dedicarse a sus asuntos en paz porque la situación está bajo control”, añadió Akosili.
Ya sea que esté grabando un video con el iPhone de un evento de noticias de última hora, grabando sus viajes globales para su vlog o capturando un movimiento de baile especialmente seleccionado para exhibirlo en TikTok, ciertas herramientas pueden ayudarlo a mejorar la calidad de su video y su creatividad. . Por ejemplo, el estabilizador de cardán Hohem iSteady V3 es una gran herramienta para estabilizar y ampliar sus tomas.
Es un estabilizador de 3 ejes para iPhone con un rastreador magnético de IA, una luz de relleno, un trípode incorporado y extensible y un control remoto desmontable. A continuación te explicamos cómo esta herramienta de vídeo esencial puede ayudarte. Es más, puedes Consíguelo ahora con un 20% de descuento en Amazon.
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Capture vídeos increíbles con su iPhone con el estabilizador de cardán Hohem iSteady V3
el Estabilizador de cardán Hohem iSteady V3 Es una empuñadura extensible con un trípode adjunto en el que puedes montarlo. iPhone Para ayudarte con todo, desde tomar excelentes selfies hasta grabar videos súper estables. Pero no se trata sólo de un simple agarre (que, por cierto, se pliega lo suficientemente pequeño como para caber en el bolsillo). El ultraportátil iSteady V3 hace más que simplemente mantener tu iPhone estable mientras disparas. Viene con una varilla extensible, un trípode retráctil y un rastreador de IA acoplable con luz de relleno y tecnología de estabilización de imagen para que sus videos parezcan tomados por un profesional.
Grabar videos con un iPhone mientras el teléfono está estabilizado en el iSteady V3 le brindará un aumento de calidad solo con la potente estabilización de imagen.
Una vez que desembalas el producto, es fácil comenzar a usarlo:
Simplemente despliegue el cardán, luego tire y despliegue las patas del trípode retráctiles desde la parte inferior.
Coloque el soporte del cardán sobre una superficie plana y despliegue el brazo del cardán hacia arriba.
Monte su iPhone introduciéndolo entre los clips en orientación horizontal o vertical, con la cámara hacia arriba.
Si lo desea, puede montar el dispositivo de seguimiento magnético de IA y la luz de relleno en el lado izquierdo de su iPhone, mirando hacia adelante o hacia atrás (según la cámara que utilizará).
Puede utilizar el control remoto como panel de control en el concentrador o separarlo para usarlo como control remoto.
Cargue el cardán usando el cable USB-C incluido y cualquier cargador.
Descargar y ejecutar La aplicación es su alegría. Siga las instrucciones para utilizar las diferentes funciones a continuación.
Nuevo rastreador magnético de IA para fotografías estables con control por gestos
Aquí está todo lo que obtienes. Puede ensamblar rápidamente el centro usando los accesorios (un control remoto desmontable y un rastreador de inteligencia artificial con luz de relleno magnética) y usarlo con la aplicación Hohem Joy. Foto de : Hohm
Hohem ha hecho que grabar vídeos fantásticos con tu iPhone sea más fácil que nunca con una gran actualización este año. El estabilizador de cardán iSteady V3 ahora cuenta con un rastreador magnético de IA que permite un seguimiento fluido de la cara y el cuerpo para lograr disparos estables. El seguimiento del sujeto ayuda a garantizar que su iPhone lo capture, manteniéndolo encuadrado y enfocado. (No es necesario instalar el estabilizador de cardán iSteady V3 en el iPhone). necesidades (Aplicación Hohem Joy para usar el rastreador de IA, pero es posible que quieras usar la aplicación de todos modos; consulta la sección de la aplicación a continuación).
La nueva tecnología de seguimiento de objetos y rostros con IA te ayuda a mantener a las personas y otros objetos encuadrados y enfocados. Foto de : Hohm
Siempre que tenga una conexión Bluetooth, puede usar gestos específicos con las manos para activar o desactivar el sensor de visión AI mientras se encuentra a una distancia de 2 a 6 pies del dispositivo. Esto ayuda a que iSteady V3 sea ideal para blogueros de viajes que desean capturar cada momento con movimientos suaves y controles rápidos mediante gestos manuales.
No se preocupe, es fácil aprender los gestos con las manos para un uso rápido. Incluyen un gesto de “OK” con una mano para iniciar el seguimiento de la IA, mostrar la palma hacia adelante para detenerlo y cambiar entre la orientación horizontal y vertical con gestos del pulgar. (Sí, el eje trasero moverá su iPhone según una orden visual suya).
El sistema antivibración iSteady 8.0 mejora las tomas de gran angular
El sistema antivibración iSteady 8.0 le ayudará a mantener estables sus tomas de gran angular. Foto de : Hohm
Para obtener imágenes de vídeo fluidas mediante estabilización de 3 ejes, el cardán iSteady V3 también cuenta con el avanzado sistema antivibración iSteady 8.0. Es el producto de una década de desarrollo y realmente ayuda a diferenciar al iSteady V3, dice Hohem.
El brazo extendido del soporte para teléfono le brinda ángulos de movimiento mejorados para capturar fotografías perfectas en gran angular. También mantiene el motor fuera del marco para una grabación fluida. Por lo tanto, es ideal para fotografiar eventos deportivos.
El control remoto desmontable se almacena y carga en el dispositivo
Gracias al control remoto desmontable, no necesitas tocar tu iPhone o cardán para tomar una foto o un video. Foto de : Hohm
Hohem describe el control remoto desmontable iSteady V3 como el primero de su tipo. Le permite disfrutar de disparos remotos sin esfuerzo con control con la punta de los dedos dentro de un rango de 32,8 pies (10 metros). Puedes usarlo como panel de control en el dispositivo o llevarlo y usarlo por separado. Y cuando lo conectas magnéticamente al mango V3 para usarlo como panel de control o simplemente para almacenamiento, se cargará al mismo tiempo.
Una barra estabilizadora extensible integrada forma parte de este mango. Puede extenderse hasta 8,1 pulgadas, lo que le permite tomar retratos impecables fácilmente, simular una perspectiva aérea o tomar fotografías de ángulo bajo de mascotas u otros objetos de primer plano o del suelo. Un orificio para tornillos adicional le permite conectar otras varillas de extensión al cardán también.
La luz de relleno magnética te brinda una iluminación perfecta en cualquier momento y en cualquier lugar.
La luz de relleno magnética del rastreador de IA del cardán iSteady V3 proporciona opciones de iluminación fría, cálida y neutra para su gato. Esto ayuda a garantizar tomas hermosas y brillantes incluso en ambientes oscuros. La luminancia máxima de la luz alcanza los 110 lux/lúmenes, según las pruebas del laboratorio Hohem.
Además, el iSteady V3 cuenta con una nueva rueda lateral que puedes girar suavemente para ajustar el brillo del 4% al 100%, mejorando las imágenes. Es ideal para fotógrafos callejeros que trabajan de noche y vloggers que necesitan… Iluminación consistente.
Batería de larga duración de hasta 13 horas
No puedes tomar fotos y videos cuando la batería está vacía, ¿verdad? Con el iSteady V3, podrás disfrutar de sesiones de fotografía prolongadas gracias a la duración de la batería del dispositivo de hasta 13 horas. Es perfecto para usar durante viajes largos y eventos que duran todo el día, lo que garantiza que no se pierda la captura de momentos importantes.
Tenga en cuenta que 13 horas es la duración máxima típica de la batería. Cuando usas el seguimiento de IA y la iluminación de relleno al mismo tiempo, puedes esperar aproximadamente de 4 a 5 horas de uso continuo con una sola carga, dice Hoheim.
MÁS CONTROL: empareje el estabilizador de cardán Hohem iSteady V3 con la aplicación Hohem Joy
Finalmente, una forma ideal de utilizar iSteady V3 es utilizar la aplicación Hohem Joy. ¿Por qué? Primero, la aplicación gratuita te ofrece modos de disparo creativos. Incluyen fotografía panorámica, a intervalos y fotografía en cámara lenta. Con las plantillas creativas de Moment, la aplicación te permite crear fácilmente obras maestras cinematográficas simplemente levantando la mano para aplicar una plantilla.
Especificaciones del estabilizador de cardán Hohem iSteady V3:
Peso: Cardán, 14,82 oz (420 g, ±5 g); Rastreador de IA, 0,48 oz (13,6 g)
Material: material compuesto de alto rendimiento
Peso máximo de carga útil: 10,58 oz (300 g)
Peso del equipo compatible ≤ 10,58 oz (300 g)
Ancho: 58 mm – 98 mm
Espesor ≤ 12,5 mm
Batería: iones de litio 18350 7,4 V/1400 mAh (2S)
Tiempo de carga: aproximadamente 2,5 horas (5 V – 2 A)
Hay un 20% de descuento hasta el 29 de septiembre y puedes usar el código de descuento. 20K2CSRN Comprar el estabilizador de cabeza Hohem iSteady V3 en Amazon.
It’s no secret that the race is on to produce the first 1000TB SSD. At its Tech Day in 2022, Samsung revealed ambitious plans to “stack over 1,000 layers” in its most advanced NAND chip by 2030, meaning a petabyte SSD could arrive by then.
Last year the company dropped hits that it might be in a position to deliver it much sooner, but that looks to have been wishful thinking on the tech industry’s behalf.
That said, it’s clearly full steam ahead on the development of future NAND chips. The South Korean electronics giant recently announced it would commence mass production of its newest 290-layer ninth-generation vertical (V9) NAND chips shortly, and it’s widely expected it will reveal a staggering 430-layer tenth-generation (V10) NAND chip next year.
Hafnia Ferroelectrics
So while we don’t know much about what’s going on behind the scenes in the company’s quest to produce the first Petabyte SSD, some clues have appeared online.
At this year’s VLSI Technology Symposium in Honolulu, there’s going to be a Technical Session presented by Giwuk Kim, a Ph.D student at the department of Electrical Engineering at the Korea Advanced Institute of Science and Technology (KAIST). His research interests include hafnia-based FE-NAND memory, FeRAM, and In-memory computing application, and this will be the focus of the session, which is titled “In-depth Analysis of the Hafnia Ferroelectrics as a Key Enabler for Low Voltage & QLC 3D VNAND Beyond 1K Layer Experimental Demonstration and Modeling.”
The summary of the work which – spoiler alert – has been co-authored by Samsung Electronics, reads as follows: “We experimentally demonstrate a remarkable performance improvement, boosted by the interaction of charge trapping & ferroelectric (FE) switching effects in metal-band engineered gate interlayer (BE-G.IL)-FE-channel interlayer (Ch.IL)-Si (MIFIS) FeFET. The MIFIS with BE-G.IL (BE-MIFIS) facilitates the maximized ‘positive feedback’ (Posi. FB.) of dual effects, leading to low operation voltage (VPGM/VERS: +17/-15 V), a wide memory window (MW: 10.5 V) and negligible disturb at a biased voltage of 9 V. Furthermore, our proposed model verifies that the performance enhancement of the BE-MIFIS FeFET is attributed to the intensified posi. FB. This work proves that the hafnia FE can play as a key enabler in extending the technology development of 3D VNAND, which is currently approaching a state of stagnation.”
Quite what role Samsung will play in the demonstration (if anything) isn’t known at the moment, but the firm isn’t alone in exploring the potential of hafnia ferroelectrics. Giwuk Kim’s talk is part of a parent session at the symposium titled “Non-Volatile Memory Technology – Hafnia Based Ferroelectrics-1” which will be chaired by Deoksin Kil, Head of Material Development at Samsung’s archrival SK hynix.
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Described by Nature as the “gilded cousin of Graphene”, Goldene is a one-atom-thick sheet of gold created by scientists from Linköping University (LiU) in Sweden.
It has unique properties that the researchers believe could pave the way for applications such as carbon dioxide conversion, hydrogen production, water purification, and communication.
Shun Kashiwaya, a researcher at the Materials Design Division at LiU, explains, “If you make a material extremely thin, something extraordinary happens. As with Graphene, the same thing happens with gold. As you know, gold is usually a metal, but if single-atom-layer thick, the gold can become a semiconductor instead.”
An accidental discovery
Historically, attempts to create single-atom sheets of gold have been hindered due to the metal’s propensity to lump together. However, the successful creation of Goldene was achieved via a century-old Japanese smithing technique called Murakami’s reagent, which etches away carbon residue. For this task the team used an oxidizing reagent.
To produce Goldene, the researchers used a three dimensional base material with layers of gold sandwiched between titanium and carbon.
There was an element of serendipity to the creation of Goldene however, as Lars Hultman, professor of thin film physics at LiU admits. “We had created the base material with completely different applications in mind. We started with an electrically conductive ceramics called titanium silicon carbide, where silicon is in thin layers. Then the idea was to coat the material with gold to make a contact. But when we exposed the component to high temperature, the silicon layer was replaced by gold inside the base material.”
The LiU researchers now plan to turn their attention to exploring whether other noble metals could undergo a similar process and yield yet more unimaginable applications.
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Funding for this research was provided by a range of institutions, including the Swedish Research Council, the Swedish Government’s Strategic Research Area in Materials Science, and Linköping University.
A revolutionary new memory device that combines the features of DRAM and NAND flash memory is being developed by a group of researchers at the Korea Advanced Institute of Science and Technology (KAIST).
Led by Professor Shinhyun Choi of the School of Electrical Engineering, the team’s breakthrough promises cheaper, power-efficient solutions that could potentially replace existing memory solutions or be used to implement neuromorphic computing for the next-generation of AI hardware.
According to KAIST, the new device utilizes next-generation phase change memory with ultra-low power consumption, capable of replacing both DRAM and NAND flash memory.
Taking a novel approach
Typically, DRAM offers high-speed performance but is volatile, resulting in data loss when power is shut down. NAND flash memory offers a solution by preserving data even when the power is off, but it does not match the speed of DRAM. This new phase change memory provides a non-volatile, high-speed solution combining the best of both worlds.
Previous versions of phase change memory have had a problem – high power consumption. Despite attempts to reduce consumption by decreasing the physical size of such devices using state-of-the-art lithography technologies, the reductions were minimal, while costs soared.
To overcome this, Professor Choi’s team have established a way to electrically form phase change materials in an extremely small area, successfully developing an ultra-low-power phase change memory device. Notably, this consumes 15 times less power than previous phase change memory models which used expensive lithography tools, a significant breakthrough in the quest for cost and energy efficient memory development.
“The phase change memory device we have developed is significant as it offers a novel approach to solve the lingering problems in producing a memory device at a greatly improved manufacturing cost and energy efficiency, “ said Professor Choi. He went onto to say that he expects this new research to become the basis for future electronic engineering, paving the path for high-density three-dimensional vertical memory and neuromorphic computing systems.
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This isn’t the only neuromorphic computing solution being worked on at KAIST. Last month scientists there unveiled an AI chip that they claimed can match the speed of Nvidia‘s A100 GPU but with a smaller size and significantly lower power consumption.
SK Hynix, Samsung‘s chief competitor and the world’s number two memory maker, has begun its audacious plan to build the largest chip production facility on the planet.
The construction at SK Hynix’s giant Yongin Semiconductor Cluster in Gyeonggi Province, South Korea, will comprise four units. Work on the first unit, which is intended to be the world’s biggest three-story fabrication plant, is anticipated to commence in March 2025.
The Korea Economic Daily reports that the project is estimated to cost over 120 trillion won ($90.7 billion) and will span over two decades, with completion expected by 2046.
Government backing
The plan was first announced in 2019 but ran into delays due to Covid and licensing procedures. It received a boost in 2022 following an agreement between the government, municipalities, and companies, according to SK Hynix. The site of the first unit is now 35% prepared.
Trade Minister Ahn Deokgeun visited the site recently, promising government support for Korea’s chip industry. “All ministries will work together to ensure that Korean companies won’t lag behind global players in semiconductor manufacturing speed. We will actively support high-bandwidth memory (HBM) chips to achieve more than $120 billion in semiconductor exports this year,” he said.
The Korea Economic Daily says the government will unveil strategies to accelerate artificial intelligence chip exports and bolster semiconductor equipment by the end of June.
Creating the world’s largest chip factory is just part of SK Hynix’s future plans. The manufacturing giant is also intending to invest $4 billion to build an advanced chip packaging facility in West Lafayette, Indiana.
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Apple has ordered an initial 8.5 million OLED display panels from South Korean suppliers for its upcoming redesigned iPad Pro models, which are expected to arrive as soon as this month. The refresh will mark the biggest design update to the Pro lineup since 2018.
Apple is relying on different OLED display suppliers for the upcoming ~11-inch and ~13-inch iPad Pro models, with Samsung Display exclusively producing ~11-inch panels and LG Display making the ~13-inch panels. Based on current orders, Samsung will produce 4 million units in 2024, while LG will make 4.5 million units for the year, perhaps suggesting that the larger model is forecast to be slightly more popular.
Industry insiders claim the division of labor is due to changes in Apple’s demand outlook for OLED iPad Pro models, as well as the unstable production capacity and yield of the two suppliers, which are both still getting to grips with Apple’s requirement for new panel technologies.
Apple is rumored to be aiming for “unrivaled” display quality, as well as a design that cuts down on the thickness and weight of its iPad Pro models. Recent leaked CAD drawings of the upcoming models offer a better idea of just how thin the tablets will be. The larger iPad Pro, for example, will be over 1mm thinner.
The number of OLED panels Apple orders from Samsung and LG may change after production of the initial quantity, depending on fluctuations in production yield and possible adjustments to Apple’s demand forecast for the new OLED iPad Pro models. Apple’s latest shipments forecast is said to have been a decrease from the 10 million units that were projected for 2024 last year.
Apple’s iPad Pro models are also expected to be upgraded with faster 3-nanometer M3 chips, and MagSafe charging is a possibility. Apple is also expected to sell the devices with a new Magic Keyboard and an upgraded Apple Pencil. For all the details, refer to our OLED iPad Pro guide.
(Via DigiTimes.)
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BMW has announced that its Munich Plant will only be producing electric vehicles from 2027, this will end 75 years of production of combustion engines at the plant when the switch happens in 2027.
The carmaker announced recently that it had sold the most vehicles ever in 2023 and it also revealed that it has seen an increase in electric vehicle sales in the UK in 2023 as well.
A new era is dawning for BMW Group Plant Munich: from 2026, the iconic parent plant will produce the Neue Klasse sedan. Just one year later, the factory will manufacture nothing but all-electric models, making the Munich plant the first location in the BMW Group’s existing production network to have successfully completed the transformation to E-mobility from the end of 2027.
“The Munich plant is an excellent example of our ability to adapt. We are investing € 650 million here and will produce exclusively all-electric vehicles in our parent plant from the end of 2027,” says Milan Nedeljković, Member of the Board of Management of BMW AG, Production. “Last year alone, six all-electric models went into production. At the same time, we also set a production record, proving that we are simultaneously able to both deliver and shape the future in our production network.”
You can find out more information about BMW’s plans for their Munich Plant and their electric vehicle production over at the company’s website at the link below.
Source BMW
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