Manufacture cars for Mitsubishi, according to FT

The Foxconn name may not sound too much, but if you have an iPhone, it is very likely that you have left one of its factories. He is the largest manufacturer for the world’s contract and A key Apple partner. From its plants, this Taiwanese company assembles each piece: TSMC processors, Samsung screens, amperex batteries and other essential components to shape the star device of the apple signature. Foxconn not only assembles products for Apple. It is also behind Microsoft, Amazon, Google, Dell, Sony and HP devices. But its ambition goes beyond electronics. According to Financial Timesthe Taiwanese giant He has been trying to enter the automotive industry for years And now he is about to achieve it. In fact, the media ensures that “in the coming weeks” will announce an agreement with Mitsubishi Motors. Mitsubishi and Foxconn, one step away from closing an agreement We recently knew about Mitsubishi for a movement that could have changed the industry. The Japanese brand signed a memorandum of understanding to explore A historical fusion with Nissan and Hondaa strategy to face the difficulties it is going through in full electric car expansion. The agreement did not prosperbut Foxconn soon appeared on the scene as a key actor in the midst of this complex situation. Initially it was speculated with the possibility that Foxconn acquired a participation in Nissan to strengthen his presence in the automotive. However, the company has made it clear that its intention with the Japanese manufacturer is part of a collaboration and not in a purchase. Now all looks are put in Mitsubishi, where Nissan, One of his greatest shareholdersI could have influence on the direction of this agreement. Foxconn, on the other hand, sees in Mitsubishi a partner with experience in the automotive industry that would allow him to continue expanding his business. Although its main approach has been electronics, the Taiwanese company already manufactures electric vehicles for customers in its country. However, until now he had no links with traditional manufacturers. If the agreement is specified, it will take a key step in its Diversification strategy. The president of the company that assembles electronic devices, Young Liu, left a key track about this movement. At the beginning of the month, advanced investors that they were in advanced negotiations with a Japanese manufacturer and that the signing of the contract was expected in “one or two months.” Although he did not mention the company’s name, everything points to Mitsubishi Motors. Now we just have to wait for official confirmation. Images | Bezevision | So Xin Kun (CC by-SA 4.0) In Xataka | Xiaomi wants to revolutionize the Chinese market of the electric car and its next goal is not Tesla. They are your registration

Huawei will manufacture its Kirin X90 for PC using the 7 Nm of SMIC

Huawei and Smic work side by side and intensity since they get it The US sanctions to China. Together they have managed to manufacture 7 Nm semiconductoras, for example, the soc Kirin 9000s of the Mate 60 Prousing an integrated circuit production technique known as Multiple patterning. This strategy in broad strokes consists in transferring the pattern to the wafer in several passes with the purpose of increasing the resolution of the lithographic process. His problem is that he usually has an upward impact on the cost of chips and the decline in production capacity, although it works. These two Chinese companies have been forced to use the Multiple patterning in your teams of deep ultraviolet lithography (UVP) because the prohibitions of the United States and the Netherlands prevent the Dutch company Asml from selling their machine their machines in Chinese extreme ultraviolet photolithography (UVE). The latter allow to produce more advanced semiconductors than UVP equipment. Huawei and SMIC seem blocked in the 7 nm lithography A little over a year ago, in February 2024, the newspaper Financial Times said having had access to the statements of two experts who defended that SMIC was finalizing the refinement of their semiconductor manufacturing processes in their UVP machines. Its purpose, according to this source, was to have the necessary technology to manufacture Integrated 5 nm circuits Massively before the year 2024. For SMIC and its clients, among which Huawei is, this would be a very important achievement. The triple folding of Huawei, one of its most ambitious proposals, reuses a 7 nm soc However, Huawei’s 5 NM socates have not yet appeared. The chip Kirin 9010 which has happened to the 9000S model is also being manufactured in the 7 NM SMIC node using the technique of Multiple patterning. We can find this soc, for example, in Huawei’s new triple foldingthe mate ultimate design, which We have tried Just two weeks ago at the Mobile World Congress in Barcelona. It is evident that the last smartphones of this company would have been wonderful to have a 5 -nm Soc. And to his GPU Asce for artificial intelligence (AI) too. But there is even more. According to Digitimes Asiathe CPU for PC Kirin X90 that will produce Huawei with the purpose of consolidating an alternative to Intel and AMD chips will also be manufactured in the 7 Nm node. In these circumstances it is reasonable to conclude that, for the moment, Huawei and SMIC are stuck in this integration technology. This is a big problem for China because it does not have the necessary technology to produce avant -garde semiconductors comparable to those who manufacture Intel, AMD or Qualcomm, among other western alignment companies. The great hope of the country led by Xi Jinping is having as soon as possible Your own UVE photolithography teamsand it seems that they are close. In fact, as we tell you last week, A filtration has revealed that Huawei is already testing a prototype of one of these machines. If this information is finally confirmed and China has its commercial UVE machines in 2026 will have taken a crucial step in its pulse with the US. Image | Hiilicon More information | Digitimes Asia In Xataka | TSMC acknowledges that it has been considered taking its factories out of Taiwan. It is impossible for a good reason

Organilleros are part of the cultural fabric of Mexico City. The problem is that there is no longer the one to manufacture the instruments

The music is The language of the soul, and a universal language. The streets of large and small cities in half the world have musicians of all kinds that make a living, do so by hobby or to entertain in an act that would shudder to the SGAE. In Mexico, that street music is tradition, one that remains alive thanks to the organilleros. They have a couple of centuries behind them and the saddest thing is that they are the perfect example of natural obsolescence: organillos will not die because there is no one who wants to touch them, but because there will be no one who knows how to repair them. The organ. The figure of the organillero may be far away right now to those who live in Europe. It is possible to see them at popular festivals in some German municipalities, but it is somewhat more anecdotal and reserved for concrete moments than anything else. In Mexico, the thing changes: there are still listening daily in cities such as Mexico City. Also in Buenos Aires or Santiago de Chile. The cylinders The curious thing is that the organilleros were born in Europe, such as Organillos. It is a portable mechanical instrument that was invented in the 18th century, but that was perfected when it arrived in Germany during the nineteenth century. The box can be decorated with the reasons you want It is a mechanical instrument with cylinders that have protuberances or perforations that rotate through a crank and activate a series of tabs. In doing so, an internal flame expels air through tubes, which are those that produce musical notes at predefined height and rhythm due to the cylinder itself. You don’t have to know music, go, you just have to turn the crank. Crossing the puddle. In Germany they were tremendously popular, but also in Italy, France, the Netherlands or Spain. Each country could adapt them to their popular songs and the organilleros went through the streets and squares entertaining the room of the pedestrians. It was a way to popularize music and, at some point at the end of the 19th century, they arrived in Mexico. It was a bombing. Ganoa. ‘Wagner and Levien’ was a musical instrument house founded by German immigrants who not only brought the organs, but also rented them to those who wanted to make a living playing on the street. They continued to be manufactured in Germany, so it was necessary to import them and it is said that the most important in this regard was Gilberto Lázaro Gaona. HE esteem that there were 250 organillos that acquired in the 1930s, coinciding with the moment in which they stopped manufactured in Germany. And they are the ones that, modified to reproduce Mexican popular music, have been circling through the streets of the city. Tradition. These organs weigh their own. Some get to overcome the 50 kilos and, although there are models that can be carried in tow, the most common is to support them on a stick or on a wheel support that facilitates transportation. The organilleros are wearing their traditional uniform and are dedicated to … that, to turn to the lever to activate the mechanism and color some of the transitted streets in the city. Obviously, thanks to the sensitivity with the animals, now it does not happen, but before these organilleros could carry a monkey that collected the donations and completed the show. Also in Chile Controversial and counterpoling. They are, therefore, part of the cultural fabric of Mexico City and, as happens so many times, there are tourists who do not see those local traditions with good eyes. Famous was the case of an American tourist who complained through social networks because of the sound of this instrument. They soon Fall criticism that did not harass the young woman, defenders of the trade of the organilleros, of the cultural importance they have and, why not say it, of that zeal for the homeland that sometimes exalts when we feel attacked. In extinction. Now, the organilleros seem to be far from disappearing, but another song is what will happen with the organ. Due to the use, possible accidents and friction between the elements, these organs are wearing and must be repaired. Do you remember the 250 pieces that Gaona imported? Well, it is estimated that the rest were lost, they were stolen or sold to collectors, and those 16 are those that continue to rent to the organilleros. And the person responsible for that business and its repair is, as we read in Unknown MexicoMarcela Silvia Hernández Cortés, Gilberto daughter -in -law. Her husband was the one who had the business and she taught her because the two men told her to dedicate himself to the kitchen when she tried to learn the trade. Legacy. After the death of her husband, Marcela learned on her own to repair these organs that, if they have survived, is thanks to her expertise and dedication. The sad thing is that there is no school of organizers, nor new pieces, because the factories closed and the hope of the artisan, as he commented on the news, is that their granddaughters continue with the legacy. “It is very laborious, but sometimes I look good,” Marcela said in the news, who also comments that, beyond the tradition, the organizing trade is an opportunity for people of a certain age who have run out of work and that they cannot, for whatever reason, access one. The artisan is a precious profession and, as we saw with the popular response to the video of the American tourist, the role of the organillero is respected and appreciated by the Mexicans. So much that there is Organizations that work to conserve this tradition. Images | RDEMINICIS (WMB) (2), JMILLAN325, Luisalvaz In Xataka | Listen to music while you work will improve your cognitive abilities: you just have to choose the right one for each task

Larry Page, founder of Google, has a new company and a goal between eyebrows and eyebrows: manufacture products with AI

While Serguéi Brin focuses in stepping on the accelerator To position Google in his career for AI, Larry Page is already exploring the industrial profits that future artificial intelligence models will have. As published The InformationPage would be behind Dynatoms, a startup focused on applying artificial intelligence algorithms to the DESIGN AND MANUFACTURE OF PRODUCTS optimizing the Use of materials and tools. Of artificial intelligence to industrial intelligence As It echoed TechcrunchLarry Page’s new project would not be linked to Google (except for its founder), and seeks to create “highly optimized” designs through the use of AI models to accelerate processes that usually require months of human work. This initiative marks the return of Page at the head of a technological project, then staying for several years in the role of discrete investor of aeronautics companies As Kitty Hawk. No details about Dynatoms activities are not known yet, but for what he has published The Informationits approach would not be limited to software: the platform would directly integrate the designs generated by In factories to start their industrial production. This connection would close the cycle from the design of a product to its chain manufacture, something innovative in a sector where both stages are usually managed separately. Page is not alone in this adventure. According to the investigations of The InformationHe is accompanied by Chris Anderson, former director of Kitty Hawk technology and hardware expert. The rest of the team would be formed by specialized engineers in AI, robotics and manufacturing systems. Since it is a very recent project in which Larry Page is still working, the names of these specialists are not known, but given the trajectory of both founders, it would not be unreasonable to find former Alphabet and Kitty Hawk employees. Early, but with a lot of future Although Page has been working in Dynatoms for months, the startup still has no launch date or confirmed customers. Sources close to the project cited by The Information They indicate that its founders prioritize technology before their presentation to the public. This contrasts with the usual approach in Silicon Valley de Lanz minimally viable productsalthough then they have to close them precipitously. According to a McKinsey studythe market potential to implement the supply chain and manufacturing could contribute up to 3.5 billion annually to the manufacturing sector by 2030. If Dynatoms manages to climb, he could compete with giants such as Autodesk or even with the generative tools of companies such as Openai, but specializing in concrete industrial applications. But it will not be alone in that area. Startups such as Orbital Materials is already using the for Develop new materials For the industry. Physicsx They are applying iA to optimize product design complex Like cars or aircraft using digital twins to accelerate its development. All of them are working to optimize processes with tools that do not even exist, but when they arrive, they will be at the forefront in their application. In Xataka | There was a time when Larry Page would have donated all his fortune to Elon Musk to colonize Mars: today they don’t even talk In Xataka | Larry Page and Sergey Brin founded Google and became millionaires. Now they are dedicated to collecting gigantic airplanes

China prepares to lead the manufacture of chips for advanced weapons

China monopolizes gallium production. In fact, Up to 2022 monopolized 98% of the world gross Gallic, and this figure presumably has barely varied since then. For the country led by Xi Jinping This metal has a strategic value comparable to the one for the US due to its potential in military applications. And, in addition, Gallium export control allows China to respond to the sanctions to which the US and their allies are subjecting this Asian country in the scope of the semiconductor industry. Gallium is a very special metal. Its physicochemical properties make it suitable to be combined with other metals with the purpose of manufacturing a special type of integrated circuits called broadband semiconductors. These chips have three properties that make them very valuable to intervene in the manufacture of Advanced military teams: They support voltages, temperatures and frequencies higher than integrated conventional silicon circuits. During the 70s the US Advanced Defense Research Projects (Darpa) He dedicated many resources to the development of semiconductors in which Gallium was involved due to the potential he had in military technology projects. He Gallium Arseniuro (GAAS) played a fundamental role in the development of the global positioning system (GPS), and also in Radark tuning and precision weapons. China has taken a very important step forward Currently, Gallium Nitruro (GAN), which also has Darpa’s backing, is being used to make state -of -the -art radars that are capable of accurately identifying smaller, fast and numerous objects at more distance. Each of these radars incorporates several thousand chips in which the gallium intervenes. Everything we have just seen invites us to reach an obvious conclusion: Gallium is an essential metal for the US. But this country is not the only military superpower on the planet. The Chinese army and research institutions have been working with Gaul for many years and developing technologies that allow you to use it Third generation advanced semiconductors. As we have seen, China has Gallium in abundance, but producing integrated circuits with this metal is not easy. Neither for the country led by Xi Jinping nor for which Donald Trump is currently governing. Modifying electrons energy levels, it is possible to accurately control climbing and reduce defects To manufacture gallium nitruro, silicon and sapphire substrates are often used, but the effectiveness of the processes used so far was moderate because the hexagonal atomic structure of the GAN causes the appearance of a defect known as climbing. In broad strokes this curious phenomenon triggers the displacement of groups of atoms in a certain region of the crystal, which affects its structure and reduces its properties. In fact, GAN manufacturing defects cause electric leaks, reduce their thermal stability and reduce the performance of semiconductors. Until now the researchers who work with GAN had difficulty understanding why these defects appear in the crystalline structure of this material. And also to deal with them. But the team of scientists led by Professor Huang Bing at the University of Beijing (China) has identified the cause which triggers the production of defects during the growth of the Gan Crystals. What these scientists have discovered is that modifying the energy levels of electrons it is possible to accurately control the climbing and reduce defects. “Traditional strategies to avoid defects include the use of different substrates and the adjustment of crystallization temperatures, but these approaches only address symptoms, not the cause,” Professor Huang Bing explained. If China manages to get this research from the laboratory and bring to production chains this technology will have the ability to manufacture cheapest GAN -GAN semiconductors, of more quality and a much larger scale. And at this juncture it will not be unreasonable to anticipate that it will be done with the leadership of the application of 3rd generation semiconductors in the military field and 5G technologies. Image | TSMC More information | SCMP In Xataka | This semiconductor is spectacular. So much so that for the MIT is its nº 1 candidate to replace the silicon

So far Arm only designed chips. Now you will manufacture one for data centers, and goal will be your first big client

There is a lot of money invested in data centers. Maybe too much. And that is a juicy cake in which many companies want to enter. One of them is ARM, which throughout its history He had limited himself to designing chips that others then licensed and manufactured. Now they will go further, and AI is the main reason. THE FIRST CHIP ARM. As revealed In Financial TimesARM will reveal his first chip this summer. Until now, Arm had remained outside a career in which Intel, AMD, Nvidia, Qualcomm or Apple have been the protagonists, but now they want to enter that fight. Data centers in the spotlight. SoftBank, which has a majority participation in ARM, has ambitious plans in the data centers segment. It has allied with Openai and other companies for the colossal Stargate projectwhich will make them theoretically invest 500,000 million dollars in data centers in the US. And the company wants ARM to be part of that project with own chips that govern the servers of those data centers. Goal as a great first client. This chip is expected to be a CPU for servers and that it is created so that it can then be customized by companies as a goal. In FT they indicate that in fact the company of Mark Zuckerberg is already the first big client of ARM in this initiative. TSMC could be in charge of the production of chips, according to sources close to the plans. Acquisition of ampere in sight. We speak these days of the alleged advanced negotiations that They could end SoftBank buying ampere. The firm specializes precisely in the use of ARM architecture in multinuk chips Oriented to data centers. Threat to Intel and AMD. These two companies (especially Intel) and architecture X86 have always dominated the segment of servers and data centers. However, chips with ARM architecture have begun to be an interesting option, and the alleged appearance of these Arm’s own chips could further boost their market share. And Varapalo for Qualcomm. Qualcomm socate are references in our mobiles, but the company also takes time Working in chips for servers. In the last months Qualcomm and Ar had maintained a litigation that finally closed a few days agoand it is about to see what is the impact of this ARM project on the Qualcomm roadmap, which apparently He was also in negotiations with goal to provide chips for their data centers. Image | ARM In Xataka | West tries to block China in technology while giving him his greatest opportunity in decades

We already know when and where will 1 nm chips manufacture

The economic results that has reached TSMC for 2024 They have been extraordinary. In fact, their income has broken a record by increasing 34% compared to those obtained in 2023. Only during last December the 8,400 million dollarsa figure that represents an increase of 57.8% compared to the same month of the previous year. The engine of these figures are semiconductors for applications of artificial intelligence (AI) that TSMC manufactures for Nvidia, AMD, Broadcom and other customers. However, the arrival of Donald Trump to the US government pours some clouds over this Taiwanese company. During the electoral campaign he promised that he would make the decisions that were necessary to reinforce the business of US companies within the US. And he also assured that he would sanction tariffs all those countries that threaten the interests of the nation that leads since January 20. As soon as he has been in the government for three weeks, and he is already doing both. “In the very close future we will impose tariffs on foreign production of computer chips, semiconductors and pharmaceutical products to return the manufacture of these essential goods to the US (…) went to Taiwan; now we want them to return. We do not want to give them Millions of dollars in the ridiculous Biden program. 100%”, Donald Trump recently declared during a conference that was held in Florida (USA). Punta technology is the best TSMC asset The express mention to Taiwan that the US president has made is a very clear allusion to TSMC. On this Asian island there are other semiconductor manufacturers, such as UMC (United Microelectronics Corporation) or PSMC (Powerchip semiconductor manufacturing corporation), but its relevance in the chips market is much lower than that of the company currently leads CC Wei. TSMC dominates the integrated circuit market with A quota of approximately 60%so your leadership in the chip manufacturing industry is indisputable. TSMC is developing its infrastructure in the US to protect your business in the US market Anyway, the passing step that the US administration is going to give will not take TSMC by surprise. This company has been outlining its strategy for more than four years to extend its semiconductor manufacturing infrastructure Beyond Taiwan’s borders. And he is doing it for two reasons. On the one hand it is an effective way to protect your business if at any time it is triggered A war conflict between China and Taiwanand their plants on the island were useless. And, in addition, TSMC is significantly developing its infrastructure in the US to protect your business in the US market. However, this is not all. The newspaper Taiwan Economic Daily He has published a report in which he ensures that TSMC plans to tune up a cutting -edge semiconductor plant that will be expressly designed to produce 1 Nm chips. It will be housed in the Taiwanese town of Tainan, and will be called ‘Fab 25’. He will work with 12 -inch wafers, will have six production lines and start large -scale manufacturing in 2030. It may seem that there is still a long time left, but it is not so. Building a state -of -the -art chips factory usually requires at least three years. And then TSMC engineers will have to purify and Optimize your 1 Nm production nodes. We will see if this company finally fulfills its purpose, but there is no doubt about one thing: the most effective protection against the measures that the administration led by Donald Trump approves in the future is having the best technology in the semiconductor industry. This is precisely what TSMC pursues. Image | TSMC More information | Taiwan Economic Daily In Xataka | Intel was about to snatch Apple as a client from TSMC. Having achieved its story would be another

Spain will manufacture the electric car that Europe needs. And Stellantis’ commitment to Vigo and Zaragoza is the proof

It had been a while since it was rumored but it has been a official communication from Stellantis which has settled the matter: the STLA Small multi-energy platform is awarded to Spain. The Vigo and Zaragoza plants have their future guaranteed by producing the smallest electric or electrified cars of the automotive group. In addition, Stellantis has also confirmed that it is working on a project to modernize the Villaverde plant in Madrid and give it life beyond the current production of the Citroën C4. The announcement of this award is really important for the Galician and Aragonese plant that in recent years They have feared for the future of their jobs. Furthermore, without leaving Aragon, the confirmation that Stellantis will manufacture its electrified B segment cars there is an endorsement of the joint plans that it maintains with CATL to build a huge battery plant for electric cars next to Zaragoza. The electric car that Europe needs to succeed In your path towards cleaner mobilityIn 2025, Europe will have one of its first touchstones. The new emissions regulations will force us to significantly reduce the combustion car market and increase, even if artificially, the market share of electric and plug-in hybrids. Even if this requires reducing the production of vehicles with combustion engines. Manufacturers who do not act in this way will have to face billion-dollar fines which will be calculated from 95 euros for each gram of CO2 exceeded (the fleet average must not be higher than 93.6 gr/km of CO2) and car sold. In addition to balance your production, Stellantis will pay Tesla to reduce their polluting emissions and present themselves to the European Union under the same group. With this panorama, Europe will have to take a breath and cross its fingers before checking If the customer is willing to pay what the manufacturers ask for for smaller electric cars. The reception of those of 25,000 euro vehicles will be key to understand if the goals set regarding emissions are realistic or, on the contrary, have been overestimated. In that price range, compact and smaller electric cars are the ones that will have to be attractive enough to convince potential clients. These cars are the ones that Stellantis will manufacture on the platform STLA Smalla base that allows vehicles mounted on it to achieve ranges of up to 500 kilometers. But, above all, they have the advantage of being multi-energy and, therefore, offering hybrid versions (plug-in or not) of the same car. This platform has been the one that has been awarded to Vigo and Zaragoza. It is an especially important announcement since they keep alive two plants that last year produced 890,000 vehicles (one in every three cars of all national production), according to Five Days. The economic newspaper assures that, although there is no official data, Stellantis’ investment in modernizing the Vigo and Zaragoza lines for its STLA Small will be around 900 million euros and that, in total, 5,000 million euros will be invested in our country if added to the amount of the new CATL battery plant in Zaragoza. This combo of a car production plant and batteries for said cars is great news for workers. It must be taken into account that, beyond European trends, countries such as France They are betting heavily on electric vehicles of the size that Vigo and Zaragoza will manufacture. It is not only a question of how many electric cars are sold in Spain. Furthermore, Spain is positioned as an interesting country to produce automobiles that, in addition to having a lot to gain from customers, are of special interest to manufacturers. The new regulations will force them to sell more electric vehicles, so greater competition is expected at the most reasonable prices. The award of STLA Small also confirms that Spain is making a especially competitive gap between countries willing to manufacture cars that leave very little profit margin for manufacturers. The smaller and more electrified a car is, the less profit a company can make from it, which is why Spain feared that part of the production of these cars would end up in Eastern Europe. Morocco either Türkiye. As is now happening with Stellantis, the Volkswagen Group also confirmed that Martorell will be the indicated factory to produce its smaller electric cars. An investment that also adds a billion-dollar battery plantthat of Sagunto. The energy and labor costs in Spain are being quite an attraction for manufacturers who have important conflict fronts open in Italy either Germanywhere they propose thousands of layoffs or factory closures. Photo | Stellantis In Xataka | The ghost of PureTech engines haunts Stellantis: it will pay for repairs from 2022 to 2024 if these conditions are met

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