computers

Computer companies didn’t make money on computers. What they are doing is making money thanks to AI servers

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On Friday, May 29, Dell shares they grew 39% suddenly. Since becoming a publicly traded company seven years ago, Dell has never had a rise like that. At first glance, this growth would seem strange, but the company has discovered that with stagnant PCs, the focus had to change. Nothing has gone wrong with that turn of the helm, but other traditional PC manufacturers have also taken advantage of the opportunity. The PC is dead, long live the server. In recent years the PC segment has been struggling with low margins and sales that have slowly been slowing down. Manufacturers were totally tied to that situation, but some have taken advantage of the opportunity that AI offered them. Dell and Lenovo rub their hands. Dell published its financial results and they were spectacular: 88% year-on-year growth thanks to the fact that its revenue in the server segment has risen 757%. Not only that, its guidance for this year has improved as well, further boosting confidence in the company’s near-term future. Lenovo also had a fantastic quarter: May was its best month on the stock market since 1999, doubling the value of your shares thanks again to that fever for hardware dedicated to AI. AI as a shield against inflation. The entire sector is experiencing a paradoxical situation: the cost of components such as DRAM memories or SSD units is absolutely shotbut companies are earning more than ever. Dell has tripled its net profit to $3.44 billion, allowing it to offset those costs through almost daily price increases. Lenovo has managed to maintain its margins because once again the market is willing to pay whatever it takes for servers and AI infrastructure. Beyond hyperscalers. One might think that to have resources in the age of AI it would be necessary to turn to hyperscalers (Amazon, Microsoft, Google), but Dell and Lenovo have shown that their experience in servers has managed to offer an alternative for all types of clients. Jeff Clarke, chief operating officer at Dell, explained that the need for AI hardware is so enormous that this segment continues to break sales records. The PC is no longer the protagonist. Although Dell’s Client Solutions division—which includes its revenue from PC and laptop sales—grew a more than decent 17%, that figure pales in comparison to the 181% growth of its infrastructure division. Lenovo follows a similar line: its shares rose 22% last Friday after confirming that its AI revenues manage to offset the weakness of the traditional PC business. The focus changes. Something similar happens with HPE, the company that spun off from HP to focus on the business segment. Its server business hasn’t grown as much, but they already have contracted orders worth $5 billion and that guarantees a promising second quarter. Other consumer products makers are also migrating to AI infrastructure: Foxconn has absolute trust in which the demand for these components will continue to be exceptional in the coming months, and the same happens with Quanta Computer, which continues to see how its servers do not stop growing in importance in revenue for the company: They were already 80% of the total in the first quarter of 2026. Image | Dell In Xataka | For some people there is something much better than having a PC at home: having a server rack

IBM has made the largest quantum chemistry simulation to date. It is a success for quantum computers

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The prototypes of quantum computers currently available are gradually breaking down some barriers. These machines have a weak point: they make mistakes. This is the reason why Ignacio Cirac, the Spanish physicist who, together with Peter Zoller, developed the theoretical basis of quantum computing, holds that the correct thing is to identify them as prototypes to differentiate them from the fully functional quantum computers that will hopefully arrive in the future. During the conversation we had with Ignacio Cirac in June 2021, the director of the Theoretical Division of the Max Planck Institute for Quantum Optics he explained to us who believed that quantum computers will be very valuable tools in the field of quantum chemistry to, for example, design drugs. Just five years after that conversation, a very important milestone has occurred that invites us to scan the horizon of this discipline with a very healthy optimism. And a group of researchers from IBM; the RIKEN Center for Quantum Computing, in Japan; and Cleveland Clinic, in the USA, have carried out the largest quantum-classical chemistry simulation carried out to date. It’s a very important achievement for a reason: it represents a huge leap in the way quantum computers can be used alongside classical supercomputers to study real-world chemistry problems. “This result is a dream” Dr. Kenneth Merz, the leader of this research, assures that the result obtained by the team he leads is a dream. Until now, the most ambitious simulation that had been possible in this area using a quantum computer recreated a protein with only 303 atoms. However, Merz’s team has managed to simulate two biologically relevant proteins (T4-Lysozyme and Trypsin), as well as the molecules to which they bind, in a completely realistic aqueous environment and reaching 12,635 atoms. To make this possible, they have used two quantum processors that add up to 94 qubits, executing 9,200 circuits over more than 100 hours and collecting 1.3 billion measurement results. The quantum data were subsequently processed with the Japanese supercomputer Fugaku. In this area, the calculation capacity of quantum computers makes a difference, although the merit does not belong exclusively to these machines. The strategy that these scientists have developed consists of dividing large molecules into smaller, more manageable groups. The strategy these scientists have developed is to divide large molecules into smaller, more manageable groups. Classical supercomputers solve the simpler regions, while quantum systems address the more complex and computationally demanding parts. The results are then recombined to obtain a global image of the molecule. To carry out this simulation, the researchers introduced improvements in both classical and quantum techniques. However, one of the most important innovations they have developed is the improvement of the way in which the system identifies which parts of a molecule require detailed quantum treatment, which reduces the overall computational cost. As we have just seen, we are facing a very important milestone, although we need to put it in context. And, despite its value, the strategy that these researchers have developed still does not surpass the best classical approaches. However, it demonstrates that quantum systems can already contribute to the resolution of significant scientific problems, especially when integrated with existing computing infrastructure. Image | IBM More information | Interesting Engineering In Xataka | Beyond AI, US semiconductor manufacturers face the real battle of the future: quantum chips

Universal quantum computers promise to change the world. Now they are closer thanks to giant super atoms

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The prototypes of quantum computers currently manufactured by IBM, Honeywell or Google, among other companies, are engineering prodigies. However, they have defectswhich currently greatly limits the range of applications in which it is possible to use them. The most important of all of them is that they make mistakes and they are still not able to correct them effectively. Scientists are working on developing advanced error correction systems, and if they achieve their goal, universal quantum computers capable of dealing with a wide range of problems will arrive. The Achilles heel of current quantum machines is the extreme fragility of their qubits. And they are very sensitive to disturbances from the environment. Their interaction with the space around them can cause quantum information to be lost or altered, preventing them from delivering a correct result. This phenomenon is known as quantum decoherence and it has the ability to degrade the quantum states that need to be protected in order to carry out operations with qubits. Currently, researchers are making an enormous effort to design effective strategies for isolating qubits from the environment. However, efforts are also being made to develop less fragile qubits, and therefore less sensitive to noise. This is the plan that several scientists at Chalmers University of Technology in Sweden are working on. And they have developed a completely new quantum system designed to protect quantum information and minimize interference from the environment. Its purpose is, neither more nor less, to pave the way for universal quantum computers or large scale. Less decoherence leads to more robust and higher quality quantum computers Quantum computing experts maintain that quantum computers that will have the ability to correct their own errors can be used to design exotic materials, and probably also to develop new drugs and in industrial optimization problems, among other tasks. These are some of the applications that the qubits implemented with giant superatoms proposed by the Chalmers University of Technology team led by applied quantum physics professor Anton Frisk Kockum could put in our hands. Giant Superatoms explore two ideas long known to quantum physicists: giant atoms and superatoms. Giant Super Atoms explores two ideas long known to quantum physicists: giant atoms and superatoms. Unlike isolated atoms, a giant atom in this context is an artificial qubit designed to interact with its environment using light or sound waves at multiple physically separated points. This peculiarity allows them to protect quantum states more effectively than conventional systems, reduce decoherence and remember past interactions. The problem with using giant atoms in quantum computers is that they have significant limitations when trying to entangle them. Entanglement is essential in quantum computing because it allows multiple qubits to share a single quantum state and act as a coordinated system. To solve this limitation, the Chalmers researchers have combined giant atoms and superatoms. A superatom is made up of several natural atoms that share the same quantum state and behave collectively as a single larger atom. Lei Du, one of Chalmers’ researchers, explains to us what is a giant super atom: “We can observe it as multiple giant atoms working together as a single entity, allowing them to exhibit a non-local interaction between light and matter. This allows quantum information from multiple qubits stored and controlled as a unit and without the need for increasingly complex surrounding circuits.” For the moment, giant superatoms are a theoretical proposal, but Professor Anton Frisk Kockum and his team are going to try to build a quantum system using them. If they succeed, they could have found a new type of qubit that is much more robust, and, therefore, suitable for use in the development of universal quantum computers. Image | Generated by Xataka with Gemini More information | ScienceDaily In Xataka | We already know what the chips that will arrive until 2039 will be like. The machine that will allow them to be manufactured is close

Quantum computers are going to overthrow classical cryptography sooner than expected

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Just two weeks ago a group of researchers from the California Institute of Technology (Caltech), the University of California at Berkeley and the emerging company Oratomic published a scientific article preliminary in which they explore the capabilities of quantum computers of neutral atoms. These machines are an alternative to quantum computers with superconducting qubits and ion traps, and are still in an experimental phase. However, these scientists have estimated that Shor’s algorithm can be implemented using a quantum computer equipped with between 10,000 and 20,000 qubits of neutral atoms. In fact, in their article they even propose a design with which in theory it would be possible break bitcoin encryption in a few days using 26,000 qubits of neutral atoms. In any case, these researchers are not the only ones who in recent weeks have alerted us to the ability to violate classical cryptography that quantum computers will acquire in a relatively short period of time. At the end of last March, Google’s quantum artificial intelligence group published a study in which he demonstrates that the elliptic curve encryption used by Bitcoin or Ethereum, among other cryptocurrencies, can be overthrown using far fewer resources than initially estimated. According to these researchers, a quantum computer with less than half a million physical qubits will be able to decipher the algorithms used by current cryptocurrencies in a few minutes. In short, the scientific community has agreed that classical encryption technologies will be vulnerable before the arrival of large-scale quantum hardware. The first steps to protect ourselves have already been taken Quantum computing experts have known for several years that quantum computers they will end classical cryptography. That moment came in May 2024. A team of researchers from the University of Shanghai (China) led by Professor Wang Chao used a D-Wave quantum computer to successfully break SPN encryption (Substitution-Permutation Network), which is a cryptographic algorithm used to encrypt information. This encryption is the cornerstone of, for example, the AES standard (Advanced Encryption Standard), which is used a lot. These scientists published the results of their research in an interesting article titled “Quantum Processing-Based Public Key Cryptographic Attack Algorithm with the D-Wave Advantage.” However, this is not all. And in mid-May 2025, several Google researchers posted an entry in the blog dedicated to the security of this American company in which they maintain a crucial premise: an RSA integer (Rivest–Shamir–Adleman) 2,048 bits can be factored in less than a week with a quantum computer of less than a million qubits. A 2,048-bit RSA integer can be factored in less than a week with a quantum computer of less than a million qubits Bitcoin, Ethereum, Solana and the other modern cryptocurrencies use a cryptography technique known as elliptic curve that is more robust, efficient and difficult to break than RSA, but its mathematical foundations are similar to those of the latter encryption algorithm. In fact, according to the Google scientists who authored the article I mentioned above, if future quantum computers will have a harder time breaking RSA encryption than initially expected, elliptic curve cryptography will also fall relatively easily. So far we have talked about cryptocurrencies, but it is crucial that we do not overlook that encryption technologies play a fundamental role in our daily lives. In fact, WhatsApp and Telegram use them to encrypt our messages; banks turn to them to protect our transactions and every time we buy something on the internet it is encryption that is responsible for protecting our credit card information. These are just some of the applications of this technology. The threat of quantum computers to encryption technologies is very real, but we have no reason to panic because many researchers have been working on the solution to this challenge for several years. In fact, most of the theoretical work has already been done. In 2024, the US National Institute of Standards and Technology (NIST) published an initial set of standards that includes a post-quantum key exchange mechanism and several post-quantum digital signature schemes. The work that has already been done invites us to foresee that the moment relevant quantum computers appear from a cryptographic point of view, the technologies that will be able to protect our information will already be ready. Image | Generated by Xataka with Gemini More information | arXiv | Google In Xataka | We already know what the chips that will arrive until 2039 will be like. The machine that will allow them to be manufactured is close

In 1995 ‘Toy Story’ forever changed the way animated films are made. He did it with rudimentary computers

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Seen today, ‘Toy Story’ It remains as fresh, fun and surprising as it was in its day. That the later films of Pixar have drawn, to a greater or lesser extent, from its aesthetics, its plot structure and its characters, demonstrates the extent to which the company’s first film was influential and foundational in many ways. And that is taking into account that, technologically, its creative process has lost all traces of sophistication, and today it is a relic of the past like the first attempts at other techniques such as the rotoscope or the stop motion. As an example, this video that dates back to the time of filming but which had not been seen much until recently, and in which Pete Docter, the film’s animation supervisor, describes the rudimentary techniques with which the characters in the film were brought to life, based on the recording of the original voice. Their explanations and images attest to the way almost intuitive that they had to animate, and how perhaps the image that many people have of computer animation as something completely automated and where there is no human participation is absolutely wrong. We must add to this that Docter, in addition to being an animator in ‘Toy Story’, would write the basic story of almost all Pixar moviesthe script for ‘Delverso’ and ‘Up’ and he would direct those same ones and ‘Monstruos SA’. That is to say, apart from knowledge about the creative procedure in the technical part, he is also a key name in the most primitive section of the genesis of the film, where the ideas, the design of the characters and the very threads of the story emerge. In the video he explains how, based on sound, they sketch a series of movements on paper, a procedure that obviously has much more to do with traditional animation than with nothing programmatic. From there they go to a stand-in of Woody, that is, a character “made only with geometric shapes”, to save time on technical issues. In those days it was unthinkable to animate in real time with finished characters. From there, and with extreme precision, it moves the elbow, wrist, fingers… and finally, separately, all the facial animations. The interesting thing is what Docter adds later and that makes clear his interest not only in the technical section of this type of animation, but also in its creative and expressive twists and turns: “If you can make this model act, function and communicate without any type of facial expressions, then you have done a good job.” It’s a perfect example of why ‘Toy Story’ still works and exciting: because it does not remain a technical exhibition in which it was a pioneer, becoming the first computer-animated feature film, but there is a traditional creative work supporting it all. The rendering that gave life to the toys The key to Toy Story’s animation is RenderMan, Pixar’s proprietary 3D rendering software that it developed since the mid-1980s. In addition to using it in its own films, the company makes it available to third parties, as it did, with the software still in its infancy, in films such as ‘The Abyss’ in 1989 (in the scene of the water tentacle that gave the film an Oscar) or ‘Terminator 2’ in 1991 and its liquid metal effects. What RenderMan does It is managing issues such as lighting and volumes realistically, even on computers as primitive as those available in the early 1990s. The success of ‘Toy Story’ made the tool ubiquitous in productions that played a historic part in the birth of computer special effects in cinema. Even today, ‘Toy Story 4’ has been made with an updated version of RenderMan which, of course, manages aspects such as light and shadow projections in an infinitely more realistic way than in the first film. The importance of RenderMan is essential to understand even the origin of the company, because Pixar was born as a division of Lucasfilm that ended up becoming a software company that made short films to advertise the power of its products. After winning an Oscar with the short ‘Tin Toy‘ -shot with the Menv software, also from Pixar-, the decision made by the co-founder of the company Ed Catmull – the original core along with John Lasseter and the screenwriters Andrew Stanton and the aforementioned Docter -, who always had the ambition to make the leap to the feature film, was to make a half-hour Christmas special. In it, a ventriloquist doll made an unlikely couple with the metal ‘Tin Toy’ doll. ‘Tin Toy’ was not short on ambition (things appeared in it that had literally never been seen on that scale, such as textures of different materials such as wood or fabric, or shadows of different intensity), and part of that ambition would be transferred to ‘Toy Story’. For example, Catmull – like the rest of the animators – would provide a character to the dolls that appear hidden under the sofa. It was an elephant, which he designed by introducing Bézier curves by hand, as coordinates, into the programming language. The primitive concept of the metal dummies and the ventriloquist did not prosper, but Pixar ended up with a contract with Disney for 26 million dollars to make three feature films. They decided to extend the story of the toys that come to life from the short, and once again we can see Pixar’s desire for technology and ingenious concepts to come together in the same way: since visually they could not afford sophisticated and realistic animations with the software they used, they would animate toys, which would intuitively have robotic and rigid gestures and behaviors if they came to life. The ventriloquist dummy became Woody because the CEO of Disney at the time, Michael Eisner, had a bad feeling for puppets. Small calculation errors The first problem that Pixar encountered after starting production in 1993 was the equipment they believed was necessary to complete … Read more

The computers of the future have found an unexpected ally to store information: fungi

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Bioelectronics has been studying for some time the possibility of taking advantage of living organisms in order to produce electrical activity and, in some way, take advantage of it to make our machines work. Although at first glance it could be a topic worthy of the Matrix script, the truth is that there is a whole fascinating world in that of the memristors based on organic elements. Some researchers have found the key to demonstrate how the mycelium of mushrooms such as shiitake can function as a memristor, an electrical component with the ability to ‘remember’ past states. This discovery could be the key to a new generation of sustainable and biodegradable electronic devices. What is a memristor and why does it matter? A memristor is an electronic component that combines the functions of memory and resistance, capable of “remembering” previous electrical states. They are currently manufactured with materials such as titanium dioxide between two metal electrodes, but their production requires scarce minerals and polluting and high-cost industrial processes. Hence the importance of looking for more sustainable alternatives through organic materials. How mycelium works as memory. John LaRocco’s team at Ohio State University grew shiitake mushrooms in Petri dishes until complete development. They then dehydrated them in the sun, turning them into rigid disc-shaped structures that can be rehydrated when necessary. By connecting electrodes to these samples and applying different voltages, discovered that the mycelium presents conductive structures similar to conventional ‘memristors’. According to LaRocco, “if we could develop a microchip that mimicked real neural activity, we could dramatically reduce the amount of energy consumed when the machine is not in use.” The results of the experiment. After two months of testing, the shiitake-based memristor demonstrated the ability to change electrical state up to 5,850 times per second with an accuracy close to 90%. When they applied a specific sine wave, the characteristic figure-eight curve of an ideal memristor appeared, confirming that the mycelium indeed remembers electrical flow. Although performance eventually decreased at higher frequencies, connecting multiple samples improved stability, something the researchers compared to the network effect of neural connections in the brain. Vadvantages over traditional semiconductors. The main attraction of these biological memristors is its sustainability. Mushrooms are developed from organic biomass, they are biodegradable and their environmental impact is minimal. Furthermore, growing them is economical and their production can be easily scalable, from small laboratory experiments to industrial manufacturing. Additionally, fungi have exceptional radiation resistance, which could also make them especially valuable for aerospace applications. Potential applications and pending challenges. The flexibility and scalability of these components opens up possibilities in fields from extreme environment computing and space exploration to autonomous systems and wearable devices. However, significant obstacles remain. And just as they count from Wired, current samples are too large and need to be miniaturized to compete with existing microchips. Furthermore, the electrical properties of mycelium vary between samples even grown in the same medium, which makes its stable industrial manufacture difficult. Next steps in the investigation. The team plans to develop techniques to grow mycelium and give it an ideal shape using 3D printing and methods for incorporating electrical contacts during cultivation. They are also exploring the optimal way to preserve it long-term, combining techniques such as freeze-drying and special coatings. “Society is increasingly aware of the need to protect our environment and preserve it for future generations, and that could be one of the driving factors for new biocompatible ideas like these,” pointed out Qudsia Tahmina, co-author of the study. Beyond mushrooms. This is not the only organic material that has demonstrated ‘memristive’ properties. Researchers from other universities They have experimented with honey and human bloodexploring their possibilities as biodegradable electronic components. Honey, for example, can change resistance in just 500 nanoseconds and is completely biodegradable. In the case of blood, scientists in India discovered in 2011 that it could function as a memristor by applying different voltages, keeping the resistance stable for at least 30 minutes. Cover image | Yuval Zukerman In Xataka | In the midst of the RAM memory crisis, Samsung takes a leap with its HBM4 memory. It does not imply good news for the pocket

RAM has become so expensive that it already distorts the market. “Pre-assembled” computers have just appeared on the scene

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There are times when a seemingly secondary component reveals that the market no longer works as it used to. RAM is starting to fill that role. Its price and availability his no longer an assumed detail to become a factor that alters basic business decisions, from how the final price of a PC is set to what is included, or not, in a standard configuration. When that happens, we are not just talking about rising prices, but about a silent change in the rules of the game. The clearest sign of this shift has come from Paradox Customs, an integrator founded in 2019 in Deer Park (New York) that has opted for something unusual: allowing the customer to configure a computer without RAM memory. The company explains it in its account in Xdue to continued shortages and escalating prices, offers the option to select “no RAM” in the purchasing process. It also presents it, for those who already have modules or can obtain them on their own, a direct way to overcome a market that no longer guarantees stable supply at predictable prices. Click to see the original message in X When RAM rules. The increased cost of memory not only adds to the budget, it also decompensates the internal logic of a configuration. A PC that was previously adjusted by changing the CPU or graphics card may now be out of range solely because of the RAM, forcing you to cut back on other components or rethink the whole thing. In this scenario, memory stops being a silent accompaniment and begins to dictate decisions that affect the overall performance, the usage profile and the perception of value of the final equipment. Strategies to survive. Faced with the same problem, the market is reacting in very different ways. CyberPowerPC, for example, notified of price changes as of December 7, 2025, attributing them to “market conditions.” Framework, however, He assured that the price of his memory has not changedbut it withdrew the sale of stand-alone modules from its store to stop resellers and reserve inventory for those who buy the memory along with their laptops. There is no single solution, only adjustments to buy time in an unstable scenario. The pressure of AI. Behind this tension there is not a single factor, but a profound change in demand. Data centers dedicated to artificial intelligence require large volumes of memory, and that is reordering priorities in the industry. Another pressure is being reported in the sector, part of the production capacity of manufacturers such as Samsung or SK Hynix would be directed towards HBM, a higher margin memory designed for accelerators and servers, which reduces the margin for conventional consumer RAM. The effect is not immediate, but it is cumulative, and ends up being noticeable in the domestic market. This context does not affect all actors equally. Specialized integrators, like Paradox, buy components on the open market, so any swings in pricing or availability are often quickly translated into their offering. Large manufacturers, such as Dell or HP, operate with scale, much higher volumes and supply chains designed to operate at a global level, which tends to better cushion these types of fluctuations. This difference helps to understand why some react with visible changes in the configurator and others do so in a more gradual and less explicit way. Visible changes. The scene left by this change is clear, the pre-assembled computer seems to be entering a different stage, except in these months. Memory has gone from being an invisible component to a factor that rewrites catalogs and business decisions. For now, the public signals that some manufacturers are leaving point to an unstable scenario, with defensive measures and warnings of price changes. Images | Paradox Customs In Xataka |The RAM memory crisis seemed to have its months numbered. Micron has a completely different perspective

Computers and computing

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Computers and computing The best offers Desktops, laptops, tablets, monitors, peripherals… There are many offers on computers and computing. Here you have the Xataka selection: 01. Desktop PCs 02. Laptops 03. Tablets 04. Monitors 05. Keyboards and mice 06. Routers and PLCs 07. Storage Some of the links published here are affiliate links. The products mentioned have been independently selected by the editorial team in search of the best deals, except those marked as sponsored by brands. Xataka purchasing guides Black Friday with Xataka Computers and computing Mobiles and accessories Image and sound Home connected Gaming and accessories lifestyle and gadgets VPN and Services of the Internet Gifts Christmas Days Hours Min. Sec. function getTimeRemaining(endtime) { var t = Date.parse(endtime) – Date.parse(new Date()); var seconds = Math.floor((t / 1000) % 60); var minutes = Math.floor((t / 1000 / 60) % 60); var hours = Math.floor((t / (1000 * 60 * 60)) % 24); var days = Math.floor(t / (1000 * 60 * 60 * 24)); return { ‘total’: t, ‘days’: days, ‘hours’: hours, ‘minutes’: minutes, ‘seconds’: seconds };}function initializeClock(id, endtime) { var clock = document.getElementById(id); var daysSpan = clock.querySelector(‘.countdown-d’); var hoursSpan = clock.querySelector(‘.countdown-h’); var minutesSpan = clock.querySelector(‘.countdown-m’); var secondsSpan = clock.querySelector(‘.countdown-s’); function updateClock() { var t = getTimeRemaining(endtime); daysSpan.innerHTML = t.days; hoursSpan.innerHTML = (‘0’ + t.hours).slice(-2); minutesSpan.innerHTML = (‘0’ + t.minutes).slice(-2); secondsSpan.innerHTML = (‘0’ + t.seconds).slice(-2); if (t.total now.getTime()){ initializeClock(‘countdown’, deadline); }else{ document.getElementById(“countdown”).style.display = “none”; } * 01. Desktop PCs Basic configurations with good value for money and powerful computers with great performance. Desktop PC buying guides: Assemble the best Gaming PC for less than 800 euros in 2024 What to buy? Tips and recommendations Gaming processors: which are the best? Tips and recommendations Best miniPCs: which one to buy and nine recommended minicomputers for all budgets * 02. Laptops Convertible and lightweight laptops for students and professionals, gaming equipment and laptops for work, with excellent performance, battery and graphic quality. Laptop Buying Guides: Which Mac to buy in 2024: guide to choosing the Apple computer that best suits your needs Best gaming laptops: which one to buy and eight recommended computers from 770 to 3,000 euros Best laptops in quality price: which one to buy based on use and nine recommended models * 03. Tablets To watch reading, watch series and movies, draw and design or to make video conferences. These are the best tablets on offer. Tablet buying guides: Which iPad to buy (2024). All the tablets in the Apple catalog, their features and advice Best tablets (2024). Which one to buy and 9 recommended models for all pockets and needs * 04. Monitors For desktop computers and gaming PCs: versatile models for working, editing video and photos or for playing. Monitor buying guides: Five things to keep in mind before buying a gaming monitor 7 gaming monitors to play at 1080p for less than 200 euros Full HD gaming monitors. Which one is better to buy? Tips and recommendations * 05. Keyboards and mice Ergonomics and comfort are not at odds with quality: keyboards and mice for desktop computers and gaming PCs. Keyboard and mouse buying guides: What mouse do Xataka editors use: 13 recommended mice for working and playing Mechanical keyboards: 7 ideal options for playing that you can buy for less than 70 euros Wireless mice for gaming: which one is better to buy? Tips and recommendations * 06. Routers and PLCs Routers, PLCs and WiFi mesh to have Wi-Fi coverage throughout the house, improve and guarantee Internet speed. Buying guides for routers and PLCs: Best gaming, streaming and teleworking routers from home: which one to buy and recommendations from 60 euros * 07. Storage All offers on storage products such as SD cards, solid drives, external hard drives, etc… so you can save your files safely. * All Xataka buying guides Black Friday with Xataka Computers and computing Mobiles and accessories Image and sound Home connected Gaming and accessories lifestyle and gadgets VPN and Services of the Internet Gifts Christmas .landing-catalog-container { max-width: 1296px; } @media only screen and (min-width: 768px) { .network-large li, .network-large li:first-child, .network-large li:last-child { width: 116px; } } .landing-cta .subsection-subheading-alt { text-align: center; } * 👆 (function(c,l,a,r,i,t,y){ c(a)=c(a)||function(){(c(a).q=c(a).q||()).push(arguments)}; t=l.createElement(r);t.async=1;t.src=”https://www.clarity.ms/tag/”+i; y=l.getElementsByTagName(r)(0);y.parentNode.insertBefore(t,y); })(window, document, “clarity”, “script”, “49vayizxop”); (function() { window._JS_MODULES = window._JS_MODULES || {}; var headElement = document.getElementsByTagName(‘head’)(0); if (_JS_MODULES.instagram) { var instagramScript = document.createElement(‘script’); instagramScript.src=”https://platform.instagram.com/en_US/embeds.js”; instagramScript.async = true; instagramScript.defer = true; headElement.appendChild(instagramScript); – The news Computers and computing was originally published in Xataka by admin .

We have discounts of up to 50% on computers and laptops

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We are now very close to entering November, a month that many are looking forward to because of Black Friday. This event is full of offers every year and allows us to renew devices or appliances, saving a lot along the way. Now, that does not mean that the rest of the year we do not have important offers and the best example of this is given to us HP Store Fall Sales, some that are already very close to finishing. There is a lot to choose from, regardless of whether we are looking for a laptop or a desktop computer. To make your task a little easier, below we leave you a selection of some of the most interesting offers that are still available. HP 240R G10 Laptop by 676.39 eurosa versatile and current equipment that is perfect for the tightest budgets. HP EliteBook X Flip G1i Laptop by 2,358.29 eurosa very powerful option that has a touch screen. HP Pro 260 G9 Mini PC by 531.19 eurosa small desktop, but with a great price and good configuration. HP Pro 290 G9 Tower PC by 627.99 eurosanother desktop option with a little more power than the previous one. Portable HP EliteBook Ultra G1q by 1,690.67 eurosa laptop with a Qualcomm processor ideal for the most demanding tasks. HP 240R G10 Laptop The first of the devices that we bring you is this 240R G1, a very compact and current device that offers great value for money right now. It is a 14-inch version that comes with an Intel Core 5 120U processor, 16 GB of RAM and a 512 GB SSD. It comes with Windows 11 Pro, important now that its previous version is no longer supported. We can purchase it for 676.39 euros (its price was 863.52 euros). HP 240R G10 15″ Professional Laptop The price could vary. We earn commission from these links HP EliteBook X Flip G1i Laptop If we need a powerful and versatile device, then this EliteBook X Flip G1i may be a better fit for us. It also has a 14-inch screen, although this time it is a touch panel. Inside we have an Intel Core Ultra 7 processor along with 32 GB of RAM and a 1 TB SSD, making it a perfect configuration for demanding tasks. comes out for 2,358.29 euros. HP EliteBook X Flip G1i 14″ Professional Laptop with AI Wolf Pro Security Edition with 3-year warranty The price could vary. We earn commission from these links HP Pro 260 G9 Mini PC What if we are looking for something fixed, economical and with good performance? Then it is possible that this HP Pro 260 G9 would be great for us, which also takes up very little space. Its processor is a 13th generation Intel Core i3 1315U, which is accompanied by 8 GB of RAM and a 512 GB SSD. It also has Windows 11 Pro and includes both a wired mouse and keyboard. Costs 531.19 euros. HP Pro 260 G9 Mini Professional PC The price could vary. We earn commission from these links HP Pro 290 G9 Tower PC Another desktop option, larger than the previous one and also with a more powerful processor. In this case, we have a 13th generation Intel Core i5 13500, a CPU that is accompanied by 8 GB of RAM and a 512 GB SSD. Of course, like the previous one, it also comes with Windows 11 Pro and includes both a wired mouse and keyboard. We have it available for 627.99 euros. The price could vary. We earn commission from these links HP EliteBook Ultra G1q Laptop We close with another laptop, this time with the EliteBook Ultra G1q. This device comes with a processor from Qualcomm, the same company responsible for some of the most powerful mobile chips on the market. Thanks to it, the Snapdragon X1-78-100, this device offers great performance for tasks of all kinds. In addition, it has 16 GB of RAM and a 1 TB SSD and its screen offers 2.2K resolution (2,240 x 1,400 pixels). It is reduced to 1,690.67 euros. HP ProBook 4 G1q Professional Laptop The price could vary. We earn commission from these links Some of the links in this article are affiliated and may provide a benefit to Xataka. In case of non-availability, offers may vary. Images | HP Store In Xataka | Best laptops in quality price: which one to buy based on use and eight recommended models In Xataka | Best ultrabooks: which one to buy and 10 recommended light laptops from 600 to 1700 euros

millions of computers will end up in the trash

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On October 14th the end of support for Windows 10. This is bad news from a security point of view because it leaves millions of computers without security updates. There is another reason that makes Microsoft’s decision a terrible idea: the enormous amount of garbage that will be generated. what has happened. Microsoft has ended support for Windows 10 ten years after its launch. It seems like a longer period, the problem is that there are still many people using this version. In addition to the risk to the safety of this equipment, in 404media They highlight the environmental issue. Although not everyone who has a Windows 10 computer is going to throw it away the same day support ends, the decision will cause many to end up renewing their computers for this reason. There is also the particular case of large organizations, such as educational or government centers, that probably have regulations that prevent them from using outdated equipment, so they will have to renew them en masse. Why is it important. When Microsoft decided to end support for Windows 8, the version only had a 4% market share. The problem is that Windows 10 is installed on 43% of devices, which in concrete numbers is 400 million computers. The consumer organization PIRG warns that such a large amount of equipment has never been left unsupported at once and they estimate that it could translate into 800 million tons of electronic waste. E-waste. Electronic waste is a threat to the environment. According to the WHOincorrect disposal of this type of product can release up to 1,000 chemicals, many of them toxic such as lead or mercury. Extending the useful life of electronic devices has become a central issue in the environmental debate, which has prompted the creation of laws such as the right to repair, already in force in the European Union. Half solutions. Microsoft’s solution was for us to pay 30 euros to continue receiving security updates. A few days ago, the company launched a lifeline to users who want to continue using Windows 10 extending security patches for another year, although it had small print. In Europe it is relatively easy to do it, but in the United States it is more complicated because it requires using Windows Backup or use 1,000 program points Microsoft Rewards. The easiest way to secure your computers is to upgrade to Windows 11. The problem is that there are certain technical requirements and many computers do not meet them, although There are methods to install it anyway. Easy targets. There is another problem and that is security. we all remember the Wannacry ransomware disaster in 2017. It impacted numerous companies globally and had its origin in a vulnerability in older versions of Windows, specifically Windows XP and Windows Server 2003. The end of security updates leaves millions of Windows 10 users vulnerable to attacks like this. Image | Wikipedia In Xataka | We are preparing to say goodbye to Windows 10, but part of the US air traffic control still works with floppy disks and Windows 95

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