Tag: Worlds

Oxide Launches the World’s First Industrial Cloud Laptop

Audrey
Oxide Launches the World’s First Industrial Cloud Laptop

For 4 a long time the leaders of Oxide computers have promised they are performing on “hyperscaler infrastructure for the rest of us.”

And heritage will history that on Thursday, Oct. 26 — they lastly opened up their waitlist and started taking orders…

Though significant cloud suppliers roll their have impressive cloud-computing servers, Oxide claims to be selling the initially commercial variation of an out-of-the-box cloud computer system for particular person organizations that provides the exact substantial hyperscale advantages. It is been “purpose-built” for significant-functionality computing, networking, and storage, and Oxide is hailing it as “a real rack-scale technique with absolutely unified hardware and software intended for on-premises cloud computing,” in accordance to the enterprise literature.

With catchy slogans like “the electricity of the cloud in your data heart,” Oxide has been stating for years that it is “building a new kind of server.” And on June 30, Oxide experienced eventually transported its pretty first server rack — all 3,000 pounds of it, a milestone that stood more than 9 toes tall.

The momentum’s been building ever due to the fact, and now Oxide exposed an spectacular checklist of recent consumers. There’s the U.S. Office of Power — particularly its Idaho Countrywide Laboratory (which has historically been concerned in nuclear research) — as nicely as “a nicely-recognised financial solutions firm”. Oxide also declared that within just a couple months, there’ll be further installments at many Fortune 1000 providers. And outside of that, Oxide is also boasting that they now have “a extended hold out listing of consumers ready to set up at the time generation catches up with need.”

As Chief Engineering Officer Bryan Cantrill stated on the Software program Engineering Day-to-day podcast. “When you resolve a hard issue like this and you genuinely broadcast that you intend to address it… Buyers current by themselves and say, ‘Hey, we’ve been searching for — thank God anyone is last but not least fixing this dilemma!’”

 

 

And for further more proof that it’s building up steam, Oxide also introduced Thursday that it’s secured $44 million in a Collection A round of funding, bringing its full financing to day up to $78 million. Exclusively, Oxide’s announcement states this funding round was led by Eclipse with participation from Intel’s corporate enterprise capital arm Intel Capital, as perfectly as from Riot Ventures, Counterpart Ventures, and Rally Ventures, “to accelerate creation for Fortune 1000 enterprises.”

In their announcement, Andy Fligel, senior running director at Intel Funds, argues that Oxide is addressing the most urgent requires of organization

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The World’s Largest Technology Companies In 2023: A New Leader Emerges

Audrey
The World’s Largest Technology Companies In 2023: A New Leader Emerges

Though overall profits have started to decline, revenue growth—and the promise of artificial intelligence—are boosting tech companies’ market value.

Despite lingering economic headwinds, higher interest rates threatening profits and widespread layoffs across the industry, technology companies have been largely resilient over the past year—continuing to post record sales and recouping vast stock losses as artificial intelligence promises to reinvigorate the battered sector.

The number of technology companies landing on the Global 2000, Forbes’ annual ranking of the world’s largest companies (based on revenue, profits, assets and stock market value), ticked up to 169 this year from 164 in 2022. That’s still fewer than the record 177 spots they nabbed in 2021, thanks to their relative outperformance during the pandemic. But the tech companies on our list nevertheless posted a record $4.2 trillion in combined annual revenue over the last 12 months, up from about $4 trillion the year before and $3.3 trillion two years before.

Amid the economic uncertainty, however, new leadership has emerged. Breaking Apple’s seven-year reign atop the tech rankings, Alphabet emerges as the world’s largest technology company after rising four spots to No. 7 in the global list. The Google parent’s stock is still about 15% below peak levels in 2021, but its unshakeable search division (still its largest revenue-driver by far) and momentum in cloud services helped last year’s tech runner up post record sales of $282.8 billion.

Next up, Microsoft lands at the No. 2 spot for tech after a three-spot ascent in the global rankings to No. 9 overall. Shares of the storied tech giant have surged 40% this year and are just 2% away from record levels thanks in no small part to buzz around AI. Analysts have lauded the firm’s $13 billion investment in chatbot creator OpenAI this year as a watershed moment in the global AI arms race, and CEO Satya Nadella has asserted the technology will “change every software category, starting with the largest of all—search.”

As for last year’s leader, Apple now comes in as the world’s third-largest technology firm. Though it remained the most valuable company in the world with a market capitalization of more than $2.6 trillion, the iPhone maker slipped three spots to land at No. 10 in the overall rankings while competitors gained an edge on sales and assets. With more consumers cutting back on big-ticket spending, the firm posted its second-consecutive quarter of revenue declines last month. That took it down one peg in the overall sales rankings, but doesn’t explain most of Apple’s slippage on the list. Rather, its assets have fallen about 13% to $332 billion (moving its ranking for assets down from 107 to 127) as the firm offloaded some of its receivables—a common move as companies cut risky balance sheet items and gear up for potential recession.

Rounding out the top five, Samsung Electronics is steady at No. 14 globally, and Meta Platforms climbs one spot after its stock surged 20% over the past year. Shares

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How Rust went from a side challenge to the world’s most-liked programming language

Audrey
How Rust went from a side challenge to the world’s most-liked programming language

Hoare lived on the 21st ground, and as he climbed the stairs, he obtained annoyed. “It’s preposterous,” he believed, “that we laptop individuals could not even make an elevator that works without having crashing!” Quite a few this kind of crashes, Hoare understood, are due to complications with how a software makes use of memory. The software package within equipment like elevators is often prepared in languages like C++ or C, which are renowned for allowing programmers to write code that operates incredibly immediately and is quite compact. The trouble is all those languages also make it uncomplicated to accidentally introduce memory bugs—errors that will induce a crash. Microsoft estimates that 70% of the vulnerabilities in its code are thanks to memory problems from code prepared in these languages.

Most of us, if we uncovered ourselves trudging up 21 flights of stairs, would just get pissed off and go away it there. But Hoare made the decision to do a thing about it. He opened his laptop and started planning a new computer system language, just one that he hoped would make it feasible to generate compact, quick code without the need of memory bugs. He named it Rust, just after a group of remarkably hardy fungi that are, he says, “over-engineered for survival.”

Seventeen yrs later, Rust has develop into one particular of the best new languages on the planet—maybe the best. There are 2.8 million coders writing in Rust, and organizations from Microsoft to Amazon regard it as critical to their long run. The chat system Discord utilised Rust to pace up its process, Dropbox uses it to sync documents to your computer, and Cloudflare makes use of it to process a lot more than 20% of all online visitors. 

When the coder dialogue board Stack Overflow conducts its once-a-year poll of developers all over the world, Rust has been rated the most “loved” programming language for seven many years managing. Even the US government is avidly marketing software program in Rust as a way to make its processes far more safe. The language has turn out to be, like numerous productive open-source projects, a barn-boosting: there are now hundreds of die-tricky contributors, numerous of them volunteers. Hoare himself stepped aside from the job in 2013, happy to transform it around to people other engineers, together with a main group at Mozilla.

It isn’t unusual for another person to make a new pc language. Lots of coders produce small types as facet projects all the time. But it’s meteor-strike rare for a person to get hold and turn out to be aspect of the pantheon of perfectly-recognized languages together with, say, JavaScript or Python or Java. How did Rust do it?

To grasp what makes Rust so handy, it is value having a peek beneath the hood at how programming languages deal with pc memory.

You could, pretty crudely, consider of the dynamic memory in a pc as a chalkboard. As a piece of software package operates,

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Visit The World’s Largest Computer Museum: The Heinz Nixdorf

Audrey
Visit The World’s Largest Computer Museum: The Heinz Nixdorf

Most stories in the history of computing took place in one of a small number of places. The wartime code-breaking effort in Bletchley Park led to Colossus, the first programmable electronic computer. Various university campuses in Britain and the US were home to first-generation computers like ENIAC, EDVAC and the Manchester Baby in the late 1940s. Silicon Valley then stole the limelight with the home computer revolution in the 1970s. Naturally, all of these places have their museums celebrating their local achievements, but the world’s largest computer museum is not found in Silicon Valley or on the campus of a famous university. Instead, you have to travel to a small German town called Paderborn, which houses the Heinz Nixdorf Museumsforum, or HNF.

Heinz Nixdorf might not be a household name in America like Jack Tramiel or Steve Jobs, but he was one of Europe’s great computer pioneers. Starting with vacuum tube based machines in 1952, Nixdorf gradually expanded his company into one of the largest computer manufacturers of the 1970s. His products were especially popular among large businesses in the financial sector, such as banks and insurance companies. By the late 1980s however, sales went downhill and the company was eventually acquired by Siemens. Today, the Nixdorf name lives on as part of Diebold-Nixdorf, a major producer of ATMs and checkout machines, reflecting the original company’s focus on the financial industry.

The museum’s roots lie in Heinz Nixdorf’s personal collection of typewriters and other office equipment. Although he already envisioned starting a museum dedicated to computing, his sudden death in 1986 put a stop to that. A few of his employees kept the plan alive however, and in 1996 the HNF was opened in Paderborn. Today the museum is run by a non-profit foundation that aims to provide education in information and communication technology to a wide audience.

The collection is housed in the former worldwide headquarters of Nixdorf Computer AG, a rather imposing 1970s office building covered in gold-tinted windows. Inside,]] you’re reminded of its former life as an office building through its compact layout and low ceilings. It does give the museum a bit of a cosy feel, unlike, say, the cavernous halls of London’s Science Museum, but don’t let this fool you: at 6,000 m2, the main exhibition area is about twice as large as that of Silicon Valley’s Computer History Museum.

First floor: The Basics of Communication and Calculation

The main exhibit begins with artifacts dating back 5,000 years: clay tablets from Sumeria show how ancient people recorded their thoughts, kept inventories and performed calculations. Devices like the abacus and the quipu from South America show how physical devices can help with arithmetic, which is otherwise a completely abstract science. Writing evolved through a series of different media into the printing press, making written materials available to more people than ever before.

These twin concepts of calculation and communication are carried forward throughout the exhibition. On one side of the hall, various printing

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World’s smallest battery can ability a personal computer the size of a grain of dust

Audrey
World’s smallest battery can ability a personal computer the size of a grain of dust
World's smallest battery can power computer with the size of a grain of dust
The world’s smallest battery is lesser than a grain of salt and can be produced in huge portions on a wafer surface. Credit rating: TU Chemnitz/Leibniz IFW Dresden

Desktops are receiving lesser and smaller, just as present cell phones supply computing electricity very similar to that of a notebook. And the development toward miniaturization continues. Intelligent dust apps (very small microelectronic equipment), this sort of as biocompatible sensor methods in the overall body, demand from customers computers and batteries lesser than a dust mote. So significantly, this improvement has been hindered by two primary aspects: absence of on-chip electrical power sources for operation whenever and anywhere and complications in creating integrable microbatteries.

In the existing challenge of Advanced Electrical power Elements, Prof. Dr. Oliver G. Schmidt, head of the Professorship for Materials Techniques of Nanoelectronics and Scientific Director of the Center for Materials, Architectures and Integration of Nanomembranes (Major) at Chemnitz College of Technological know-how, Dr. Minshen Zhu, who has been doing the job in Prof. Schmidt’s team at the Analysis Heart Principal considering the fact that February 2022, and scientists from Leibniz Institute for Reliable Condition and Supplies Study (IFW) Dresden and Changchun Institute of Used Chemistry present a remedy to these worries. They discuss how battery-powered intelligent dust applications can be realized in the sub-millimeter-scale and present the world’s smallest battery by much as an software-oriented prototype.

“Our success present encouraging strength storage efficiency at the sub-sq.-millimeter scale,” says Dr. Minshen Zhu, and Prof. Oliver Schmidt provides: “There is however a substantial optimization probable for this technology, and we can expect much more powerful microbatteries in the potential.”

Further than the boundaries of miniaturization

The electricity to operate small sub-millimeter-scale computers can be provided by producing acceptable batteries or “harvesting” solutions to crank out electric power.

In the area of “harvesting,” micro-thermoelectric turbines, for example, convert warmth to electrical power, but their output electrical power is way too minimal to drive dust-sized chips. Mechanical vibrations are another supply of electrical power for powering tiny-scale equipment. Compact photovoltaic cells that transform light into electrical vitality on small chips are also promising.

On the other hand, light and vibrations are not available at all moments and in all destinations, earning on need operation difficult in a lot of environments. This is also the scenario, for example, in the human overall body, where small sensors and actuators demand a constant ability provide. Effective small batteries would remedy this difficulty.

Having said that, the generation of tiny batteries is extremely unique from their every day counterparts. For illustration, compact batteries with higher vitality density, button cells for occasion, are produced utilizing soaked chemistry. Electrode products and additives (carbon resources and binders) are processed into a slurry and coated on to a metallic foil. On-chip microbatteries produced employing these kinds of common technologies can provide good electricity and electricity density but have a footprint of considerably a lot more than just one square millimeter.

Shrinking Tesla technological innovation: Swiss-roll system permits on-chip

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