Apple, Atari, and Commodore, oh my! Explore a deluxe home vintage computer den

Apple, Atari, and Commodore, oh my! Explore a deluxe home vintage computer den
A view of Brian Green's home computer lab, full of vintage treasures.
Enlarge / A view of Brian Green’s home computer lab, full of vintage treasures.

In a world where millions of people carry a 1990s-grade supercomputer in their pockets, it’s fun to revisit tech from a time when a 1 megahertz machine on a desktop represented a significant leap forward. Recently, a collector named Brian Green showed off his vintage computer collection on Twitter, and we thought it would be fun to ask him about why and how he set up his at-home computer lab.

By day, Green works as a senior systems engineer based in Arkansas. But in his off hours, “Ice Breaker” (as he’s often known online) focuses his passion on a vintage computer collection that he has been building for decades—and a bulletin board system (BBS) called “Particles” he has been running since 1992.

Green’s interest in computers dates back to 1980, when he first used an Apple II+ at elementary school. “My older sister brought home a printout from a BASIC program she was working on, and I was fascinated that you could tell a computer what to do using something that resembled English,” recalls Green. “Once I realized you could code games, I was hooked.”

Despite his early encounters with the Apple II, 1982’s Commodore 64 truly won his heart. As his first computer with a disk drive, it came at a dear price for a kid, so he spent an entire summer saving money from his paper route to buy one. “Most of my friends had one at the time,” he says.

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Geekbench 6 checks matters you essentially do with your cell phone and computer

Geekbench 6 checks matters you essentially do with your cell phone and computer

Geekbench, the well-known cross-platform benchmarking application, is acquiring a massive update. In accordance to its developer, Primate Labs, Geekbench 6 has new and up-to-date checks that are intended to completely check modern hardware and apps applying datasets that are more representative of the workloads you will see in the serious world.

A great deal of the variations from Geekbench 5, which was launched in 2019, entail tests your laptop or computer with additional information. Exam images have more megapixels, and there will be far more of them for import checks. The maps and PDFs are larger, and the system staying tested will have to compile additional code with Clang. The information has gotten some updates way too, with the HTML and PDF workloads aspect more fashionable types.

The benchmark also has new checks meant to simulate issues like the qualifications blur results in video clip conferencing apps, AI object detection like your photo library software may well do, making use of filters to images, and more. Primate Labs says it is also up to date current assessments, like navigation, ray tracing, and horizon detection to “reflect contemporary workloads greater.”

The organization states that Geekbench 6’s GPU scores should really be a lot more similar throughout platforms and equipment and that it will consider much better edge of graphics hardware in checks, which is an essential metric as extra and a lot more apps make use of equipment discovering. The multi-main CPU score has also been current to be additional reflective of the general performance you can be expecting from chips with both of those general performance and effectiveness cores, this kind of as Apple’s M1 and M2 chips and Intel’s latest processors.

The modifications do appear at a cost. Primate Labs claims that the checks will have a lengthier runtime, which I also mentioned utilizing a pre-launch establish of the software package. Geekbench 5’s CPU examination took 1 moment and 47 seconds to operate on my M1 MacBook Professional, exactly where Geekbench 6’s took 3 minutes and 9 seconds.

Primate Labs suggests it is building “all non-industrial use of Geekbench 6 free.” You’ll have to pay for the Pro edition to get added options like the skill to automate testing by a command line, use a portable model, or regulate your benefits offline. That does suggest it’ll be a lot more high priced to accessibility that later on feature, which applied to be readily available in the paid out non-professional edition of Geekbench 5 (which charge between $9.99 and $14.99). But it also indicates that totally free buyers will not have to use the software package in tryout method. Geekbench 6 Pro will be $79 for the upcoming two months, 20 % off its usual cost of around $100.

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With Code Can Bridge, A person Superior Schooler Needs To Bring Computer Science To Coders Of All Qualities

With Code Can Bridge, A person Superior Schooler Needs To Bring Computer Science To Coders Of All Qualities

For 18-yr-old Mohammad Shirmohammadi, accessibility cuts both techniques.

A senior at Arcadia Superior Faculty in Southern California in close proximity to Pasadena, “Mo,” as he’s recognized to family and pals, is the founder and leader of a 501c3 non-profit organization called Code Can Bridge. Launched last summer season, the project gives free of charge computer programming workshops to students with mental disabilities. Code Can Bridge describes by itself on its website as “the youth fighting to deliver pupils with mastering disabilities equal accessibility to laptop science education and learning.”

Code Can Bridge has a video clip on YouTube introducing on their own. On its internet site, the group states their mission is to “bridge the digital divide and earnings inequality widespread in today’s culture… [by giving] students with mastering disabilities equal option in computer science education and learning, empowering them with technical expertise even though also endorsing inclusivity in just the tech field and modern society as a entire.”

Throughout a current job interview more than videoconference during his college day, Shirmohammadi stated Code Can Bridge was born purely from his ambition.

While buddies and friends entertain on their own with pedestrian hobbies such as movie game titles and other functions, Shirmohammadi is a go-getter. He’s hellbent on creating an early but everlasting dent in the universe, pushed by technological innovation.

“I’m an individual who enjoys spearheading astounding tasks this kind of as Code Can Bridge,” he stated of his inclination to start the firm. “I’m an individual who’s fascinated in administration—coming alongside one another with a group of men and women who are like-minded peers, [and] coming with each other with them and expressing, ‘Okay, fellas, we require to program this event… we need to begin this organization’ and just brainstorming with them [and] collaborating. I love that whole course of action of just using that initiative—planning an party or setting up a club, just coming jointly with the officers or other pupils want to enable out. I obtain pure pleasure in that. I’m incredibly passionate about that.”

Shirmohammadi could have unbridled ambition now, but it was not usually the circumstance. He told me prior to his freshman yr, in 9th grade, he was fairly a lot an typical teen obsessed with what he named “materialistic” goods like the aforementioned video clip games, outfits, and extra. It wasn’t right until he took a personal computer science class that his frame of mind shifted. He was straight away captivated by the potentiality of personal computer program to do very good in the earth, citing Steve Employment and Mark Zuckerberg’s respective journeys to hook up people today by using engineering.

“I observed this [learning computer science] as an opportunity,” Shirmohammadi claimed. “Computer science is so impactful. We dwell in a world that is essentially personal computer-driven, and issues are getting far more and additional virtual and laptop-pushed. I observed it as a excellent

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UC San Diego heads energy to make computer chips do the job a great deal more quickly

UC San Diego heads energy to make computer chips do the job a great deal more quickly

When doing work with large laptop information, the data can operate into a bottleneck, and shifting data from storage to processing normally takes way too lengthy. UC San Diego’s professor of pc science and engineering Tajana Simunic Rosing phone calls it a fundamental difficulty.

“When you evaluate significant data, this sort of as new equipment understanding types, what ends up occurring is you close up paying much more than 90% of the time shifting knowledge to the laptop,” Rosing claimed.

The resolution is to boost artificial intelligence by producing pc chips that course of action details and shop information in a way that is a great deal smarter and a lot more integrated.

“We transfer regardless of what processing we can to exactly where the info sits,” Rosing claimed. “That way it can run a whole lot more rapidly and we can waste a ton considerably less time.”

The center Rosing talks about is identified as PRISM, the Processing with Clever Storage and Memory Centre, founded in January and led by UC San Diego. The $50 million operation includes 10 universities and is mainly funded by the Semiconductor Research Company.

Examples of the personal computer bottleneck include just one that’s nicely known to news media that generate video clip information like KPBS: It will take a big total of time to send details-hefty movie documents to a personal computer to be processed and mined for movie clips.

Rosing indicates a future option, making use of superior computer system chips.

“What you would preferably like to do is you would like to deliver a small question. ‘Find me a clip when somebody talks about new personal computer chip design and style, and ship me only that clip,’” she reported.

That request, she added, would go out to wherever the full video clip is stored, the specified clip would be uncovered and sent to the user, whilst the unique whole video file could remain in which it is.

Rosing also explained the time it will take to determine successful, experimental drug compounds, prior to scientific trials, usually takes a long time. She explained strengthening the pc chips applied to review these substantial details suppliers could transform a yearslong course of action to a single that takes days.

The work to redesign personal computer chips and practice men and women to use them is in line with a federal work to boost laptop devices in the U.S. In August, President Joe Biden signed the Chips and Science Act, which allocates $52.7 billion for personal computer analysis, progress and manufacturing.

PRISM expects to create a far better computer chip in the near long run.

“The goal is to have this figured out by 5 yrs from now,” Rosing explained. “Hopefully in 5 a long time you will see some actual thrilling demonstrations.”

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Karlie Kloss looks pretty in pink as she talks about her computer coding camp

Karlie Kloss looks pretty in pink as she talks about her computer coding camp
Karlie Kloss looks pretty in pink as she talks about her computer coding camp

Karlie Kloss looks pretty in pink on Valentine’s Day as she talks her computer coding camp Kode With Klossy: ‘Technology touches all of our lives’

Karlie Kloss is much more than just a pretty face and world famous supermodel. She’s a self-confessed nerd with a passion for computer coding. 

The 30-year-old was dressed from head to ankle in a hot pink Carolina Herrera suit. Her slim-cut, ankle-length pants, shirt and jacket were all in the bright hue.  

Karlie – who was recently spotted with Irina Shayk and Alexa Chung at New York Fashion Week –  paired her on point Valentine’s Day look with a pair of  nude, pointy-toed heels, small hoop earrings and a thin gold chain around her neck.

Her long dark hair was parted in the middle and loose, flowing down around her shoulders. 

Taylor Swift’s ex-bestie was all smiles as she posed for the cameras on her way into New York’s CBS studios to talk about her computer coding camp, Kode with Klossy. 

Pretty in pink: Karlie Kloss looked adorable in an all hot pink ensemble as she headed into CBS' studios to talk about her computer coding camp Kode with Karlie

Pretty in pink: Karlie Kloss looked adorable in an all hot pink ensemble as she headed into CBS’ studios to talk about her computer coding camp Kode with Karlie

Nerd alert: Kloss, a self-confessed nerd was inspired to create her coding camp by the lack of female representation in tech

Nerd alert: Kloss, a self-confessed nerd was inspired to create her coding camp by the lack of female representation in tech

The model founded her computer coding camp to help girls become future leaders in tech in 2015.

The free, two week camp teaches computer coding and app building in 19 different cities in the U.S.

This year, for the first time, Kode with Klossy is going international with its expansion to London.

‘Long before I was in fashion, I’ve always always been a nerd,’ the former Victoria’s Secret Angel said. ‘And I love math and science, but coding was never something that was offered at my school.’

‘And it wasn’t until I was meeting, through my career, so many entrepreneurs, including my friend who built Instagram,’ she continued. 

‘And it clicked for me one day. My friend who built Instagram had the idea and he had the technical skills to know how to build and code a product that can scale the world.’ 

‘So I had this ah ha moment where I said, I want to learn that and I realized, that first of all I was the only girl in the room when I went to take a coding bootcamp…and the gender gap is very real and the technology touches all of our lives.’ 

‘I had many young women followers on Instagram and I wanted them to have the opportunity to learn how to code and realize the potential in these spaces.’

Be the change: The model revealed that coding is a creative skillset and a problem solving skillset  'you can create the change in the world you want to make,' she said.

Going international: Currently, Kode with Klossy is offered in 19 cities but this summer her free camp is expanding to London

Be the change: The model revealed that coding is a creative skillset and a problem solving skillset  ‘you can create the change in the world you want to make,’ she said.

Closing the gap: 'Long before I was in fashion, I've always always been a nerd,' the former Victoria's Secret Angel said. 'And I love math and science, but coding was never something that was offered at my school.'

Closing the gap: ‘Long before I was in fashion,

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Mac mini M2 review: Apple’s cheaper, tiny but mighty computer | Apple

Mac mini M2 review: Apple’s cheaper, tiny but mighty computer | Apple

Apple’s cheapest desktop computer has had a price cut and a power upgrade – making it one of the smallest, cheapest and most adaptable Macs yet.

The Mac mini starts at £649 ($599/A$999) – £50 less than the 2020 model – and has Apple’s latest M2 or M2 Pro chips as used in the MacBook Air and MacBook Pro to great effect.

The tiny aluminium box is about the size of a hardback book, measuring just under 20cm each side and less than 4cm thick. It is easy to fit just about anywhere: on a desk, mounted under one, in a TV cabinet, on the back of the monitor, stuck to a wall – wherever you can reach with a power cable.

The back of the Mac mini M2 Pro showing various ports.
The power button is on the back. It has a small speaker for basic sounds, but no microphones or cameras. Photograph: Samuel Gibbs/The Guardian

Like a normal desktop PC you simply plug the Mac mini into a screen, keyboard and mouse, all of which can be bought with it at great expense – or you can use your existing gear. I connected an Asus 4K monitor and Logitech Bluetooth mouse and keyboard to the mini to set it up, using them during the length of the review without issue.

It runs macOS 13.2 Ventura like all recent Macs and has the same screen-sharing and proximity features as the MacBook laptops. That means you can use a recent iPad as a second screen, use the attached mouse and keyboard to control an iPad or other Mac and use an iPhone as a wireless webcam, which works really well.

Specifications

  • Processor: Apple M2 or M2 Pro

  • RAM: 8GB, 16GB, 24GB or 32GB

  • Storage: 256GB, 512GB, 1TB, 2TB, 4TB or 8TB SSD

  • Operating system: macOS 13.2 Ventura

  • Connectivity: wifi 6E, Bluetooth 5.3, 2x USB-A, 2 or 4x USB 4/Thunderbolt 4, HDMI 2.1, Ethernet, headphones

  • Dimensions: 197mm x 197mm x 35.8mm

  • Weight: 1.18kg to 1.28kg

M2 power and efficiency

The bottom of the Mac mini M2.
A plastic foot sticks out of the base to slightly lift the mini’s aluminium frame. Photograph: Samuel Gibbs/The Guardian

The new M2 and M2 Pro chips offer decent performance gains on the previous M1 and M1 Pro chips, with a 10% to 20% improvement in CPU speed and up to 25% faster graphics. That puts them at the top of the pile alongside some of Intel and AMD’s latest top chips, but at much lower power consumption, and a giant leap over previous Intel-powered Macs.

With that level of performance, the Mac mini has become not just a small Apple computer but one of its more powerful and adaptable options. The M2 version will be more than enough for most general computing tasks, with the more expensive M2 Pro option and up to 32GB of RAM available for those who need more power. It sits below the Mac Studio, which is a beefed up version of the mini for those who need a lot more graphics or computing power.

The beauty

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