Monthly Archives: February 2023

This rereleased iconic Danish chair is built using recycled plastic and coffee bean shells

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We often underestimate the importance of a great chair! When in reality we really shouldn’t. We spend the majority of our day sitting on chairs, whether we’re working in our home office, enjoying a meal, or simply sitting and reading a book for leisure! Hence, this piece of furniture needs to be not only comfortable but ergonomic, and aesthetic as well, and if it manages to be sustainable as well, then it really hits the spot! And one such chair design that I recently came across is the Conscious Chair by Mater Design.

Designer: Mater Design

Copenhagen-based furniture brand Mater Design recently re-rereleased a popular chair from the 1950s called the Conscious Chair. Now, why is the Conscious Chair called so? The Conscious Chair is called the Conscious Chair because it is crafted using recycled plastic, combined with coffee bean shells and sawdust. The chair was originally designed by Danish furniture designers and architects Børge Mogensen and Esben Klint in 1958. The chair is characterized by a simple silhouette and a curved wooden seat.

Matek Design took this classic chair and modernized it by crafting the back and seat from Matek – a material made by Mater Design using post-consumer or post-industrial waste. “Coffee bean shells, extracted during the roasting process, are an example of fiber material – sawdust from wood production is another,” said Mater Design. “The binder material is made from plastic waste or a plastic-based alternative. ”

“[Matek] enables us to make furniture from waste materials by combining fiber with a binder,” said the company. “The technology behind Matek allows us to capture carbon in our furniture by recycling waste into timeless classics using resources already available to us, instead of virgin materials.” This helps to create chairs that have been made using both wooden and recycled composite material elements. The Conscious Chair is available with oak-wood frames in color options of green, black-stained, or natural finishes. The seat and back come in options of wood waste grey, coffee waste light, and black. So, you can pick the color theme that suits your personal taste and preference, as well as the interiors of your home.

The post This rereleased iconic Danish chair is built using recycled plastic and coffee bean shells first appeared on Yanko Design.

Next-gen RUF CTR concept looks like the ‘Yellowbird’ with a new badass attitude

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Once holding the mantle for the fastest production car in the world with a top speed of 211 mph at the time, it’s been a hot minute since we’ve seen the automotive enthusiasts at RUF push anything out. Taking matters into their own hands, designer Protohvpe created a next-generation RUF CTR for the 2030s, with an aesthetic that bids adieu to the overtly Porsche-leaning style of RUF’s previous cars. This new-age CTR has the body of a Porsche 911, but not the identity of one. Instead, it adopts its own attitude, with large black eyes that look like they’re wearing war-paint, a flat-panel front that hints at an electric powertrain, and an aesthetic that Protohvpe describes as “Clean, low, wide, and iconic.”

Designer: Protohvpe

Given the fact that this automobile was envisioned for a distant future, seven full years from now, it really doesn’t base itself on an existing Porsche. It has all the traits of a 911, but there’s some distinctly different details there too, all the way down from the bumper to the hood, rear fender, and even the spoiler. Protohvpe’s biggest focus was to keep the design traditional-yet-futuristic, with minimalism being a strong trait running throughout.

In fact, so bare-basic is the next-gen CTR that it lacks appropriate housing for the headlights and taillights, opting for a bare-bones approach instead. Admittedly, it does give the car its discernible glare – a deviation from the friendly rounded headlights seen on almost all of RUF’s custom builds.

Given that this variant of the RUF CTR is just a fan-made concept, we’ve got just the outer aesthetics to work with. Protohvpe hasn’t released any images of what the interiors look like, and there definitely aren’t any performance specs since this is a speculative aesthetic exercise. That said, there’s definitely something that RUF can work with here. This new CRT looks like it means business, and just like its moniker, has a ‘rough’ attitude too!

The post Next-gen RUF CTR concept looks like the ‘Yellowbird’ with a new badass attitude first appeared on Yanko Design.

Realme’s latest phone comes with bizarrely fast 240W charging, and a Nothing-inspired light interface

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The Realme GT3 240W can juice your entire phone from 0% to 100% in less than 10 minutes… and just 30 seconds of charging could give you enough battery life for a 2-hour call on a 5G network. It’s so fast that wireless charging suddenly doesn’t seem convenient anymore.

While most of Realme’s presentation at MWC was just stats, there was a nifty 80-second demo of the GT3 charging at 240W, going from 0 to a staggering 23 percent in just the 1 minute and 20 seconds. In fact, the battery consumed most of the phone’s keynote, with a little time spent on a ‘new’ detail that Realme calls the Pulse Interface. Housed right beside the camera module, this interface borrows heavily from the Nothing phone (1)’s rear design, sporting a transparent window with an LED rectangle within it. The LED rectangle shines in 25 different colors, and can be customized for a wide variety of notifications, although its most important ones are to let you know when you’ve got a low battery, when you’re getting a call/notification, and when your phone’s actually charging. Additionally, you can make the lights glow ambiently while gaming or listening to music, or counting down the timer when you’re clicking a photo.

Designer: Realme

With more than 15 full minutes of the keynote being spent on the GT3’s battery alone, it’s probably the most notable feature on the phone. The 240W charging capabilities give you 20% in less than one and a half minutes, 50% in four minutes, and a full 100% in under ten minutes, making the GT3 the fastest-charging phone on the planet right now and making that red battery icon on the top right a thing of the past. The fast-charging feature works while the phone’s in use too, with Realme boasting of a o-100 in just 17 minutes if you’re playing a game.

You’d think that that kind of rapid charging does an absolute number on the battery, but Realme has us believe that their battery and phone architecture are designed to optimize and preserve battery health over time. For starters, the phone has three strategically-located chipsets in the phone dedicated to just charging, and a new stainless steel vapor cooling system to cool the GT3’s ultra-thin 4600mAh battery. The battery is built to charge optimally in both high heat and sub-zero temperatures, with a life cycle that’s double what the average phone has – 1600 charge cycles before the battery degrades to 80% health. To help facilitate this 240W charging feature, the GT3 also comes with its own GaN charging adapter and a rugged 12A charging cable.

Flip the phone over and you see its second standout feature – the Pulse Interface. Sort of like the Nothing phone (1)’s Glyph Interface, but with a palpable lack of, well, glyphs… the Pulse Interface sits right next to the camera bump, under a transparent window. The LED rectangle has the words ‘Dare To Leap’, Realme’s slogan, on it, and right in the center is a nameplate bearing the Snapdragon logo on it. You wouldn’t be alone in wondering whether that’s actually the phone’s chipset… although I hate to burst your bubble, but it isn’t. The chipset sits well within the phone, surrounded by the vapor-cooling system. This, right here, is just a nameplate that serves a branding purpose more than anything. There is, however, an NFC-reader located right below the Pulse Interface… just where it says ‘NFC’.

A close-up of the Snapdragon nameplate and the Pulse Interface

The interface lights up to signify a variety of notifications, with as many as 25 colors to choose from. You can customize the color and blinking pattern of the Pulse Interface to go with various alerts too, with even the ability to color-code certain contacts so you know when they’re calling even with your phone facing downwards. Moreover, the LED ring glows red when your battery’s depleted, blue, when it’s charging, and green when you’re at 100%, so you know when to unplug your charger. Alternatively, you could just wait 10 minutes and unplug your charger anyway!

The GT3 240W also comes with a 6.74-inch 144Hz Ultra AMOLED display that has an in-display fingerprint reader, three main cameras (50MP wide, 8MP ultrawide, 2MP macro), and a 16MP wide-angle selfie camera. Available in 3 colors (black, white, and purple), the GT3 has five tiers to choose from, including a lower 8GB RAM + 128GB storage tier that starts at $649, going all the way up to an absolutely bonkers tier with 16GB RAM and 1TB storage, whose price wasn’t disclosed at the announcement. Hey Realme… does the 240W charger come in the box?

The post Realme’s latest phone comes with bizarrely fast 240W charging, and a Nothing-inspired light interface first appeared on Yanko Design.

Twitter updates violent speech policy to ban ‘wishes of harm’

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Twitter is once again tightening its rules around what users are permitted to say on the platform. The company introduced an updated “violent speech” policy, which contains some notable additions compared with previous versions of the rules.

Interestingly, the new policy prohibits users from expressing “wishes of harm” and similar sentiments. “This includes (but is not limited to) hoping for others to die, suffer illnesses, tragic incidents, or experience other physically harmful consequences,” the rules state. That’s a reversal from Twitter’s previous policy, which explicitly said that “statements that express a wish or hope that someone experiences physical harm" were not against the company’s rules.

“Statements that express a wish or hope that someone experiences physical harm, making vague or indirect threats, or threatening actions that are unlikely to cause serious or lasting injury are not actionable under this policy,” Twitter’s previous policy stated, according to the Wayback Machine.

That change isn't the only addition to the policy. Twitter’s rules now also explicitly protects “infrastructure that is essential to daily, civic, or business activities” from threats of damage. From the rules:

You may not threaten to inflict physical harm on others, which includes (but is not limited to) threatening to kill, torture, sexually assault, or otherwise hurt someone. This also includes threatening to damage civilian homes and shelters, or infrastructure that is essential to daily, civic, or business activities.

These may not seem like particularly eyebrow-raising changes, but they are notable given Elon Musk’s previous statements about how speech should be handled on Twitter. Prior to taking over the company, the Tesla CEO stated that his preference would be to allow all speech that is legal. “I think we would want to err on the side of, if in doubt, let the speech exist,” he said at the time.

It’s also not the first time Twitter’s rules have become more restrictive since Musk’s takeover. The company’s rules around doxxing changed following his dustup with the (now suspended) @elonjet account, which shared the whereabouts of Musk’s private jet.

Twitter didn’t explain its rationale for the changes, but noted in a series of tweets that it may suspend accounts breaking the rules or force them to delete the tweets in question. The company no longer has a communications team to respond to requests for comment.

This article originally appeared on Engadget at https://www.engadget.com/twitter-updates-violent-speech-policy-to-ban-wishes-of-harm-214320985.html?src=rss

Twitter updates violent speech policy to ban ‘wishes of harm’

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Twitter is once again tightening its rules around what users are permitted to say on the platform. The company introduced an updated “violent speech” policy, which contains some notable additions compared with previous versions of the rules.

Interestingly, the new policy prohibits users from expressing “wishes of harm” and similar sentiments. “This includes (but is not limited to) hoping for others to die, suffer illnesses, tragic incidents, or experience other physically harmful consequences,” the rules state. That’s a reversal from Twitter’s previous policy, which explicitly said that “statements that express a wish or hope that someone experiences physical harm" were not against the company’s rules.

“Statements that express a wish or hope that someone experiences physical harm, making vague or indirect threats, or threatening actions that are unlikely to cause serious or lasting injury are not actionable under this policy,” Twitter’s previous policy stated, according to the Wayback Machine.

That change isn't the only addition to the policy. Twitter’s rules now also explicitly protects “infrastructure that is essential to daily, civic, or business activities” from threats of damage. From the rules:

You may not threaten to inflict physical harm on others, which includes (but is not limited to) threatening to kill, torture, sexually assault, or otherwise hurt someone. This also includes threatening to damage civilian homes and shelters, or infrastructure that is essential to daily, civic, or business activities.

These may not seem like particularly eyebrow-raising changes, but they are notable given Elon Musk’s previous statements about how speech should be handled on Twitter. Prior to taking over the company, the Tesla CEO stated that his preference would be to allow all speech that is legal. “I think we would want to err on the side of, if in doubt, let the speech exist,” he said at the time.

It’s also not the first time Twitter’s rules have become more restrictive since Musk’s takeover. The company’s rules around doxxing changed following his dustup with the (now suspended) @elonjet account, which shared the whereabouts of Musk’s private jet.

Twitter didn’t explain its rationale for the changes, but noted in a series of tweets that it may suspend accounts breaking the rules or force them to delete the tweets in question. The company no longer has a communications team to respond to requests for comment.

This article originally appeared on Engadget at https://www.engadget.com/twitter-updates-violent-speech-policy-to-ban-wishes-of-harm-214320985.html?src=rss

The White House’s $39 billion chip-making giveaway starts today

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When President Joe Biden signed the CHIPS and Science Act into law in 2022, it put $52 billion in tax credits and funding on the table to help bolster the semiconductor industry in the US, with $39 billion specifically earmarked for semiconductor manufacturing incentives. Now, we're starting to see how that initiative is going to play out: The Biden Administration has officially launched the first CHIPS for America funding opportunity, laying out the application process for "projects to construct, expand or modernize commercial facilities for the production of leading-edge, current-generation and mature-node semiconductors."

The "first" in first funding opportunity is the key word here: At the start, CHIPS for America is specifically looking to fund projects that align with the program's "vision for success" that seeks to have a number of leading-edge logic fabrication facilities and DRAM chip manufacturers by the end of the decade, as well as hitting specific production capacity goals for "current-generation and mature-node" semiconductors. The program plans to offer more funding opportunities for R&D and manufacturing equipment facilities at a later date. Applications for those programs won't launch until late Spring and Fall of 2023, but the CHIPS Program Office is open to receiving statements of interest from hopeful applicants.

The program also includes strict guardrails for how funding is used. Applicants who are awarded CHIPS funding will be prohibited from using the payments for stock buybacks or to pay out dividends, and payments will be tied to meeting specific milestones. It'll be awhile before the first recipients of CHIPS funding are announced, but hopeful projects can begin submitting applications on March 31, 2023. Want all the details? Check out the full CHIPS for America announcement right here.

This article originally appeared on Engadget at https://www.engadget.com/the-white-houses-39-billion-chip-making-giveaway-starts-today-210717470.html?src=rss

The White House’s $39 billion chip-making giveaway starts today

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When President Joe Biden signed the CHIPS and Science Act into law in 2022, it put $52 billion in tax credits and funding on the table to help bolster the semiconductor industry in the US, with $39 billion specifically earmarked for semiconductor manufacturing incentives. Now, we're starting to see how that initiative is going to play out: The Biden Administration has officially launched the first CHIPS for America funding opportunity, laying out the application process for "projects to construct, expand or modernize commercial facilities for the production of leading-edge, current-generation and mature-node semiconductors."

The "first" in first funding opportunity is the key word here: At the start, CHIPS for America is specifically looking to fund projects that align with the program's "vision for success" that seeks to have a number of leading-edge logic fabrication facilities and DRAM chip manufacturers by the end of the decade, as well as hitting specific production capacity goals for "current-generation and mature-node" semiconductors. The program plans to offer more funding opportunities for R&D and manufacturing equipment facilities at a later date. Applications for those programs won't launch until late Spring and Fall of 2023, but the CHIPS Program Office is open to receiving statements of interest from hopeful applicants.

The program also includes strict guardrails for how funding is used. Applicants who are awarded CHIPS funding will be prohibited from using the payments for stock buybacks or to pay out dividends, and payments will be tied to meeting specific milestones. It'll be awhile before the first recipients of CHIPS funding are announced, but hopeful projects can begin submitting applications on March 31, 2023. Want all the details? Check out the full CHIPS for America announcement right here.

This article originally appeared on Engadget at https://www.engadget.com/the-white-houses-39-billion-chip-making-giveaway-starts-today-210717470.html?src=rss

Google’s Pixel Watch gets Fall Detection starting today

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Google announced that it’s rolling out Pixel Watch fall detection starting today. Like the Apple Watch feature of the same name launched in 2018, Google’s version also uses motion sensors and algorithms to determine if you’ve fallen and need help. However, Google says it won’t accidentally call emergency services for winter sports accidents, as the Apple Watch’s crash detection has done.

If the Pixel Watch detects a possible fall and a lack of movement for about 30 seconds, it will vibrate, emit an alarm and display an onscreen message checking on you. If it wasn’t a bad fall, tap the “I’m OK” button to dismiss the alert; tap “I fell & need help” if you want it to call 911. Otherwise, the sound will continue for about a minute and grow louder in its final seconds. If you still haven’t responded to the alert by then, it will contact emergency services automatically, playing them an automated message requesting help at your location. (You’ll also have the option of speaking to the 911 operator from the watch.)

You can activate the feature on the “Updates” page in the Watch Companion app on your paired phone or in the Pixel Watch’s Personal Safety app.

Google says its fall detection should avoid false positives. “Worried that doing burpees or hitting the ski slopes will trigger an accidental emergency call?” Google wrote in its announcement post. “Your Pixel Watch knows the difference between taking a hard fall and performing a vigorous physical activity or even quickly recovering from a small stumble — thanks to our machine learning algorithms and rigorous testing. The motion sensors and algorithms can monitor for a sudden impact and your body’s responses and instinctive reactions to falling. We trained this process using a broad variety of human and simulated fall data and other motion patterns to accurately detect real falls and minimize potential false alarms.”

Google adds that you can supply data to help it improve the feature by toggling the “Help improve fall detection” option. This will send the company motion-sensor data of any events detected as falls.

This article originally appeared on Engadget at https://www.engadget.com/googles-pixel-watch-gets-fall-detection-starting-today-204521485.html?src=rss

Google’s Pixel Watch gets Fall Detection starting today

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Google announced that it’s rolling out Pixel Watch fall detection starting today. Like the Apple Watch feature of the same name launched in 2018, Google’s version also uses motion sensors and algorithms to determine if you’ve fallen and need help. However, Google says it won’t accidentally call emergency services for winter sports accidents, as the Apple Watch’s crash detection has done.

If the Pixel Watch detects a possible fall and a lack of movement for about 30 seconds, it will vibrate, emit an alarm and display an onscreen message checking on you. If it wasn’t a bad fall, tap the “I’m OK” button to dismiss the alert; tap “I fell & need help” if you want it to call 911. Otherwise, the sound will continue for about a minute and grow louder in its final seconds. If you still haven’t responded to the alert by then, it will contact emergency services automatically, playing them an automated message requesting help at your location. (You’ll also have the option of speaking to the 911 operator from the watch.)

You can activate the feature on the “Updates” page in the Watch Companion app on your paired phone or in the Pixel Watch’s Personal Safety app.

Google says its fall detection should avoid false positives. “Worried that doing burpees or hitting the ski slopes will trigger an accidental emergency call?” Google wrote in its announcement post. “Your Pixel Watch knows the difference between taking a hard fall and performing a vigorous physical activity or even quickly recovering from a small stumble — thanks to our machine learning algorithms and rigorous testing. The motion sensors and algorithms can monitor for a sudden impact and your body’s responses and instinctive reactions to falling. We trained this process using a broad variety of human and simulated fall data and other motion patterns to accurately detect real falls and minimize potential false alarms.”

Google adds that you can supply data to help it improve the feature by toggling the “Help improve fall detection” option. This will send the company motion-sensor data of any events detected as falls.

This article originally appeared on Engadget at https://www.engadget.com/googles-pixel-watch-gets-fall-detection-starting-today-204521485.html?src=rss

The OPPO Air Glass 2 is easily the most fashionably sleek AR wearable on display at MWC 2023

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In a sea of ski-goggle-shaped AR headsets, OPPO’s 2nd-gen Air Glass is slim enough to be mistaken for an actual pair of glasses. Look carefully, however, and you’ll notice the cleverly concealed reflective display in the eyepieces. To the wearer, however, the display impressively overlays virtual elements right on top of real life, helping you see the time, weather, notifications, etc.

Designer: OPPO

The Air Glass 2 was announced last year at OPPO’s INNO Day event, with a broader reveal at this year’s Mobile World Congress in Barcelona. It seems leaps and bounds ahead of the first Air Glass that debuted in 2021, with a mildly clunky, Google Glass-esque design. In its second iteration, the Air Glass 2 looks exactly like a regular pair of glasses, albeit with loads of impressive tech underneath its surface.

The Air Glass 2 is an ‘assisted reality’ wearable that now has two displays, one in each eyepiece. The way these displays work is using a MicroLED built into the frame, which projects images onto a resin SRG-diffractive optical waveguide lens, developed as a joint partnership between OPPO and meta-bounds. These new lenses are lighter, more drop-resistant, and safer, in line with consumers’ daily habits of using glasses, making them perfect for the Air Glass 2.

The eyepieces get their visuals from 0.13″ green microLED displays built into the sides of the eyewear, capable of outputting an impressive 1,000 nits per eye. You’ve also got an environmental light sensor, a touchpad for registering input, microphones, and speakers built into the Air Glass 2’s temple stems, completing the entire wearable experience. The glasses are powered by a Snapdragon 4100 processor, and the entire wearable runs on a built-in 200mAh battery that has a 3-hour lifespan and can be charged via a pogo-pin charger that connects to the end of the spectacles’ temple stems.

The entire hardware comes with a magnesium-lithium alloy outer construction and weighs a paltry 38 grams, making it about 8 grams heavier than its predecessor, but with double the tech. This lightweight design also means that the Air Glass 2 can’t be used as a standalone wearable. It needs to be wirelessly connected to a smartphone, which can then beam data to the eyepieces, allowing you to view navigation data, live translations, calendar alerts, weather updates, fitness tracking data, and other datasets. The microphone and speakers help wearers take calls, give voice commands, or even listen to music.

The OPPO Air Glass 2 app lets you control what you see in the eyepieces

Ultimately, the Air Glass 2 is perhaps the biggest flex from any company in the AR space (note: the Air Glass 2 is an ‘assisted reality’ wearable). The Air Glass 2 is surprisingly small and light, while looking just about as fashionable as any regular pair of acetate frames. The MicroLED display and diffractive optical waveguide lens system are light-years ahead of the competition, although the elements on the screen have their own limitations – they’re green, exist in only a small part of your FoV, and don’t do much as of now. That being said, the Air Glass 2 is still leaps and bounds ahead of other wearables, even though Google teased a similar pair of glasses last year in a concept video but didn’t show any actual hardware.

A close-up of the pogo-pin charger for the OPPO Air Glass 2

The OPPO Air Glass 2 was unveiled in both black and white frame variants, although pricing and release date details haven’t been made public. If this is anything like the 2021 Air Glass, OPPO will probably sell a limited number of units to enthusiasts in China before considering a global rollout.

The post The OPPO Air Glass 2 is easily the most fashionably sleek AR wearable on display at MWC 2023 first appeared on Yanko Design.