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HughesNet, a competitor to Starlink Satellite Internet, has recently launched its 100Mbps service.

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HughesNet, a competitor to Starlink Satellite Internet, has recently launched its 100Mbps service.

In the past, individuals have only utilized satellite internet when they had no other choice, but with the advent of Starlink, that has begun to change. Traditional satellite internet providers aren’t giving up despite SpaceX’s explosive growth in its satellite broadband business. Following the summertime launch of a new communication satellite, HughesNet has begun to provide competitive 100Mbps speeds in the US, matching those of Starlink. It’s still playing catch-up, though.

The new Jupiter 3 satellite (above), the company’s first Ultra High Density Satellite (UHDS), is the key to HughesNet’s speed enhancement. Ironically, a SpaceX Falcon Heavy rocket—one of the least expensive ways to launch big cargoes into space—placed Jupiter 3 into a high geostationary orbit. Over the past few years, SpaceX has used the Falcon 9 rocket to launch thousands of smaller communication satellites at a low cost, which has put pressure on HughesNet to boost speeds.

HughesNet was charging $75 a month for a maximum of 25Mbps before Jupiter 3 went up this week. Given that Starlink can supply over 200Mbps for a little bit extra, that was a difficult sell. However, Starlink performance has reduced to about 100Mbps or less in many areas. The new 100Mbps service will have a monthly price of $90; however, the monthly bandwidth is limited to 200GB. Your speeds will drastically decrease once your “priority access” for the month is used up. Starlink toyed with the idea of a data cap before deciding on a broader fair-use policy.

Although Jupiter 3 is roughly the size of a bus and has solar panels that allow it to go as high as a ten-story skyscraper, SpaceX’s current Starlink satellites are smaller than a vehicle. This results from HughesNet’s more centralized method of providing internet. During Starlink’s early expansion, it has been sluggish to get better, although only one new satellite has tripled maximum data speeds. According to the business, Jupiter 3 expanded the network’s overall bandwidth by 500 gigabits, and its capacity to independently steer 300 spot beams effectively distributes that bandwidth.

However, HughesNet is still lagging behind Starlink. Jupiter 3 will definitely still have a higher latency than Starlink due to its high orbit. In order to lower latency, HughesNet has a “Fusion” plan for $110/month that combines satellite and terrestrial cellular networks. The maximum upload speed offered by HughesNet is 5Mbps, which is still inadequate. Although Starlink isn’t particularly fast, most users may still get about 20 Mbps from it. However, the company’s future remains questionable. Although HughesNet’s service is nearly on par with Starlink’s, at this point there are no scheduled satellite launches. SpaceX is currently in the process of accelerating the deployment of Starlink nodes through the launch of the Starship rocket.

Transform your television into an extensive collection of over 500 digital paintings for a mere $40.

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Transform your television into an extensive collection of over 500 digital paintings for a mere $40.

While smaller, thinner TVs were once thought to be the way of the future for entertainment, current trends indicate that larger TVs may soon make a reappearance. We can all agree that while large-screen televisions are desirable, they may also be unsightly when not in use.

While certain TVs are designed to resemble artwork while not in use, you can use a Dreamscreens USB drive to transform any old TV, smart or not, into one. Enormous artworks are available for a mere $39.99 (was $49.99). Even if it has a good rating on Amazon, this pricing isn’t available there or anyplace else on the internet.

Simple Setup and Operation
Dreamscreens are compatible with the majority of TVs and digital frames that have a USB input. You can check for this by looking inside your entertainment unit or by using the remote control to see what options are available for watching. Simply plug it in and choose the appropriate input when it comes to transform your TV into a 4K digital art gallery.

Transform Your TV into a Talking Point Instead of an Eyesore

Explore more than 500 photos of well-known paintings, including The Starry Night by Vincent van Gogh, 400 impressionist paintings by Monet and Manet, and 500 post-impressionist pieces. You can choose to view each photograph individually, as a slideshow, or as a movie using the application. Additionally, you have the option of using the widescreen format USB, which fills your TV or frame with art, or the normal format USB, which shows photos in their original size and may leave some black borders on your screen. Both formats are supplied.

Paintings can be relaxing background decor for working or reading, but they can also spark conversation at your next get-together, especially if they’re coupled with your favorite record or playlist.

Dreamscreens can transform your TV into a stunning digital art gallery for the special low price of $39.99 when you get them here.

A photograph showcases the presence of a Meteor Lake CPU featuring two CPU tiles.

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A photograph showcases the presence of a Meteor Lake CPU featuring two CPU tiles.

On December 14, Intel unveiled its new Meteor Lake architecture; overall, there were no major revelations. As may be predicted, the company’s first tile-based chip had four tiles: one each for the CPU, GPU, I/O, and SoC. Currently, a picture of what seems to be an engineering sample of Meteor Lake with two CPU tiles has surfaced; this sample was never disclosed as a possibility, leaked, or discussed by Intel.

The image, which was shared on Twitter by @yuuki_ans, displays the dual-tile chip next to the completed version of Meteor Lake. Instead of having two full-sized CPU tiles, this chip—dubbed a “thermal test” chip—has two that fit into the area left by the last CPU tile. It appears as though the manufacturer cut its standard CPU tile in half and packaged both of them. As one of the readers correctly pointed out, it’s akin to what Apple did with its M-series Ultra CPUs, which combine two chips into one logical CPU so that the operating system views them as one.

Tom’s Hardware points out that another option is that it was inspired by AMD’s chiplet design, which employs two of the same dies on its 12- and 16-core CPUs. Upon closer inspection, the two tiles appear to be somewhat different sizes, indicating that they are most likely not the same CPU tile. It appears plausible that this chip was a secondary CPU tile, however it was most likely not two identical chips, as it was designed for thermal testing. Another possibility is that the business was experimenting with splitting the P and E cores from a single tile into two different tiles. This might let it to employ a less costly node, like TSMC 6nm, for its E-core tile. For the Meteor Lake CPU tile, it makes use of Intel 4.

The CPU shown in the image is the as-yet-unreleased Meteor Lake P-series, which typically falls between Intel’s H and U series. The H-series targets slightly higher at 28W TDP, while the U-series is for thin-and-lights users with a 15W TDP. The Raptor Lake mobile P-series shares the same number of cores as the Core Ultra 165/155 H CPU, suggesting that Intel may decide against releasing a P-series because it would be illogical. We are skeptical that a P-series will ever be released because Intel has not yet made any indications that one is on the horizon.

According to recent research, the virtual reality (VR) market has experienced a significant decline of 40% this year. This decline has raised concerns and doubts about the future of the metaverse.

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According to recent research, the virtual reality (VR) market has experienced a significant decline of 40% this year. This decline has raised concerns and doubts about the future of the metaverse.

Facebook formally relaunched as Meta back in late 2021. It also declared at the time that it was changing course and going to concentrate on creating the Metaverse, which was essentially a 3D environment where your avatar could engage with people in novel and fascinating ways. Naturally, a VR headset is required to enter the metaverse, and Meta sells them. As is well known, the metaverse is still not widely accepted, and a recent survey on VR device sales suggests that it may never acquire sufficient traction to materialize. Meta continues to pour billions of dollars into the project even though it was unable to get off the ground.

The most recent data on VR gadget sales comes from Circana, an industry research company. CNBC obtained the data, which showed a 40% decrease in sales of VR equipment and alternate reality goggles this year over last. Although sales of the troubled gadgets fell by just 2% overall last year, this is a sharp reduction for them. Though it was still a $1 billion industry in 2022, VR/AR is now distinctly less so. Simultaneously, CNBC reports that Meta’s VR/AR division lost $3.7 billion in the third quarter of 2023 alone, bringing its total losses since the company’s rebranding two years ago to above $25 billion.

A killer app that everyone wants to play or use, as well as a dearth of interesting devices for people to use, seem to be the causes of the downturn. In October of this year, Meta itself launched the Quest 3, and Sony debuted the PSVR2 gadget. According to CNBC, while sales of Sony’s latest headset have not performed well, Meta’s latest headset has caused a 42% increase in sales when compared to the same quarter last year. In the near future, Apple will also be making its $3,500 Vision Pro headset available on the market.

2024 appears to be the year that VR gadgets make or break based on all of these advances. Apple is joining the market, but it isn’t joining the metaverse with its product since it is intended to be used by an individual to enjoy content on their own, not in a networked setting with other people. Thus, Meta will bear the primary responsibility for advancing the metaverse.

Because of the confusion caused by the advent of AI, it’s not entirely obvious where Meta’s attention lies at the moment. CEO Mark Zuckerberg announced in March that the business was changing course and concentrating on integrating AI into every product. Shortly after Zuckerberg’s remarks, the firm softened their stance slightly, saying that while it was still focused on the metaverse, it might take some time to come to pass. To be fair to Meta, the business has said that it will take ten years to construct the metaverse, so we should anticipate seeing it completely realized by 2032 or thereabouts.

Additionally, the business reaffirmed this week its dedication to emerging technologies, which now include artificial intelligence (AI) and the metaverse. The company is counting on these two technologies to be Meta’s future, and its chief technology officer and virtual affairs officer wrote that they have already started to intersect. The company’s new AI-powered glasses, which have an integrated AI assistant that can respond to inquiries about the user’s surroundings, are one tangible illustration of this.

Elon Musk asserts that the Cybertruck will have the capability to be utilized as a watercraft.

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Elon Musk asserts that the Cybertruck will have the capability to be utilized as a watercraft.

It’s about to get much crazier if you thought Tesla’s Cybertruck was strange enough. The controversial stainless steel truck will be able to operate as a short-distance boat, according to CEO Elon Musk, via X on Monday. This is because of an unidentified mod package that will enable at least 100 meters of water transport.

Musk responded to a post made by Sawyer Merritt, an investor in Tesla and businessman in the garment industry. Merritt posted a video snippet from an interview with Jay Leno in which vice president of vehicle engineering at Tesla, Lars Moravy, discussed the unusual engineering used in the Cybertruck. According to Moravy, “Elon did want to make it a boat.” “The car nearly floats; you might need to add some additional buoyancy to keep it going,” Moravy said to Leno. “You could figure out how to plug in an outboard motor there, turn it on from your screen, and go boating if you’re feeling particularly inventive.”

Musk responded in a matter of hours. The mod kit in question, he continued, “mostly just needs to upgrade cabin door seals,” a process that, if done incorrectly, would completely destroy the Cybertruck’s interior, which is heavily reliant on leather and electronics.

Musk does say a lot of things, but not all of them are accurate or feasible. Delivery of Cybertrucks was supposed to begin in 2021, however due to multiple design faults, the millionaire CEO had to postpone this until 2022 and then 2024. Although Tesla came close to hitting its goal, deliveries actually began in Q4. Things were better earlier this year, which led the company to move forward the scheduled deliveries to Q3 2023. Musk informed shareholders that Tesla had “dug our own grave with the Cybertruck,” a reference to the vehicle’s unconventional materials and peculiar structure, just before deliveries began.

This suggests that you should probably ignore Musk’s claim that the Cybertruck boat is real. Not only is it likely to be harder than it seems to make the Cybertruck waterproof and functional, but it may also be difficult to use the mod package. Before launching their vessel, boat owners must, in many places, obtain a boater card from the state, complete a boating safety course, or meet other legal criteria.

The James Webb Telescope has provided an unparalleled view of Uranus, revealing intricate details never seen before.

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The James Webb Telescope has provided an unparalleled view of Uranus, revealing intricate details never seen before.

A stunning wide-field picture of Uranus has been obtained by NASA’s James Webb Space Telescope. The most potent observatory ever put into orbit examined the planet’s seasonal north polar cap, inner and outer rings, and even some of Uranus’ moons using its near-infrared camera (NIRCam).

The photo from this week is significantly more detailed than the one that Webb took back in April. That picture was the greatest one we had seen of Uranus since NASA’s Voyager 2 passed past in the middle of the 1980s, at the time. This week’s image of Uranus isn’t all that dissimilar from last week’s, despite the astronomical difference in definition between Voyager 2’s glance and Webb’s image from April. Nevertheless, it lets us see a lot of fascinating features.

The seasonal north polar cloud cover of Uranus, which is more evident than ever in the image above, is the most timely of all. This polar cap gets more light and gets more noticeable when the planet’s pole moves nearer the Sun. NASA also notes that numerous bright storms are circling around and below the southern edge of the polar cap, raising concerns about potential variations in both the storms and the polar cap itself as Uranus gets closer to solstice. By the time the ice giant reaches solstice in 2028, astronomers will have ample opportunity to observe associated seasonal and meteorological phenomena.

Many of Uranus’ moons are another striking difference between the image published this week and the one from April. This new view enables us to see Belinda, Bianca, Cressida, Desdemona, Juliet, Perdita, Portia, Puck, and Rosalind—small, dim moons that orbit closer to Uranus itself, making them historically difficult to see. The image from earlier this year wasn’t quite sharp enough to include any of the ice giant’s 27 moons. Four of Uranus’ largest and brightest moons—Ariel, Miranda, Titania, and Umbriel—are also visible in Webb’s image.

But the planet’s collection of ice rings is one of its most notable characteristics. Zeta, the faint and diffuse innermost ring of Uranus, is now visible to us after we had a fairly good look at them in April. The outer rings of Uranus are very vivid, providing us with what NASA refers to as a “exquisite” image of the ice giant’s recognizable profile.

With its unparalleled detail, Webb’s work will help NASA get ready for upcoming flights to Uranus, so it’s more than simply a nice picture. The organization adds that because Uranus provides information on meteorology and planet formation, it can be used as a stand-in for about 2,000 exoplanets.

Animal tests have shown that inhaled COVID-19 boosters effectively prevent infection.

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Animal tests have shown that inhaled COVID-19 boosters effectively prevent infection.

Researchers have created aerosolized COVID-19 boosters that, when breathed, seem to halt the spread of diseases. In previously immunized monkeys and rodents, the boosters effectively boosted immune responses in the respiratory system, which is the home base of COVID-19. It is hoped that the aerosols may lead to easy-to-achieve booster doses that stop infections rather than just aiding in their treatment.

Conventional vaccines, or needle-based vaccinations, have one regrettable drawback despite their many benefits: they don’t prevent the onset of infection. Rather, they assist the immune system in combating the disease after it has already infiltrated the body and begun to multiply. This implies that even those who have had vaccinations against COVID-19, the flu, or other diseases may contract an infection; in such case, the immune system must “remember” how the vaccination trained it to combat illness.

The ability to completely prevent infections is known as “sterilizing immunity.” According to vaccine scientists, sterilizing immunity enables the body to get rid of a virus before it has a chance to spread. It would be necessary to provide inoculations to the nose, trachea, larynx, and certain areas of the lungs in order to establish sterilizing immunity against COVID-19, as respiratory infections initially start to replicate in these mucous membranes.

That is the goal of a tiny number of recently developed aerosolized COVID-19 boosters. Scientists from China and the United States have reported in two studies published in Nature this month (and one pending peer review) that three inhalable boosters may hold the key to completely averting infection or, at the very least, enhancing existent COVID-19 immunity. The Chinese-made booster is a dry powder aerosol, whereas the two US-made boosters are aerosolized or misted liquids. Both have produced positive outcomes.

In one US study, researchers administered commercially available intranasal COVID-19 boosters to some rhesus monkeys and intratracheal booster mists to others. They reported that the intratracheal mist-treated monkeys exhibited a “substantial expansion” of T-cell (immune cell) responses and mucosal antibodies, enabling “near complete protection” against COVID-19. Only intranasal booster-treated monkeys did not experience the same advantages. According to a Chinese study, non-human primates, hamsters, and mice that were given a single dose of a dry aerosol booster all displayed comparable increases in T-cell activation and antibody production, “collectively conferring effective protection” against COVID-19.

Non-human primates who got the booster in aerosol or mist form allegedly had “low to undetectable virus replication,” according to a research that is undergoing peer assessment. Only intramuscular (needle) vaccinations and boosters provided protection against viral multiplication in the upper airway, according to those who got them.

Scientists believe that if inhalable boosters can produce sterilizing immunity against COVID-19, then other respiratory infections should be amenable to the same treatment. Aerosolized boosters could be essential to lowering infections throughout flu season when traditional vaccines fail, even if many vaccine experts prioritize COVID-19.

Volkswagen Auto Group has decided to embrace Tesla’s charging standard.

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Volkswagen Auto Group has decided to embrace Tesla’s charging standard.

Volkswagen, Audi, Porsche, and Scout Motors divisions of the Volkswagen Auto Group have announced that they will shortly convert to the North American Charging Standard (NACS). The German automakers’ electric cars will be able to refuel at Tesla’s 15,000 Superchargers once they implement this standard.

The announcement is in line with the industry’s general move toward electric vehicles. Companies like Volkswagen, which concentrate on developing, producing, and marketing electric vehicles, are required to respond to frequent inquiries from prospective EV converts about the location of charging stations. Volkswagen AG automobiles include ports that are compatible with the Combined Charging System (CCS) standard, just as the majority of non-Tesla EVs. While not an issue at the moment, CCS chargers may become rare as the White House advocates for the standardization of EV chargers and supports SAE International’s recognition of Tesla’s NACS as a new standard.

Volkswagen AG will be able to appeal to a wider range of US and Canadian consumers by implementing NACS and altering its charging technology. New VW, Audi, and Porsche electric vehicles will have a NACS charging port by 2025. Scout Motors will adopt NACS in the same year that it starts selling its first electric trucks and SUVs.

President and CEO of Scout Motors, Scott Keogh, stated, “We design our new Scout vehicles with our future customers at the center of every decision we make.” “By incorporating NACS connectors into our cars from the start, Scout customers will have access to a huge and rapidly growing fast-charging network throughout North America.”

The 3,800 CCS chargers that Volkswagen AG customers presently use are the product of two companies, Electrify America and Electrify Canada, who have decided to begin providing the NACS connector at charging stations in 2025. Neither business will give up on CCS. Volkswagen AG is currently developing adapters to be sold to owners of its EVs that are compatible with CCS.

Not only does Tesla produce the most well-liked EVs worldwide, but it also produces the first EV to reach the top of the global vehicle sales charts. It was inevitable that the company’s standards would take center stage in the US charging network. Other automakers, like as Mercedes-Benz, which is creating its own charging network, may initiate a similar shift if that trend persists.

Beeper employs increasingly innovative strategies to maintain iMessage functionality on Android devices.

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Beeper employs increasingly innovative strategies to maintain iMessage functionality on Android devices.

iPhone owners have relished the exclusivity of blue iMessage bubbles in their conversations for almost ten years. That changed in 2023 with the arrival of the Android underclass, thanks to apps like Beeper that break into Apple’s system and reverse engineer it. Apple has been retaliating against Beeper, but the app has come up with new ways to get around it. However, Apple has won the most recent game of cat and mouse. The new workaround for Beeper greatly reduces the convenience of the service.

On non-Apple devices, it is not possible to log into iMessage by yourself. This is a messaging system that works in conjunction with text messaging; when the iPhone detects that you are contacting another iPhone user, the communication automatically goes through Apple’s servers instead of sending a traditional SMS. Longer messages, HD media, typing indications, and more can be accessed in iMessage in this way. When an Android user sends a message to an iPhone, they are represented as green SMS bubbles devoid of any functionality.

Apple has done a fantastic job of discrediting Android with this unequal communications, although Android phone numbers can participate in iMessage using apps like Beeper and Nothing’s Sunbird-based chat software. Apple is free to obstruct Beeper’s access to iMessage, even as Beeper is free to assist users in using it. The company decided to delay charging for the service while resolving its dispute with Apple.

Apple has been able to disable Beeper’s workaround at every opportunity. To elucidate the latest development in the iMessage story, the Beeper developers have resorted to Reddit. “Registration data” is a packet that needs to be sent when you connect to iMessage. In the past, Beeper’s service relayed data utilizing a fleet of Mac computers housed in a data center. Users must, however, exchange registration information as a result. Apple has blocked Beeper users using this method.

You must create your own registration data with the most recent version of Beeper, which necessitates a Mac computer. Similar to iPhones, Macs come pre-installed with iMessage functionality. Using the registration data, the Beeper Cloud app will link you to iMessage on your Android device. But the Mac must always be online because this info needs to be refreshed around once every week. Additionally, Beeper advises using a friend’s Mac to create the registration data. According to the business, ten to twenty users can share the same data without drawing Apple’s notice.

A few years ago, these clumsy iMessage workarounds might have been useful, but times are changing. It was recently confirmed by Apple that iOS would now enable RCS messaging. Android users will finally enjoy modern text features when speaking with iPhone users, however it presumably won’t have all the functionality of iMessage. When RCS becomes available in a year, nobody will want to bother with iMessage workarounds anymore.

Intuitive Machines has postponed the launch of its Lunar Lander to February 2024.

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Intuitive Machines has postponed the launch of its Lunar Lander to February 2024.

It has been discovered that a future edition of the well-known system information and diagnostic utility HWiNFO will support next-generation Intel GPUs. The HWiNFO team’s update signifies that Intel has moved “out of the fab and into the lab,” as CEO Pat Gelsinger likes to say, as it is the first time the utility has discussed the company’s planned hardware.

The software tool has updated its website with information on the latest version’s adjustments as well as those planned for the upcoming one. Future GPU and CPU architectures from Intel are mentioned in both versions; the most recent version adds support for Arrow Lake CPUs and “preliminary” support for Panther Lake, the CPUs’ replacement. The utility’s “upcoming changes” include compatibility for its upcoming GPUs, Battlemage and Celestial, which are discrete and integrated GPUs. Beyond these two, the only GPU architecture still on Intel’s roadmap is called Druid, and it won’t likely be released until beyond 2027.

The tool informs users that while integrated GPU support is available for Panther Lake and Nova Lake, discrete GPU support is being introduced for Battlemage and Celestial. Wccftech claims that Intel will introduce new discrete GPUs in 2024 featuring its Battlemage architecture. A scaled-down version of this same architecture will also be incorporated into Intel’s forthcoming CPUs. It can be a little complex, but here is how it will work: On PC, Arrow Lake will take the position of Raptor Lake update, therefore late 2024 is anticipated. On mobile, Lunar Lake will take Meteor Lake’s place in the upcoming year. Both of those will eventually be replaced with Panther Lake and Nova Lake, perhaps around 2026, though exact dates are difficult to determine.

Intel’s current Alchemist GPU will be utilized by both desktop and mobile versions of Meteor Lake and Arrow Lake, respectively, in terms of integration. However, Arrow Lake might see an upgraded version called Alchemist+. The iGPU version of the Xe2 Battlemage platform will be installed on Lunar Lake after it debuts as a separate GPU in 2024. Panther Lake, the sequel to Arrow Lake, is expected to use Xe3 “Celestial” graphics when it opens. It’s also likely that Nova Lake will receive this iGPU, or by then the business might have finished developing the fourth-generation Druid design.

For the time being, everyone is eagerly awaiting Battlemage, Intel’s second-generation graphics. With Arc Alchemist, the corporation achieved good progress, and since its launch, better drivers have contributed significantly to the uplift. Considering all the lessons it has learnt from its fledgling endeavor, it will be intriguing to watch its second bite at the apple.