Technologies
HTC’s New Standalone VR Headset Is Like Nothing We’ve Ever Seen
Best of CES: The compact, depth-sensing, $1,099 headset arrives in February. Vive boss Dan O’Brien explains the strategy.

VR has suddenly gotten more expensive. It seems like the worst possible timing, but HTC’s newest high-end headset announced at CES, the Vive XR Elite, follows a similar playbook to Meta’s recent Quest Pro, and possibly Apple’s awaited device as well. It raises a question: Are we truly ready for the rise of the $1,000-plus VR rigs? The standalone Vive XR Elite is sleek and looks a lot more compact than the Quest Pro, and is trying to test the higher-end waters.
The $1,099 headset, available for preorder Thursday, is arriving by the end of February — remarkably soon for a CES product. That means it’ll be available alongside Sony’s PlayStation 5-connected PSVR 2. While less expensive than the Quest Pro, the XR Elite’s price costs about as much as buying a PS5 and a PSVR 2 together. It’s far from an impulse purchase. But the hardware, which shrinks down the VR form to a pair of nearly glasses-like goggles and includes mixed-reality capabilities that could allow for AR apps, looks to solve how we’ll be using the metaverse for more in our lives than just games, simulation and fitness.
Read more: The Wonders of CES 2023: 3D Laptops, Wireless TV and Shape-Shifting Screens
No other company has really cracked this challenge either. But this Vive headset looks, more than ever, like it’s a stepping stone to future AR glasses.
«We see where mixed reality is going to create a whole new suite of use cases. We know the virtual reality use cases are great. I think the AR side is amazing, too,» Dan O’Brien, HTC’s general manager of Vive, told me in a conversation at CES in Las Vegas. He acknowledged that HTC tried to make an AR device in 2015 but stopped because of the complications. O’Brien sees 5G and cloud computing as a key next step. «You need a 5G network, a really robust one to make AR go to scale — you need a cloud infrastructure to deliver to those types of wearables.»
The XR Elite is primarily a standalone VR headset, and it looks like an impressive piece of tech: It has a familiar Qualcomm Snapdragon XR2 chip much like the Meta Quest 2, Quest Pro and Vive’s existing business-focused Focus 3. But it adds a higher-resolution 110-degree field of view, LCD displays with 2K resolution per eye that can run at 90Hz. There’s also a boosted 12GB of RAM along with 128GB of storage. It can connect to PCs to run SteamVR or HTC’s VivePort software, or connect with Android phones. But its potential as a bridge to AR experiences seems like the most impressive feature.
Those are just specs, though. The XR Elite is a VR headset with a similar proposition to previous models, but with expanded capabilities. Its compact size is the most surprising part: At 340 grams, it’s less than half the weight of the Quest Pro. The rear hot-swappable battery gives about two hours of life. It gets even smaller by unclipping the back battery strap and adding glasses arms that can turn the headset into a modified pair of VR glasses, which could just plug into an external USB-C charger or battery for power. It’s small enough to fit in a compact carrying case tube.
But that compact size comes with a twist: Instead of fitting on top of glasses, the XR Elite uses adjusting dials, or diopters, which can change the lens prescription on the fly without you needing to wear glasses at all — for some people, at least. The diopters only accommodate up to a -6 prescription, but my own vision is over -8 for nearsightedness. It’s a challenge HTC faced with its even smaller Vive Flow phone-connected VR goggles, which also went for the glasses-free approach.
The XR Elite has a dedicated depth sensor on the front, along with color passthrough cameras that can eventually show mixed reality-experiences, similar to the Quest Pro. The Quest Pro doesn’t have the Elite’s added depth sensor, but it accommodates for that with its onboard cameras.
The XR Elite could also adapt further. While the hardware doesn’t have its own eye-tracking tools onboard, eye- and face-tracking add-ons are coming later in the year. The headset’s controllers are the same standard ones that HTC has for the Vive Focus 3, which follow the same game controller-like playbook as the Meta Quest 2 and others. But HTC already has its own line of wearable VR body trackers and wristbands, and more accessories could follow.
O’Brien acknowledges that the sticky, mass-market appeal of VR and AR aren’t here yet. «I think developers will be using cloud computing, being able to actually get their content into the metaverse much faster, and much more efficiently,» he said. «If you think about the streaming business, these streamers, these TikTokkers, all these kids that create the really compelling, fun experiences that just keep drawing you back in? That’s not in the metaverse today, We need to create more opportunities for less sophisticated immersive content creators to get involved, and then create more [of an] economy.»
O’Brien sees cloud computing, driven by eye tracking’s ability to compress graphics data via a technology called foveated rendering, as a way of eventually shrinking the processors on future headsets, getting smaller and fitting on more people.
My concern is about the limited prescription options at the moment. «As we get to much lighter glasses, people will probably be bringing more of their prescriptions to it in the future,» says O’Brien. «For now, what we can do is just try to address the majority of the market as best we can with these types of setting changes, because we have to get the headsets lighter. We’ve got to get them more comfortable. And if you’re going to have these big eye relief areas inside of these headsets, they’re going to stay really big.»
O’Brien sees the included VR controllers as possibly becoming optional one day, even maybe being left out of the box and bought separately, but not yet. Hand tracking isn’t reliable enough. «Hand tracking has to make massive advancements over the next two to three years to really become much more of a natural input tool.» But O’Brien suggests it’s a way for future headsets to get more affordable. «If a user can just put on glasses and interact with content [with their hands], that’s going to be a much less expensive product.»
This product has been selected as one of the best products of CES 2023. Check out the other Best of CES 2023 award winners.
Technologies
Today’s NYT Mini Crossword Answers for Thursday, July 3
Here are the answers for The New York Times Mini Crossword for July 3.

Looking for the most recent Mini Crossword answer? Click here for today’s Mini Crossword hints, as well as our daily answers and hints for The New York Times Wordle, Strands, Connections and Connections: Sports Edition puzzles.
Today’s Mini Crossword stumped me in a few spots. 8-Across had me thinking of a couple different words, but I landed on it eventually. Need answers? Read on. And if you could use some hints and guidance for daily solving, check out our Mini Crossword tips.
The Mini Crossword is just one of many games in the Times’ games collection. If you’re looking for today’s Wordle, Connections, Connections: Sports Edition and Strands answers, you can visit CNET’s NYT puzzle hints page.
Read more: Tips and Tricks for Solving The New York Times Mini Crossword
Let’s get to those Mini Crossword clues and answers.
Mini across clues and answers
1A clue: Glaswegian or Edinburgher
Answer: SCOT
5A clue: 2025 Pixar film about a boy who gets abducted by aliens
Answer: ELIO
6A clue: Strong string
Answer: TWINE
7A clue: Religious devotee with a shaved head, maybe
Answer: MONK
8A clue: Calligrapher’s assortment
Answer: INKS
Mini down clues and answers
1D clue: Attach, as a button
Answer: SEWON
2D clue: Sound of two glasses being «cheers-ed»
Answer: CLINK
3D clue: Noises from a pig
Answer: OINKS
4D clue: «Little piggy»
Answer: TOE
6D clue: «Did I overshare?»
Answer: TMI
Technologies
Starlink Plans to Send 42K Satellites Into Space. That Could Be Bad News for the Ozone
Technologies
Scary Survey Results: Teen Drivers Are Often Looking at Their Phones
New troubling research found that entertainment is the most common reason teens use their phones behind the wheel, followed by texting and navigation.

A new study reveals that teen drivers in the US are spending more than one-fifth of their driving time distracted by their phones, with many glances lasting long enough to significantly raise the risk of a crash. Published in the journal Traffic Injury Prevention and released on Thursday, the research found that, on average, teens reported looking at their phones during 21.1% of every driving trip. More than a quarter of those distractions lasted two seconds or longer, which is an amount of time widely recognized as dangerous at highway speeds.
Most distractions tied to entertainment, not emergencies
The top reason teens said they reached for their phones behind the wheel was for entertainment, cited by 65% of respondents. Texting (40%) and navigation (30%) were also common. Researchers emphasized that these distractions weren’t typically urgent, but rather habitual or social.
Teens know the risks
The study includes survey responses from 1,126 teen drivers across all four US regions, along with in-depth interviews with a smaller group of high schoolers. Most participants recognized that distracted driving is unsafe and believed their parents and peers disapproved of the behavior.
But many teens also assumed that their friends were doing it anyway, pointing to a disconnect between personal values and perceived social norms.
Teens think they can resist distractions
Interestingly, most teens expressed confidence in their ability to resist distractions. That belief, researchers suggest, could make it harder to change behavior unless future safety campaigns specifically target these attitudes.
The study’s lead author, Dr. Rebecca Robbins of Boston’s Brigham and Women’s Hospital, said interventions should aim to shift social norms while also emphasizing practical steps, such as enabling «Do Not Disturb» mode and physically separating drivers from their devices.
«Distracted driving is a serious public health threat and particularly concerning among young drivers,» Robbins said. «Driving distracted doesn’t just put the driver at risk of injury or death, it puts everyone else on the road in danger of an accident.»
What this means for parents and educators
The researchers say their findings can help guide educators and parents in developing more persuasive messaging about the dangers of distracted driving. One of the recommendations is that adults need to counter teens’ beliefs that phone use while driving is productive or harmless.
While the study’s qualitative component was limited by a small and non-urban sample, the authors believe the 38-question survey they developed can be used more broadly to assess beliefs, behaviors and the effectiveness of future safety efforts.
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