A200-person company named after Star Wars’ Princess Leia may have quietly cornered the market on glasses-free 2D to 3D screens — after clawing its way back from one of the biggest gadget flops of the past decade.
Leia is building a 3D kingdom on the back :
Remember the Red Hydrogen, the 3D phone that crashed and burned so hard its founder decided it was time to retire? Leia is the company that created its “holographic” screen, and the company has been relatively quiet since that experience. Walking into its private hotel room suite at CES 2024 in Las Vegas, my expectations were not particularly high!
So you can imagine my surprise to find five tables full of Acer, Asus, Dell, Lenovo and MSI products and prototypes, plus a brand-new 3D OLED phone — each having an eye-popping glasses-free 3D screen from Leia.
That Acer SpatialLabs tech that’s wowed us at CES after CES? Acer uses Leia. Asus’ rival Spatial Vision is Leia technology, too. When it comes to switchable 2D to 3D screens, Leia co-founder and CEO David Fattal tells The Verge that his company is the only game in town.
Technically, those PC deals were all arranged by its competitor, Philips spinoff Dimenco — but Leia bought Dimenco just five months ago. In October, Leia bought a treasure trove of stereo 3D patents from Philips as well. “We have the IP,” says Fattal, arguing that any other switchable 2D to 3D screen would be a copy of Leia’s technology.
I have a hard time believing it could be that simple, since Sharp’s switchable parallax barrier for the Nintendo 3DS predates his entire business. But it’s hard to argue with the tables full of samples around the room. Even Lenovo — which tells The Verge its upcoming 27-inch autostereoscopic monitor is based on different tech — had two laptops on show in Leia’s suite. Fattal says both the Lenovo and Dell machines I saw are prototypes explicitly built for those PC makers, not mockups.
Leia’s most advanced prototype is a $10,000 8K monitor housed in what’s clearly a Dell chassis, and I would use it for hours if given the chance. That’s something I’ve never said about flat-screen 3D before. No, we’re still not talking about tiny space princesses getting projected into the real world — but definitely better quality than those throwaway glasses at the movie theater.
The company started me off gazing at Sketchfab models of a badass warrior and a New Balance shoe, then this series of Gaussian Splats, a new 3D scanning method that turns photographs into millions of tiny points painted into a scene that can be rendered like a video game. Each time, the result was awesome. The shoe popped out life-size into 3D space for me to study from every angle; the Splats were like having a window into ethereal yet photorealistic oil paintings. I could count the fine stalks of foliage in a detailed handmade model of a house covered in greenery, too.
Then, I played a few minutes of Shadow of the Tomb Raider at 8K in audio 3D. Not every game natively supports side-by-side stereo like Tomb Raider, sadly, but I could see myself tackling an entire game this way that I’d be pained to play in VR. Watching a 3D trailer for the graphically marvelous Avatar: The Way of Water, I felt an obvious urge to watch 3D movies on this screen.
Like Dimenco, Leia started as a spinoff. Fattal and his co-founders were working at HP Labs on ways to move data optically through computer chips when they were suddenly stopped by an alarm, he told Forbes columnist Charlie Fink in 2020:
We were caught in a fire drill, and had to leave the lab with everything we had in our hands. We all gathered in the parking lot.
It was a bright, sunny day. The sun was acting pretty much like a laser beam, with very directional light. As it heated the surface of the wafers we saw all kinds of cool patterns appear, which was due to the directionality of the structures. At first, we didn’t even notice what was happening until the people around us were like hey, that’s super cool, what do you have in your hand? So that’s how it all started.
Though he spent “maybe the most excruciating eight months of my life” trying to buy the patent applications from HP, we’re no longer looking at quite the same tech that powered the Red phone. For one thing, Dimenco’s optics can go above the display, making them compatible with thin OLED panels, whereas Leia’s original optics were only meant to go underneath LCDs.
Fattel also tells me the company initially made the mistake of focusing on providing multiple static viewing angles — a small number of preset “sweet spots” where you can place your head to get the right 3D effect from the screen.
The problem with that, as anyone who’s used an original Nintendo 3DS (or Hydrogen) will tell you, is you can get headaches. If you move your head out of the sweet spot where the left image meets your left eye and the right image meets your right, the resulting “crosstalk” can lead to fuzz or worse. Most people I know who used the original 3DS did it with 3D turned off.
That’s why the 2014 New Nintendo 3DS came with a head-tracking camera, infrared sensor, and machine learning to automatically adjust the sweet spot as you move, and every Leia screen uses similar tech today. Fattal says Leia’s single-camera system uses computer vision to find your face, and machine learning trained on faces to figure out how far yours might be from the screen. Then, it sends voltage to an ultra-thin liquid crystal to change its refractive index so the proper image is directed at each eye, based on a “physical model of how light propagates out of that system.”
The real trick, says Fattal, is also about making that secondary “3D cell” so thin and unobtrusive, you can easily use the underlying LCD or OLED screen as a normal 2D monitor the rest of the time. There is at least one compromise: I can see tiny diagonal etchings on every screen in Leia’s room if I look closely, even the 8K monitor. But these TVs do seem competent in 2D, unlike, say, Sony’s Spatial Reality Display.
In 3D, the biggest compromise I saw in my hour-plus test was resolution: you’re getting less than half the screen’s 2D resolution in 3D mode. That’s because it has to use some pixels to make an image for your left eye, others for your right, plus some wiggle room for your head to move without crosstalk. “If it were 50 percent, as soon as I start moving I’d be infringing on the other view,” says Fattal
With the 32-inch 8K display, I didn’t terribly mind the loss of sharpness — but not all Leia’s demos are equal. Though I liked the 3D effect, Ori and the Will of the Wisps looked a bit grainy on Acer’s 15.6-inch SpatialLabs View portable monitor, which has a 4K panel underneath and retails for $1,100 today. Notably, that’s the same pixel density as the 32-inch 8K screen, as both have 280 pixels per inch, but the larger monitor quickly felt like the better experience to me.
Will this tech be compelling on a sub-$10,000 display? I didn’t spend quite enough time to tell.
But even Leia’s tiny demo — the one on its first phone in five years — felt neat.
Leia isn’t revealing much about the phone, only that a big partner will ship the first 3D OLED phone, in Asia, by the end of the year. But the highly disguised prototype I saw can already do quite a bit. I watched a 3D trailer for the new Guardians of the Galaxy, viewed 3D photos, and did a 3D video chat with Fattal from across the room through Leia’s own app. (The company says it has a relationship with Zoom, but it didn’t have an official Zoom app to show yet.)
I also watched a moderately impressive demo of an app that claims to convert 2D YouTube videos into 3D ones in real time, with an adjustable 3D slider right on the screen. While the 8-billion-view “Despacito” definitely has the typical awkward billboarding effects you see with fake 3D (where people and objects sometimes seem flat like a billboard even if they occupy 3D space), the prototype’s 1080p screen generally seemed capable of creating a small but convincing 3D effect, with Guardians of the Galaxy objects popping out at least half an inch toward my face.
While I could definitely see the phone screen’s diagonal Leia matrix if I looked closely at the 2D screen, Fattal says the final version will be better resolution at 1440p instead of 1080p.
And yes, it’s already far better than the Red Hydrogen, I can safely say, because Fattal brought along an original Red Hydrogen to our demo.
A funny story about that: Fattal says he’s still using the Red Hydrogen today, and not just in a “I bring it to demos” way.
“Since 2018, this has been my only phone,” he says.
Yes, that would mean the worst phone we’ve ever reviewed has been his daily driver since 2018, ever since Red founder Jim Jannard asked him about when he was going to switch to a phone using his own technology.
When I call him on what I think is bullshit, he says no, take a look — “it has everything!” he says. He shows me his corporate Slack, his Zoom, his notifications, his credit cards, his Southwest flight check-in, recent 3D pictures of his kids. His wife calls while he’s showing me the phone, and he briefly walks away to take the call. The phone is absolutely not in showcase condition — it’s beat up, scuffed, the back panel bulging likely due to a swollen battery. There are two clear impact marks on the screen.
He says the lack of software updates can make some things tough, since it’s still on Android 9, but most apps he wants to use are there. He does all his ChatGPT searches on the Red Hydrogen, he says.
Why? He says he’s just a loyal guy, it’s the only phone that can take those 3D shots of his family, and he likes how it’s a conversation starter for his company’s technology. People ask him about it on planes.
“The Red Hydrogen project was the coming out of Leia,” he says. “It shaped the company in many ways.” While Fattal says the company had enough financial runway to live without Jannard’s funding, the Red founder believed in Leia enough to sign an exclusive deal that helped Leia develop its full suite of stereo 3D apps.
The first thing he did at the meeting: he had a model of Hydrogen and he put it on the table and said, ‘I want your technology in this device,’” Fattal recalls. “The whole company was effectively working for Jim for 18 months.”
In fact, the deal meant Leia was still signed to Red for a time after the Hydrogen phone flopped. “There was going to be a Hydrogen 2, we worked on it for six months,” says Fattal. But when Jannard chose to retire, canceling the entire Hydrogen project, Leia had to change gears fast. The company pivoted its supplier to a tablet, the Lume Pad, which drew the interest of the much bigger ZTE. ZTE, in turn, released a successor abroad called the Nubia Pad 3D to prove out the market. It was an expensive device at $1,500, but the company still managed to shift around 10,000 units, he says.
ZTE might not be the only Chinese company interested in Leia’s tech. Fattal says that China Mobile was also pleased by the tablet, and hints that a future phone might be paired with a native streaming service hosted by a cellular carrier. He says that a “consortium of companies led by China Mobile” and “content companies like Tencent” are “seriously talking about 3D.”
“Carriers are trying to find a reason to justify 5G, and 3D is a great story for that,” he says.
I’m not yet sure that 3D is coming back, a decade after its last ignominious death — but I do know that most people never saw 3D at its best. They didn’t experience good per-eye 3D movies and games without crosstalk like you get in a VR headset. And if 3D is coming back thanks to the Apple Vision Pro and Meta Quest and associated spatial video, I do think many people will want ways to see that content without goggles on their face.
Perhaps Leia and its partners can ride that wave :