Waveguide Maker DigiLens Announces New Investment at $530M Valuation

DigiLens, a maker of waveguide optics for AR glasses, today announced a second close of its Series D funding round, claiming a $530 million valuation.

DigiLens is one of several companies building waveguide optics and positioning them for use in XR. Waveguides allow for extremely compact near-eye optics which are no thicker than the lenses on a pair of glasses.

Today the company announced a second close of its Series D investment round which brings participation from Corning, a major materials company known for its Gorilla Glass product that’s used widely in the smartphone space, and Optimas Capital Management, the strategic investment arm of Goertek which is a major manufacturer of XR devices.

The Series D investment raised “more than $50 million”; the first close of the round was originally announced back in November 2021 and valued the company at $500 million, according to DigiLens.

With additional investment from Corning and Optimas Capital Management in the second close of the round, the company says it has been valued at $530 million. The full round includes a number of strategic investors including Samsung Electronics, Diamond Edge Ventures (the strategic investment arm of Mitsubishi Chemical), and others.

In an investment round, a startup’s valuation is determined by the price of each share multiplied by the total number of shares in the company. It’s fairly rare for a company to state their valuation outright, except in cases where they believe the valuation shows the company in a position of strength and momentum.

That’s clearly the case here; with waveguides expected to be a critical component in AR headsets and glasses targeting mainstream adoption, DigiLens is vying to be the leading supplier of the technology. The goal of publicly announcing a large valuation is likely to throw off competitors by making potential investors think twice about who is leading the race toward an AR glasses market that many believe is poised to explode.

The company claims its particular approach to waveguides—diffractive gratings manufactured with an optical copy process—are the most cost effective and scalable option among available waveguide technologies. DigiLens also says its specific manufacturing process allows for more flexible optical designs that give its optics advantages over other waveguides.

Of course, every waveguide company makes similar claims about manufacturability and scalability; it won’t be clear who is actually right until we start to see mass-produced devices coming to market.

To that end, the company claims the first products based on its waveguide technology will hit the market within the next year.

“We’re working on projects today that use our industry leading volume Bragg grating technology that over the next year will be in the market in a material way. These advances will showcase that we’re the only solution that is going to work when efficiency, uniformity and cost are considered,” says DigiLens CEO Chris Pickett. “Then, with our next generation technology, we’ll have a step function in performance that will extend our lead even more.”

And we’ve got a good clue about what the first such devices could look like.

Photo by Road to VR

Last year DigiLens revealed the Design v1, a modular reference headset which the company hopes will accelerate the development and consumerization of AR glasses. The device is based on Snapdragon XR2 with a claimed 50° diagonal field-of-view from the company’s optics. Road to VR got an exclusive hands-on with the headset.

It seems likely that companies working with DigiLens will have received a sample of the Design v1, and some may even be using it as the basis for their own design.

And while AR glasses are where the industry ultimately wants to reach with this technology, it’s likely that we’ll see non-immersive smartglasses as the first entrants into the all-day wearable glasses space, eventually giving way to similar but more advanced devices with full AR capabilities.

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Switchable Waveguide from DigiLens Claims to Double the Resolution of XR Glasses

DigiLens today announced a new capability for their waveguides which it’s calling a transparent resolution expander. Purportedly able to double the inherent resolution of any projector used in XR glasses, the system relies on quickly switching between two slightly offset images to increase effective resolution.

DigiLens, a leading creator of waveguide technology, today announced its transparent resolution expander (T-REx for short), which it claims can effectively double the resolution of any projector used in XR glasses.

T-REx makes use of the ‘wobulation’ technique, which essentially overlays two frames with a slight offset such that the pixels of one frame ‘fill in’ the spaces between the pixels in the next frame. If you do this fast enough the eye can’t tell that there’s actually two different frames though it can discern the additional detail.

To make this happen, the T-REx tech involves a ‘switchable’ waveguide. DigiLens hasn’t gone into detail about exactly how it works, but our understanding is that applying an electrical current to the waveguide can slightly adjust the position of the light coming out of the waveguide, which makes wobulation possible.

Facebook Researchers have demonstrated similar work involving mechanically moving displays for reducing the screen-door effect of VR headset.

DigiLens claims its T-REx approach can double the resolution of any given projector used in XR glasses.

For example, if a pair of XR glasses uses a projector with a 500 × 500 resolution, it could take an input frame of 1,000 × 1,000, split the frame into two sub frames—each containing half of the information from the original—and then display both frames back to back rapidly with a slight offset so the eye can merge them together into a single image with greater detail than would otherwise be possible from the 500 × 500 resolution projector.

“This is a real technological breakthrough as very rarely do you improve on pixel experience without any sort of trade off,” said Chris Pickett, CEO of DigiLens. “It also expands the possibilities of our waveguides for a range of customers and use cases, who can benefit from a system they can upgrade and mold to their unique needs rather than a one size fits all approach where you have to wait for a whole new generation of products to benefit from updated specs.”

DigiLens says its switchable waveguide can switch image positions as fast as 50µs, allowing it to “easily support full color RGB wobulation at 60Hz and even 90Hz.” We’re not entirely sure if they mean to say that wobulated content would be running at 60Hz or 90Hz, or if the content’s effective frame rate would be half of those figures. We’ve reached out to the company for clarity.

The company also says that T-REx switching is compatible with “all established projector types,” including LCoS, micro-LED, DLP, OLED, LBS, and more. Furthermore, it claims that the system “does not produce any heat, sound or vibration and can run non-stop and indefinitely,” saying that similar approaches create buzzing and additional heat.

DigiLens doesn’t actually manufacture waveguides themselves, but licenses the technology and manufacturing process to companies that want to make their own. It says that T-REx is now available to licensees as an add-on, or through it’s modular reference headset.

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DigiLens and Mitsubishi Chemical Ready Low Cost Plastic Waveguide Optics for AR

DigiLens, creators of waveguide optics, today announced a “deeper” partnership with Mitsubishi Chemical to bring a plastic version of its waveguide technology to the market. The companies claim the plastic variant achieves “nearly the same” performance as its glass counterpart, while being lighter, cheaper, and safer, with the ultimate goal of enabling a “consumer price point” for AR glasses.

DigiLens is among a handful of waveguide makers competing to position themselves as the best optical solution for a forthcoming wave of consumer-focused AR glasses.

The company’s waveguide tech uses a photopolymer manufacturing process which involves forming light-guiding nano-structures (gratings) in a thin film that’s encased in glass. As light enters the waveguide from a source, it is redirected by the gratings, bounced along the glass, and then redirected by another set of gratings to reach the user’s eye, enabling an incredibly thin and light optic.

Thanks to its optical characteristics, glass is employed by most waveguide makers, even though it’s expensive. In an effort to make waveguide manufacturing more affordable, DigiLens today announced that it is ready to begin offering a plastic version of its waveguides, thanks in part to a “deeper partnership” with Mitsubishi Chemical—which is an existing investor in the company and likely a provider of the plastic used in the new waveguides.

DigiLens claims it’s making the “first-ever” plastic waveguides suitable for AR applications that don’t require nanoimprint lithography (another, ostensibly more costly, manufacturing process). The company also says the plastic versions “perform at nearly the same level as glass,” while reducing cost, weight, and increasing safety for hazardous use cases (ie: protective eyewear).

DigiLens isn’t giving a clear picture of the scale of cost reductions from the move to plastic, though considering the company is hoping to supply waveguides for mass manufacturing, even small savings can add up over time.

The company is, however, setting clear expectations for weight differences. The glass variant of the DigiLens Crystal30-G waveguide weighs in at 4.39 grams, while the plastic variant is just 2.73 grams (almost 50% less), despite being 27% thicker.

Image courtesy DigiLens

While a few grams lighter seems like it would be trivial, in an space where AR glasses would ideally weigh no more than 80 grams, saving 1.7 grams per lens starts to add up, especially as lenses grow larger with demand for a wider field-of-view.

– – — – –

While DigiLens doesn’t want to actually make AR headsets itself, earlier this year the company announced a hardware development kit called the Design v1 to help accelerate the consumerization of AR glasses by making it easier for other companies to experiment with their own headset designs—which would include DigiLens waveguides, naturally. We got to check out the Design v1 headset in an exclusive hands-on.

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DigiLens’ Plastic Waveguide Tech Could Make XR Glasses Lighter and Cheaper

DigiLens Design v1

Whether you’re talking about virtual reality (VR) headsets or augmented reality (AR) glasses, everyone wants them to be smaller, lighter and cheaper to facilitate mainstream appeal. In its latest step on this journey, DigiLens has announced an extended partnership with Mitsubishi Chemical Corporation (MCC) to help build and distribute its plastic waveguide technology.

DigiLens - Plastic and Glass_comparison

DigiLens and MCC have developed a proprietary plastic waveguide which they say “perform at nearly the same level as glass” whilst reducing the weight and manufacturing cost. The plastic solution will be made available to smartglasses OEMs via DigiLens’ licensed production partners, eventually making these kinds of devices far more cost-effective, and therefore attractive to consumers.

“DigiLens’ vision is to allow people to perceive the world in a way that brings them material and personal value through new experiences,” said Chris Pickett, CEO of DigiLens.  “Rather than trying to be the XR product you buy, we are instead looking to be in every XR product or experience you buy by licensing our technology and future improvements to qualified suppliers or to OEMs for direct incorporation into their own products. Plastic sells and, with a powerhouse like MCC on board, it allows us to deliver the very best, most affordable, safest and lightest waveguides on the market today.”

This announcement follows DigiLens’ recent Design v1 unveiling, a modular platform revealed in May. As part of its Visualize Framework, the DigiLens Design v1 features the Snapdragon XR2 Platform as well as DigiLens’ Crystal50 waveguides. Currently, DigiLens hasn’t said when its new plastic waveguide could be available for a device like the Design v1, or what those performance ratings may look like.

DigiLens Design v1
DigiLens Design v1. Image credit: DigiLens

“Plastic is an essential element for everyday life, and so critical to the ultimate success of waveguides and therefore XR glasses,” said Johei Takimoto, Managing Executive Officer of MCC. “Coupled with DigiLens’ leading waveguide technology and laser focus on accelerating the development of the smartglasses computing category across the entire ecosystem, we are putting our full attention and support to deliver on this key initiative. With plastic waveguides, the head-worn ecosystem can start designing for compelling ruggedized use cases, wrapped in a small and standalone form factor – we believe AR/XR glasses will be the next volume mobile device and we are very excited to be at the forefront of this new frontier.”

DigiLens isn’t the only company looking to lighten the load on your face whilst improving XR performance using plastic. Kopin unveiled its own all-plastic Pancake optics last month, doing away with heavy glass altogether. As further advancements in this field are made, VRFocus will keep you updated.

DigiLens Design v1: A Reference For Modern Standalone AR Glasses

DigiLens Design v1 is a modular reference design for standalone AR glasses, powered by the same XR2 chip used in Oculus Quest 2.

DigiLens has been around for decades, specializing in holographic waveguides as a supplier in the smartglasses market. Until recently, this market was mainly for militaries and niche business applications.

Design v1 Exploded View

As you can guess, Design v1 isn’t a product you can buy, it’s a modular solution available to prospective DigiLens partners including “software vendors and IoT programmers”. It’s essentially a fully functional showcase of the company’s latest ‘Crystal50’ waveguide, which it describes as industry leading, as well as a developer kit for standalone AR.

Crystal50’s efficiency enables a HoloLens 2 class field of view in glasses-like form factor, with less darkening of real world light, and four times less “eye glow” so other people can see your eyes.

Design v1 is a standalone AR computer like HoloLens & Magic Leap – though its processor has smartphone level clock rates rather than laptop level.

Qualcomm offers two mobile chip tiers for AR/VR; XR1 and XR2. XR1 provides baseline functionality like tracking for headsets that tether to a phone or PC, whereas XR2 is a full-fledged flagship mobile system-on-chip (SoC) for standalone headsets.

Back in February Qualcomm itself showed off a reference design for an XR1-powered AR viewer which connects via USB-C to high end Android smartphones.

DigiLens is using the high end XR2 chip, the same used in VR headsets like as Quest 2 & Vive Focus. It’s running standard Android with DigiLens’ Visualize Framework for developers to build on.

Design v1 also packs in 6GB RAM, 128GB storage, two monochrome side cameras for tracking, an 8MP color center camera for capture, speakers for spatial audio, multiple microphones, , WiFi, Bluetooth, USB-C, and batteries beside each temple.

The architecture is modular: the included Coretronic 720p projectors can be detached to be swapped out with alternatives or future versions.

Facebook and Apple are working on AR glasses that are still years away and a key Microsoft leader recently reinforced his company’s interest in the consumer AR market. Still, there are still huge hurdles to overcome in terms of field of view and battery consumption needed to appeal to the consumer market more broadly. This reference design from Digilens is one step on that path, enabling an experience similar to HoloLens & Magic Leap in a cheaper, more compact form factor.

DigiLens Unveils New XR Smartglasses, the Snapdragon XR2 Powered Visualize Design v1

DigiLens Design v1

Specialising in holographic waveguides for the past 18 years, DigiLens should know a thing or two about making smartglasses. Today, the company has announced its latest product, the Visualize Design v1, a modular pair of XR smartglasses due to arrive in early summer.

DigiLens Design v1

The first product from DigiLens’ Visualize Framework, the Design v1 integrates Qualcomm’s latest Snapdragon XR2 Platform as well as DigiLens’ Crystal50 waveguides. These provide a waveguide efficiency of over 325 nits/lumen with 80% transparency, and a 50-degree (diagonal) field-of-view (FOV). DigiLens also claims the Crystal50 features “four-times less eye glow than the optics in HoloLens 2.” The hardware also features 6GB RAM, WiFi, Bluetooth, stereo speakers for spatial audio, an 8MP RGB camera, two cameras for 6DoF tracking, and multiple microphones for noise cancellation and user input.

While the Visualize Design v1 can be used as-is, just like Qualcomm’s XR1 AR Smart Viewer Reference Design the smartglasses are more of a springboard hardware platform to help developers, OEMs and IoT companies accelerate commercialisation. So the design is entirely modular, enabling partners to create smaller, more specialised form factors using the Visualize Framework. This also means as DigiLens refines its waveguides new ones can easily be attached to the platform.

“Design v1 is brighter, lighter and more capable than any other waveguide based XR device on the market. Our strategy is to empower the forward leaning XR companies in the ecosystem to capitalize on the strengths of an emerging horizontal market,” said Chris Pickett, CEO of DigiLens in a statement. “We are creating an XR blueprint for the ecosystem to take, add to and adapt as needed for their individual markets and their unique XR software development needs. Expanding the pool of ex­perts and democratizing ideas across the spectrum is what the market has missed to date.”

DigiLens Design v1

“Design v1 promises to be an excellent platform to offer our clients cost-effective headworn devices with greater comfort and more processing power, ideally adapted to their use case. We are looking forward to start leveraging the benefits of Design v1 for our XpertEye remote assistance solution and continue to create value and amazing experiences for our customers,” adds Christian Guillemot, CEO of AMA.

The DigiLens Visualise Design v1 has already started to ship to select partners with the wider rollout starting at the end of June 2021. For further updates on the latest XR smartglasses, keep reading VRFocus.

Exclusive Hands-on: DigiLens is Building Modular AR Glasses to Accelerate Consumerization

DigiLens, creators of waveguide optics, today announced the Design v1, a modular reference headset which the company hopes will accelerate the development and consumerization of truly glasses-sized AR headsets. Road to VR got an exclusive hands-on demo of the Design v1 and the company’s latest waveguides.

DigiLens is one of several companies building waveguide optics and positioning them for use in XR. Waveguides allow for extremely compact near-eye optics which are no thicker than the lenses on a pair of glasses.

Seemingly frustrated that no company has yet created a pair of AR glasses suitable for mass adoption, DigiLens has set about building a modular reference design to help interested parties accelerate the time-to-market of affordable AR glasses. The device is called the Design v1, a fully standalone pair of AR glasses with Snapdragon XR2 and a 50° diagonal field of view.

“Design v1 is brighter, lighter and more capable than any other waveguide based XR device on the market. Our strategy is to empower the forward leaning XR companies in the ecosystem to capitalize on the strengths of an emerging horizontal market,” says Chris Pickett, CEO of DigiLens. “We are creating an XR blueprint for the ecosystem to take, add to and adapt as needed for their individual markets and their unique XR software development needs. Expanding the pool of experts and democratizing ideas across the spectrum is what the market has missed to date.”

The Design v1 AR glasses are comprised of three core modular parts:

  • Frame: containing compute, batteries, and sensors
  • Optics: featuring the company’s waveguides
  • Display module: containing the display and light source

These parts snap together in a matter of seconds, without tools, as easily as Legos. The idea behind Design v1 is to give large tech companies a customizable starting point for building a pair of AR glasses that fits their productization needs. Here’s a look at the specs of the base unit:

DigiLens Design v1 Specs
Resolution 1,280 x 720 (0.9MP) per-eye, DLP
Refresh Rate 60Hz, 72Hz, 90Hz
Lenses DigiLens waveguide
Field-of-view 44° x 25° (50° diagonal)
Processor Snapdragon XR2
RAM 6GB
Storage 128GB
Connectors USB-C
Tracking Dual on-board cameras (no external beacons)
Input Gaze
Audio In-frame speakers
Microphone Yes
Cameras 8MP RGB center
Wireless Wi-Fi 6, Bluetooth
Make no mistake, the Design v1 is unfortunately not for your everyday enthusiast hardware hacker. DigiLens is planning to work directly with a small handful of companies to iteratively customize the Design v1 for their specific needs. In fact DigiLens isn’t announcing an actual price for the glasses—it’s a ‘get in touch if you’re interested’ sort of situation.

Bright as Daylight

While the modular design is interesting, DigiLens isn’t the only game in town with a reference design for AR glasses. So what makes the company think theirs is the best offering out there?

Naturally, it comes down to their waveguides, which are indeed some of the best AR optics available today.

It’s not just that waveguides can be truly the thickness of the lenses on a pair of glasses—and get just as close to your eye—they’re also highly transparent and actually capable of looking like glasses, rather than sunglasses as is the case with many of the AR headsets available today which need to dim incoming light to account for low brightness.

Photo by Road to VR

On the other hand, DigiLens boasts of having 300 nits per lumen brightness, and the demo to back it up. I got to visit the company’s Silicon Valley office for an exclusive look at its latest optics. Before trying on the Design v1 itself, the company sat me outside on a sunny afternoon and showed me their Crystal 30G optic (which has just a single color channel, green) connected to a compact board containing the display and light source.

After picking up the optic and looking through it, I could see the image clearly, even when set against the bright blue sky. That’s pretty impressive considering it can still sometimes be hard to see smartphones in direct sunlight (smartphones commonly have sub 1,000 nit brightness; DigiLens says this demo was 3,000 nits). I was even able to take a perfectly good photo through the lens with my phone.

Through-the-lens of DigiLens Crystal 30G optic in bright daylight | Photo by Road to VR

While the Design v1 isn’t this bright just yet, the company pointed out that—assuming the same light source—there’s a range of tradeoffs among waveguides between color channels, field-of-view, and brightness. Part of why they’re building the Design v1 with modular optics is so partners can easily snap on a different optic that’s specific to their use-case, whether that be optimizing for a wide field-of-view or for maximum brightness.

Continue on Page 2: Hands-on with DigiLens Design v1 »

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Waveguide Maker DigiLens Secures Additional Investment by Samsung Ventures

DigiLens, the Silicon Valley-based waveguide maker, today announced that Samsung’s venture capital group Samsung Ventures is increasing its stake in the company.

At the time of this writing, neither firm has detailed the extent of the investment, stating simply that Samsung Ventures is again investing through a convertible debt instrument.

DigiLens most recently closed its Series C financing back in May 2019 to the tune of $50 million, which saw Samsung Ventures join alongside UDC Ventures, Niantic, Continental AG, Sony Innovation Fund, and Diamond Edge Ventures, the VC arm of Mitsubishi Chemical Holdings Corporation as investors.

As a developer of waveguide displays and laser waveguide-based light engines, DigiLens aims to make cost-effective components for AR headsets, something it hopes to do at a consumer price point in the future.

The company touts its ability to create waveguide displays that are “smaller, thinner and lighter than conventional optics and light engines, and far cheaper to mass produce.”

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Although the company is eyeing consumer AR, DigiLens has also integrated its technology into heads-up displays (HUDs) for a number of industries including automobiles, avionics, retail and architecture.

“Samsung Ventures is a partner who fully understands all the different challenges of the XR ecosystem. Optics are by far the hardest element of the next platform – especially when it comes to packaging them at an affordable price point and sleek form factor that will attract mass adoption,” said Chris Pickett, DigiLens CEO. “XR devices simply can’t work without a compelling optical solution – they are the window into augmenting the world with digital content and we believe DigiLens’ light engine and waveguide solution will finally bring quality optics to the market. We’re hugely proud of our ecosystem of licensed manufacturers, software partners and OEM investors who continue to support us in this mission.”

Outside of today’s investment, DigiLens has secured $110 million since it was founded in 2003.

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DigiLens Raises $50 Million To Develop Cheap AR Display Tech

DigiLens Raises $50 Million To Develop Cheap AR Display Tech

DigiLens, a Sunnyvale, California-based startup developing displays for augmented reality (AR) devices, today announced that it’s closed a $50 million oversubscribed series C round led by Universal Display Corporation’s UDC Ventures, Samsung Ventures, Pokémon Go creator Niantic, Continental AG, Sony Innovation Fund, and Mitsubishi’s Diamond Edge Ventures. It more than doubled the Sunnyvale, California-based company’s previous $22 million raise in January 2017, and it brings DigiLens’ venture capital haul to date to over $100 million.

CEO Chris Pickett said the fresh capital will fuel the development of its display technology for automobile, enterprise, consumer, avionics and military brands. “These partnerships provide the ecosystem that enables our technology to go into a variety of different [displays] in a variety of different form factors,” he added.

DigiLens’ premiere product is a holographic waveguide display containing a thin-film, laser-etched photopolymer embedded with microscopic holograms of mirror-like optics. A micro-display is projected into one end of the lens and the optics turn the light wave, guiding it through the surface before another set of optics turn it back toward the eye.

Above: DigiLens glasses can help you navigate your car.

Image Credit: DigiLens

DigiLens refined this technique nearly ten years ago, it says, when it was collaborating with Rockwell Collins to create avionic HUD systems for the U.S. military. More recently, the company devised a photopolymer material and holographic copy process that enables it to produce diffractive optics with printers, which tend to be cheaper than traditional precision-etching machines.

“UDC Ventures and Samsung Ventures have recognized through this investment that DigiLens is the frontrunner in waveguide technology and the only waveguide that can get to a consumer price point through its proprietary photopolymer, design software, and innovative manufacturing process,” said Pickett.

In January, DigiLens demonstrated its Crystal AR prototype, a glasses-like form factor that connects via a USB-C to a smartphone, computing puck, laptop, or desktop. It weighs in at half a pound and uses two layers for the full-color waveguide, which offers a relatively narrow 30-degree field of view but is dramatically cheaper than conventional materials. In fact, DigiLens believes products like Crystal AR could one day sell for $500, or roughly five to 10 times less than rival heads-up displays on the market like the Magic Leap One Creator Edition or Microsoft HoloLens.

DigiLens’ white label solution for car companies, meanwhile, can create a holographic waveguide that’s about a half a meter by 320 millimeters long, or large enough for a car windshield but compact enough to fit under a dashboard. The company says that such displays could generate colored arrows to tell drivers where to turn next, so that they don’t have to look at their phones.

Above: DigiLens’ holographic technology helps to augment the world.

Image Credit: DigiLens

DigiLens doesn’t intend to manufacture and sell AR devices itself. Instead, it intends to license its technology across a range of industries. Toward that end, it’s already creating nanomaterials for transparent, augmented reality (AR) displays for several undisclosed clients.

DigiLens has competition in TruLife Optics, WaveOptics, and Colorado-based Akonia Holographics, the latter of which spent a decade (and $100 million) unsuccessfully pursuing holographic storage before pivoting to displays. For its part, WaveOptics raised $26 million last December to gear up for the launch of its low-cost AR hardware product lineup.

But Pickett anticipates that products incorporating DigiLens’ technology will beat most — if not all — others to market. It’s targeting late 2019, with additional launches expected in 2020 and 2022.

“We are excited to partner with DigiLens as they continue to focus on enabling a number of high growth markets with their patented holographic waveguide displays,” said Universal Display Corporation president and CEO Steven V. Abramson, who will become a board advisor as part of the investment. “With parallels to our own business, we look forward to working together to bring best-in-class solutions to multiple industries and to collaborate on the future of OLED technology within the augmented and virtual reality display sector.”

DigiLens says it’s currently working with licensed waveguide manufacturer Young Optics of Taiwan; ODM and electronics supplier Malata of China; and pico display manufacturer Sekonix of Korea, whose modules leverage Texas Instruments DLP Pico products. Through a strategic partnership with Mitsubishi Chemical, it’s developing a plastic material for “high refractive” waveguide displays that it expects will be lighter, less expensive, and “nearly unbreakable.”

“We are building our infrastructure, so we can enter multiple markets at the same time,” Pickett told VentureBeat in a previous interview.

This post by Kyle Wiggers originally appeared on VentureBeat. 

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Waveguide Maker DigiLens Closes $50 Million Series C Investment

DigiLens, a creator of waveguide optics and related manufacturing technology today announced the closure of a $50 million Series C investment, adding UDC Ventures and Samsung Ventures to its list of investors.

Update (May 14th, 2019): DigiLens creates waveguide optics for everything from eyeglass-thin display pipelines for AR headsets and smartglasses to larger displays for automobiles, avionics, retail, and architecture.

Last we heard of DigiLens’ Series C investment was this time last year when existing investor Continental joined the Series which had amounted to $25 million. Today DigiLens says it has closed its Series C round after raising $50 million in exchange for preferred equity, bringing the company’s total venture funding to $85 million by our count.

UDC Ventures and Samsung Ventures newly joined the round which also includes participation by Niantic, Continental AG, Sony Innovation Fund, Diamond Edge Ventures, the venture arm of Mitsubishi Chemical Holdings Corporation, and others, DigiLens says.

With both UDC and Samsung being major players in the display space, their investments could be a strategic play to create synergy between their display technologies and DigiLens’ waveguide technology as AR grows.

The original article about Continental’s participation in the Series C round continues below.

Original Article (May 17th, 2018): Continental, a leading German automotive manufacturing company, is increasing its investment in Silicon Valley-based waveguide company DigiLens, bringing a $25 million Series C financing round to the company.

Continental first invested in DigiLens in 2016 alongside Sony, Panasonic, Nautilus Venture Partners, Foxconn, Dolby, Bold Capital Partners, and Alsop Louie Partners—an investment of $22 million in its Series B. Including the Series C announced today, DigiLens claims a total investment of $60 million.

DigiLens creates waveguide optics for OEMs, providing both eyeglass-thin displays for AR headsets and larger displays for automobiles, avionics, retail and architecture. While Continental’s investment will primary concentrate on the automotive heads-up displays (HUDs), the cash injection could mean further breakthroughs for smaller waveguides like those used in AR headsets.

The company says in a press release that they’ve developed “a high-performance photopolymer material and copy process to manufacture precision diffractive optics by printing (not etching) the nanostructures,” which is positioned as a low-cost technique of creating large format waveguides. DigiLens claims the resultant eyeglass display has higher efficiency and a wider field of view compared to conventional waveguides.

Image courtesy Continental & DigiLens

“Based on the waveguide technology, we see a great potential to realize augmented reality head-up displays also for a broad market”, says Thorsten-Alexander Kern, Continental’s Head of HUD Product Development and now member of the DigiLens board of Directors.

In general, waveguides are touted for their relatively small size compared to other styles of HUDs, which tend to use mirrors to direct and magnify images to the eye; waveguides offer a space and weight saving benefit DigiLens and Continental consider fundamental to the next generation of automotive HUDs.

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“As a result of strong encouragement after several customer demonstrations, we are excited to intensify our joint efforts and accelerate development. Continental’s support at the highest level is a testament to their enthusiasm and our common values,” said Chris Pickett, CEO of DigiLens. “Engineers from both of our companies are pioneering a disruptive solution.”

With its additional investment, Continental says they now hold close to 18% of DigiLens after the latest round.

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