Facebook’s AR Research Aria Glasses Detailed In FCC Listing

An FCC listing for Facebook’s Aria Glasses, which are being used internally for AR research, provides new details via a user manual and various other testing and compliance documents.

The Aria Glasses were first announced at Facebook Connect last year. They are not a consumer product or a prototype for AR glasses, but are instead designed to be worn by Facebook employees as a research tool that will “help us collect data to uncover the underlying technical and ethical questions and start to look at answers to those,” as Facebook representatives explained when the project was announced. Aria Glasses do not feature a display and are intended to capture research data while the wearer goes about their day.

Project Aria “will capture the wearer’s video and audio, as well as their eye tracking and location information. The glasses’ on-device computing power will then be used to encrypt and store information that, when uploaded to separate, designated back-end storage space, will help our researchers figure out how AR can work in the real world,” Facebook explained. “Our future AR devices must be more perceptive in order to be more genuinely useful to us. In order for devices to understand where they are in relation to people and other objects, and how to make sense of any given situation, they need a virtual 3D map of the things around you. But it’s far too power-intensive to scan and reconstruct a space in real time from scratch, so AR glasses will need to tap into an existing 3D map we call LiveMaps. LiveMaps uses computer vision to construct a virtual representation of the parts of the world that are relevant to you. With these 3D maps, our future devices will be able to efficiently see, analyze, and understand the world around them and better serve those who use them. These devices will keep track of changes, like new street names, and update them in real-time. The Project Aria device is testing out how this can work in practice.”

Facebook also announced a partnership with Luxottica and Ray-Ban to produce “smart glasses”, which are unrelated to Aria and due for release later this year.

Now, we have a bit more information and our best look yet at Facebook’s Aria Glasses by way of documents within a FCC listing that was made public recently, as reported by Protocol’s Janko Roettgers.

The documents include a user manual, where the glasses are referred to as “Gemini EVT” and described as “prototype equipment … intended for limited distribution only for  purposes of testing and data collection.”

The manual also reveals that the glasses support prescription lenses, and that they do not fold down like a normal pair of glasses — the temples remain fixed at right angles from the main frame.

Project Aria AR Glasses Facebook

The user manual also includes photos labeling individual parts and external buttons. As you can see in the image embedded above, the glasses offer a mute switch, power button, proximity sensor and status LED.

When the mute switch is set to mute/privacy mode, red is visible on the LED indicator. The right hand side also features a capture button pictured below, but the document (at least at the time it was written) says it is only used to power on the device.

Project Aria AR Glasses Facebook

The glasses also come with a microfiber cloth, a power supply and a USB cord with a magnetic connector that attaches to the left temple of the glasses. In the manual, Facebook says this connector is “sensitive” and that users “may have to physically hold it together momentarily for the device to be enumerated and/or initiate charging.”

Project Aria AR Glasses Facebook

The glasses connect to an internal mobile companion app, called Ariane, and the footage collected from the cameras can be transferred and viewed on a computer as well.

Project Aria AR Glasses Facebook

While the Aria Glasses are not the consumer AR glasses many are expecting, they do give an insight into the research process Facebook is undertaking to move toward consumer AR. On the Project Aria site, Facebook is clear that the glasses are for research work only.

With Facebook Connect coming up in October, there’s a fair chance we might hear more about Project Aria and the resulting AR technology then. You can view the Aria FCC listing and all associated documents here.

An Unknown HTC Vive Headset Has Appeared in New FCC Filings

New regulatory filings for an unknown HTC Vive headset have appeared at the US Federal Communications Commission.

Since the confused introduction of HTC’s Vive Cosmos headsets earlier this year the company has been laying low on the hardware front while Facebook has stolen much of the spotlight with Quest 2.

But HTC looks to be readying some new headset offering; Road to VR has spotted documentation for a headset not previously seen at the FCC.

The FCC is tasked with certifying products with electromagnetic emissions to be safe and compatible with regulations. Products utilizing radio, WiFi, infrared, etc. need certification before they can be distributed for sale. Certification by the FCC marks one step closer to the launch of consumer electronics product.

Documentation for the new headset, which goes by the FCC ID 2Q9R100, was submitted in September but only made public in the last week. Test report filings indicate that HTC sent the product to a lab for testing in August.

Though it’s that clear the filings refer to a Vive headset from HTC, exactly which headset is not clear because the company has requested confidentiality of key filings (as is common). Luckily we’ve been doing this long enough to make some good guesses.

As far as we can tell, this is a “new” Vive headset from HTC, at least as far as the FCC considers a product “new,” which could include outwardly minor changes to existing products—for instance, a version of Vive Focus (HTC’s standalone VR headset) with a new processor.

Indeed, some new version of the Vive Focus is our best guess for now; compared to filings for prior versions of Vive Focus, the latest filings include the use of the same block diagram to indicate the position of the FCC label on the product.

A version of Vive Focus updated with a newer Snapdragon XR2 chip seems like a reasonable bet, and aligns with other evidence spotted last month. Maybe they’ll add some new controllers while they’re at it?

And while the filing could conceivably cover a previously announced but unreleased version of Vive Cosmos—like the Cosmos Play or Cosmos XR—the indicated location of the FCC label doesn’t line up with the label placement on the Cosmos headsets so far.

But there’s another possibility; though less likely than a revision of Vive Focus, it’s possible that the filings refer to HTC’s next-gen standalone headset, Vive Proton, which the company teased earlier this year. We’ve reached out to the company for comment on the new filings.

Vive Proton prototype | Image courtesy HTChtc

Quest 2 has been the talk of the town as of late, but hopefully we’ll soon find out what’s up HTC’s sleeve.

The post An Unknown HTC Vive Headset Has Appeared in New FCC Filings appeared first on Road to VR.

An Unknown HTC Vive Headset Has Appeared in New FCC Filings

New regulatory filings for an unknown HTC Vive headset have appeared at the US Federal Communications Commission.

Since the confused introduction of HTC’s Vive Cosmos headsets earlier this year the company has been laying low on the hardware front while Facebook has stolen much of the spotlight with Quest 2.

But HTC looks to be readying some new headset offering; Road to VR has spotted documentation for a headset not previously seen at the FCC.

The FCC is tasked with certifying products with electromagnetic emissions to be safe and compatible with regulations. Products utilizing radio, WiFi, infrared, etc. need certification before they can be distributed for sale. Certification by the FCC marks one step closer to the launch of consumer electronics product.

Documentation for the new headset, which goes by the FCC ID 2Q9R100, was submitted in September but only made public in the last week. Test report filings indicate that HTC sent the product to a lab for testing in August.

Though it’s that clear the filings refer to a Vive headset from HTC, exactly which headset is not clear because the company has requested confidentiality of key filings (as is common). Luckily we’ve been doing this long enough to make some good guesses.

As far as we can tell, this is a “new” Vive headset from HTC, at least as far as the FCC considers a product “new,” which could include outwardly minor changes to existing products—for instance, a version of Vive Focus (HTC’s standalone VR headset) with a new processor.

Indeed, some new version of the Vive Focus is our best guess for now; compared to filings for prior versions of Vive Focus, the latest filings include the use of the same block diagram to indicate the position of the FCC label on the product.

A version of Vive Focus updated with a newer Snapdragon XR2 chip seems like a reasonable bet, and aligns with other evidence spotted last month. Maybe they’ll add some new controllers while they’re at it?

And while the filing could conceivably cover a previously announced but unreleased version of Vive Cosmos—like the Cosmos Play or Cosmos XR—the indicated location of the FCC label doesn’t line up with the label placement on the Cosmos headsets so far.

But there’s another possibility; though less likely than a revision of Vive Focus, it’s possible that the filings refer to HTC’s next-gen standalone headset, Vive Proton, which the company teased earlier this year. We’ve reached out to the company for comment on the new filings.

Vive Proton prototype | Image courtesy HTChtc

Quest 2 has been the talk of the town as of late, but hopefully we’ll soon find out what’s up HTC’s sleeve.

The post An Unknown HTC Vive Headset Has Appeared in New FCC Filings appeared first on Road to VR.

HTC Vive Cosmos FCC Documents Confirm It’s Not A Wireless Headset

HTC Vive Cosmos FCC Documents Confirm It’s Not A Wireless Headset

HTC’s upcoming Vive Cosmos VR headset has now received FCC approval. The FCC is a US regulatory agency with responsibility over wireless frequency use.

FCC filings publibly disclose the exact wireless frequencies a device uses, as well as the peak power output of each.

The filing finally puts to rest the speculation as to whether the Cosmos would be a wired or wireless headset. The only listed wireless frequency is 2.402-2.48 GHz with an ultra low 2.5 mW power output. This is identical to the frequency and power output the Vive and Vive Pro use to communicate with their tracked controllers.


Image from FCC filing

Controllers send a relatively tiny amount of data compared to wireless VR. The WiFi connection on the Vive Focus is in a similar frequency yet draws 558.5 mW – over 200x as much. And even that still wouldn’t be enough for high quality wireless VR.

Both the Vive and Vive Pro received FCC approval roughly four months before launch. However the Vive Focus had a delay of 7 months between approval and (western) launch.

At the Cosmos announcement event HTC was already describing the headset as “tethered”. However there was no cable visible. This led to speculation that it could have either optional wireless or that they could mean the headset was wirelessly “tethered”.

We reached out to HTC about this filing and a representative told us that on “day one” the product would be connected by “a tether to the PC similar to other Vives on the market today”. While HTC may well be planning a wireless adapter for Cosmos, what we know now is that the headset won’t have wireless built in.

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The post HTC Vive Cosmos FCC Documents Confirm It’s Not A Wireless Headset appeared first on UploadVR.

Second Google Glass for Enterprise Appears in Leaked Images with USB-C & Modest Spec Bump

It’s been nearly two years since Google launched its first Glass Enterprise Edition, something the company called “a new chapter” for the device. Originally introduced in its Explorer Edition in 2013 targeting early adopters and developers, it now appears the second gen Enterprise Edition Glass could be well on its way to the final stages of production.

Update (March 6th, 2019): Google Glass 2 passed FCC testing late last year, although now the emergence of supposedly leaked images could mark a nearby launch for the enterprise-focused smartglasses. Images obtained by Brazilian publication Tecnoblog show the glasses add-on sporting a new USB Type-C connector which replaces the previous version’s pin-style magnetic connector, and labeling that’s consistent with the previously revealed FCC markings.

According to a Geekbench benchmark, the new version contains a Snapdragon 710, an integrated LTE modem, and support for Bluetooth 5.0 and 802.11ac Wi-Fi. It also supposedly contains 3GB of RAM, Android Oreo OS, and a 32MP camera which is capable of 4K video at 30FPS, or 1080p video at 120FPS.

We’ve included those images below the update. The original article announcing the device’s FCC testing follows below:

Original Article (November 15th, 2018): As first reported by 9to5Googlethe company is heading back to the enterprise market with another business-focused Google Glass, the heads up display (HUD) device that snaps onto a pair of glasses, providing real-time information to the user in a small transparent window.

Dubbed ‘Glass Enterprise Edition 2’, the FCC listing doesn’t reveal much outside of a single sketch. FCC certifications almost never list components or specs, but there are a few things to notice draw from the device label sketch. Like the previous iteration, the new Glass features a button-and-hinge mechanism so the device can fold and a similar power button configuration.

Citing a source familiar with the matter, 9to5Google reports that the new Glass is however “mostly just spec bumps for performance, battery life, and other core functions.”

Image courtesy Google

The first Google Glass Enterprise Edition included a well-deserved spec overhaul since the 2013 Explorer Edition, featuring an Intel Atom CPU, 32GB of storage, and a 780 mAh battery.

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Google Glass Explorer version two, a hardware refresh from 2014, added 2GB of RAM to version one, which featured a Texas Instruments OMAP 4430 SoC, 16GB of storage, and 570 mAh battery.

Considering that Glass was widely decried for looking weird (neologism “glasshole” withstanding), the company may never market it again to consumers in its current form. And while Google doesn’t appear to be diving back into the consumer market with it latest Glass, a continued interest in purely functional usecases for the HUD could translate to greater insights as the company inevitably marches towards more immersive tech such as a hypothetical Google-developed AR headset.

The post Second Google Glass for Enterprise Appears in Leaked Images with USB-C & Modest Spec Bump appeared first on Road to VR.

FCC Listing For Oculus Go Suggests 32GB and 64GB Models

The race is on to capture the market for standalone virtual reality (VR) headsets. HTC Vive are planning to begin sipping its HTC Vive Focus standalone headset at the end of January, and while Oculus have promised an early 2018 release for the Oculus Go, no details on its launch have yet emerged. Yet, the FCC listing for the device does offer some information.

German site Mobielkopen originally spied the listing, which lists two models of Oculus Go. The technical specifications for the two appear to be identical, but with one key difference in Memory capacity. The MH-A32 models sports 32GB of memory, while the other, the MH-A64, offers an expanded capacity of 64GB.

In essence, this means that owners of the MH-A64 model will be able to store more apps and videogames on the device before having to dig through to delete unneeded apps. With the Oculus Go being a self-contained standalone unit, it might not be possible to just pop in a bigger SD card as is the case with a smartphone, so storage capacity is something that consumers must consider carefully, considering there has been no official word on if the Oculus Go will have an option for expandible memory.

The FCC listing does confirm that the Oculus Go has been approved for sale in the USA. Experts are anticipating that the 32GB version will be set at the $199 (USD) price point announced at the Oculus Connect event last year, with the 64GB version having a slightly higher price point.

The Oculus Go is aimed at bridging the gap between high-end PC-VR like the Oculus Rift and mobile VR such as the Oculus-powered Samsung Gear VR. At Oculus Connect, it was said that the best and most popular titles on the Gear VR would be available on Oculus Go, with some new experiences yet to come.

Further news on the Oculus Go and other upcoming new devices will be here on VRFocus.

VR Headset Lenovo Mirage Solo von FCC geprüft

Das nächste All-in-One-VR-Headset macht sich auf den Weg, das Licht der Öffentlichkeit zu erblicken. Ein Prüfbericht der Zulassungsbehörde FCC (Federal Communications Commission) verrät den Namen der Daydream-Brille von Lenovo: Mirage Solo.

Lenovo Mirage Solo: Fertig zum Take Off

Lets Go Digital ist bekannt dafür, Unterlagen von Zulassungsbehörden oder Markeneintragungen zu finden – nun haben die Niederländer einen Prüfbericht der FCC aufgespürt. Bereits Mitte Mai ist bekanntgeworden, dass der chinesische Hersteller an einem All-in-One-Headset arbeitet, das auf dem Referenz-Design von Qualcomm basiert. Damit kommt auch beim Headset von Lenovo Smartphone-Technik zum Einsatz. Der Bericht der Zulassungsbehörde FCC vom 21. Dezember 2017 verrät über den Namen hinaus nur wenige Details: Der Marketing-Name der VR-Brille lautet demnach Mirage Solo with Daydream, der Modellname Lenovo VR-1541F. Für kabellose Verbindungen sind WLAN ac sowie Bluetooth 5.0 LE an Bord der VR-Brille.

Lenovo Mirage Solo

Der Akku besitzt eine Kapazität von 4000 mAh. Dem Headset liegt ein USB-Ladekabel von einen Meter Länge bei, außerdem gibt es Kopfhörer mit einer Kabellänge von einem halben Meter. Das legt nahe, dass Lenovo der Mirage Solo keine Lautsprecher spendiert, sondern lediglich Ohrstöpsel beilegt. Der FCC-Bericht weist außerdem das getestete Headset als identischen Prototypen aus. Lenovo könnte die Mirage Solo also schon bald der Öffentlichkeit vorstellen: Ein guter Zeitpunkt wäre die Messe für Consumer-Elektronik CES 2018, die vom 9. bis zum 12. Januar in Las Vegas stattfindet. Auf seiner Webseite hat Lenovo einen Countdown veröffentlicht, in weniger als zwölf Tagen ist es soweit und wir werden wohl mehr erfahren.

(Quelle: Lets Go Digital)

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