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Home / Tips and Tricks / Epson Makes the Step on Android Smartphones Possible with Moverio BT-30C Glasses «Next Reality

Epson Makes the Step on Android Smartphones Possible with Moverio BT-30C Glasses «Next Reality



In recent weeks, we've talked about the growing trend for smart glass manufacturers to shift the brain of their devices to smartphones, and now a veteran of space has joined this movement.

On Wednesday, Epson unveiled the Moverio BT-30C, the company's first smart eyewear, which dispenses with a separate control module and instead uses the smartphone in its pocket to enhance the functionality of the wearables.

"The Epson Moverio BT-30C is a great accessory for 5G smartphones that use high bandwidth." We deliver world-class multimedia content, "said Hugo Swart, XR head of Qualcomm, in a statement Connecting the X R viewer to a Qualcomm Snapdragon 855 5G-enabled smartphone provides comprehensive "big-screen" experiences and transformative benefits for consumers and businesses. "

Image by Adario Strange / Next Reality

The glasses work rather as heads-up display and not as a fully functional tool With 3D content that provides Wearable yet a wide range of content.

Using a USB-C connection, the wearable can now be automatically recognized by a smartphone or computer as an HDMI display device, resulting in a number of application possibilities Everything results from short films, feature films, reading documents, and in some cases real-time map direction information is displayed in front of you.

I had the opportunity to try the Moverio BT-30C, and there were a number of good values ​​Not so good things to talk about.

Images of Epson

In terms of wearability, the BT-30C weighs about 95 grams, so you do not have to worry about how it feels like using it for a long time (watching movies, etc.). ). However, as with previous Moverio devices, the design is not focused on mainstream users. And that's a shame because adding the smartphone dynamics would have given the device the edge in the smartphone-driven area of ​​smart glasses.

Rather than having a bulky, eyeglass-like feel or even a rundown feel Borg-like science nerd look, the BT-30C looks like oversized reading glasses most likely on the streets and in city cafes ,

On Top When used, the device is a breeze for most Android smartphone users. Currently, most of the use cases for the device are about simply viewing content as you look at a projected image of the image on the smartphone, so the controls are primarily in your hands.

BT-100 (2011), BT-200 (2014), BT-300 (2016) and BT-30C (2019 ). Image by Adario Strange / Next Reality

In addition to the smartphone, the device has a volume and brightness control system connected to the connection cable. This controller also has connectors that support the addition of a wired headphone and a microphone. However, if you are already in the wireless headset camp, remember that it was easy to pair my Bluetooth Apple AirPods with the Android smartphone while using the BT-30C to listen to the audio component of the Bluetooth projecting content to hear Smartglasses.

Apps I tried included Hulu, Netflix, Google Maps, Email, and a Gallery App. The Si-OLED microdisplay of the device worked excellently and delivered rich colors with high resolution despite the usually imperceptible translucency. This made the BT-30C a very viable option for enhanced video content.

Netflix on the Moverio BT-30C. Image by Adario Strange / Next Reality

The device is also supplied with a shaded sunshade that is magnetically (with a satisfying click) clamped on the smartglasses for those moments when you do not need a look through Improve the clarity of your video playback.

Most of the time, I used the device that was controlled by normal smartphone apps, but I also had the opportunity to test a beta app called the Moverio 180 Viewer (pictured below). The app uses the BT-30C's two 9-axis sensors to switch between different apps by simply moving the head up, down, left or right. For example, if you're on a train or airplane with a movie, you can constantly check the emails just by pointing to the left, and then a real-time map view by looking to the right.

The Moverio 180 Viewer beta app. Image by Adario Strange / Next Reality

The dynamics can also be programmed so that they show nothing if you look in a certain direction. For example, if you look down, you can program so that nothing is displayed. So you can look at a display on your smartphone or a paper document that is not affected by the contents projected on the BT-30C. There is no release date for the Moverio 180 Viewer, so for the time being it is more of a proof-of-concept to inspire developers to develop their own solutions for the BT-30C's dual sensor array.

In addition to being used for personal display, Epson hopes the device will be used for other purposes, such as: For example, presentations of multi-viewer smart glasses for a group and as subtitles / subtitles for the hearing-impaired or those who simply look for additional information during theatrical performances. For those accustomed to using Epson Smartglasses for drone piloting, the BT-30C does not support DJI drone control.

Image via Epson

In addition to using your Android smartphone (not yet iOS compatibility) as the brain is the Moverio BT-30C with only 499 US dollars much cheaper than the previous Moverio models. Will the lower price and smartphone compatibility enable them to be seen through the BT 30C photo series produced by Epson? That can be decided by the public.

But if the public's picky response to far more mainstream-friendly wearables like Spectacles is a clue, then the bar that makes people wear something on their faces is much higher than a smartwatch. And although the feature sets may differ, in its Access it is the same feature set that poses the same challenge faced by potential competitors Nreal Light and North's Focals.

If the public is ready for Epson's latest look, we'll know soon as the Moverio BT-30C is expected to go on sale in June.

Do not miss: Hands-On with the Nreal Light, Smartphone-Powered Augmented Reality Immersion


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