Lg slidepad 2 update#
Lg slidepad 2 driver#
Lg slidepad 2 full#

Just like basically every VR game developer, you’re not paying attention to the very specific way Google has solved this issue in Google Earth VR, the way I mentioned, and that’s the issue. I’m not sure how exact the science of TDCS is yet though it is interesting.

Lg slidepad 2 full#

It shouldn’t be until it is an established field that we see such tactics as the collusionairy hold-back of new advancements in full force. Thankfully it shouldn’t be absolutely necessary to hope that companies will simply release the best product they can as soon as possible – this is a very competitive new market, and it will behoove any new entrant to push the technology as far as possible this is a uniquely hackable tech. Augmenting the senses of balance and direction to the point of becoming ingrained has always interested me as well. Your idea of using AR/VR to treat phantom limb is pretty cool too – and actually should be straight forward – in this case, even using a mirror to trick the brain into seeing the limb in place already works relatively well. I think they’re out there now, some optometrist schools have been developing them. One of the first apps I thought of developing was an eye-exercise routine – similar to the ones fighter pilots do to maintain eye health. We now need to keep the accountants away for long enough to make the experience Hi_Fi too… We are slowly moving into an era where TDCS and ARVR are no longer sci-fi. Sad that such beneficial technology has to be snuck in under the noses of the bean-counters, as a dual use for a technology sold to such as a lucrative gimmick… One of the reasons why the ‘transformers’ parable has such import for our times, too. Maybe this is why I get a little aggro – there is a great need for both ‘ambulatory’ and ‘stationary’ modes, for what I now hope is obvious reasons, and other obvious versatilities too. I could tell you that story, but I won’t, as you probs won’t believe me, and it’s probs a narrative for another time. One of the intended beneficiaries, alas, just died. You know I could tell you a story about laying down a plausible line of patois, with the person in the core, about MTF’s and the temporo-spatial resolution of the eye to influence into being retina displays… with (the occult) intent of using such in ARVR… with the hidden agenda of making life easier for people (not just making money) enabling them to do things they otherwise couldn’t dream of doing. If correct, it has a clear advantage over even the highest resolution panels seen in current headsets such as the Samsung Odyssey or the upcoming HTC Vive Pro, both of which pack dual 1440 × 1600 resolution, 3.5 inch AMOLEDs at 90Hz. 1443-ppi 120-Hz OLED Display for Wide-Field-of-View High-Acuity Head-Mounted Displays.” Such a display, OLED-Info postulates, could land somewhere around a resolution of 5500 × 3000. The talk is named simply “18 Mpixel 4.3-in. Foveated driving logic for VR and AR applications was implemented.”Īs first reported by OLED-info, an advanced copy of the event’s schedule maintains that a talk featuring Google hardware engineer Carlin Vieri will be taking place May 22nd.

Lg slidepad 2 driver#

A custom high bandwidth driver IC was fabricated.

White OLED with color filter structure was used for high-density pixelization, and an n-type LTPS backplane was chosen for higher electron mobility compared to mobile phone displays. “The world’s highest resolution (18 megapixel, 1443 ppi) OLED-on-glass display was developed.

Lg slidepad 2 update#

Update (1:20 PM ET): More details about Google’s pixel-packed VR display have come to light via the DisplayWeek event schedule: LG engineers will also be co-presenting at the session detailing the display with Google, likely indicating that LG was Google’s partner on the project. Now, it appears that the company is going to talk in detail about that high-resolution OLED at this year’s SID. Google announced at last year’s Society for Information Display (SID) Display Week that the company was actively working on a VR-optimized OLED panel capable of packing in pixels at a density heretofore never seen outside of microdisplays – all at a supposedly ‘wide’ field of view (FOV).