ynvisible ramps up its in-house display production as the company aims to see its displays in the IOT market by 2019

ynvisible was established in Portugal in 2010 to develop flexible transparent electrochromic displays produced using a simple printing method. In 2011 the company started producing sample products (we tested one in August 2012). Fast forward to September 2018, the company has gone through a reverse take-over, and the now Canadian headquartered Ynvisible Interactive Inc. has inaugurated its new production line near Lisbon, and we had an interesting discussion with the company's CEO, Jani-Mikael Kuusisto who updates us on the company's technology and business.

ynvisible is focusing on developing the inks that are used to print these relatively simple displays for use in everyday consumer goods and printable surfaces. The electrochromic displays are cost-effective and highly energy-efficient. The company used to have a capacity to produce a few thousands of displays each month, but the new production facility can produce hundreds of thousands of displays each month.

e-skin displays demonstrates its plasmonic-LC reflective display prototypes at SID 2018

US-based e-skin Displays demonstrated early prototypes of its plasmonic reflective displays at SID Display 2018. The displays combine a reflective plasmonic surface with liquid crystals. The wavelength of the absorption depends on the liquid crystal orientation near the interface.

The company, who's collaborating with Merck in this project, says that its reflective displays will offer the best color gamut in the industry and the best contrast. The flexible displays can be produced using existing LCD production infrastructure and the company hopes to show a full color display prototype in early 2019, and large 6-inch by 9 inch full-color display samples by the end of 2019.

rdot demonstrates its printed flexible e-paper displays at SID 2018

Sweden-based rdot demonstrated its flexible printed electrochromic display prototypes at SID Displayweek 2018. These are simple displays that are produced using screen printing technology. rdot says that its displays will be ultra-low cost when commercialized.

rdot's displays are monochrome segmented (passive-matrix ones are under development) e-paper displays that are non-volatile (but only up to around 15 minutes, these are not long-term). The displays can be be produced in any color.

CLEARink demonstrates its latest color e-paper displays at SID 2018

Color e-paper developer CLEARink demonstrated its latest wearable color e-paper displays at SID 2018. The most interesting display was a 1.32" 202 PPI color e-paper display that offer a color gamut of 30% NTSC (1931 CIE) which is not up to par with regular emissive displays but looks quite good for a reflective display.

CLEARink's displays are electrophoretic displays that achieve color using color filters on top of the display. The panels offer a fast refresh rate which supports video.

A tour of E Ink's booth at SID Displayweek

Here's a short video showing E Ink's booth at SID Displayweek 2018, where the company demonstrated its latest E Ink displays, devices and prototypes. Some of these displays looked very good, especially the new color panels!

E Ink had some very interesting displays in there - including the new medical patch developed with LTS, the high resolution (400 PPI and 600 PPI) E Ink developed together with JDI, a range of new writing pads (from Sony, ReMarkable and Onyx Boox), the GVIDO music stand display, plastic logic's OTFT-powered panels and E Ink's upcoming beautiful color e-paper displays.

New Micro-LED introduction video

Today we are happy to publish this short Micro-LED explanation video, which we believe gives a nice introduction to Micro-LED display technology, production processes and to the current market status:

If you're interested in using this video in your web site, feel free to embed it. If you want more information on Micro-LEDs, check out our MicroLED-Info knowledge hub.

Introduction to OLEDs video

OLED displays are currently the most advanced displays in production, offering superior image quality, efficiency, flexibility and more. Here's our new short video that introduces OLED display technology and the current market status:

Introduction to Perovskite materials

Perovskite materials offer exciting properties which make them useful for solar panels, fuel cells, lasers - and even displays. Many believe Perovskites are the future of solar power and some estimate that perovskite QD adoption in display applications is right around the corner. Our new video below gives a short introduction to perovskites:

For more information on perovskites and to stay updated on these exciting materials, check out our Perovskite-Info knowledge hub!

PaperCast's E Ink display based systems deployed in Jerusalem Israel's bus stops in a new JTMT pilot

Bus stop information display pioneer Papercast has deployed its solar-powered E Ink bus stop displays for the Jerusalem Transportation Master Plan Team (JTMT) passenger information system in Jerusalem, Israel.

Papercast deployed these systems at several bus stops in Jerusalem as a pilot, with hopes to extend the deployment to all bus stops in Jerusalem. Papercast says that the E Ink displays are 36 times more efficient than previously-used LCD screens, which makes solar power feasible.