Sentences with phrase «backplane using»

The new backplane is based on LTPS (the same backplane used for high - end LCD and OLED displays) and enables e-paper displays o reach WXGA and FHD resolutions.

Not exact matches

Highly flexible organic light - emitting diode display was demonstrated using MoS2 TFTs as an active - matrix backplane.

Plastic Logic says that the graphene backplane can also be used to drive LCD and OLED displays.

Instead of using traditional silicon transistors, our active - matrix backplane consists of organic thin film transistors (OTFTs) on PET; that's exactly the same plastic used to make cola bottles.

This full - organic AMOLED panel uses Plastic Logic's flexible OTFT backplane and the whole panel can be bent and rolled and still show the image.

This is a fully - organic AMOLED panel that uses Plastic Logic's flexible OTFT backplane.

A few months ago, FlexEnable and Chunghwa Picture Tube (CPT) demonstrated a full - color flexible AMOLED display that uses FlexEnable's OTFT backplane.

E Ink will lend the assist with their technical knowledge and help DKE develop e-paper products and DKE will use its STN (super-twisted nematic)- TFT manufacturing equipment to produce segmented e-paper modules which will be more competitive in price than e-paper modules based on active matrix TFT backplanes.

This same principle as you know applies to any reflective display technology that uses TFT backplanes.»

At the same time, JDI will continue to advance the development, production and sales of new products using LCD backplane technology, including innovative ePaper products utilizing JDI's proprietary LTPS and Pixel EyesTM in - cell touch to enter new market applications, such as automotive, dynamic computer keyboards, display cards, education, IOT displays, and many more.

Coming in last in Relative Power Efficiency is the Nexus 10 with an a-Si amorphous Silicon backplane that is used in most LCD displays, which requires 73 percent more display power than the LTPS Kindle Fire.

The flex AMOLED display was made using Plastic Logic's truly flexible oTFT backplane technology, combined with Novaled's OLED frontplane materials.

The main breakthrough seems to be the use of polyimide for the display's backplane.

The new 150 pixel per inch (150 ppi) backplane was made at low temperatures (less than 100 °C) using Plastic Logic's Organic Thin Film Transistor (OTFT) technology.

They are more flexible than many other companies offerings because instead of using traditional silicon transistors, their active - matrix backplane consists of organic thin film transistors (OTFTs) on PET; that's exactly the same plastic used to make cola bottles.

Backplane circuits with gates formed by using each of these three methods showed identical performance.

The result, a flexible, transmissive backplane, represents a significant breakthrough in the manufacture of new large area image sensors and demonstrates the potential use of Plastic Logic's unique flexible transistor technology beyond plastic displays.

The active matrix displays have a glass based backplane whereas the SURF and Ink - In - Motion displays use flexible backplanes.

Now, following this collaboration, Plastic Logic demonstrated the world's first flexible display that uses a graphene backplane.

The display uses Novaled's PIN OLED materials and Plastic Logic's OTFT backplane.

That higher - res backplane in turn helps the E Ink technology — which already uses dozens of microcapsules per pixel to form letters and images on the screen — look better.

Many other e-reading devices use a glass - based TFT backplane, which makes them more fragile, according to Plastic Logic.

The company's technology is based about HiPCOT single - walled carbon nanotubes, and using these material Atom developed fully - printed CNT - TFT backplanes for AMOLED displays.

For both LCD and OLED displays, IGZO can be used to make the electronic circuitry in their Backplanes, which controls all of the pixels and sub-pixels.

That higher - res backplane in turn helps the E Ink technology — which already uses dozens of microcapsules per pixel to form letters and images — look better.

They build the backplanes for the ePaper and use various technologies as the actual «ink» to create their displays.

Ignis» basic technology, which enables a-Si to be used as a backplane for AMOLED displays uses both internal and external compensation.

Peruvemba says E Ink has helped about a dozen manufacturers of e-readers and other devices create flexible backplanes for use with its flexible display.

The product, which is scheduled to be commercially launched in January, uses display technology from E Ink and backplane technologies that employ polymer electronics developed by Plastic Logic's founders at Cambridge University.

However, «the display may use a flexible display in the future if there is significant interest in large, rugged (plastic backplane - based) ePaper displays,» said a representative.

Instead of using traditional silicon transistors, our active - matrix backplane consists of organic thin film transistors (OTFTs) made from the same plastic used to for cola bottles (PET).

Amazon says it was able to engineer the device down to this thinness by using a 200 micron display backplane that's about as thin as a sheet of aluminum foil.

Flexible electronic paper uses plastic substrates and plastic electronics for the display backplane.

The team also envisages the new flexible backplanes may be lightweight and malleable enough to be used as high - density sensors for use in such things as high - resolution medical imaging systems or super-accurate gesture recognition applications.

In other words, the backplane layer can be produced using a low - temperature process in which the graphene is essentially «printed» onto the substrate.

Apple is working with TSMC to develop micro LED panels on silicon - based backplanes for use in the Apple Watch and an augmented reality (AR) wearable device, Lin noted.

Apple has plans in place to develop MicroLED panels for both small - size and large - size devices, with Taiwan Semiconductor Manufacturing Company (TSMC) providing support for producing smaller form factor applications, which could include future Apple Watch models and AR wearables, according to DigiTimes senior analyst Luke Lin.Apple is working with TSMC to develop micro LED panels on silicon - based backplanes for use in the Apple Watch and an augmented reality (AR) wearable device, Lin noted.

«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,» says a listing for the display's presentation in May.

Apple is also working on large size MicroLED screens built on TFT - based backplanes, which could even be used in products much larger than the MacBook, the report notes.