Click on an image below to learn more about our emissive display technology.
Adaptive | Power technology improves overall power consumption in oxide, poly-Si and a-Si displays.
Lowering the electrode voltage of an AMOLED display reduces the power consumption, but it also causes visual artifacts. IGNIS Adaptive | Power resolves those visual artifacts, so you can lower power consumption while maintaining perfect image quality.
As shown in the chart, there is an especially dramatic reduction for full-white images on a-Si displays, where power can be 40% lower.
Intelligent | Pixel technology solves TFT uniformity and aging, solves OLED uniformity and voltage shift and enables 330ppi display production.
AMOLED displays have two main layers:
An OLED (organic light-emitting diode) layer that emits light.
A backplane layer made of TFT (thin-film transistor) circuits that provide current to the OLEDs, thereby controlling their brightness.
Some backplanes age non-uniformly and some are not uniform when they’re made. Either way the result is the same – the TFT circuits provide different current to the OLEDs, causing visual artifacts like image burn-in, spots, lines, and cloudy areas.
IGNIS Intelligent | Pixel is a family of pixel circuits that compensates for anything that affects TFT performance, such as process non-uniformity, hysteresis, TFT instability, and variations due to temperature. All compensation takes place inside the pixel, so no external components are required.
With Intelligent | Pixel technology the TFT circuits always provide uniform current to the OLEDs, even though the TFTs themselves aren’t uniform. This means the AMOLED display will always show smooth, defect-free images.
IGNIS Max | Life technology is an enhancement to our Intelligent | Pixel technology. Similar to Intelligent | Pixel, Max | Life solves TFT uniformity and aging, solves OLED uniformity and voltage shift and enables 330ppi display production. In addition, this technology solves OLED efficiency loss and improves power consumption.
Both layers are often non-uniform, which results in lines, spots, and cloudy areas known as “Mura”. As well, both layers can age non-uniformly, which results in burned-in images. Max | Life compensates for the OLED material aging, and provides extra TFT compensation for demanding applications.
It does this by measuring each TFT circuit and each OLED element in the display during operation, and uses that data to correct for non-uniformity and aging. This means the display will always show smooth, Mura-free and burn-in free images over its’ entire lifetime – up to 75,000 hours
IGNIS Max | Life Inspection is a factory-calibration system for all AMOLED displays. Comprised of a combination of hardware and software, it scans the TFT backplane and OLED devices using Max | Life technology. The system can pinpoint the location and type of defects, collect data about the process, and measure non-uniformity which can be used to compensate to improve image quality.
The Max | Life Inspection system:
Stability | Control technology solves TFT ageing and improves overall power consumption in oxide, poly-Si and a-Si displays.
The threshold voltage in a-Si TFTs can shift from 2-3 volts to over 15 volts. IGNIS Stability | Control actually reduces the threshold voltage shift to under 1 volt, in both oxide and a-Si TFTs. This remaining shift can be managed using our
Intelligent | Pixel technology.
Stability | Control uses three methods to reduce the threshold voltage shift:
Relaxation: By relaxing the TFT during each video frame, the threshold voltage shift is reduced by more than three times.
Recovery: By using a special bias condition while the display is off, the threshold voltage shift is reversed.
Process Tuning (a-Si only): Minor optimizations to the a-Si TFT process (without adding any extra steps, or additional processing time) reduce the threshold voltage shift significantly. The tuning is compatible with any a-Si process, but is not necessary for oxide TFTs.
IGNIS True View Display technology accurately matches real world parameters including high brightness, infinite contrast, wide colour gamut, high colour precision and smooth motions. It presents the human eye with a similar range of luminance that is seen in everyday life.
Smartphone and other displays are faced with the need to increase brightness when under direct sunlight. Many will begin to washout the colours, resulting in a dull image, as the reach their maximum brightness level. For OLED displays, pushing the brightness to its maximum level creates additional challenges resulting in faster burn-in on the screen along with more localized thermal issues, fast aging and high image sticking.
Based on our Intelligent | Pixel and Max | Life technologies, True View resolves the issues of burn-in, thermal effect and washout, enabling the display to push in excess of 1000 nits.
IGNIS technologies for emissive displays dramatically increase yields and lifetimes while enhancing the viewer experience. They have been thoroughly tested and proven on different backplanes (metal oxide, Low Temperature Polycrystalline Silicon (LTPS), a-Si) and various OLEDs (printed, RGBW, RGB) and other types of emissive devices.