Blanview by OrtusTech = Sunlight Readable + Low Power Consumption

Blanview - OrtusTech’s Unique Display Technology for Outdoor Applications

Blanview is OrtusTech’s unique TFT-LCD technology enabling the display to create high contrast and crisp images even in bright circumstances where sunlight hits the display surface directly. Built with high-quality amorphous silicon (a-Si) technology know as HAST (Hyper Amorphous Silicon TFT), which developed through a culmination of 40 years of display expertise. Ortustech has succeeded in generating new type TFT-LCD with a good balance between Sunlight Readability and Low Power Consumption.

Ortustech Blanview HAST TFT technology vs Standard TFT displays

Transmissive Technology

Transmissive is the most common LCD technology that is widely used in many electrical devices. Even though Transmissive can provide clear images in indoor and dark situations, its display readability gets worse in bright outdoor situations. Increasing backlight power can improve the display visibility somewhat, but it boosts total power consumption. This may be a critical impact to battery life in handheld devices.

Transflective Technology

While Transflective is suitable LCD technology for outdoor applications. Transflective has pixels divided into 2 areas, Transmission and Reflection area. The reflection area (reflective electrode) takes a role to reflect incident light from outside. This can give a clear display readability as well as low power consumption. However, the panel transmittance (backlight efficiency) becomes rather lower due to a 2-divided pixel structure. As a result, Transflective inherently has a drawback of large power consumption in indoor or dark conditions. Furthermore, complex pixel structure can cause problems when color levels change from indoors and outdoors. Generally, white color tends to gain yellowish tint outdoors.

Ortustech Blanview technology successfully overcomes drawbacks that Transmissive and Transflective-type TFT-LCDs have respectively.
  1. Good display readability in outdoors and bright environments
  2. Keeping low power consumption in any ambient luminance conditions
  3. High image quality in indoor or dark environments on the same level as Transmissive
  4. Less display performance variation between indoor and outdoor conditions

Blanview Display technology diagram by Ortustech

This unique technology enables Ortustech to take a “hybrid use” of backlight and incident light from outside. Blanview succeeds in not only ensuring superior display readability in any situation, but also decreasing total power consumption.

The evolution of Ortustech Blanview technology is ongoing with new functionalities in development.
  • Blanview-“G” series:
    Robust packaging design (e.g. anti-6.8G-vibration) and wide temperature durability (e.g. Top: -30 to +85°C, Tst: -40 to +95°C)
  • Blanview-“F” series:
    IPS-FFS-based Blanview. Further upgraded Image quality.
  • Blanview-“R” series:
    Good display visibility without backlight assistance by further light reflectance improvement

Blanview TFT-LCDs are a great choice for electronic equipment, facilities and devices which may be used sometimes outdoors and sometimes indoors. The Low-Power-Consumption advantage will extend a battery life of handheld devices.

Applications Include
  • Wearables
  • ATMs
  • POS
  • Marine Navigation
  • Automotive
  • Handheld Devices
  • Industrial Devices

Blanview family offers a wide variety of standard off-the-shelf products in varying display sizes, resolutions, interfaces, characteristics and additional functions. Plus Macnica offers a variety of services to enhance our LCD displays, including OPTICAL BONDINGTOUCH SCREEN and COVER GLASS OPTIONS, and CUSTOMIZED WAREHOUSING AND LOGISTICS. Would you like to watch a short video about Ortustech Blanview Technology?

ORTUSTECH’s unique Blanview technology takes advantage of both Transmissive and Transflective displays which utilizes back light and reflective resistors. Blanview enhances the outdoor readability and offers high NTSC ratio under any lighting conditions, even when exposed to the direct sunlight of 100,000lux. Another significant advantage of Blanview technology is the ultra-low power consumption: about 40% to 60% power savings when compared to the traditional Transmissive type display. Blanview LCDs are perfect for any outdoor portable handheld applications driven by the battery power.

Ortustech Display Modules Part Number List

Part#Size(")ResolutionInterfaceTechnologyRemarksFormat
COM20T2P31ILC2.0240x320(QVGA)RGBTransmissivePortrait
COM20T2P98ILC2.0240x320(QVGA)RGBTransmissivePortrait
COM22H2P69ULC2.4240x320(QVGA)CPUBlanview, 2nd Gen.Portrait
COM22H2P84ULC2.2240x320(QVGA)CPUBlanview, 2nd Gen.Portrait
COM24H2P71ULC2.4240x320(QVGA)RGBBlanview, 2nd Gen.Wide Temp. Range
Panel made in
Giantplus
Portrait
COM24H2P96ULC2.4240x320(QVGA)CPUBlanview, 2nd Gen.Portrait
COM27H2P86ULC2.7240x320(QVGA)RGBBlanview, 2nd Gen.Portrait
COM27H2P88UTC2.7240x320(QVGA)RGBBlanview, 2nd Gen.Portrait
COM27H2P90ULC2.7240x320(QVGA)CPUBlanview, 2nd Gen.Portrait
COM27H2P92UTC2.7240x320(QVGA)CPUBlanview, 2nd Gen.Portrait
COM32H3P71ULC3.2480x800(WVGA)RGBBlanview, 2nd Gen.Portrait
COM32H3P68ULC3.2480x800(WVGA)MIPIBlanview, 2nd Gen.Portrait
COM35H3R07ULC3.5640x960(DCGA)RGBBlanview-3Portrait
COM35H3P70ULC3.5480x640(VGA)MIPIBlanview, 2nd Gen.w/ Res. TouchPortrait
COM35H3R08ULC3.5240x320(QVGA)RGBBlanview, 2nd Gen.w/ Res. TouchPortrait
COM35H3R10UTC3.5240x320(QVGA)RGBBlanview, 2nd Gen.Portrait
COM35H3R12ULC3.5480x640(VGA)RGBBlanview, 2nd Gen.w/ Res. TouchPortrait
COM35H3R14UTC3.5480x640(VGA)RGBBlanview, 2nd Gen.w/ Res. TouchPortrait
COM43H4N90ULC4.3480x800(WVGA)RGBBlanview, 2nd Gen.Portrait
COM43H4N91UTC4.3480x800(WVGA)RGBBlanview, 2nd Gen.Portrait
COM43H4N66ULC4.3480x800(WVGA)MIPIBlanview, 2nd Gen.Portrait
COM43H4N98UTC4.3480x800(WVGA)MIPIBlanview, 2nd Gen.Portrait
COM48H4N22ULC4.8720x1280(HD)MIPIBlanview, 2nd Gen.Portrait
COM48H4P03ULC4.8720x1280(HD)MIPIBlanview, 2nd Gen.Portrait
COM50H5N17ULC5.0720x1280(HD)MIPIBlanview, 2nd Gen.Portrait
COM35T3N94GLC3.5320x240(QVGA)RGBTransmissiveLandscape
COM35T3N95GTC3.5320x240(QVGA)RGBTransmissivew/ Res. TouchLandscape
COM35T3N54ZLC3.5320x240(QVGA)RGBTransmissiveLandscape
COM35T3N55ZTC3.5320x240(QVGA)RGBTransmissivew/ Res. TouchLandscape
COM35H3P58ULC3.5320x240(QVGA)RGBTransmissiveLandscape
COM35H3R16ULC3.5320x240(QVGA)RGBTransmissiveLandscape
COM35H3R18UTC3.5320x240(QVGA)RGBTransmissiveLandscape
COM41H3P21ULC4.1320x240(QVGA)RGBBlanview, 2nd Gen.Landscape
COM41H4P23UTC4.1320x240(QVGA)RGBBlanview, 2nd Gen.Landscape
COM43T4N95VLC4.3480x272(WQVGA)RGBBlanview, 1st Gen.Anti-GlareLandscape
COM43H4N44ULC4.3480x272(WQVGA)RGBBlanview, 2nd Gen.Wide Temp. RangeLandscape
COM43H4P09UTC4.3480x272(WQVGA)RGBBlanview, 2nd Gen.Landscape
COM50H5N25ULC5.0800x480(WVGA)RGBBlanview, 2nd Gen.Landscape
COM50H5N15ULC5.0800x480(WVGA)LVDSBlanview, 2nd Gen.Wide Temp. RangeLandscape
COM57T5N07RSC5.7640x480(VGA)RGBTransmissiveLandscape
COM57H5N27XLC5.7640x480(VGA)RGBBlanview, 1st Gen.Landscape
COM70H7M24ULC7.0800x480(WVGA)LVDSBlanview, 2nd Gen.Wide Temp. RangeLandscape
COM70H7M40ULC7.0800x480(WVGA)LVDSBlanview, 2nd Gen.Wide Temp. RangeLandscape
COM70H7M44UTC7.0800x480(WVGA)RGBBlanview, 2nd Gen.Landscape
COM84T8M02SSS8.41024x768(XGA)LVDSTransmissiveLandscape
COM104H9M11SSS10.4800x600(SVGA)LVDSBlanview-"F"Landscape
COM104T9M12ESS10.4800x600(SVGA)LVDSTransmissiveLandscape
COM104T9M10ERS10.4800x600(SVGA)LVDSTransmissivePCAP TouchLandscape
COM121H9M18SSS12.1800x600(SVGA)LVDSBlanview-"F"PCAP TouchLandscape
COM121H9M21SSS12.11024x768(SVGA)LVDSBlanview-"F"Landscape
COM121T9M14CSS12.1800x600(SVGA)SVGABlanview-"F"Landscape
COM121T9M14xxx12.1800x600(SVGA)LVDSTransmissiveLandscape

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