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7.0-inch WVGA Color TFT-LCD Modules with Near-Field Communication Antenna and Projected Capacitive Touch Panels

7.0-inch WVGA Color TFT-LCD Modules with Near-Field Communication Antenna and Projected Capacitive Touch Panels

 

 

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Mitsubishi

Description

TOKYO, January 23, 2020 – Mitsubishi Electric Corporation (TOKYO: 6503) announced today the launch of a 7.0-inch WVGA TFT-LCD module equipped with a built-in short-range NFC1 antenna and a projected capacitive touch panel. The new module is designed for use in a wide range of applications such as access control system terminals. Sample sales will begin on March 31, 2020 via Mitsubishi Electric offices worldwide.

With their built-in NFC antennas, the new modules will save space, offer improved ease of use and boost the deployment of NFC-enabled services and devices.

The new products will be exhibited at embedded world 2020 in Nuremberg, Germany from February 25 to 27.

Product Features

  • Built-in NFC antenna saves equipment space and improves usability
    • Built-in NFC antenna eliminates the need for an external NFC antenna, helping to minimize equipment space
    • Optimal design of the NFC antenna enables communication through LCD screens; these display the precise position on the screen a user needs to hold their contactless card or smartphone, allowing easy and intuitive operation
  • Ultra-wide viewing angle, ultra-high brightness and high contrast allow deployment in a wide range of locations and applications
    • Offers an ultra-wide viewing angle of 176 degrees vertically and horizontally, ultra-high brightness (1040cd / m2), and high contrast (1000:1)
    • Can be used outdoors and in other bright environments
  • A total solution incorporating a wide range of options including touch panels
    • Provides a total solution, including TFT LCD module, NFC antenna, touch panel and control board
    • Offers a variety of options, such as optical bonding2, which provides excellent visibility even outdoors and in other bright environments, and strengthened protective glass with low reflective capabilities, treated to resist fingerprints
    • 2.A structure in which a TFT liquid crystal module, a touch panel sensor and protective glass are bonded with resin.

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