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Kyocera KG057QVLCD-G060 5.7" Industrial LCD Display Panel 320×240 Color
The KG057QVLCD-G060 is a 5.7" industrial LCD display panel manufactured by Kyocera, featuring QVGA resolution (320x240) with Monochrome display and WLED backlight. With 150 cd/m² brightness and 3:1 contrast ratio, viewing angle 35/35/20/35, Parallel Data interface, designed for industrial instrumentation, embedded systems, and reliable display applications.
| Brand | Kyocera |
| Model | KG057QVLCD-G060 |
| Size | 5.7" |
| Resolution | 320×240 |
| Brightness | 150 cd/m² |
| Contrast Ratio | 3:1 |
| Viewing Angle | 35/35/20/35 |
| Display Type | Monochrome |
| Backlight | WLED |
| Interface | Parallel Data |
Industrial instrumentation and gauges
Embedded systems displays
Metering equipment
Point-of-sale terminals
Security alarm panels
Small appliance displays
FAQ:
Q1: What does the “KG” prefix mean compared to the “KCG” prefix on other 5.7" Kyocera displays?
A1: The “KG” prefix typically denotes an older or specific generation of Kyocera’s industrial TFT modules. While “KCG” is their standard naming for color TFTs, “KG” modules were often early-generation TFTs or specially designated OEM versions. Despite the naming difference, it still functions as a standard active-matrix color TFT display with a 320×240 QVGA resolution.
Q2: What interface does the KG057QVLCD-G060 use?
A2: The part number format (specifically the lack of “AA” for Analog or “DG/DC” for Digital/Controller) typically indicates that this module uses a standard Digital TTL/CMOS RGB interface. It accepts 6-bit or 8-bit digital RGB data lines along with standard sync signals (HSYNC, VSYNC, DOTCLK), which is common for direct connection to embedded microcontrollers or industrial SoCs with built-in LCD controllers.
Q3: What type of backlight does the “-G060” revision use?
A3: The “-G060” suffix (falling under the “-G0xx” naming convention) indicates that this panel utilizes a CCFL (Cold Cathode Fluorescent Lamp) backlight. As a result, the module requires an external high-voltage inverter to drive the backlight tube. It will consume more power and have a shorter lifespan compared to modern LED-backlit equivalents.
