E Ink
ED043WH1

Part Number ED043WH1
LCD Brand E Ink
Display Size 4.3
LCD Panel EPD
Display Resolution 480×800 (WVGA)
Description
Solar Technologies is a leading global supplier specializing in Thin Film Transistor Liquid Crystal Display (TFT-LCD) products, including the E Ink ED043WH1. We are focused on delivering the highest level of quality service to assist you with your immediate and long term display requirement. We offer you the benefits of our global network of resources and trusted supply chain vendors that have been developed from our long-standing business relationships with some of the largest OEM, CEM, EMS and distribution channels.

To inquire about this E Ink product, please click the Inquire [ED043WH1] button located right-upper corner.

Additionally, as an independent distributor, we are not limited to supplying just the foregoing E Ink ED043WH1 product. If you would like to inquire about any alternative product information to the E Ink ED043WH1, please feel free contact us.
General Information of E Ink ED043WH1
Part NumberED043WH1
ManufacturerE Ink
Panel Size4.3 inches
Panel Resolution480×800 (WVGA)
Panel TypeEPD
Operating Temperature0 ~ 50 °C
Storage Temperature-25 ~ 70 °C
RoHSRoHS Compliance
Specific FeatureLandscape / Portrait
With Touchscreen
Sunlight Readable
White LED Backlight
Michanical Information of E Ink ED043WH1
Active Area56.16×93.6 mm (H×V)
Aspect Ratio3:5 (H:V)
Pixel Pitch0.117×0.117 mm (H×V)
Touch ScreenEmbeded (Projected Capacitive Touch)
Pixel ConfigurationRGB Vertical Stripe
Optical Information of E Ink ED043WH1
Luminance TypeReflective
Contrast Ratio12:1 (Typ.) (Reflective)
ColorsGrayscale (4-bit)
Sunlight ReadabilitySunlight Readable
Optical Information of E Ink ED043WH1
Backlight(Lamp) Information of E Ink ED043WH1
Backlight TypeWLED
Lamp PositionFront light type
Front view positon
Signal Information of E Ink ED043WH1
Interface TypeFPC
Supply Voltage3.3V (Typ.)
Signal Category TypeParallel Data
Signal ClassParallel Data (8-bit)
Package Information of E Ink ED043WH1
Misc. Information of E Ink ED043WH1