LORDWORLD
LORDWORLD 2.13" Touch E-Paper Development Board 250×122 40-Pin
A 2.13" capacitive touch e-Paper display with 250×122 resolution, 5-point touch, gesture wake-up and a 40-pin GPIO header for Raspberry Pi Zero boards
- 13" capacitive touch e-Paper display with 5-point touch and 250×122 pixels
- E-ink display keeps last content visible without power or backlight
- Ultra-low power consumption draws energy only during screen refresh
- Wake-up by user-defined gesture enables interactive low-power applications
- Standard 40-pin GPIO header fits Raspberry Pi Zero and Zero W
Compact E-Paper Touch Board
The LORDWORLD 2.13" development board combines a 250×122 pixel capacitive e-Paper panel with a standard 40-pin GPIO header. It targets Raspberry Pi Zero and full-size Pi models for low-power visual projects that need touch input without a backlight.
Gesture Wake And Persistent Image
The display retains the last shown content indefinitely after power is removed, and it can wake from sleep on a user-defined gesture. Only screen refreshes draw measurable current, so battery-operated prototypes can run for extended periods on small cells.
Makers Building Low-Power UIs
Suits developers creating always-visible dashboards, e-reader prototypes or sensor readouts that must stay readable in direct sunlight. Not for projects needing colour, video-rate animation or high-resolution graphics beyond the 250×122 pixel grid.
Highlights
- 13" capacitive touch e-Paper display with 5-point touch and 250×122 pixels
- E-ink display keeps last content visible without power or backlight
- Ultra-low power consumption draws energy only during screen refresh
- Wake-up by user-defined gesture enables interactive low-power applications
- Standard 40-pin GPIO header fits Raspberry Pi Zero and Zero W
Specifications
| Brand | LORDWORLD |
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Questions about this item
Will the 40-pin GPIO header need replacement after repeated Pi swaps?
The 40-pin header is a standard through-hole connector rated for many insertion cycles; normal development use will not wear it out.
What limits how often the 250×122 e-Paper can refresh during sustained operation?
The display only draws power during refresh, so the practical limit is the e-ink panel's refresh timing, not thermal throttling.
How much heat or noise does the 2.13" touch e-Paper produce when running all day?
It has no backlight or active cooling, so it generates no audible noise and negligible heat while displaying a static image.
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