This is an E ink E paper display panel, 2.9 inch, 296*128 resolution, 4 Grayscale, square, 24 pins FPC connection,
optional FPC connector, communicating via SPI interface, with embedded controller(COG package)
and on-chip stored waveform, supports black and white.
In view of so many advantages: ultra low power consumption, near 180 degree view angle, readable
under sunlight, GDEW029T5 is a very good choice for applications like:
· Shelf label
· Smart tags
· Smart home application
· Industrial instrument
· And other related products.
· Partial refresh
· 4 Grayscale
· The I2C signal master interface to read built-in temperature sensor.
· Come with helpful development resources and manual (STM32 platform )
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Model
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GDEW029T5
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Dimension
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79.0 (H)x36.7 (V) x1.18(D)mm
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Screen Size
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2.9inch
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E-Paper Type
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E-ink (EPD)
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Resolution
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296(H)x128(V)
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Pixel Pitch
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0.227×0.226mm
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Active Area
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66.9 (H)×29.06 (V)mm
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Storage Temperature
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-25C-70C
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Operating temperature |
0C-50C |
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Weight
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7.35±0.5g
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Current of the refresh(mA) |
8 |
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Power consumption of the refresh(mW) |
26.4 |
|
Standby power consumption Pc(mW) |
0.0165 |
|
Time of refresh(s) |
3 |
|
Time of partial refresh(s) |
0.3 |
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Max Grayscale |
4 |
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Purchase Online |
buyepaper / AliExpress
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Part Number
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Color
|
Feature
|
Full refresh time |
|
GDEH029A1 |
Black, White |
Partial refresh |
3s |
|
GDEW029Z10 |
Black,White,Red |
Three colors |
16s |
|
GDEW029C32 |
Black,White,Yellow |
Three colors |
18s |
|
GDEH029D57LT |
Black, White |
Ultra low temperature |
-- |
|
GDEW029I6F |
Black, White |
Flexible, Partial refresh, 4 Grayscale |
3s |
|
GDEW029T5 |
Black,White |
Partial refresh, 4 Grayscale |
3s |
|
GDEH029Z12 |
Black,White,Red |
Three colors |
13s |
STM32 Development Board
Rasberry Pi Development Board
ESP8266
Q:Why can't I find the 0x13 command in the sample code?
A:Normally, the command that is not found in the specification can be found in the IC manual. If you can not find it in the IC manual neither, then it is the factory debugging command.
Q:Is the drive circuit of this e-paper and the drive circuit of the GDEH029A1 universal?
A:These two e-papers only differ in RESE resistance, and other hardware is fully compatible.
