
RAK12033 6-Axis Accelerometer Sensor – TDK InvenSense IIM-42652 Module
SKU: 100093 9,90 €excl. 19% VAT
plus Shipping Costs
The RAK14000 is a WisBlock E-Paper Display Module based on the SSD1680 controller. With a 2.13-inch screen, it comes in two variants:
Black and White with 212 × 104 pixels
Black, White, and Red with 250 × 122 pixels
It features ultra-low power consumption and wide viewing angles, making it perfect for power-conscious IoT applications.
19,00 €
excl. 19% VAT plus Shipping Costs
The RAK14000 E-Paper Display Module enhances the WisBlock system with a highly efficient and power-saving display solution. It uses Active Matrix Electrophoretic Display (AM EPD) technology driven by the SSD1680 LCD controller.
The Black-and-White version has a resolution of 212 × 104 pixels, while the Black-White-Red version offers 250 × 122 pixels. Both versions feature bi-stable display technology, allowing the screen to retain content without continuous power supply.
With its Pure Reflective Mode and ultra-wide viewing angles, the display remains highly readable even in bright environments. The extremely low power consumption, including a deep sleep mode, makes it ideal for battery-powered IoT solutions.
The RAK14000 also supports a 3-button PCB, enabling interactive user interfaces. Connection is made via FPC (Flexible Printed Circuit), ensuring compact integration.
Note: This display is not yet fully supported by Meshtastic firmware, and full functionality cannot be guaranteed. For Meshtastic use cases, we recommend the RAK1921 OLED Display instead.
Specification | Details |
---|---|
Model | RAK14000 E-Paper Module |
Chipset | Solomon Systech Limited SSD1680 |
Display Technology | Active Matrix Electrophoretic Display (AM EPD) |
Display Size | 2.13 inches |
Resolution (Black-White) | 212 × 104 pixels |
Resolution (Black-White-Red) | 250 × 122 pixels |
Input Voltage | 3.3 V |
Features | Ultra-low power, Bi-stable display, Wide viewing angles, Pure Reflective Mode |
Additional Module | 3-Button PCB (included) |
Connection | FPC (Flexible Printed Circuit) |
Operating Temperature | Commercial range |