170 6.Application examples. Suitable for price Tags, asset/equipment Tags, shelf labels, conference name tags... Package Content 2.13inch NFC-Powered e-Paper x1"> 170 6.Application examples. Suitable for price Tags, asset/equipment Tags, shelf labels, conference name tags... Package Content 2.13inch NFC-Powered e-Paper x1" /> 170 6.Application examples. Suitable for price Tags, asset/equipment Tags, shelf labels, conference name tags... Package Content 2.13inch NFC-Powered e-Paper x1" />

waveshare 2.13inch NFC-Powered e-Paper

User Manual: Waveshare 2.13 inch Passive NFC-Powered e-Paper

Model: 2.13inch NFC-Powered e-Paper

1. Introduction

The Waveshare 2.13 inch Passive NFC-Powered e-Paper is an innovative display solution that utilizes passive NFC technology for both power and data transfer. This eliminates the need for internal batteries or complex wiring, offering a clean and energy-efficient display. It is designed for various applications requiring static, low-power displays that can be updated wirelessly via an NFC-enabled smartphone or NFC reader.

Waveshare 2.13 inch Passive NFC-Powered e-Paper displaying 'WAVESHARE 2.13inch e-Paper'

Image : Avant view of the Waveshare 2.13 inch Passive NFC-Powered e-Paper module.

2. Contenu du colis

Veuillez vérifier que tous les articles sont présents et en bon état à l'ouverture du colis :

3. Principales caractéristiques

Diagram showing key features: Novel Passive NFC Tech, No Battery Required, APP Provided, Protective ABS Case

Image: Visual representation of the e-Paper's key features, including NFC technology, no battery requirement, app support, and protective casing.

4. Configuration et fonctionnement

4.1 Comment ça marche

The e-Paper display operates on a passive NFC principle. To update the display content, you need an NFC-enabled device, such as a smartphone or a dedicated NFC reader (e.g., ST25R3911B NFC Board). Simply bring the NFC device close to the e-Paper module. The NFC field will provide the necessary power for the e-Paper to refresh its display, and simultaneously transfer the new data.

Diagram illustrating how the NFC-Powered e-Paper works with data transfer and wireless power from a smartphone

Image: Flowchart demonstrating the interaction between an NFC-enabled smartphone and the e-Paper for wireless power and data transfer.

4.2 Installing the Android Application

An Android application is provided to facilitate easy content refreshing. Please note that this application may not be available on the Google Play Store and might require direct download from the manufacturer's website. Ensure your device allows installation from unknown sources if prompted.

  1. Visit the official Waveshare wiki page for the 2.13inch NFC-Powered e-Paper to find the download link for the Android APP.
  2. Télécharger l'APK file to your Android smartphone.
  3. Open the downloaded APK file et suivez les instructions à l'écran pour installer l'application.
  4. Grant necessary permissions to the application when prompted.

4.3 Refreshing the Display Content

Once the application is installed, refreshing the display is a straightforward process:

  1. Open the Waveshare NFC e-Paper application on your Android smartphone.
  2. Select the image or text you wish to display on the e-Paper. The application typically allows you to load pre-downloaded images or generate text.
  3. Position your smartphone's NFC antenna (usually near the top or center of the phone) directly over the e-Paper module.
  4. Maintain contact until the refresh process is complete. The application will usually show a progress indicator (e.g., percentage counter). The e-Paper screen may flash several times (white to black and back) during the refresh.
  5. Once the progress reaches 100% and the e-Paper has finished flashing, you can remove your phone. The new content should now be displayed.

Note: The refresh time is approximately 2 seconds (excluding data transfer time).

Image showing a smartphone refreshing the e-Paper display wirelessly via NFC, emphasizing no battery and no messy wiring

Image: A smartphone held over the e-Paper, demonstrating the wireless NFC refresh process, highlighting the absence of batteries and wires.

5. Entretien

The Waveshare NFC-Powered e-Paper requires minimal maintenance due to its passive design:

6. Dépannage

7. Spécifications

ParamètreValeur
Alimentation électriqueWireless (NFC-powered)
Échelle de gris2
Couleur d'affichageNoir / Blanc
Résolution250 × 122 pixels
Taille de l'écran49.70mm × 21.75mm
Pas de masque0.194 × 0.194 mm
Dimension du contour65.35mm × 40.05mm
Temps de rafraîchissement~2 seconds (data transfer time not included)
ViewAngle d'attaque>170°
Poids de l'article0.704 onces (0.02 kilogrammes)
Dimensions du produit2.57 x 1.58 x 1.58 inches (65.35mm L x 40.05mm W x 7.10mm Th)
Image showing the Waveshare e-Paper module with its specifications table

Image : recto et verso view of the e-Paper module, alongside a table detailing its technical specifications.

Dimensional drawing of the Waveshare e-Paper module with measurements in millimeters

Image: Detailed dimensional drawing of the e-Paper module, showing all key measurements in millimeters.

8. Ex d'applicationamples

The versatility and passive nature of the Waveshare NFC-Powered e-Paper make it suitable for a wide range of applications, including but not limited to:

9. Garantie et assistance

For technical support, documentation, and further resources, please visit the official Waveshare website or their dedicated product wiki page. Information regarding warranty policies can typically be found on the manufacturer's official channels or through your point of purchase.

For the most up-to-date information and detailed guides, refer to the Waveshare Wiki for this product model. This resource often contains comprehensive tutorials, code examples, et des conseils de dépannage.

Documents connexes - 2.13inch NFC-Powered e-Paper

Préview Manuel d'utilisation de l'imprimante électronique Waveshare NFC
Ce manuel d'utilisation fournit des instructions complètes pour l'utilisation du module e-Paper Waveshare compatible NFC. Il décrit la configuration et le fonctionnement pour les appareils Android et iOS, notamment la mise à jour des écrans e-Paper avec des images et du texte personnalisés via la technologie NFC. Des informations détaillées sur le module NFC ST25R3911B sont également incluses.
Préview Manuel d'utilisation du pilote e-Paper HAT Waveshare : connexion d'écrans e-Paper SPI à Raspberry Pi, Arduino, STM32
Manuel d'utilisation du pilote HAT Waveshare e-Paper, détaillant ses fonctionnalités, ses paramètres, ses spécifications d'interface et les modèles e-Paper pris en charge. Comprend des guides d'installation pour Raspberry Pi, Arduino et les cartes de développement STM32.
Préview Manuel d'utilisation et guide technique du Waveshare 2.13inch e-Paper HAT (B)
Guide complet pour le Waveshare 2.13inch e-Paper HAT (B), couvrant les connexions matérielles, la configuration logicielle, les principes de programmation et le dépannage pour Raspberry Pi, Arduino, Jetson Nano et STM32.
Préview Manuel d'utilisation de l'écran e-Paper Waveshare 4 pouces
Manuel d'utilisation complet du module d'affichage e-Paper Waveshare 4 pouces (EL040EF1), détaillant ses caractéristiques, spécifications, caractéristiques électriques, séquences d'alimentation, propriétés optiques, manipulation, sécurité et tests de fiabilité.
Préview Manuel d'utilisation de l'écran électronique Waveshare 7.3 pouces (E) - Spécifications et guide
Manuel d'utilisation complet du module d'affichage e-Paper (E) Waveshare de 7.3 pouces, détaillant les spécifications, les fonctionnalités, l'affectation des broches, les caractéristiques électriques et optiques, ainsi que les instructions de manipulation.
Préview Manuel d'utilisation et guide du HAT à papier électronique Waveshare 7.5 pouces
Ce manuel d'utilisation complet fournit des informations détaillées sur le module d'affichage Waveshare 7.5 pouces E-Paper HAT (V1/V2), un module d'affichage de résolution 800 x 480 utilisant la technologie d'affichage électrophorétique microencapsulée. Il aborde les connexions matérielles, la communication SPI, les principes de fonctionnement et l'intégration avec Raspberry Pi, Arduino, Jetson Nano, Sunrise X3 Pi, STM32, ESP32 et ESP8266. Des précautions essentielles, des ressources et une FAQ sont incluses pour une utilisation optimale.