Applications
E-Paper Display
NFC IC with UART Interface and GPIOs for Battery-less solutions. The SIC4310 is an NFC (Near Field Communication) IC that provides a UART interface and 8 GPIOs (General Purpose Input/Output). It is designed as a cost-effective bridge for communication with a smartphone phone or NFC reader. This NFC IC enables wireless communication between devices, making it ideal for a variety of IoT
use cases.
Moreover, the SIC4310 can harvest NFC power and supply it to external components as battery-less operation by both powering the device and exchanging data.
In this demonstration kit, the SIC4310 is connected with an MCU and
an EPD (Electrophoresis Display) or E-Paper Display without any battery or power source on board. The display content can be updated using power from an NFC reader equipped in the smartphone, with an application used to transfer data via the SIC4310. This makes the kit an ideal demonstration of how NFC technology can be harnessed to create flexible, battery-less display solutions for E-Labels, E-Kanban systems in production lines, electronic visitor badges, and more.
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NFC Data transfer and power harvesting
NFC dual-port 228-byte with an UART interface designed to harvest energy.
How it works
Select
Open the application
and select content to
display: ‘Text’ or ‘Picture’.
Take or Choose
Take or choose a picture on your
smartphone and confirm to
display it on the E-Paper screen.
Tap and Display
Tap your smartphone on the antenna area,
then the picture will be displayed on the E-Paper screen.
Benefits
Zero Maintenance :
The SIC4310 enables NFC energy harvesting, allowing
the device to operate within a fully sealed housing without
the need for battery replacements.
Contactless Energy & Data Transfer :
Besides wireless power harvesting, the SIC4310 allows
contactless data exchange with a mobile device
or NFC reader.
Environmentally Friendly :
By eliminating the need for batteries in certain scenarios,
the SIC4310-powered device significantly reduces
environmental impact, making it a green solution.

