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OBJEX Link v1.6-C3 RISC-V
OBJEX Link v1.6-C3 is the RISC-V version of the series. This version of OBJEX Link v1.6-C3 is based on the new ESP32-C3 which has a 32-bit single-core RISC-V processor. It's very useful for various IoT devices (wearables for example) and for applications that require higher power efficiency or other features such as Bluetooth 5.0, and WiFi 4.
IoT Applications: Wearable devices, Smart Home & Cities, IIOT, Predictive Maintenance, Agriculture Automation.
It's also ideal for rapid prototyping, advanced research projects, and robotics projects.
Key features
- Compact size 24x24mm, high component density
- Modular design for a wide range of applications
- Designed to ensure easy reuse
- Low power consumption with Ultra Deep Sleep mode
- Based on ESP32-C3 RISCV
- WiFi 4 & BLE 5.0 connectivity
- 22 programmable GPIOs
- USB-C Type 2.0
- Tiny battery connector
- Compatible with Arduino and MicroPython*
- Battery manager(fast-charge)
- Support for external PSRAM
*Micropython developers are working on new firmware compatible with ESP32-C3
What is OBJEX Link?
Is a modular IoT board, is designed for IoT devices that are easy to repair and reusable at the end of the device life cycle. OBJEX Link is designed to suit a wide range of uses: Smart Home & Cities, IIOT, Everyday things & Wearables, Predictive Maintenance, Agriculture Automation.
It is also perfect for rapid prototyping, advanced research projects, and robotics projects, with the right module you can extend the possible uses of the board.
The compact form factor and board design ensure easy use and maintenance of the board. The architecture of OBJEX Link is composed of two parts, the first is the mainboard (OBJEX Link) and the second is the module allows for easy customization and interfacing with hardware compared to other IoT boards.
For more information about the project click here
Develop prototypes with OBJEX Link
OBJEX Link v1.6-C3 RISC-V
*PCBWay community is a sharing platform. We are not responsible for any design issues and parameter issues (board thickness, surface finish, etc.) you choose.
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- W01854L Jul 03,2024
- rtandon Jan 29,2024
- Engineer Dec 25,2023
- Engineer Mar 15,2023
- zolokonst Nov 30,2022
- Yuriy Efremov Dec 06,2021
- Duncan Hames Nov 24,2021
- Fikret UYSAL Nov 22,2021
- Salvatore Raccardi Nov 18,2021
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