ATOMIC PortABC Extension Base - m5stack-store ATOMIC PortABC Extension Base - m5stack-store ATOMIC PortABC Extension Base - m5stack-store ATOMIC PortABC Extension Base - m5stack-store ATOMIC PortABC Extension Base - m5stack-store ATOMIC PortABC Extension Base - m5stack-store ATOMIC PortABC Extension Base - m5stack-store ATOMIC PortABC Extension Base - m5stack-store
  • ATOMIC PortABC Extension Base - m5stack-store
  • ATOMIC PortABC Extension Base - m5stack-store
  • ATOMIC PortABC Extension Base - m5stack-store
  • ATOMIC PortABC Extension Base - m5stack-store
  • ATOMIC PortABC Extension Base - m5stack-store
  • ATOMIC PortABC Extension Base - m5stack-store
  • ATOMIC PortABC Extension Base - m5stack-store
  • ATOMIC PortABC Extension Base - m5stack-store

ATOMIC PortABC Extension Base

SKU:A130

Regular price $3.50

Out Of Stock

Shipping calculated at checkout.

Description

The Atomic Port ABC Base is a Grove port expansion base specifically designed for the ATOM series, allowing users to easily connect I2C, UART, GPIO type Unit expansion modules. The product offers multiple mounting options, such as hanging, LEGO connections, and screw fixation. It is suitable for building multifunctional mini-node controllers and other scenarios.

Features

  • Compatible with PORT A/B/C (I2C/GPIO/UART)
  • Compatible with ATOM series hosts

Includes

  • 1 x Atomic Port ABC Base
  • 1 x Pinout Diagram

Applications

  • Multifunctional control nodes

Specifications

Specification Parameter
Supported Sensor Interfaces I2C, UART, GPIO
Operating Temperature 0 ~ 40°C
Supported ATOM Models Atom-Matrix, Atom-Lite, ATOMS3, AtomS3-Lite
Product Size 64 x 24 x 29mm
Package Size 91 x 42 x 24.5mm
Product Weight 5g
Gross Weight 10g

Learn and Documents

→ DOCUMENTS

Customer Reviews

Based on 1 review
100%
(1)
0%
(0)
0%
(0)
0%
(0)
0%
(0)
D
Daniel F.
Awesome!

So useful in an M5 ecosystem where some sensors still use UART or GPIO for integration. With that extension base, your Atom ends up with so many integration ports (2 x I2C, 1 UART, 1 GPIO) using YH2.0-4P connectors in a very compact form.