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Green Arduino shield with four white Qwiic connectors and large prototyping area

SparkFun Electronics

SparkFun Qwiic Shield Arduino Compatible 4 ports 3.3V engineering development tool

SKU CH-DAH4-K9S7E

An easy-to-assemble shield that adds four Qwiic ports and a large prototyping area to Arduino boards, converting 5V to 3.3V for I2C devices

  • TypeEngineering Development Tools
  • Add Qwiic sensors to Arduino with four built-in ports
  • Prototype custom circuits on the large integrated breadboard area
  • Organise wiring neatly using the 3-by-1 prototyping rails
  • On-board level shifting converts 5 V logic to 3.3 V for Qwiic devices
  • Daisy-chain multiple I2C sensors on the same bus for expanded sensing

Arduino Qwiic Integration Shield

This shield adds four Qwiic ports to an Arduino board, converting the 5 V supply to 3.3 V for compatible I2C devices. A large prototyping area and 3-by-1 rails give space for custom circuitry alongside the daisy-chain connectors. Four mounting holes allow a small sensor board to be secured on top of the shield. The kit arrives unassembled for straightforward soldering.

Upgrade from Flying-lead I2C Wiring

Replacing loose jumper wires with keyed Qwiic cables removes mis-connection risk and speeds up sensor swaps. The jump is worth it when a project grows beyond one or two I2C modules and a tidy, expandable bus becomes necessary. On-board voltage translation protects 3.3 V peripherals from the Arduino’s 5 V logic without extra level-shifter boards.

Makers Building Multi-sensor Arduino Projects

Suits developers who want a clean, solderable base for stacking several Qwiic sensors on a single I2C bus. Builders needing a ready-made, zero-soldering HAT or a shield with isolated buses for address conflicts should look at other form factors. Projects requiring more than four simultaneous Qwiic drops will need an additional hub or multiplexer.

Pluspunten

  • Add Qwiic sensors to Arduino with four built-in ports
  • Prototype custom circuits on the large integrated breadboard area
  • Organise wiring neatly using the 3-by-1 prototyping rails
  • On-board level shifting converts 5 V logic to 3.3 V for Qwiic devices
  • Daisy-chain multiple I2C sensors on the same bus for expanded sensing

Specificaties

TypeEngineering Development Tools

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What Arduino boards does this shield fit?

The shield uses the standard Arduino Uno footprint so it fits Uno and compatible boards that share the same pin spacing.

How do I connect a Qwiic sensor to the shield?

Plug the sensor's JST cable into any of the four Qwiic ports; all ports share the same I2C bus so address conflicts are the only thing to watch.

What voltage do the Qwiic ports supply?

On-board circuitry converts the Arduino's 5 V supply to the 3.3 V required by Qwiic devices.

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