RGB LED (H01R0x)

$7.90

SKU: H01R00 Category:

RGB LED

Stage: Production

7 in stock (can be backordered)

Description

H01R0x is a smart RGB LED module based on Cree CLVBA-FKA RGB LED and STM32F0 MCU. It is our first and most beloved module as it was used to test and develop most of Hexabitz backend!

  • Use this module as a stand-alone smart RGB LED and easily control it via a Command Line Interface (CLI).
  • Firmware has embedded on / off / toggle, PWM, dimming and color sweep functionality.
  • Program advanced C code with our easy-to-use APIs.
  • Connect many H01R00 modules together and build interesting flat and curved boards with any configuration you imagine!
  • Send commands to a single LED, a group of LEDs or broadcast to all of them at the same time.
  • Connect to external hardware or combine with other Hexabitz modules!

A step-by-step guide to build blinky Hexabitz modules!
Blinky 101

Build your very own disco ball with some ninja soldering skills and a little help from the 3D printer.
Sphere of Light

Build and control an array of RGB LEDs using your hand gestures and magic (i.e., IR sensor craft)!
Magic Array!

Control Hexabitz modules from a smartphone app using Bluetooth.
BLEing

This project is a windows form application to demonstrate how to use the DOT-NET-COMS-LIB library in communicating with Hexabitz modules.
Interactive Hexabitz Modules GUI

An Android application built using MIT App Inventor to interact with Hexabitz modules without a single line of code!
Controling Hexabitz Modules Using MIT App Inventor

This project creates a Hexabitz Magnetic detector for many applications like games and home automation.
Hexabitz Magnetic Detector with Reed Switch

In this project, we will learn how to make a Hexabitz Security and Alarm System.
Hexabitz Security and Alarm System

Create yourself a stylish unique Hexabitz RGB LED Necklace that will glows with warm colors when people approach you
Hexabitz Glowing Necklace

Hexabitz Water Level Indicator is a simple project to detect the water level in tank at certain level with Hexabitz modules.
Hexabitz Water Level Indicator

In this project, we will see using Tilt Sensor and limit switch to activate Hexabitz Modules. When door moves, the Modules will give alarm.
Monitoring Door-Opening System with Hexabitz Modules

This Project demonstrates how to make a smart traffic light system using Raspberry Pi and Hexabitz modules.
Raspberry Pi Traffic Lights using Hexabitz modules

Wearable step-counting using Hexabitz modules.
Step-counting bracelet

Building a magical dome which is controlled by gestures.
Luminous Dome

Specifications

Front-end

  • Cree CLVBA-FKA-CC1F1L1BB7R3R3 Tri-color (RGB) SMD LED, 4-Pin PLCC:
    • Dominant Wavelength: Red (619 – 624nm) Green (520 – 540nm) Blue (460 – 480nm).
    • Luminous Intensity (mcd) @IF=20mA: Red (224 – 560) Green (280 – 900) Blue (90 – 355).

Back-end

  • STM32F091CBU6 32-bit ARM Cortex-M0 MCU.
  • 8MHz external oscillator.
  • Six array ports and six power ports (+3.3V and GND).
  • Access to 6xUART, 2xI2C, SWD, BOOT0, RESET.

Physical Properties

  • Shape: Hexagon
  • Size: 30 mm short diagonal, 17.32 mm side
  • Area: 7.8 cm^2
  • Weight: 1.3 g
  • Soldermask Color: Dark green
  • Surface Finish: ENIG (gold) or HASL-LF (tin)

Hardware Release Notes

H01R00

  • Initial hardware release.

H01R01

  • Mounting holes were moved a little bit to be on the diagonal line exactly 5mm from module corner.

Bill of Materials

H01R00 BOM

Quickstart Guide

Download a PDF version here.









 

FAQ

Frequently Asked Questions

A: Yes! But all Hexabitz modules -whether it’s a complex Ethernet or IMU or a simple LED- share same backend hardware and software. This what gives the platform its unmatched modularity and scalability. Cortex-M0 MCUs are small, cheap, power-efficient, yet capable of really wonderful things. Having an embedded MCU provides a cheaper and more compact alternative to connecting an LED breakout with an external controller.

A: Hexabitz are designed for the absolute soldering beginners! The edge pads are large and easy to reach and anyone with basic knowledge of soldering can assemble a flat array. Curved and spherical arrays require more training but can be made easier with 3d-printed fixtures.

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Have more questions? Please check our main FAQ page and feel free to contact us for any unanswered questions.

Resources

  • Schematics (PDF)
  • Hardware Design Files (Circuit Maker)
  • Source Code (GitHub). Download a pre-compiled firmware HEX file here.
  • Documentation / Factsheet (PDF)
  • Projects & Examples: Please check our account on Hackster.io for demo projects and examples.