RPI-LED
NuttyCircuits RPI-LED

LED GPIO Indicator Board for the Raspberry Pi

Purchase the RPI-LED Indicator Board for the Raspberry Pi

Product Video Trailer -Teaser

Pinout diagram

Specifications

Download light show 'C' source code for the Raspberry Pi

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RPI-LED - GREEN

Product Video Trailer -Teaser

Successful Kickstarter Campaign, Nov. 2020

The NuttyCircuitsTM RPI-LED board is used for easy GPIO LED indication (on/off pin state.) Easy to plug in and remove so it can be switched between Raspberry Pi single board computers or used with the Orange Pi. Can only be used on Pi's with the 40-Pin header. Also great for creating spectacular light shows. Great for new and experienced programmers.

Kickstarter Campaign

RPI-LED Board Top Side

RPI-LED Board Bottom Side

FREE RPI-LED GPIO STICKER WITH PURCHASE

RPI-LED Pinouts

The RPI-LED pinout figure is color coded to allow for easy signal/pin identification. Power outputs are shown in Blue and Ground pins are Gray. All GPIO pins are Brown. The LED board function columns show the position of the 24 LEDs in Green and two control signals with pull-up resistors in Yellow. The two pins labeled PULL-UP can be used to provide control inputs to applications by connecting an external switch. When the switch is off or not connected the input will read a logic HIGH or 3.3V. When an external switch is connected to Ground and turned on the input will read a logic LOW or 0V.

Specifications

DOWNLOAD

Download light show 'C' source code for the Raspberry Pi

Download Page

NuttyCircuitsTM is a product brand of Microsystem Technologies, established in 1995.

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RPI-LED
NuttyCircuits RPI-LED
Successful Kickstarter Campaign, Nov. 2020
The RPI-LED pinout figure is color coded to allow for easy signal/pin identification. Power outputs are shown in Blue and Ground pins are Gray. All GPIO pins are Brown. The LED board function columns show the position of the 24 LEDs in Green and two control signals with pull-up resistors in Yellow. The two pins labeled PULL-UP can be used to provide control inputs to applications by connecting an external switch. When the switch is off or not connected the input will read a logic HIGH or 3.3V. When an external switch is connected to Ground and turned on the input will read a logic LOW or 0V.
RPI-LED
NuttyCircuits RPI-LED
Successful Kickstarter Campaign, Nov. 2020
The RPI-LED pinout figure is color coded to allow for easy signal/pin identification. Power outputs are shown in Blue and Ground pins are Gray. All GPIO pins are Brown. The LED board function columns show the position of the 24 LEDs in Green and two control signals with pull-up resistors in Yellow. The two pins labeled PULL-UP can be used to provide control inputs to applications by connecting an external switch. When the switch is off or not connected the input will read a logic HIGH or 3.3V. When an external switch is connected to Ground and turned on the input will read a logic LOW or 0V.
RPI-LED
NuttyCircuits RPI-LED
Successful Kickstarter Campaign, Nov. 2020
The RPI-LED pinout figure is color coded to allow for easy signal/pin identification. Power outputs are shown in Blue and Ground pins are Gray. All GPIO pins are Brown. The LED board function columns show the position of the 24 LEDs in Green and two control signals with pull-up resistors in Yellow. The two pins labeled PULL-UP can be used to provide control inputs to applications by connecting an external switch. When the switch is off or not connected the input will read a logic HIGH or 3.3V. When an external switch is connected to Ground and turned on the input will read a logic LOW or 0V.
RPI-LED
NuttyCircuits RPI-LED
Successful Kickstarter Campaign, Nov. 2020

The NuttyCircuits RPI-LED board is used for easy GPIO LED indication (on/off pin state.) Easy to plug in and remove so it can be switched between Raspberry Pi single board computers or used with the Orange Pi. Can only be used on Pi's with the 40-Pin header. Also great for creating spectacular light shows. Great for new and experienced programmers.

The RPI-LED pinout figure is color coded to allow for easy signal/pin identification. Power outputs are shown in Blue and Ground pins are Gray. All GPIO pins are Brown. The LED board function columns show the position of the 24 LEDs in Green and two control signals with pull-up resistors in Yellow. The two pins labeled PULL-UP can be used to provide control inputs to applications by connecting an external switch. When the switch is off or not connected the input will read a logic HIGH or 3.3V. When an external switch is connected to Ground and turned on the input will read a logic LOW or 0V.