The LegioTM Evaluation Kit utilises the industry standard Adafruit Feather nRF52840 Express, it is equipped with Bluetooth Low Energy and native USB support and utilises the nRF52840 V2. It is Arduino-compatible and features built in USB plus battery charging. This will help you jump start your project allowing immediate integration into real scenarios such as IOT, wearables, small labels and smartcards.
The kit includes the Feather nRF52840 Express, a custom Plastic Logic Feather LegioTM/LectumTM Shield, a single 2.1” LegioTM EPD display and a Micro USB Cable – A to Micro B to supply power and allow programming and a Quick Start Guide.
We recommend the use of PlatformIO a cross-platform, cross-architecture, multiple framework, professional tool for embedded systems engineers and for software developers who write applications for embedded products along with our freely downloadable drivers to enable to display.
The LegioTM Evaluation Kit utilises the industry standard Adafruit Feather nRF52840 Express, it is equipped with Bluetooth Low Energy and native USB support and utilises the nRF52840 V2. It is Arduino-compatible and features built in USB plus battery charging. This will help you jump start your project allowing immediate integration into real scenarios such as IOT, wearables, small labels and smartcards.
The kit includes the Feather nRF52840 Express, a custom Plastic Logic Feather LegioTM/LectumTM Shield, a single 2.1” LegioTM EPD display and a Micro USB Cable – A to Micro B to supply power and allow programming and a Quick Start Guide.
We recommend the use of PlatformIO a cross-platform, cross-architecture, multiple framework, professional tool for embedded systems engineers and for software developers who write applications for embedded products along with our freely downloadable drivers to enable to display.
i.MX6-Kit, suited for high-performance applications such as e-readers, signage and advertisement / information panels. Allows complex functionality like user interaction and fast image processing on-the-fly.
The MCU ARM Cortex-A9 is a system-on-chip (SoC) solution with the EPD controller integrated. The MCU runs on Linux with EPD frame buffer driver.
The kit includes the MCU board i.MX6SoloLite and all other components required to operate different display sizes.
The display sizes suported are 4.7″, 10.7″ and 15.4″
i.MX6-Kit, suited for high-performance applications such as e-readers, signage and advertisement / information panels. Allows complex functionality like user interaction and fast image processing on-the-fly.
The MCU ARM Cortex-A9 is a system-on-chip (SoC) solution with the EPD controller integrated. The MCU runs on Linux with EPD frame buffer driver.
The kit includes the MCU board i.MX6SoloLite and all other components required to operate different display sizes.
The display sizes suported are 4.7″, 10.7″ and 15.4″
i.MX6-Kit, suited for high-performance applications such as e-readers, signage and advertisement / information panels. Allows complex functionality like user interaction and fast image processing on-the-fly.
The MCU ARM Cortex-A9 is a system-on-chip (SoC) solution with the EPD controller integrated. The MCU runs on Linux with EPD frame buffer driver.
The kit includes the MCU board i.MX6SoloLite and all other components required to operate different display sizes.
The display sizes suported are 4.7″, 10.7″ and 15.4″
Beagleobone-Kit, suited for low power, mid-performance applications such as handheld devices, wearables and labels. Allows more advanced functionality like basic user interaction and mid-size image processing.
The MCU ARM Cortex-A8 runs on Linux with EPD frame buffer driver.
The kit includes the MCU board Beaglebeone and all other components required to operate different display sizes.
The display sizes suported are 4″, 4.9″, 4.7″ and 10.7″.
Beagleobone-Kit, suited for low power, mid-performance applications such as handheld devices, wearables and labels. Allows more advanced functionality like basic user interaction and mid-size image processing.
The MCU ARM Cortex-A8 runs on Linux with EPD frame buffer driver.
The kit includes the MCU board Beaglebeone and all other components required to operate different display sizes.
The display sizes suported are 4″, 4.9″, 4.7″ and 10.7″.
Beagleobone-Kit, suited for low power, mid-performance applications such as handheld devices, wearables and labels. Allows more advanced functionality like basic user interaction and mid-size image processing.
The MCU ARM Cortex-A8 runs on Linux with EPD frame buffer driver.
The kit includes the MCU board Beaglebeone and all other components required to operate different display sizes.
The display sizes suported are 4″, 4.9″, 4.7″ and 10.7″.
Beagleobone-Kit, suited for low power, mid-performance applications such as handheld devices, wearables and labels. Allows more advanced functionality like basic user interaction and mid-size image processing.
The MCU ARM Cortex-A8 runs on Linux with EPD frame buffer driver.
The kit includes the MCU board Beaglebeone and all other components required to operate different display sizes.
The display sizes suported are 4″, 4.9″, 4.7″ and 10.7″.
MSP430-Kit, suited for ultra low power applications and repeated low-performance tasks with short start-up time such as IOT, wearables, small labels and smartcards.
The MCU TI MSP430F5438A is a hard-coded microcontroller unit, and code changes require a dedicated JTAG programmer.
The kit includes the MCU board Parrot and all other components required to operate different display sizes.
The display sizes suported are 1.1″, 1.38″, 2.1″, 3.1″, 4″, 4.9″, 4.7″ and 10.7″.
MSP430-Kit, suited for ultra low power applications and repeated low-performance tasks with short start-up time such as IOT, wearables, small labels and smartcards.
The MCU TI MSP430F5438A is a hard-coded microcontroller unit, and code changes require a dedicated JTAG programmer.
The kit includes the MCU board Parrot and all other components required to operate different display sizes.
The display sizes suported are 1.1″, 1.38″, 2.1″, 3.1″, 4″, 4.9″, 4.7″ and 10.7″.
MSP430-Kit, suited for ultra low power applications and repeated low-performance tasks with short start-up time such as IOT, wearables, small labels and smartcards.
The MCU TI MSP430F5438A is a hard-coded microcontroller unit, and code changes require a dedicated JTAG programmer.
The kit includes the MCU board Parrot and all other components required to operate different display sizes.
The display sizes suported are 1.1″, 1.38″, 2.1″, 3.1″, 4″, 4.9″, 4.7″ and 10.7″.
MSP430-Kit, suited for ultra low power applications and repeated low-performance tasks with short start-up time such as IOT, wearables, small labels and smartcards.
The MCU TI MSP430F5438A is a hard-coded microcontroller unit, and code changes require a dedicated JTAG programmer.
The kit includes the MCU board Parrot and all other components required to operate different display sizes.
The display sizes suported are 1.1″, 1.38″, 2.1″, 3.1″, 4″, 4.9″, 4.7″ and 10.7″.
MSP430-Kit, suited for ultra low power applications and repeated low-performance tasks with short start-up time such as IOT, wearables, small labels and smartcards.
The MCU TI MSP430F5438A is a hard-coded microcontroller unit, and code changes require a dedicated JTAG programmer.
The kit includes the MCU board Parrot and all other components required to operate different display sizes.
The display sizes suported are 1.1″, 1.38″, 2.1″, 3.1″, 4″, 4.9″, 4.7″ and 10.7″.
MSP430-Kit, suited for ultra low power applications and repeated low-performance tasks with short start-up time such as IOT, wearables, small labels and smartcards.
The MCU TI MSP430F5438A is a hard-coded microcontroller unit, and code changes require a dedicated JTAG programmer.
The kit includes the MCU board Parrot and all other components required to operate different display sizes.
The display sizes suported are 1.1″, 1.38″, 2.1″, 3.1″, 4″, 4.9″, 4.7″ and 10.7″.
