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Create your own battery free energy harvesting solar powered LoRa sensors in minutes

• Very low power circuitry: 4.29 µW in stand-by, 66 mW in transmit mode
• Energy harvesting from in-door ambient light (Just 50 lux)
• Battery free energy storage based on hybrid supercap
• Growing range of low power sensors available
• Custom designed ISM antenna for top level perfomance
• Fully open source real time operative system with ready to use example of applications
• Ready for LoRa and LoRaWan applications
• Modular design
• Credit card footprint
• Cortex-M0 class of CPU
• Based on H10 LoRa module

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• CPU Microchip SAM R3x ultra-low power LoRa® Sub-GHz SiP
• ARM Cortex-M0
• Battery-free design
• Solar energy harvesting circuitry for indoor and outdoor applications
• Open source firmware based on RIOT the Real Time Operating System for IoT

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• Single Board Computer based on RoadRunner Linux SOM (Included)
• Classic "Credit Card" form factor
• Two USB Host 2.0 ports (one configurable as USB client on the USB-C connector)
• One 10/100 Mbit/s Lan port
• Two AcmeSensor ports
• Double placements for 2.54mm pitch 20x2 pinstrips (not soldered) for GPIOS, SPI, I2C, Serial etc ports
• Credit Card footprint

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• CPU Microchip SAML21
• Cortex M0+ @ 48 MHz
• Size: 22x14 mm
• Up to 10 Km in free space and tens of meters in buildings
• Open source firmware based on RIOT the Real Time Operating System for IoT

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• CPU Microchip SAMA5D27
• Cortex A5 @ 500 MHz
• Very low power consumption:
  396mW in full speed mode
  198mW at Linux prompt
  17mW in standby mode
  10mW in suspend to RAM mode
• Armhf architecture
• DDR3L RAM 256 MB
• QuadSPI 0/16/64/128MB
• Size: 40x30 mm
• Plug-in module
• 200 pins 0.4 mm pitch
• TFT parallel interface
• Boot from internal Quad SPI or external uSD/eMMC
• Linux Kernel 5.15 LTS
• Debian, Buildroot and Yocto
• Open source drivers

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• CPU Microchip SAMA5D31
• Cortex A5 @ 536 MHz
• Armhf architecture
• DDR2 RAM 256/512 MB
• Nand FLASH 0/256 MB
• On-board uSD socket
• Size: 53x53 mm
• Plug-in module
• 150 pins 1.27 mm pitch
• TFT parallel interface
• Boot from internal uSD/NAND flash or external eMMC
• Linux Kernel 5.15 LTS
• Debian, Buildroot and Yocto
• Open source drivers

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• CPU Microchip AT91SAMG25
• ARM9 @ 400 MHz
• Armel architecture
• DDR2 RAM 128/256 MB
• Size: 40x40 mm
• SMT module
• 96 pins 1.27 mm pitch
• Boot from external uSD or serial flash
• Linux Kernel 5.15 LTS
• Debian, Buildroot and Yocto
• Open source drivers

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• CPU Microchip AT91SAMG25
• ARM9 @ 400 MHz
• Armel architecture
• DDR2 RAM 128/256 MB
• Size: 53x25 mm
• Plug-in module
• 40 pins 2.54 mm pitch
• Boot from uSD
• Linux Kernel 5.15 LTS
• Debian, Buildroot and Yocto
• Open source drivers

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• CPU Microchip SAM9G20
• ARM9 @ 400 MHz
• Size: 66x72 mm

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• CPU Axis ETRAX 100LX
• Cris architecture @ 100 MHz
• Size: 66x72 mm

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• All the circuitries you need to test the RoadRunner SOM
• USB host, USB device, Ethernet port, MicroSD socket
• Test points for power consumption measurements
• All the Roadrunner signals exposed on 2.54mm pitch pins
• On-board supercap for RTC and backup memory circuit

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• 800x480 pixel 7 inch TFT with capacitive touch
• Socket for Raspberry Pi CM3L or CM3L+
• MIPI connector for Raspberry Pi Camera
• WiFi @ 2.4 GHz or USB port

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• 800x480 pixel 7 inch TFT with capacitive touch
• Socket for Raspberry Pi CM3L or CM3L+
• MIPI connector for Raspberry Pi Camera
• WiFi @ 2.4 GHz or 5.8GHz (optional)
• Ethernet POE, 3 USB Host, RS485 or RS232 port, 1 Relay
• Hi-quality audio output up 384KHz@32bit
• Safety shut-down UPS circuitry
• RTC with backup battery

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• Socket for Raspberry Pi CM3L or CM3L+ modules
• Power-in @ 12 to 24VDC
• Double opto-isolated RS-485 ports
• 2 relays
• 2 USB 2.0 host port
• Ethernet port at 10/100Mbit
• MIPI Camera connector
• Stereo audio out on 3.5 mm jack