Meet the new Wireling Platform!
The WirelingZero Processor is one of TinyCircuits' second-generation processor boards, specifically designed for low-cost Wireling projects. WirelingZero is based on the Atmel SAMD21 32-bit ARM Cortex M0+ processor (the same one used in the Arduino Zero) and provides a USB connectivity port, power management and battery charger in a single 15x32mm board.
Main Features:
- Atmel SAMD21 processor (same as is used on the Arduino Zero)
- More memory compared to TinyDuino (both Flash and RAM)
- Power switch, regulator, lithium battery management on board
- Precision clock crystal and Real-Time Clock hardware built-in, low power standby
- 4 individually addressable I2C Wireling Ports
- Up to 10 ADC inputs, up to 10 PWM outputs, up to 16 external interrupts
RobotZero is one of TinyCircuits' second-generation processor boards, adding performance upgrades and additional features to the original TinyDuino including (4) Wireling connectors, (2) motor ports, (4) servo ports, and a built-in 9-Axis sensor. RobotZero is based on the Atmel SAMD21 32-bit ARM Cortex M0+ processor (the same one used in the Arduino Zero) and provides a USB connectivity port, power management and battery charger in a single 30x30mm board. We've kept our standard TinyShield expansion port, allowing for use with our current shields.
Main Features:
- Atmel SAMD21 processor (same as is used on the Arduino Zero)
- More memory compared to TinyDuino (both Flash and RAM)
- TinyShield expansion connector, built-in micro USB connection
- Power switch, regulator, lithium battery management on board
- Precision clock crystal and Real-Time Clock hardware built-in, low power standby
- Populated 9-Axis Sensor: 3D accelerometer, 3D gyroscope, and 3D magnetometer
- Up to 10 ADC inputs, up to 10 PWM outputs, up to 16 external interrupts
Up to 8 Wireling Adapters may be stacked together by changing the address resistors on the board. I/O Pin 4 is used to control power to the Wireling Adapter. Driving it high will activate the Adapter board and its sensors while driving it low will power down the board and its sensors to save on power consumption! Using a multiplexer also allows you to use two or more I²C devices with the same address, without interference problems.
The Wireling Pi Hat allows users to add Wirelings to their Pi projects. Featuring a 4-channel Multiplexer, Real-Time Clock (RTC), on-board voltage regulation and level shifting, this board allows you to add up to 4 Wireling Boards to your project with ease!
The Wireling Arduino Shield allows users to add Wirelings to their Standard Arduino projects. Featuring a 4-channel Multiplexer, Real-Time Clock (RTC), on-board voltage regulation and level shifting, this board allows you to add up to 4 Wireling Boards to your project with ease!