ATmega32U4 IoT Weather Station
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1 ATmega32U4 IoT Weather Station TM
2 Gumstix, Inc. shall have no liability of any kind, express or implied, arising out of the use of the Information in this document, including direct, indirect, special or consequential damages. Gumstix, Inc. may have patents, patent applications, trademarks, copyrights, trade secrets or other intellectual property rights pertaining to Gumstix products described in this document (collectively Gumstix Intellectual Property ). Except as expressly provided in any written license or agreement from Gumstix, Inc., this document and the information contained therein does not create any license to Gumstix s Intellectual Property. The Information contained herein is subject to change without notice. Revisions may be issued regarding changes and/or additions. Copyright c 2017, Gumstix, Inc. All rights reserved.
3 Board Description IoT Weather Station powered by ATmega32U4 + LoRa transceiver and weather related sensors Board Dimensions 6.5cm x 4.1cm i
4 Contents 1 Modules on Board Network LoRa Transceiver (v3) (1) Headers Pin Male Header (v11) (2) JTAG Header (mini ARM) (v6) (5) ICSP Header (v1) (11) NC (v9) (16) NC (v9) (17) Processors Atmel ATmega32U4 (v3) (3) Power V/1.5A Regulator (v11) (4) USB Micro-B Jack (v10) (6) Micro-B Jack (v10) (7) Connectivity USB-UART (v16) (8) UART Mux (2 output) (v6) (13) IO Tactile Switch (v15) (9) Top-side LED (v3) (14) Sensors Humidity Sensor (v3) (10) Barometer (v8) (12) Ambient Temperature Sensor (v8) (15) Module Connections Graph 8 3 Module Power Graph 9 ii
5 ATmega32U4 IoT Weather Station 1 1 Modules on Board 1.1 Network LoRa Transceiver (v3) (1) Microchip s low-power long range transciever is a sub-1 GHz wireless module with integrated LoRa modem. The module is controlled by a UART interface and provide data communication at ranges exceeding 15 km. This module utilizes the ISM band for licence exempt operation. Please consult your purchase order to find your model number and local spectrum managment regulations before operating. Operating Spectrum Model Country Frequency RN2903 U.S., Canada, Australia, New Zealand 902 MHz MHz RN2483 Europe 863 MHz MHz, MHz MHz The datasheet fot the RN2903 module is available at: DeviceDoc/ B.pdf The datasheet fot the RN2483 module is available at: com/downloads/en/devicedoc/ a.pdf Highlights Max Bit Rate: 300 kbps Receiver Sensitivity: -148 dbm Transmitter Power: 14 dbm Modulation: LoRa, FSK, GSK
6 ATmega32U4 IoT Weather Station 2 Connections Its UART bus is connected to UART1 on UART Mux (2 output) (13) Its!RESET line is connected to PD4 on 1.2 Headers Pin Male Header (v11) (2) The 20-pin male header module offers up to 16 bi-directional GPIO or Pulse Width Modulation (PWM) signals. This module has the following connections: Pin1 to PWM5 from Atmel ATmega32U4 (3) Pin2 to PWM6 from Atmel ATmega32U4 (3) 5.0V to 5.0V from Micro-B Jack (6) Pin3 to NC2 from NC (16) Pin4 to NC2 from NC (17) Pin5 to PB0 from Atmel ATmega32U4 (3) Pin6 to PB1 from Atmel ATmega32U4 (3) Pin7 to PB2 from Atmel ATmega32U4 (3) Pin8 to PB3 from Atmel ATmega32U4 (3) Pin9 to PB4 from Atmel ATmega32U4 (3) Pin10 to PB5 from Atmel ATmega32U4 (3) Pin11 to PB6 from Atmel ATmega32U4 (3) Pin12 to PB7 from Atmel ATmega32U4 (3) Pin13 to PC7 from Atmel ATmega32U4 (3) Pin14 to PD5 from Atmel ATmega32U4 (3) Pin15 to PD6 from Atmel ATmega32U4 (3) Pin16 to HANDSHAKE from Atmel ATmega32U4 (3) JTAG Header (mini ARM) (v6) (5) This miniature JTAG header (10 pins, pitch) connects to a Cortex-M4 microprocessor module. The JTAG header is useful for writing a bootloader to the Cortex-M4 which can be used to load higherlevel firmware. This module breaks out JTAG from Atmel ATmega32U4 (3) ICSP Header (v1) (11) ICSP header for Arduino Boards.
7 ATmega32U4 IoT Weather Station NC (v9) (16) No connection NC (v9) (17) No connection 1.3 Processors Atmel ATmega32U4 (v3) (3) The low-power Atmel 8-bit AVR RISC-based microcontroller featuring 32KB self-programming flash program memory, 2.5KB SRAM, 1KB EEPROM, USB 2.0 full-speed/low speed device, 12-channel 10- bit A/D-converter, and JTAG interface for on-chip-debug. The device achieves up to 16 MIPS throughput at 16 MHz Volt operation. Requires: VCC from 3.3V/1.5A Regulator (4) VCC 5.0 from Micro-B Jack (6) Provides: VLOGIC to: LoRa Transceiver (1) 20-Pin Male Header (2) Ambient Temperature Sensor (15) Barometer (12) Humidity Sensor (10) ICSP Header (11) JTAG Header (mini ARM) (5) Tactile Switch (9) PD4 to LoRa Transceiver (1) PWM5 to 20-Pin Male Header (2) PWM6 to 20-Pin Male Header (2) PB0 to 20-Pin Male Header (2) PB1 to 20-Pin Male Header (2) PB2 to 20-Pin Male Header (2) PB3 to 20-Pin Male Header (2) PB4 to 20-Pin Male Header (2) PB5 to 20-Pin Male Header (2)
8 ATmega32U4 IoT Weather Station 4 PB6 to 20-Pin Male Header (2) PB7 to 20-Pin Male Header (2) PC7 to 20-Pin Male Header (2) PD5 to 20-Pin Male Header (2) PD6 to 20-Pin Male Header (2) HANDSHAKE to 20-Pin Male Header (2) I2C to: Ambient Temperature Sensor (15) Barometer (12) Humidity Sensor (10) SS LED to Top-side LED (14) USB DEVICE to Micro-B Jack (6) ICSP to ICSP Header (11) JTAG to JTAG Header (mini ARM) (5) UART to UART Mux (2 output) (13) PF0 to Ambient Temperature Sensor (15) PF1 to UART Mux (2 output) (13) nreset to Tactile Switch (9) 1.4 Power V/1.5A Regulator (v11) (4) This DC to DC step down regulator provides a 3.3V DC output at 1.5A needed by certain components on this board. It is capable of accepting an input voltage between 3.1 to 16V DC and output is controlled by the TI TPS6211 buck regulator. It recieves 5.0V from Micro-B Jack (6). The dataheet for the TPS6211 regulator is available at: This regulator provides 3.3V to: LoRa Transceiver (1) Atmel ATmega32U4 (3) Humidity Sensor (10) Top-side LED (14)
9 ATmega32U4 IoT Weather Station USB Micro-B Jack (v10) (6) The USB micro-b port module allows your design to connect as a USB device to a USB host. This module is connected to USB DEVICE on Atmel ATmega32U4 (3). It supplies 5.0V to: 20-Pin Male Header (2) Atmel ATmega32U4 (3) 3.3V/1.5A Regulator (4) Micro-B Jack (v10) (7) The USB micro-b port module allows your design to connect as a USB device to a USB host. This module is connected to USB DEVICE on USB-UART (8). This module does not supply power. 1.6 Connectivity USB-UART (v16) (8) Also known as an FTDI, this USB to UART converter allows a USB connection to the board to behave as a virtual RS232 serial connection. It offers direct and complete access to the system from a development machine by way of the FTDI FT232RQ USB UART IC. Technical documentation for the FT232RQ is available at: This USB to UART converter connects a host machine from Micro-B Jack (7) to UART2 on UART Mux (2 output) (13) UART Mux (2 output) (v6) (13) A bidirectional 2 x SPDT switch connects two UART interfaces (RX/TX only). A SELECT line is used to control which UART is output. This UART 2-output mux switches between UART on LoRa Transceiver (1) or UART on USB-UART (8) to UART on Atmel ATmega32U4 (3). The output is controlled by PF1 on Atmel ATmega32U4 (3).
10 ATmega32U4 IoT Weather Station IO Tactile Switch (v15) (9) This 4.9 sq. mm pull-down touch switch provides a user input for the signal nreset on Atmel ATmega32U4 (3) Top-side LED (v3) (14) The top-side LED module contains a 1608 standard size LED of a user-selected color, mounted on the top side of a Geppetto board. The LED is active-high on SS LED from Atmel ATmega32U4 (3). 1.8 Sensors Humidity Sensor (v3) (10) The humidity sensor module uses the Silicon Labs Si7021-A20 humidity and temperature sensor to measure ambient humidity. The module communicates with host devices serially over I 2 C. The Si7021-A20 sensor s datasheet is available at: Highlights Maximum resolution RH Maximum temp. resolution 0.01 C I 2 C slave address 0x40 Connections The humidity sensor module is connected to I2C on Atmel ATmega32U4 (3) Barometer (v8) (12) The barometer module is an ultra-compact, low-power barometric preasure sensor useful for aerial vehicles. The module s MS BA03 Barometric Pressure Sensor offers a high resolution reading, accurate to within 10 cm and is optimized for altimeter and variometer applications. It can communicate serially either over I 2 C or SPI buses. At altitudes close to sea level, covering the barometer module with a light piece of foam may help to improve the accuracy of readings. Highlights Max resolution: mbar Range: mbar Min response time: 0.5 ms I 2 C slave addr: 0x76 Connections This module is connected to I2C on Atmel ATmega32U4 (3). Visit for details.
11 ATmega32U4 IoT Weather Station Ambient Temperature Sensor (v8) (15) The ambient temperature sensor module hosts the TI TMP102 IC to measure temperatures with an accuracy of ±0.5 C and communicates to a host system over I 2 C. Download the datasheet for the TMP102 at: Highlights Max resolution: C/LSb I 2 C slave addr: 0x48 Connections The ambient temperature sensor module is connected to I2C on Atmel ATmega32U4 (3). The overtemperature alert pin is connected to PF0 on Atmel ATmega32U4 (3)
12 ATmega32U4 IoT Weather Station 8 2 Module Connections Graph Figure 1: excludes power modules
13 ATmega32U4 IoT Weather Station 9 3 Module Power Graph
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