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Arduino MKR form factor

Compatible with all Arduino MKR boards: add sensors and interfaces to build your application.

Long-range connectivity

Sending data up to 15 Km for any IoT project.

Tracking and positioning

Best-in-class, low-power GNSS technology, combining CloudLocate and LoRaWAN.

Low-power high performances

Extremely low-power board with Move-X and u-blox innovative module designs.

The solution for power-constrained
IoT applications

Cicerone is perfect for tracking applications that need meter-level accuracy and long-range low-power LoRaWAN connectivity.
It is based on u-blox MAXM10S GNSS and Move-X MAMWLE modules. This combination allows for best-in-class synergy between GNSS technology and long-range wireless connectivity for power-constrained applications.
The board is designed to extend the battery life of IoT asset tracking applications thanks to an on-board LiPo charging circuit and u-blox CloudLocate positioning.

MAX-M10 module for real-time positioning technology

Positioning in the cloud with CloudLocate

MAMWLE radio module for long-range LoRa communication

Compatible with all Arduino's MKR form factor shields

Leveraging STML32WL power for both LoRaWAN stack and application code

Battery-powered with on-board charge controller

MAX-M10 module for real-time positioning technology

Positioning in the cloud with CloudLocate

MAMWLE radio module for long-range LoRa communication

Compatible with all Arduino's MKR form factor shields

Leveraging STML32WL power for both LoRaWAN stack and application code

Battery-powered with on-board charge controller

MAMWLE by Move-X

The Move-X MAMWLE is a low-power, LoRaWAN-compliant radio module based on ST's STM32WLEx microcontroller by STMicroelectronics. Powered by a powerful 32-bit ARM Cortex-M4 with clock frequency up to 48MHz and paired with up to 64kB SRAM and 256kB Flash, it is suitable for most IoT applications.

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MAX-M10 by u-blox

The MAX-M10 series is built on the ultra-low-power u-blox M10 GNSS platform, which provides exceptional sensitivity and acquisition times for all L1 GNSS systems. The extremely low power consumption of less than 25 mW in continuous tracking mode allows great power autonomy for all battery-operated devices, such as asset trackers, without compromising on GNSS performance.

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Cloud-based positioning meets LoRaWAN

CloudLocate is the cloud-based positioning service by u-blox, designed to extend the battery life of power-constrained IoT devices. It is tailored to the needs of IoT asset tracking applications that require reasonable position accuracy, few daily position updates, and only need the positioning information on the cloud, not on the device.
The u-blox cloud-based positioning solution makes a perfect match for use with LoRaWAN, allowing for best-in-class synergy between GNSS technology and long-range wireless connectivity for a real-world developer board perfect for power constrained IoT devices.

Applications

• Asset tracking
• Supply chain and logistics management
• Smart agriculture
• Smart cities
• Environment monitoring
• Infrastructure monitoring

Partners

Industry leaders have partnered with Move-X to design technology for a better world.

At ST, they create technology for a sustainable world, in a sustainable way. They enable safer, smarter and greener ways of living while acting together to protect the planet.

Adhering to the Swiss tradition of technological innovation u-blox continuously strives to find modern ways to boost customers businesses and build a sustainable future.

‍Tech specs

Radio module
Move-X MAMWLE-00 (STM32WLE5)
‍CPU architecture
‍STM32 Cortex® M4 32 bit @ 48MHz
‍CPU flash memory
128 KB
‍SRAM
‍48 KB
‍LoRa radio
‍Semtech SX1261/2 (868-915 MHz)
‍GNSS module
‍u-blox MAX-M10S
BeiDou, Galileo, GLONASS, GPS / QZSS
u-blox services: CloudLocate and AssistNow
‍Board supply options (by priority)
‍VIN (5V)
USB (5V)
Battery
‍Supported batteries
‍Rechargeable 3.70V Li-Ion or Li-Po with onboard SC OD
OC protections, minimum suggested capacity 500mAh
‍Battery management specs
‍210 mA, charge voltage 4.2V, red LED for status
Battery voltage monitor through MAMWLE ADC
‍Operating voltage
‍3.3V
‍LEDs
Battery charge state (red), user application (green)
‍Buttons
‍ Reset, user application
‍Connectors
Arduino MKR headers:
up to 22 GPIO, 16 PWM, 7 analog in
VREF output
SPI, UART, I2C
10-pin JTAG/SWD for ST-LINK
JST PH 2.0 for Li-Po battery
u.fl for LoRa antenna
u.fl for GNSS passive antenna
Micro USB type B
board supply and battery charging
UART
firmware upload
‍USB-UART Bridge chip
‍CP2102N
Connected to MAMWLE USART2, BOOT0 and RESET
‍Dimensions
‍62.9 x 25.0 x 7.52 mm