XoverIoT

XoverIoT provides Sub-1GHz, LoRa, and Sigfox verified low power modules with U.FL connector and chip-antenna together with development tools for use cases like:

• Asset tracking
• Industrial and home supervision and maintenance
• Gas sensing
• Intelligent farming

XoverIoT is ready to help to equip products with IoT functionality. They propose embedded certified modules sensor control, data management and all the IT / Cloud services needed in the background to visualize them for convenience.

“Sigfox verified” modules from XoverIoT are available from Arrow.

XoverIoT, a partner of STMicroelectronics, Arrow, and Sigfox is an engineering driven company. They can customize any aspect of any solution to get the perfect fit:

• Special PCB dimensions
• Antennas / matching
• Various bus connections
• Additional sensors
• Even running applications within modules to cut down system costs

Products offered by XoverIoT

XoverIoT offers a wide range of products and services:

• Sub-1GHz modules from stock:
  • SIGFOX-MOD1-C / -E for TX / RX
  • SIGFOX-MOD2-C / -E for TX only
  • Low power modules for sensor node applications with chip antenna or UF.L connector
• Development tool from stock: SIGFOX-USB2-C
• Software: Sigfox, LoRaWAN and proprietary SW Stack with AT-command control
• Customization (Hardware and Software) of XoverIoT Sub-1GHz Modules
• Training on antennas for Sigfox, LoRa and Sub-1GHz

XoverIoT in STMicroelectronics Ecosystem

Customers require the best performance at a given cost budget. The huge STM32 series allows XoverIoT to select the right microcontroller for the given application.

The certification according to IEC 60730 Class B, the EEPROM emulation driver, and the STM32-CLASSB-SPL - functional safety package is significantly contributing to a fast development cycle and low certification costs.

Low-power consumption of STM32 and the S2-LP transceiver is a prerequisite for battery-operated applications. The balun BALF-SPI2-01D3, fitting exactly the S2-LP helps to achieve a compact design of the Sub-1GHz modules and to lower the RF-design time of the module significantly.