Sigfox LPWAN Network

NXP’s OL2385 wireless sub-GHz transceiver enables seamless communication into the Sigfox 0G network. Combined with other NXP key technologies, such as RFID, NFC, WIFI/BLE and sensors, NXP enables customers to build sensor node data collection for tagging and tracking applications utilizing the global Sigfox network infrastructure.

Sigfox is cloud connectivity just for low-data-rate devices

Sigfox solution delivers outstanding performance and optimized efficiency, and our Rapid IoT Development Platform makes it easy to explore ideas and create proof-of-concept designs.

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Design Resources

Making Sense of LPWAN

Podcast

Thomas Lorbach and Tom Pannell at NXP talk with Microwave Journal editorial director about the various types of LPWANs.

A Fireside Discussion of Sigfox Connectivity

Video

As a LPWAN protocol backed by a global connectivity service, Sigfox provides the kind of long-range that IoT devices need.

OM2385-SF002: SIGFOX Development Kit

Development boards

The OM2385/SF002EU and US are development platforms dedicated to SIGFOX applications.

Embedded SW for SIGFOX Based on OL2385

Software

This embedded software solution provides high-level support for listed NXP analog parts (OL2385).

SIGFOX Console Control Application

Software

This application intended for FRDM-KL43Z allows users to control OL2385 by commands sent from PC terminal.

Wireless Community

Community

We are pleased to provide our developer community a place to share, discuss and help others with issues regarding the wireless connectivity solutions.

Industrial Connectivity with Multi-Protocol Sub-GHz Wireless Transceiver Platform

Video

The OL2385 on a PIN-to-PIN compatible sub-wireless protocols such as Sigfox.

Sigfox is Expanding the IoT, 12 Bytes at a Time

NXP is a leader in LPWAN technologies and offers highly integrated Sigfox options.

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Sigfox Is Expanding the IoT, 12 Bytes at a Time img

Sigfox Is Expanding the IoT, 12 Bytes at a Time

Small, battery-powered devices, such as sensors, which collect and transmit readings for use in manufacturing, agriculture, healthcare, utility grids and urban infrastructure.