Sierra Wireless: Precision-Engineered IoT Modules for Industrial Networks
Carrier-certified across 450+ networks in 64 countries. Every module validated through 2,000+ hours of environmental stress testing. 18 million devices deployed and counting.
Carrier-certified across 450+ networks in 64 countries. Every module validated through 2,000+ hours of environmental stress testing. 18 million devices deployed and counting.
Purpose-built connectivity modules and gateways engineered for demanding industrial environments and mission-critical deployments.
Ultra-low power cellular modules with extended coverage for metering, asset tracking, and sensor networks. Certified on 200+ LTE-M networks.
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Multi-Gigabit industrial gateways with 5G NR standalone capability, dual SIM failover, and embedded edge computing for real-time processing.
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Long-range, low-power devices for smart building, agriculture, and environmental monitoring. Up to 15 km range with 10-year battery life.
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Embedded Linux and RTOS platforms with on-device ML inference. Process data at the edge, reduce cloud bandwidth by up to 85%.
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High-throughput wireless modules supporting Wi-Fi 6 (802.11ax) and Bluetooth 5.2 for industrial WLAN and indoor positioning applications.
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Cloud platform for remote OTA updates, configuration management, and health monitoring across fleets of 10 to 10 million devices.
Learn More →Our IoT modules undergo rigorous qualification testing that exceeds industry standards, ensuring reliable operation in the most demanding industrial deployments.
Vibration, shock, thermal cycling, and humidity exposure testing per military specifications.
Extended temperature grade modules for outdoor, automotive, and industrial process applications.
Dust-tight and water immersion resistant gateway enclosures for outdoor and harsh environment mounting.
Every batch undergoes accelerated life testing with continuous monitoring of electrical and RF performance parameters.
Regulatory compliance and industry certifications that validate our commitment to engineering excellence and global interoperability.
Full compliance with US radio frequency emission and telecom equipment standards.
European radio equipment certification covering all wireless frequency bands.
Japanese wireless certification for LTE, Wi-Fi, and Bluetooth modules.
Certified quality processes across design, manufacturing, and customer support operations.
All products comply with EU RoHS directive for environmental responsibility.
Military-grade environmental testing for vibration, shock, temperature, and humidity resistance.
Documented outcomes from production IoT deployments across multiple industrial verticals.
A water utility serving 340,000 residential connections in the Pacific Northwest deployed NB-IoT smart meters using our SX-series modules in 2021. The project replaced manual monthly reads with hourly automated readings, reducing non-revenue water losses from 18% to 9.2% within 14 months. Module battery life projections — validated through 18-month field data — confirm 12+ year operational life at the configured 4-hour reporting interval. Underground meter pit installations at depths up to 1.5 meters achieved reliable connectivity through NB-IoT's 164 dB maximum coupling loss.
A pharmaceutical logistics operator managing 1,200 refrigerated vehicles across Western Europe integrated LTE Cat-M1 modules with GPS and temperature sensors in 2022. The system reports GPS position every 60 seconds and compartment temperature every 30 seconds, generating 2.4 million data points daily. Temperature excursion detection — defined as deviation beyond the 2-8C range for injectable biologics — triggers alerts within 45 seconds. The deployment reduced product spoilage claims by 67% and saved approximately EUR 2.1 million in the first year of operation.
A 4,500-hectare grain cooperative in Saskatchewan, Canada deployed 2,800 LoRaWAN soil moisture and temperature sensors in 2023. Six gateway stations provide complete coverage across the farming area with link budget margins of 8-12 dB at field edges. The sensor network feeds irrigation scheduling algorithms that reduced water consumption by 31% while maintaining yield within 2% of historical averages. Gateway uptime over the first growing season averaged 99.7%, with the primary failure mode being solar panel snow accumulation during early spring.
Technical excellence at every stage of your IoT deployment lifecycle.
Work with our application engineers to define connectivity requirements, protocol selection, and environmental specifications for your use case.
Receive pre-certified evaluation kits with reference designs, AT command documentation, and integration guides to accelerate your development.
Leverage our carrier certification packages and regulatory documentation to achieve global deployment approval 60% faster than self-certification.
Monitor, update, and manage your entire device fleet remotely through the AirVantage cloud platform with OTA firmware and configuration management.
Our application engineering team provides technical consultation, reference designs, and carrier certification guidance tailored to your specific deployment scenario.