Semtech’s New LoRa Gen-4 Transceivers Enhance IoT Range and Speed

Key Takeaways

  • Semtech Corporation has launched two new LoRa Gen 4 transceivers, the LR2022 and LR2012, enhancing their fourth-generation LoRa technology.
  • The transceivers cater to various applications, including AI-driven edge devices and sensor networks, offering high data rates and improved range.
  • Production for the LR2021 will begin in October 2025, while the LR2022 and LR2012 are expected in early 2026.

New Product Launch from Semtech Corporation

Semtech Corporation has introduced two new transceivers, the LR2022 dual-band and LR2012 sub-GHz models, as part of its LoRa Gen 4 product line based on the LR2021 transceiver. These devices are designed to cater to specific use cases, enhancing the capabilities of the fourth-generation LoRa technology introduced in March 2025, which offers data transmission speeds up to 2.6 Mbps with low power consumption.

The new transceivers have generated significant interest due to their tailored functionalities, allowing customers to select features specific to their needs without incurring unnecessary costs. According to Madhu Rayabhari, Semtech’s senior vice president, users can opt for multi-PHY capabilities for legacy system integration or dual-band operation for global coverage, standardizing on a single architecture.

The LoRa Gen 4 transceivers are engineered to facilitate high data rates through short-range protocols, boasting better range, superior link quality, and minimal interference resistance. This makes them particularly suitable for industrial uses and outdoor scenarios where reliable long-range connectivity is vital. Semtech also highlights that the new models support improved radio performance across LoRa and FSK, effectively manage Channel Activity Detection, and are backward-compatible with over 450 million existing LoRa devices.

Potential applications for these transceivers include AI-powered security cameras, drone communication systems, audio classification devices, and battery-powered sensors aimed at predictive maintenance and image recognition. The LR2021 model will begin production in October 2025, with samples currently available for prospective buyers. The LR2022 and LR2012 are projected to be available in the first and second quarters of 2026, respectively.

In conjunction with this product launch, industry engagement opportunities are available through events like the IoT Tech Expo in Amsterdam, California, and London, providing valuable insights from leaders in the IoT sector.

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