Our End Device Certified cellular IoT solutions intelligently combine low power cellular LTE-M and NB-IoT with long range Bluetooth 5. This unique combination enables totally new use cases using low-cost, long-range Bluetooth sensors all connected to the next generation cellular network, in a much simpler and lower cost architecture. Our cellular solutions are enhanced with multiple internal and external antenna options and a complete, certified co-located radio architecture – all to help you significantly reduce development time and costs.
Limited costly radio or cellular certifications needed. Laird Connectivity’s cellular-solutions are end-device certified, enabling a cost-effective and fast time to market.
The only cellular solutions on the market that have pre-integrated, low-cost embedded antennas plus external antenna options including our Revie Flex LTE-M / NB-IoT and DBA series antennas.
Fully featured Bluetooth 5 radio with support for LE Long Range and 2MPHY– all tightly integrated and co-located certification with LTE-M and NB-IoT functionality.
Develop your application directly on the Cortex M4F controller using Zephyr RTOS to reduce overall production cost and power consumption or use our hosted mode AT command set.
Our End Device Certified, out-of-the-box solutions are designed to help reduce risk and decrease development time, for a faster prototype-to-production process.
Securely connect your wireless Bluetooth sensors over a low-power LTE connection to cloud services like AWS IoT – test within minutes with our Out of Box (OOB) application software, mobile apps and Development Kit.
You can work with the #1 experts in low power wireless connectivity and leverage free antenna scans, design reviews, on-site EMC support, and a global team of engineers to help accelerate your product to market.
The Pinnacle 100 cellular modem is an ideal product for customers looking for a fully-integrated solution – combining Bluetooth 5, cellular, and flexible antenna options into a single hardware platform.
Choose from a variety of internal or external antenna options, including the only modem with a unique integrated antenna. This is an ideal solution for simplifying integration, saving space, and lowering costs without decreasing performance.
The integrated Bluetooth v5 radio supports LE Coded (long range) and Bluetooth mesh. It’s never been easier to bridge wireless Bluetooth 5 sensor data to cloud services like AWS IoT over a low-power LTE connection.
The Pinnacle 100 modem is fully end device certified from a radio regulatory, as well as LTE carrier perspective. No need to worry about the time and cost involved in the certification process.
Extremely power-conscious, the Pinnacle 100 offers the lowest power consumption. This is ideal for battery-powered devices operating at the edge of your IoT networks.
End-Device Certified cellular modem with LTE-M/NB-IoT and long-range Bluetooth
Wireless IoT gateway with Serial Port and LTE AWS Greengrass or Laird Connectivity Linux
Wireless IoT gateway with BL654 and LTE AWS Greengrass or Laird Connectivity Linux
Truphone addresses the most complex challenges of building IoT cellular devices by building a dedicated IoT SIM, a global IoT network, and an IoT platform to provide a truly global IoT cellular connectivity service. By partnering with Digi-Key, Truphone provides a one-stop-shop for customers' cellular connectivity requirements.
Every Pinnacle™ 100 Development Kit includes a Truphone SIM card with total of 250MB of FREE data, with 3 month expiration date from initial activation.
Arkessa is a dedicated Internet of Things cellular connectivity services provider, offering world-wide, world-class connectivity solutions that make it easy to design, deploy and manage your IoT devices securely, efficiently, and at scale, whatever your application or business model. With over ten years’ experience as a leading pioneer in IoT connectivity, Arkessa offers dedicated support, technical, and commercial flexibility to Laird Connectivity customers across Europe and beyond.
For every Pinnacle™ 100 Development Kit shipped to a customer in Europe, contact Laird Connectivity to receive a ready to go Arkessa SIM with 25MB data per month with 3 month expiration date from initial activation.
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Cellular connectivity is one of the fastest-growing engineering trends in the IoT world. While the advantages of LTE-M and NB-IoT are clear, the road to building a successful cellular IoT design can...
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This white paper is the third in a series of guides that provide product engineers with practical advice on how to take advantage of the capabilities of the low power cellular protocols LTE-M and...
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While the consumer products world focuses on streaming the latest videos to phones over 5G, another, equally powerful cellular transformation is underway in the medical and industrial space:...
While the consumer products world focuses on streaming the latest videos to phones over 5G, another, equally powerful cellular transformation is underway in the medical and industrial space: low-power cellular networks – LTE-M / NB-IoT. These technologies are unleashing a new wave of IoT devices that drastically reduce cost and operate for years on a single battery. But that’s just the start. Combining low-power cellular with Bluetooth 5 gives you two best-in-class wireless technologies to bridge local sensors, phones, people, gateways, and the cloud into one seamless extension of your enterprise.
Our team of committed professionals provide our customers detailed documentation resources, software development tools, technical support, and extensive product implementation support. With 24-hour first response during the business week and dedicated global teams for product support and integrations, our team is there to help.
Laird Connectivity is an accredited EMC Test Facility specializing in wireless product testing and approvals for Worldwide Certifications including the US (FCC), Canada (ISED), European Union (CE), Japan (Gitecki), Australia/New Zealand (RCM). We are the only module and antenna manufacturer that offers our own on-site EMC testing approvals, which drastically reduces your risk and time to market.
