New Sequans’ Monarch-powered LTE-M module now available through AT&T’s IoT Accelerator Program
August 23, 2017

Sequans’ mission is to drive the growth of LTE for IoT by ensuring that low-cost LTE-M (eMTC) modules are available to IoT device developers everywhere.  Sequans, with its long-time partner Wistron NeWeb Corporation (WNC), has reached a major milestone by making available a new LTE-M module, the IMS2, through AT&T’s IoT Accelerator Program.  The IMS2 is based on Sequans’ industry-leading Monarch LTE-M/NB-IoT Platform, a field-proven solution that is available today and already operating inside numerous LTE for IoT devices.

WNC IMS2 module in ETSI SMT 1915 footprint

“After thousands of hours of testing, development, and optimization, the Monarch-powered IMS2 is so full of IoT features and benefits that developers will be able to simply invoke its capabilities and will not have to develop much,” said Nick Taluja, VP of sales for Sequans. “This means really fast time to market for IoT devices of all kinds.”

The Monarch-based WNC IMS2 module meets ETSI SMT specifications and offers LTE connectivity for multi-design capability in a very compact form factor. The module is available in an ETSI 1915 footprint, supports AT&T’s bands 2, 4, and 12, IoT interfaces, and is an ideal solution for the design of numerous types of IoT devices in numerous markets, including smart home and business, utilities, retail, industrial, and consumer.

Monarch is the industry’s first and most highly optimized LTE-M/NB-IoT chip.  It was the first chip to appear in the market and the first to become operator-certified and deployed.  Modules based on Monarch benefit from the un-equaled long experience Sequans has had with operators and device makers—experience which has enabled Sequans to refine Monarch into the most advanced LTE-M chip in the world today. Monarch delivers the features most in demand by IoT device makers: ultra low power consumption for long battery life, enhanced coverage, extended DRX and PSM for long sleep duration use cases, and programmable RF filtering that enables a single hardware design to operate on any LTE band anywhere in the world.

“Although it is initially targeted to support AT&T’s LTE bands, the IMS2 module is not limited to these bands and can support other bands in any market worldwide without any change in hardware,” said Taluja. “The programmable RF filtering technology of Monarch makes this powerful single SKU capability possible and there are no limits on device types or markets that developers can target with the new IMS2 LTE-M module.”

For more information, please visit:

AT&T’s IoT Accelerator Program

Sequans’ Module Partners

Recent Posts

Visit the Sequans Booth at Distributech International

Please Join Us at Distributech International Stop by booth 850 and learn how Sequans’ advanced cellular modules, with features especially important for energy metering applications, including ultra-low power consumption, corrosion-resistant packaging, and integrated...

iSIM for IoT is Going Mainstream

iSIM Makes Cellular IoT Easy, and Future-proof iSIM is proving to be the next big thing in IoT. iSIM, or integrated SIM (subscriber identity module) is built right into a cellular IoT module’s chip so that there is no need for a physical SIM. Physical SIMs take up...

Meet Us in Barcelona at MWC 2022

Barcelona Here We Come! We are in hall 5, stand 5H40, where we will have on display our top-of-the-line cellular IoT chips and modules, and our newest customer devices, including new smart meters, connected earbuds, asset and pet trackers, and a new low power CBRS IoT...

Custom Technology Solutions for Vertical Markets

Sequans customizes its solutions to meet the specialized needs of customers in key vertical markets, including public safety, aviation, and transportation. While our chips, modules, and software are all built to 3GPP standards, customers in specific vertical markets...

Recent Blog Posts

Find the Chip or Module That's Perfect for Your Application

Sequans has a solution for every type of IoT application from the smallest sensor device to the most sophisticated voice activated alarm system.