Telit Marks Two More Public Safety Firsts Adding the LE910C1-NF and LE910C4-NF to the FirstNet Lineup

LONDON, March 11, 2019

The Telit LE910C1-NF provides FirstNet solution integrators with 10 Mbps download and 5 Mbps upload LTE Category 1 speeds, ideal for trackers, navigation solutions and video capture devices. The Telit LE910C4-NF provides LTE Category 4 speeds, 150 Mbps download and 50 Mbps upload, for mobile broadband routers, gateways and streaming video applications. Plus, the robust LGA mounting results in ultra-rugged end-user devices.

The modules offer optional support for multi-constellation GNSS satellite positioning and navigation, capable of Band 14 data communications concurrent with GNSS operation. Both modules provide first responders with Band 14 connectivity in addition to other AT&T LTE bands. For more information, visit: https://info.telit.com/public-safety. 

"With the LE910C1-NF and LE910C4-NF, solution providers, OEMs and system integrators for the emergency responder market in the U.S. can bring FirstNet users a broad range of products and devices leveraging four, industry-leading Telit modules and data cards to help them accomplish their missions," said Manish Watwani, Chief Marketing and Product Officer, Telit. "These modules are the latest examples of Telit's leadership in providing the first responder community with ultra-fast, reliable, proven LTE technology."

"FirstNet devices and modules go through extensive review, so first responders can be confident that they meet our highest standards for reliability, security and performance," said Bob Sloan, Chief Operating Officer, FirstNet at AT&T. "Telit is already a trusted provider of public-safety-focused solutions, and the LE910C1-NF and LE910C4-NF modules expand on their commitment to first responders and those who support them."

The two modules are part of Telit's flagship xE910 module family, enabling OEMs to create new first responder solutions based on their existing xE910 designs. OEMs also can leverage the convenience of the modules' LGA form factors, which enable automated assembly for mass production.