Altair Semiconductor and JIG-SAW Partner to bring end-to-end, power and cost-optimized LTE-connected solutions to IoT users around the world
An alliance between cellular IoT chipsets provider Altair Semiconductor and automation solutions expert JIG-SAW is aiming to develop LTE-enabled sensors for a wide variety of global industrial IoT applications. “Because Wi-Fi is not always feasible or efficient for many industrial IoT applications, cellular is a strategic alternative for reliable, secure and low-cost connectivity to the cloud,” the company noted in the announcement.
The partnership combines Altair’s dual-mode Cat-M/NB-IoT ALT1250 chipset with JIG-SAW‘s software control technology to enable developers to create new IoT business models that can drive new efficiencies across their organizations. Potential market applications include IoT sensors for warehouse site management, equipment monitoring, logistics, and more.
More about the new development
The collaboration will enable users with connected IoT devices to control and monitor individual devices and their statuses at all times via a modem chip connection. Additionally, auto-control services will enable users to address alerts in a timely manner.
Ilan Reingold, VP of Business Development and Marketing for Altair Semiconductor, said: “We are excited to collaborate with JIG-SAW to bring the most secure and effective LTE-enabled solutions to the global industrial sensors market.”
“We are pleased to partner with Altair Semiconductor to bring end-to-end, power and cost-optimized LTE-connected solutions to IoT users around the world,” said Hiroto Ozaki, Chief Operating Officer of JIG-SAW. “The IoT market is expanding rapidly, and enabling control not only via the cloud, but also within the modem chip layer, offers significant value for IoT users by providing high monitoring quality and stabilized, consistent services.”
The integration will be demonstrated by JIG-SAW this month at re:Invent 2018 , the Amazon Web Services annual user conference, in Las Vegas from November 26-30. The service is scheduled to launch in the Spring of 2019.
More details can be found here.