The popular and recently sold out XM122 IoT Module is now back in stock in an updated version.
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Today we announced that our agreement with Restar Electronics Corporation is extended to include the Americas. Since July 2019 we companies have a distributor agreement for the Japanese market, and the decision to extend it to the Americas comes as a natural result of the good progress seen in Japan.
Today Rohde & Schwarz published a press announcement about our use of their instruments in the development of our pulsed coherent radar technology.
CEO Lars Lindell is interviewed by Redeye analyst Victor Westman about the directed new share issue made earlier this week.
Yesterday we announced that the board of directors of Acconeer AB has resolved on and carried out a directed new share issue of 4,062,000 shares. The subscription price of the shares in the directed new share issue amounts to SEK 16 per share.
In order to examine the capabilities of the A1 radar sensor, Acconeer’s engineers experiment with use cases that test the limits of our technology.
See our CEO Lars Lindell comment on the Q1 result in an interview with Redeye analyst Viktor Westman.
IEEE has published a conference paper on surface classification using radar by Acconeer researchers David Montgomery, Gaston Holmén, Peter Almers and Andreas Jakobsson.
For Acconeer’s annual general meeting (AGM), which took place on April 14th 2020, Lars Lindell, CEO, and Mikael Egard, COO, recorded a presentation.
Magnus’ responsibilities include to plan and execute Acconeer’s end-to-end manufacturing and supply chain strategies. He is also responsible for the company’s quality assurance and sustainability programs.
Telchina uses the A1 radar sensor for water level measurement in manholes where it measures the level of city sewer. The water meter is a part of their Smart City solution for water infrastructure.
Earlier this week, we announced that we are developing the XM132 Entry Module. Launching in the second half of 2020, it will be based on an ARM Cortex M0 MCU, with power consumption and performance optimized for use in selected focus use cases.