News about us, Partners in IoT, UWB and Bluetooth

MARS technology ensures the most reliable wireless measurement in point–to-point, point-to-multipoint and radar applications and reduces the emergency response time to absolute minimum and lower than existing systems. 

Metirionic provides RTLS-based Engineering  Services that bring a wide range of benefits for agricultural operations, ranging from increased efficiency to improved safety.

MARS (Metirionic Advanced Ranging Stack) allows reliable navigation to automate critical operations outdoor where GPS cannot be relied on to.

MARS Demo Kit DMK-215 delivered to TU Dresden for in-cabin location systems in passenger aircrafts 

Metirionic takes part in the leading trade fair and conference for electronics in Munich. Learn about how Metirionic Wireless Engineering Services can accelerate your product development.

New age for Radar solutions as antenna design company Radientum and sensing company Metirionic partner in design services.

The patented MARS (Metirionic Advanced Ranging Stack) measurement method enables wireless robust location determination.

Metirionic enables wireless location in RTLS, which is an increasing need for IoT networks. WIOT is the Europe’s unique trade show that is 100% focusing on wireless IoT.

The most reliable technology from Metirionic integrated in Harvester navigation systems improve the forest management and the safety of the forest workers.

Metirionic GmbH is now a member of the AMA Association for Sensors and Measurement. 

Our new DMK-215 Demo-Kit to evaluate our MARS technology is now available.

Rainer Ihra has joined Metirionic as Head of Sales effective July 1st.

Metririonic revealed it’s latest technology yesterday at the embedded world.

Win our Metirionic Demo-Kit at the embedded world 22. Come an visit us in hall 3A booth 323b.

Visit us from June 21 – 23, 2022 at embedded world exhibition & conference, the world’s leading trade fair on embedded systems, in Nuremberg. You will find us at booth 323b in hall 3A.

A conventional, lane-guided automated guided vehicle (AGV) is to be converted into a self-navigating AGV, without mechanical lane shifting.

The project “IVS-LOK – Lane-Specific Localization for Intelligent Traffic Systems” arose from the working group “Communication and Localization Technologies for Networked Vehicles” and was intended to create the basis for lane-selective positioning of networked vehicles.

A functional prototype, which supports tracking, localization and navigation in parking garages has been built.

We became member of the DigiShip e. V. network which supports waterway transportation

Measuring below surface in a parking garage in Dresden’s World Trade Center