Stian Haugen

In need of a short intro to what we do at NeoCortec? Check out this video from Embedded World, where Thomas Steen Halkier is being interviewed by Electropages: Electronics News. Its great to have a CEO which can explain complex matters in a simple way (while actually understanding the same complex matters 🤓) When listening to the video, substitute the word "sensor" with the exact sensor or actuator need that YOU have, and then you can use the video as a recipe on how your building, factory, farm field or cruise ship (yes - thats true - we have customers using NeoMesh on those ships) can become smarter. https://lnkd.in/dNMFRu27 #NeoMesh #Proptech #Insurtech #Meshet #WSN #Smartbuildings #IOTDevices #Saveenergy #Energyefficiency

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🔍 What's on our desk? We’re excited to share one of our key tools for optimizing power efficiency: the Nordic Semiconductor Power Profiler Kit II. For embedded system engineers working with Nordic SoCs, every microAmp matters. This kit has been crucial in our journey to achieve an impressive <10 µA consumption in idle mode for our entire cellular-connected device. 🔋 Efficiency isn’t just a goal; it’s a necessity. How are you optimizing your power consumption? 🤔 💬 What’s on your desk? #nrf9161 #npm1300 #5g #iotsolutions #iot #iotinnovation #iotdevices  #iotconnectivity #lte #zephyr #nbiot #cellularconnectivity #usbc #assettracking #assetmanagement #energy #solarenergy #productdevelopment #productdesign #conexiostratuspro #smartcities #gps #gpstracker #solartracker

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In this exclusive article for IoT Insider, Martin Lesund, Technical Marketing Manager – Cellular IoT at Nordic Semiconductor investigates battery life in LPWAN devices Supported by the latest innovations in low power wireless technology, cellular IoT products can achieve unprecedented efficiency. Read the full article 'New developments extend the battery life of LPWAN devices' here! 👉 https://lnkd.in/evJN9jhM #IoT #Internetofthings #wireless #semiconductor

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We recently announced a groundbreaking #licensing deal with Nordic Semiconductor that enables Nordic’s customers to obtain end-product licences from more than 30 #patent owners holding LTE-M and NB-IoT SEPs offered via our #Cellular #IoT pool. In an article published on Sisvel Insights, Sisvel President Mattia Fogliacco explains how the agreement shows technology developers and implementers can work together to deliver market-based solutions to the complexities of IoT patent licensing. Such solutions, he writes, “will always be speedier and more efficient than regulatory ones: they are devised by people who work in and understand the market and have a direct stake in it being successful.” At Sisvel, we are committed to listening to all parts of the licensing ecosystem and acting constructively on the feedback we get. This is what we are all about. It is how we will power #innovation for many years to come. Like all Sisvel Insights articles, this article is free to view. You can read it here: https://lnkd.in/dPdYpdky #IoTPatentPool #PatentPoolRocks #WePowerInnovation

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WEBINAR: https://hubs.li/Q02HBKZz0 Providing more Coverage for Less Increasing Macro and Small Cell Performance with RF Efficiency Join this webinar to learn how different antenna characteristics can improve network performance based on the morphology of their deployment. * Learn about high efficiency antennas and how they can reduce deployment costs and increase coverage by 15%. * Learn about innovative advancements in small cell technologies that are reducing deployment costs by 60% while increasing coverage by 50% and capacity by 40%. ** Cost effective higher order MIMO schemes deployed in traditional cannister solutions. ** Key performance metrics customers are looking for in Small Cell Antenna’s. Join our experts Lindsey Ager, VP of Product Line Management and Niranjan Sundararajan, VP Engineering on Thursday, July 25th for a webinar titled "Providing more coverage for less - Increasing Macro and Small Cell Performance with RF Efficiency". Thursday, July 25th, 2024 2:00PM - 3:00PM EST https://hubs.li/Q02HBKZz0

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