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From LPWAN idea to final IoT device

From LPWAN idea to final IoT device

For a rollout of 5,000 wireless sensors across a large area, a private Low Power Wide Area Network (LPWAN) is often not economically viable. For 39–40 inhabitants per km² (with an area of 1,396–1,399 km²), there is no profit in setting up a separate network. An...
NTN evaluation kits & reference designs

NTN evaluation kits & reference designs

Antennity & Embever — Open NTN for Every IoT Developer Europe is becoming the hotspot for 5G NTN and LEO innovation.From 2026, new LEO satellites will merge 5G NTN. LoRa and LR-FHSS, enabling low‑power global satellite IoT. Together, Antennity and Embever make...
VNA / antenna training

VNA / antenna training

1. VNA / Integrated Antennas Training Concept This 12-hour, practice-oriented online training course is aimed at beginners who have never worked with a vector network analyser (VNA) before. The training combines theory, interactive video calls and practical...
5G NTN patch antenna

5G NTN patch antenna

Development of selfmade circular patch antennas for GNSS and satellite communication Artificial intelligence (AI) is opening up new possibilities in antenna development. This blog post shows how you can use AI tools such as ChatGPT, Gemini, Perplexity, or Deepseek to...
Antenna flow chart

Antenna flow chart

Flowchart for developing an antenna for an IoT device: Step 1: Kickoff Call Conducting an initial meeting to analyse requirements Clarification of the technical specifications and project goals Determination of the budget and schedule Costs: 4 x 139 Euro = 556 Euro...