The Things Conference Embedded Edition 2022
2022-01-28
-- online --
[The Things Conference 2018, The Things Conference 2019, The Things Conference 2021 Logistics Edition, The Things Conference Agriculture Edition 2021, The Things Conference Embedded Edition 2022, The Things Conference 2024, The Things Conference 2025]
who it's for
embedded developers, firmware engineers, hardware engineers, iot product engineers, systems engineers, regulatory engineers, field operations engineers
topics
Edge ML on STM32 with Edge Impulse; STM32WL MCU low-power radio; Virtual Antenna PCB radiator design; LoRaWAN generic node design; regulatory testing and approval; energy harvesting and solar power; TinyGo on STM32WL; Embedded Rust with LoRaWAN; RISC-V open hardware discussion; live soldering hardware debugging; battery testing and lifetime estimation; porting STM32CubeWL firmware
| title | author | length |
|---|---|---|
| Embedded Opening Keynote | Wienke Giezeman, Johan Stokking | 17m |
Device repository reaches 2708 device profiles and records 1280 validated payload codecs which claims to cut integration time; a standalone Things Join Server… | ||
| Build a custom Edge Machine Learning solution to monitor your shipments conditions with Edge Impulse | Louis (Demo) | 15m |
Creates a full Edge ML pipeline that classifies package motion and deploys to a Generic Node: data captured on a phone, an impulse with spectral DSP plus a… | ||
| 5 reasons to choose the STM32WL MCU for designing the Generic Node | Anicet Giaimo | 17m |
Single-chip solution that combines a Cortex‑M4 application core and a Cortex‑M0+ radio core with on‑chip LoRa and FSK modems, part number stm32wl55ccu6 with 48… | ||
| Why Virtual Antenna™ is preferred by embedded developers | Johan Pedersen | 12m |
Claims a non-resonant antenna that uses the PCB ground plane as the radiator and shifts resonance into a simple matching network, delivering predictable… | ||
| How to decide between generic designs or new LoRaWAN product development | Luka Mustafa | 13m |
Recommendation: start with off-the-shelf sensors to get data fast — battery microclimate devices deploy and produce useful readings immediately — then move to… | ||
| From the Sensor to the Cloud - Holistic Engineering for your System | Stefan Zimmermann | 10m |
Chooses devices by concrete tradeoffs: LoRaWAN forces edge computing on the device to save energy and bandwidth; GPS-on-movement vs periodic cheap positioning… | ||
| EU Regulatory approval with Generic Node | Markus Ridder | 36m |
Shows actual test numbers and failures or passes for the Generic Node: radiated power 2.5 dBm (limit 14 dBm), occupied bandwidth 125 kHz, emissions measured up… | ||
| Predictive Maintenance with an Arduino-based LoRa solution | Sebastian Romero | 39m |
Claim: an Arduino + LoRaWAN setup detects vibration anomalies and predicts failure end to end. Hardware uses Makerban 1310 as host and Nikla Sense ME as… | ||
| Energy harvesting and batteries for Generic Node | Björn Rosqvist | 14m |
Profiles a CR2 lithium cell spot‑welded to an AutoArc test rig and measures 804 mAh measured vs 800 mAh datasheet, then uses the Ulti Battery Life Estimator to… | ||
| TinyGo on Generic Node | Olivier Fauchon | 08m |
TinyGo compiles and runs on a Generic Node Sensor Edition (STM32WL) and the author ships an SX1262-only stack that performs OTAA joins and uplinks; downlinks… | ||
| The hardware partner for pioneering LoRa devices | Eric Pan | 13m |
Open source modules become a concrete product path: generic node prototypes move from proof‑of‑concept to engineering sample to DVT and pilot then to small… | ||
| Using Solar to Power LoRa Nodes | Jeff Crystal | 15m |
Concrete numbers and hardware choices determine viability: a 52×52 mm 0.3 W panel into a linear regulator delivers ~0.15 Wh/day in winter after ~37% losses so… | ||
| Expand the connectivity of your LoRa Generic Node sensor with Virtual Antenna™ | Jaume Anguera | 53m |
Claim: tiny off‑the‑shelf antenna boosters reduce antenna volume 10x smaller than traditional designs while supporting multiband and multi‑radio operation… | ||
| Ultra-low Supply Current Devices to Power the Future of IoT | Andrew Bortlik | 08m |
Company presents an ultra‑low supply current power management IC family and an energy‑harvesting reference board called RIOT001 environment board that uses… | ||
| Embedded Rust and LoRaWAN | Ulf Lilleengen | 12m |
Rust firmware ecosystem shows concrete results not vaporware: Embassy runtime runs async on STM32 and nRF families and can sleep the MCU between await points… | ||
| How to Increase Durability and Lifetime of your Sensor Devices | Timo Seybel | 12m |
Venting with an ePTFE membrane prevents seal failure by equalizing pressure and so extends device lifetime; simulations show an unvented 100 ml plastic… | ||
| Porting the STM32CubeWL firmware library to the Generic Node Sensor Edition hardware | Alec Bath | 30m |
Ports the STM32CubeWL firmware library v1.1.0 to the Generic Node Sensor Edition by remapping RF and LED GPIOs, enabling I2C and adding the LIS2DH12… | ||
| RISC-V: The Open Era of Computing | Calista Redmond | 14m |
Claims concrete adoption numbers and artifacts rather than platitudes: a royalty free ISA with 47 base instructions and modular extensions, a reported install… | ||
| World's first live soldering stream of a #LoRaWAN device | Orkhan Amiraslanov | 06h 13m |
Claims a world's first live soldering stream building a double-sided four‑layer #LoRaWAN node end to end over eight hours, using stencil + solder paste, reflow… | ||
| nothing matches | ||