Learn how to develop with a #lowpower mindset across the whole development cycle – validate during prototyping, tests, production, and maintenance phases to drive innovative and efficient embedded and IoT solutions. ⬇️
https://t.co/9WEV3UX00T
Confused about amp-hours and watt-hours for #battery capacity assessment? We've got you covered! Learn the difference & achieve precise battery performance evaluation. 🔋⚡ Read more in our article. https://t.co/UsnhyuCyX2 #IoT#Embedded
Is your electronic device wasting battery capacity? Our testing shows that 30-50% of battery capacity goes unused. Discover what you, as a product developer, can do to change that!
#batteries#IoT#embedded#energyefficiency
https://t.co/MMjqgNn0b6
Exploring #lowpower device design?
Key setup: power sourcing & real-time measurement for embedded devices. Essential for comparing hardware & firmware iterations in #embedded & #IoT projects.
What's your go-to setup? Share with us! #PowerMeasurement ➡️https://t.co/ohFZvws6F1
Exploring solar tech? 🌞 Understand your solar panel with insights from @VoltaicSystems. Simplify testing with #OtiiAcePro for effortless field testing anywhere! https://t.co/4f57hw5cwZ #SolarTech#IoT#IVCurves
Otii updates! UART log sync with current/voltage graphs now with wall time & copy log for easy device debugging. Also: Offline licenses for Otii Arc & Ace. More features ➡️ Release notes. Learn more, subscribe to Qoitech YouTube https://t.co/ug821qKUYY
#Embedded#Debugging#UART
We are starting a battery benchmark study. 🔋 📉
Your input is invaluable!
Which #IoT batteries should be evaluated? ⬇️
Comment if you have more suggestions.
#batterylife#batteries
We've said it before, and we'll keep saying it - is all about finding a great match!😎🔋
The data to back it up (aka the whitepaper): ➡️https://t.co/3dyilF4xfy
To determine whether solar #EnergyHarvesting is better than battery power for your #IoT solution, it is important to evaluate its economics. There are three best practices to find the right economics and IoT #solar panel for your device.
By @QoitechWorld: https://t.co/3UdgdXZecp
I love my @QoitechWorld ARC. Testing a CR2450 with 500mS 50mA pulse every 3mins. Red no cap, yellow 47uF low ESR electro across batt, green 47uF 0805 ceramic across battery. Immediately see the impact of supply design changes in my #iot projects and I can make smart power choices
How much of the battery capacity is used by your embedded device?
Unused #battery capacity is hidden waste that goes unnoticed for consumer electronics, but it is getting noticeably annoying for many #IoT and medical businesses.
Article by @QoitechWorld: https://t.co/as6QcWdTIh
We are taking our latest #batterytesting🔋solution to @electronicaFair 🌍. We are joining the #Nichicon team showcasing the easiest and fastest way to qualify and validate batteries or product development, volume production and second sourcing.
📌Join us! DM to book meeting.
Low power is a must for #IoT sensors and battery-power applications, and the Otii Arc is the hardware to measure it. Take a look at my review in @MouserElecEU's EIU on page 31, or drop by @QoitechWorld in hall 3A booth 225 at #ew22!
https://t.co/YwDhlNdJx7
#electronicsinfluencer
Preparing tomorrow's workshop about "Low Power Modes" for #cellular#IoT.
Below a sneak peek. Spoiler alert: sending data is NOT low power!
Picture created by @SODAQ using @QoitechWorld's OTTI.
Sign up for @Monogoto_IoT's workshop series:
https://t.co/eGVljqVSnE