yeah but how much it can affect for example , the range of esp32 c3 dev board with pcb antenna gives 100m of range in an open field ( more than generic rf modules ) . IF we were able to fit high end external antenna to esp32c3 ( custom board ) and used it in a industrial setting , how much range we can get , on an approx like any estimates you can give ?
That’s really difficult to answer without knowing more about the environment. The problem is interference (EMI, physical obstructions, etc) in the environment.
In addition to interference, how crowded is the spectrum, etc. There is a reason there are all sorts of specialized protocols and technologies for industrial environments.
What sort of data are you looking to send? Check out some of the 802.15.4 options like Wireless HART and Zigbee. @accur4te
the data is sensor reading (rs485) . I was looking forward to send readings of the multiple sensors to a single gateway using espnow and then upload it to the cloud from the gateway @techielew
Humm , MITapp devloper for a beginner and more basic application, flutter more advanced and pro application, Android studio if you want native development... (That my personal choice)
@Prayash @Daradrio @vnn0804 @santosh09238569444@gmail.com @song @di5cordedmanoj2078 Hi, welcome to the community! We'd love to hear more about you. Could you introduce yourself and share your profession with us?
Welcome Prayash, and thanks for checking out Engineering Hour today. Happy to have you. Let us know what you're working on and if there's anything you need an assist with!
In short In 2023, OEM time to market for connected products—from project kick-off to the first paying customer—averaged 41 months, an 80% climb since 2020, according to the 206-page IoT
Hello everyone, My name is Gitesh and I recently completed my master's as computer Engineering(Specialization in Embedded systems) and currently looking for job. I am here to learn, connect with professional in this field and collaboratime on projects. I am always eager to learn about new stuffs about Embedded systems. Thank you!
So guys just wondering though. If you could embed a tiny computer system anywhere, let's put power considerations aside, where would you put it and what would it do?
I'm working on a scientific article about Embedded Systems and IoT and need your help with some quick questions. Your responses will be invaluable for my research. Please take a moment to answer the questions below. Thank you!
1- What is the most critical factor in designing an embedded system?
A. Power consumption B. Processing speed C. Memory efficiency D. Cost
Lora and in particular lorawan is meant for small data packets every few minutes or so. But you can have thousands of them on a wide range. Anything with needing wide band or critical response time is probably better using other means of communication.
I would embed a tiny computer system in a pair of sneakers that analyzes your running form, tracks distance and pace, and even coaches you in real-time to improve your stride efficiency and prevent injuries! It could connect to a smartphone app for detailed data analysis and personalized training plans.