ROHM’s iMX8M Nano uCOM Application Processor Module Giveaway

I’m won

This looks perfect for integrating SCADA systems and embedded IIOT networks and playing around with Yocto Linux.

The iMX8M module is great for low-power embedded designs. I have used them in academic projects at college. However, I have never owned one. It would be great to explore embedded Linux with this cracker of a board

The kit is suitable for Bed side Monitor system.

This is very good power management system for my IoT devices. Specially my palm sized weather station.

Susukuda_apps infrastructure is a network sensor system consisting of the ESP32 microcontroller (MCU) built-in/integrated with WiFi module as internet connectivity and iMX8M Nano uCOM as IoT edge device (MQTT-Streams) programmed in the Linux Operating System on computers, which is used to measure CO2, air temperature, humidity, pressure, and liquid temperature on the production process of dairy farm supply chain. The standard communication protocol (Machine to Machine) used is MQTT to send all of the data from sensors to the local server (MQTT-streams). Communication between edge-device raspberry, IOTA tangle network, and web-dashboard could be made remotely.
By using IOTA, the monitoring and control system is also directly connected and recorded in the cloud database. All data from the sensors connected to cloud computing is visualized in time-series data. The application process is used to manage all of the data in the database in order to access device id, location, production activity details, and local time. Real-time data of all processes can be visualized using either a mobile application or web dashboards. Streams-mqtt-gateway-master is source code for data streams to the tangle.

Any of these giveaways I’ve won have vanished into my spam, promotional emails, or got lost in the flood of spam. Can we take away the need to respond to emails to confirm giveaways? Or extend the timeline to respond? There is nothing worse than winning a product you need, can’t afford otherwise, but missed a deadline to confirm you’re human. Big ole sack of coal… right in the sack of nuts.

This module can actually be use to create a remote portable 3D scanner for rural areas where setting up a base operation around an area is expensive or not possible. This is especially true when you’re in a mountainous or flooded region. The 3D scanner has a possible use-case in the medical and heavy equipment industry. For the medical field, a good example is that you can 3D scan an arm or leg for creating an accurate model for creating prosthetics. The problem I saw when I was doing field study is that there’s this problem with getting medical help in the province because of the above reason where there isn’t a nearby place to create these prosthetics. With the module and the developer kit, I can actually create a portable 3D scanner kit that can be brought to remote areas to create an accurate 3D scan of an arm or leg, save the data until it can either be sent wirelessly or upload physically to a 3D printing facility. This can cut cost and time in creating a 3D scan. Another is in the heavy equipment industry where parts are scarce and can’t reach remote areas. A 3D scan can help replicate parts to keep equipment in the power or manufacturing continuously working especially during a calamity such as an earthquake or storm. In turn, this set of equipment can help keep people safe and well-provided even if they are far from cities.

This iMX8M Nano uCOM Application Processor module is an efficient solution to low power embedded system applications. I planned to use it for dynamic environmental monitoring and control applications if provided with module.

This looks quite fragile.

Great prize, good luck to everyone.

I really want to try my hand on the PMIC uCOM applications.

Sounds like a great chip for IIOT.

Looks.like slot of fun

This looks like a great little module to play around with!

I would love to work with this low power board and explore all it has to offer!

I would like to know the iMX8M architecture for wireless sensor!

Academic project for human pose estimation and human tracking

Great proceesor, many apps

looks like a very well thought-out design.

Can’t apply

I can put this to work with a remote natural water quality sensor module, to add more efficency into our system. Thanks for the chance to experiment with the latest technologies! Really So Awesome!!!

Automation.