Open Manufacture: How We Optimized the GPS Antenna for our SenseCAP T1000 LoRaWAN Tracker to Achieve 99%+GPS Pinpointing
This blog will take you on a journey of our SenseCAP T1000 GPS Antenna Design.
This blog will take you on a journey of our SenseCAP T1000 GPS Antenna Design.
So, for this post, we’ve prepared you 4 exciting news, 6 highlighted community projects, 5 Edge AI solutions and cases, and also 3 manufacturing tips (including how we tested the reliability of the SenseCAP Outdoor Enclosure)!
This time, we’re having our colleague Matsuoka from the Seeed Japan team show us how he measured the communication distance of Seeed Studio XIAO ESP32C3.
Hey community, The new entry of our Open Manufacturing series is now ready to go! A few weeks
Hey community, Ready for the 2nd entry of our Open Manufacturing series? Since we published
SenseCAP has equipped with high-performance-process1ors and LoRaWAN chips to ensure its functionalities. In order to
The design quality, structure and material of SenseCAP ONE Weather Sensor are proven through extensive performance tests and will be introduced in this blog.
The ODYSSEY – X86J4105 has been released for several months. It is a very strong
SenseCAP LoRaWAN Light Sensor is aimed for use in outdoor environment with direct exposure to sunlight, and the products need to be waterproof and durable. This post shares how we tested two aspects of the product.
The industrial IoT products must meet the standards of robustness, reliability, and accuracy. Check out how we tested different materials, and chose the optimal enclosure material for LoRa sensor probe.
MARK KS campaign is more than 500% funded and we’re at TinkerGen are contemplating what interesting
In a circuit system, the robustness of the power supply is extremely important. Therefore, we