Introduction Wi-Fi has been the most popular way for IoT devices to connect. Studies show that over 30% of IoT devices rely on Wi-Fi. Knowing how Wi-Fi works in IoT helps improve network performance and makes projects more successful. The new Wi-Fi 7 standard could also change how IoT devices connect in the future. This post explores the role of Wi-Fi in IoT, its key benefits and limitations, and how it compares with other IoT connectivity options—helping you understand when

In MIOT’s ongoing GNSS hardware programs—including asset trackers, industrial sensing nodes, fleet/telematics devices, and smart IoT terminals—we have conducted extensive testing on antenna polarization, board placement, and overall RF performance. The choice of antenna has a significant impact on cold-start acquisition, signal stability, and positioning accuracy. Linear Polarization vs. 25×25 mm Ceramic RHCP  Linear-Polarized GPS Antenna Linear-polarized antennas are compact

Miot Solutions and TagoIO have announced a strategic partnership to deliver an end-to-end, integrated IoT experience. By combining Miot’s expertise in hardware design and deployment with TagoIO’s powerful cloud platform, the collaboration aims to simplify and accelerate IoT adoption across industries such as agriculture, logistics, manufacturing, energy, and building.

P-Logic Consulting, in collaboration with AONDevices, has announced the launch of a new suite of cutting-edge edge AI sensor modules...

When designing wireless devices, it is essential to pay close attention to the antenna layout on the PCB. Factors such as space,...

MIOT Wireless Solutions (MIOT) is thrilled to announce the official opening of MFG Innovation Ltd, our cutting-edge manufacturing...