IoT

The latest symposium took a turn toward business use cases at the expense of the usual technical talks, with speakers saying that use cases should drive the technology. Through most of 5G’s development, conference topics generally focused on the technologies such as the radio and network technologies. With much of that settled, talk moved to…

The BGT60LTR11AIP from Infineon Technologies lets you add a 60-GHz motion sensor to embedded devices.

5G is now and what’s next? 5G deployments have only recently started, and releases beyond R15 will continue to tap into the tremendous potential of 5G. However, as a new generation of cellular technology typically appears every 8-10 years, 6G can be expected around 2030. Download this white paper to explore the evolution from 5G…

The ALT1255 from Sony reduces cost for IoT connectivity by limiting features found in higher-end parts.

As more industries rely on wireless devices, sensors, and artificial intelligence to connect people and machines, private networks bring the potential to enable more advanced IoT applications while increasing security, bandwidth and speed.

CEVA’s Riviera Waves IP lets you add an Ultra-Wideband digital PHY and hardware/software MAC layer to an IC design for use in low-power devices.

The RYZ014A module lets IoT device designers add 4G LTE Cat-M1 connectivity for low-speed data devices.

Two conferences, held at the same time, covered mostly the same topics.

IoT devices with low data rates can use LTE bands around 450 MHz to get long range even when installed inside buildings with the u-Blox SARA-R540S module.

The B-L462E-CELL1 Discovery kit from STMicroelectronics lets you add cellular connectivity to your IoT device before committing to designing in the modem. When adding cellular connectivity to an IoT device, you’d like first to demonstrate the ability to connect to a cellular network and transmit data. With the B-L462E-CELL1 Discovery Kit from STMicroelectronics, you can…