IoT
Trident IoT adds authorised test lab accreditation
Trident IoT has been officially approved as an authorised test lab for Zigbee certification by the Connectivity Standards Alliance (Alliance).
GNSS low noise amplifier from Nisshinbo
Nisshinbo Micro Devices has unveiled the NT1193, a GNSS (Global Navigation Satellite System) wideband low noise amplifier (LNA) that sets new standards in low current consumption and high performance for multi-band GNSS applications. This latest innovation is specifically designed to meet the increasing demands of IoT devices.
Cybersecurity legislation for connected machines
The Radio Equipment Directive (RED) is one of many directives and regulations which are part of the New Legislative Framework (NLF), for placing radio products on the European market.
ByteSnap Design announces strategic partnership with Particle
ByteSnap Design has announced a strategic partnership with Particle to accelerate IoT innovations.
Advantech launches Edge service packages
Advantech has announced Edge Service Packages, including Azure IoT Edge and AWS IoT Greengrass.
Trusted Connectivity Alliance re-elects Chair
Bertrand Moussel (Valid) has been re-elected as Chair of the Trusted Connectivity Alliance (TCA), while Cyril Caillaud (NXP Semiconductors) has also been re-elected to the rotating Board seat.
Top 5 IoT products in September
Electronic Specifier walks through the top 5 IoT products released this September 2024.
Greenerwave commercialises its RIS solutions
Greenerwave, the French deeptech company specialising in the control of electromagnetic waves, is making significant strides by commercialising its reconfigurable intelligent surfaces (RIS) for both public and public-private research laboratories.
Telecare industry is shifting
Of all the industries being transformed by the deployment of IoT technologies, perhaps the telecare industry is a shining example of the positive impacts that can be brought about when IoT is applied.
Use a complete Wi-Fi/Bluetooth combo module to simplify IoT connectivity
A positive feedback loop between technology and product advances works like this: technological advances increase market demand for products, while this demand drives further advances. This cycle repeats, and costly and rare components and products quickly become inexpensive commodities. Think personal computers, smartphones, and flat-screen TVs.