Items Tagged with 'IoT'

The wireless telecommunications industry witnessed a year of unprecedented growth and innovation, propelled by the unstoppable momentum of 5G technology. 

In this installment of Practical EMC, Kenneth Wyatt discusses the most common design issues for reducing self-generated EMI and outlines several mitigation techniques that have proved successful for challenging wireless products.

The proliferation of electronic products has made compatibility between devices increasingly important. Products must not interfere with one another and must be designed to be immune to external energy sources. Kenneth Wyatt helps product designers or EMC engineers learn how to characterize this self-generated EMI so that these issues are addressed early when costs and design changes are minimized.

Nexperia’s NEH2000BY will enable the development of electronic devices that are self-powered, smaller, and environmentally friendly. This energy harvesting solution can help mitigate the environmental impact of the billions of batteries produced and discarded each year.

Keysight's complete emulation solution identifies the impact of variables affecting the battery drain of internet of things devices to enable design improvements.

Keysight will participate at embedded world 2023 to showcase how design, emulation, and test expertise can create the best embedded design experiences with intelligent insights to empower IoT networks, autonomous driving, and batteries.

Vodafone Business and Lenovo Connect have collaborated to offer a customized global IoT connectivity service, allowing customers with Lenovo smart devices to securely connect to the internet through Vodafone's global network across multiple countries.

Adding to NXP’s expanding portfolio of end-to-end Matter solutions, the RW612 and the K32W148 devices combine advanced edge processing capabilities with integrated security to streamline development, simplify designs and reduce costs for Matter-enabled smart home devices. 

Mini-Circuits will sponsor EDI CON Online 2021's 5G, Wi-Fi and IoT track, which comprises a full day of programming on Wednesday, August 4, focused on market drivers and technical considerations in these rapidly evolving application areas.

Most of today’s digital-based products create a large amount of on-board RF harmonic “noise” (EMI). While this digital switching won’t usually bother the digital circuitry itself, that same harmonic energy from digital clocks, high-speed data buses, and especially on-board DC-DC switch-mode power supplies can easily create harmonic interference well into the 600 to 850 MHz cellular phone bands and even as high as 1575 MHz GPS/GNSS bands, causing receiver “desense” (reduced receiver sensitivity).