The Raspberry Pi Zero 2W features a quadcore 64 bit processor and builtin wireless in a tiny footprint. Its 40 pin header provides engineers with a flexible interface for embedded applications. This guide explores the theory behind the pinout and offers practical guidance for learners.
Explore the top 5 use cases of Software-Defined Connectivity (SDC) and learn how SDC reduces costs, improves compliance, and accelerates IoT innovation.
Promoted by the 150 companies forming the Zigbee Alliance, Project CHIP could play a pivotal role in invigorating the relatively young smart home sector.
With low power short-range wireless technology, the Internet of Musical Things will ensure the next decade for music is unlike anything we have previously seen in our lifetimes.
Low power wireless tech-based solutions can help instigate a productivity boost in the construction sector. Companies could take advantage of real-time field reporting by connecting and tracking materials, equipment, and, most importantly, workers at the construction site.
Existing cellular infrastructure now enables remote monitoring of wide-scale electricity transmission and distribution networks. The added value is identifying and pinpointing faults as soon as they occur or even before they occur.
In our last blog, we explored traditional vector network analyzer architecture. Now, let’s look at how network analyzers based on direct digital synthesis (DDS) provide an extra performance boost for an edge in the latest 5G component test.
From workplace occupancy to indoor air quality monitoring and dynamic cleaning of washrooms, a broad range of new digital services have been made possible by the use of IoT in the facility management sector.
Secure key storage is essential for internet-of-things (IoT) devices. Most IoT devices utilize multiple application-specific keys from diverse suppliers to enable applications such as authentication, message encryption, software/firmware encryption, to name just a few.
Connecting devices to a network requires many kinds of keys for protecting data at rest as well as the device’s communications. So, the implementation of the security system of an IoT device requires more than a single cryptographic key.
Embedded Machine Learning is not just another cool technology; Rather it is an enabler for better business results and improved bottom lines for enterprises in many different sectors
5G New Radio (NR) technology implementation is moving at an accelerated pace. Live network testing is a crucial operation to achieve and maintain optimal network performance.
As the IoT market is growing and the number of connected devices is exploding, an important question arises: what can we do with all the generated data?
How Embedded Machine Learning unblocks the potential of the currently unused enterprise data and enables a new wave of real-time, sustainable, and ROI generating applications.