The future of the Internet of Things means billions of devices must communicate with servers on the internet, and with each other. Security and connectivity will be paramount. Explore our resources to stay up to date with security and connectivity trends and technology.
Choosing the right microcontroller for your project is crucial. In this post, we’ll explore the capabilities of ST’s 32-bit wireless MCU, STM32WBA52 and the IoT applications that benefit most from them.
A plethora of MCUs is available on today’s market, at different price points and offering varying levels of resource such as processing power, security features, supported wireless protocols and power consumption.
Since its launch at the end of 2018, the 5G roll-out has gathered momentum, and, as of May 2021, 443 Mobile Network Operators, (MNOs), in 133 countries were investing in the new networking technology.
Businesses around the world have rapidly adapted to the constraints imposed by COVID-19, implementing virtual modes of operation, and citizens have found new ways of interacting and engaging socially.
Your industrial environment is a complex network of devices with varying roles and responsibilities. Bringing all that together requires the application of proven and new technologies. Efforts are underway to make them all work in harmony.
The efficient use of spectrum in wireless applications is of prime concern, prompting advances in phased array antenna systems and beamforming techniques.
High-performance radio frequency, input/output and board connectors are helping developers meet the challenge of 5G. Designed for mmWave and PAM-4 signals in the fronthaul of the network, engineers can use them to improve signal integrity.
5G will require a new network design in which smart repeaters, advanced software and algorithms, digital beamforming, and other techniques allow millimeter-wave signals to permeate RF-restrictive environments.
5G is a technological moving target. If designers had to rely only on hardware to make those changes, it’s possible that 5G would be far too expensive or technically impossible to deploy. That’s where SDR comes in.
Work on 6G is already underway to define what the standard will do and how it will do it. If 5G is about enabling the Internet of Things (IoT), 6G is about enabling the Internet of Everything – including you.
The optical light communication called Light Fidelity (Li-Fi), using LED-based light sources as data transmitters, offers an alternative to existing technologies such as Wi-Fi and LTE.
Since mid-2019, IT has been facing one of the greatest challenges of its history. Perceived threats from rogue states taint the products from their companies.