This eBook explores the potential of network technologies such as Wi-Fi®, LoRaWAN®, and reduced-capability in 5G to advance IoT technologies and expand use cases. It discusses how these advancements create new challenges for engineers and how proper testing of devices throughout the design and development process can enable designers to overcome these challenges, maximize profitability and decrease time-to-market.
Learn more about Anritsu's IoT Testing
WLAN and Bluetooth technology are characterized by high-speed data transmission or low power consumption in short-range communication.
This eBook covers some of the new advancements in VNA technology that are enabling new applications to use VNAs for characterization.
VECTOR NETWORK ANALYZERS (VNAs) stand shoulder to shoulder with oscilloscopes on the RF/ microwave engineer’s bench in terms of ubiquity and value
Short-range wireless technologies, particularly Bluetooth and Wi-Fi are widely used in automotive applications to connect sensors ranging from tire pressure to cameras for electronic mirrors
Subscriber identification and authentication is a key element of cellular communications, with the industry moving from physical SIM cards to the eUICC that allows remote provisioning of services
The 5G network is designed to offer features that enable the C-V2X communications that are required for these new automotive technologies
Read TU Automotive’s eBook for a comprehensive and insightful look at the latest perceptions, trends and timelines related to next-generation automotive technology emerging as a result of COVID-19
This eBook provides guidance on what to consider when developing a high-speed data transmission product or system and the associated test concerns.
5G wireless systems will be unlike the generations that came before, utilizing a range of technologies and frequencies and addressing a wide range of applications.
