As the Internet of Things expands across industries, from smart cities and industrial monitoring to healthcare and agriculture, the demand for reliable, wide-coverage connectivity has never been greater. Traditional IoT approaches using Wi-Fi or Bluetooth® face significant limitations in range, mobility, and scalability, making cellular IoT technologies increasingly essential. Understanding proper RF testing methodologies is critical for successful product development. Engineers must navigate complex 3GPP specifications while ensuring devices meet stringent power consumption requirements and maintain reliable connectivity across varying network conditions. Inadequate testing can lead to costly field failures, regulatory compliance issues, and reduced battery life. This comprehensive webinar provides engineers with detailed insights into cellular IoT testing, focusing on the two key Low Power Wide Area Network (LPWAN) technologies: Cat-M1 (LTE-M) and NB-IoT. Both technologies are optimized for IoT applications, offering extended battery life, deep building penetration, and cost-effective connectivity for low-data-rate applications.
Most Recent Videos
1:01:22This webinar provides key information on 5G Redcap and what makes 5G RedCap unique amongst other communication technologies.
57:07Unintentional and malicious radio frequency interference (RFI) can degrade performance, reduce reliability, and even cause system failure in mission-critical scenarios.
59:29Learn how controlled jamming tests using vector signal generators help evaluate and harden GNSS receiver performance, ensuring resilient Positioning, Navigation, and Timing solutions.
51:34This webinar introduces a modern approach using Anritsu’s PhaseLync technology, which enables synchronized, phase-coherent VNA measurements over long distances.
56:53We’ll explore how Anritsu’s RF and microwave signal generators are used throughout the A&D value chain. With real-world A&D use cases with focus on radar design and testing we’ll highlight how these i
57:27This webinar provides a clear overview of the key measurements involved in Wi-Fi device testing, highlights the value these results bring, and introduces the Anritsu MT8862A as a user-friendly, versat
42:22Join us for webinar on validating IoT device performance in today's connected world. As the IoT applications span from smart home devices to industrial sensors, ensuring reliable Bluetooth® connectivi
29:22PCI-SIG is finalizing the PCIe 6.0 standard to support the spread of AI and machine learning for DCI. PCIe 6.0 extends the PCIe 5.0 transmission speed from 32 to 64 GT/s by changing the modulation met
3:10From ITU to FCC, discover how global and local regulators shape the future of non-terrestrial networks through spectrum policy, governance, and international collaboration.
9:02In Episode 8 of Anritsu Unplugged, we dig into the challenges holding back NTN commercialization—from space crowding and spectrum chaos to licensing headaches and latency nightmares.
14:47Learn how to perform PCIe® 6.0 Rx and Tx LEQ Tests with Return Path Optimization and FEC debugging.
8:40How are the ecosystems and standards evolving to accelerate the technology adoption of NTNS?
1:32:30Basics of spectrum analysis and introduce the new Anritsu MS2089A Site Master with focus on key features enhancing measurements in the field.
56:20Funding initiatives like the BEAD program, which are driving last-mile connectivity, are boosting the value of a robust middle mile for high-speed internet.
52:36Innovative test and measurement solutions to enhance the performance, reliability, and efficiency of 6G networks, supporting the development of next-generation communication systems.
1:15:17Experts cover essential techniques and insights to enhance your understanding and management of Passive Intermodulation (PIM).
1:12:13Will 6G finally deliver on the promises of 5G? As we reach the midpoint of the 10-year cycle following the commercial launch of 5G in 2018/19, attention is increasingly shifting towards 6G.
40:28Exploring the Anritsu Remote Spectrum Monitoring solution with real-world examples of interference, including BDA’s.