In this video, PCTEST/Element shows their 5G FR1 and FR2 Protocol, Conformance and Carrier Acceptance testing capabilities using Anritsu’s New Radio RF Conformance Test System ME7873NR and 5G NR Mobile Device Test Platform ME7834NR. mmWave testing for 5G FR2 testing in radiated environment solution is shown. PCTEST/Element and Anritsu partnership helps deliver accurate and timely measurement results to help you get your products to market faster with excellence.
Most Recent Videos
3:07This video introduces the testers contributing to efficiency for the RF performance testing in IoT device manufacturing.
3:17This video introduces the Bluetooth wireless performance testing solutions for IoT devices.
3:37This video introduces the wireless LAN RF performance testing solutions for IoT devices.
4:11This video introduces how to measure millimeter waves up to 325 GHz by connecting an external mixer to a signal analyzer.
3:37Demonstrates the measurement of dielectric constant and dielectric loss for a fluorine material.
18:37A simple and inexpensive method to make amplitude response measurements using analog sweep option and frequency marker feature in Rubidium signal generator.
6:05Understanding Key Performance Indicators is crucial for optimizing your 400G ZR/ZR+ deployments and ensuring peak network performance.
4:54Demystifying 400G ZR and ZR+ Optics: three specific challenges associated with deploying 400G ZR and ZR+ optics.
10:36Introduction to 110 GHz ONA solution for measuring Opto-electronic devices and components
2:42Anritsu’s Network Master Pro MT1040A is ideal for evaluating 400G Ethernet networks on-site and at data centers.
1:18Fiber Visualizer OTDR for displaying events, such as optical-fiber splices and connectors.
2:48With 4 channels and a built-in sampling oscilloscope, the all-in-one MP2110A is ideal for evaluating optical modules and devices for 10 Gbit/s and faster networks.
2:01The ACCESS Master MT9085 series is a compact handheld all-in-one tester for performing optical pulse tests, optical loss/power measurements, and optical fiber end-face inspections.