The recent introduction of Thunderbolt 5 technology has brought up to 120Gb/s data transfer over the USB-C®. PAM3 signaling brings higher data throughput to gaming computers, monitors, docks, and storage and storage devices. All over the same USB-C connector. Thunderbolt ‘downstream’ technologies also supported are 80Gb/s DisplayPort 2.1 UHBR20, 40Gb/s USB4v1, and 20Gb/s USB 3.2. This session will cover the latest PHY Transmitter (Tx) and Receiver (Rx) test methodologies for these standards and introduce a common compliance test fixture strategy that can be used for all things USB Type-C® PHY
Most Recent Videos
2:21O-RAN Test Solution
Offers quick look at O-RAN challenges and efforts to resolve them
3:01Efficient testing at deployment of 400ZR/ZR+ networks
Introduction of efficient testing at deployment of 400ZR/ZR+ networks
5:49Anritsu LTE C-V2X Functional Test Solution
This video explains a functional test solution for developing V2X wireless communications technologies and an example using test scenarios.
6:23Open RAN O-RU Test Solutions
Introducing Anritsu’s Open RAN radio unit (O-RU) UC-plane test solutions.
2:21O-RAN Key Challenges and Test Solutions
Anritsu demonstrates O-RAN test solution at O-RAN Global PlugFest.
4:40IEEE 802.11be Transmitter and Receiver Test - MT8862A Wireless Connectivity Test Set (WLAN Tester)
IEEE 802.11 be Transmitter and Receiver RF tests
9:01IP Data Throughput Test Solution for 5G Devices: Part 2 Demonstration
This video explains Anritsu's IP data throughput testing solution for 5G devices.
7:43IP Data Throughput Test Solution for 5G Devices Part 1 Product Introduction
This video explains Anritsu's IP data throughput testing solution for 5G devices.
8:08Testing Multiple Intermod Frequencies with the PIM Master MW82119B
Using the PIM Master to test multiple passive intermod (IM) frequencies
1:25Detect the Failure Location of Optical Submarine Cables
The MW90010B is a coherent OTDR with a wavelength-tunable light source from 1,527.60 nm - 1,567.13 nm. It can accurately detect the failure location of optical submarine cables up to 20,000 km in leng
5:56Analyzing Pulsed Radar with the Field Master Pro Spectrum Analyzer
This video highlights how to use the Anritsu Field Master Pro MS2090A with the pulse analyzer option to make measurements on a pulsed radar. The video is made at the Mount Umunhum NEXRAD weather radar
0:50Coherent OTDR MW90010B
The Anritsu Coherent OTDR MW90010B is a portable device that can locate faults in submarine cables up to 20,000 km. It has a wider wavelength range than previous models and a built-in tunable light so
3:59Automated Valet Parking Simulation
This video explains the required test solutions to improve Type-2 AVP reliability.
5:49Anritsu LTE C-V2X Functional Test Solution
This video introduces the LTE C-V2X functional test solution for developing V2X wireless communications technologies. It also introduces an example of test scenarios simulating the detection of an obs
3:28How to Test 5G Field Tests for Low-Latency Applications with Anritsu's MT1000A
The Network Master Pro MT1000A is equipped with a portable Multi-band GNSS receiver to measure RAN timing coming from PTP network. Synchronization problem can be spotted in the field for construction
3:48MT8000A 5G Base Station Manufacturing Test Solution
Base Station Test Suite for 5G NR Sub-6 GHz MX800046A / Base Station Test Suite for 5G NR mmWave MX800045A cover the frequency bands up to 7.125 GHz (FR1) and the mmWave band (FR2), while supporting t
4:52Mobile Interference Hunting with Field Master MS2080A
This video demonstrates the ease in which the new Field Master MS2080A can be used with Anritsu’s Mobile InterferenceHunter software to locate an unknown signal of interest. The user is show
20:36Anritsu Handheld Product Overview
This video is a high-level overview of all of our RF handheld products and covers the following products and solutions
