Teledyne LeCroy today announced a new automated compliance test framework that runs on a Teledyne LeCroy oscilloscope, and also a new offline, PC-based version of the same. Immediate support is provided for USB4® Version 2.0 (including Thunderbolt™ 5) and PCIe® 6.0 electrical compliance testing. Other standards, such as DisplayPort™ 2.1, USB 3.2, HDMI® 2.1, DDR5, and many others will be supported by the new test framework during the coming year.

Compliance and interoperability testing for high-speed serial standards such as USB4, Thunderbolt, PCI Express® and DisplayPort has become very expensive and time consuming for device manufacturers. With each new generation, more tests are added to the compliance test standards, which creates a testing bottleneck in product validation and compliance programs. Furthermore, compliance testing is very inefficient in the lab, with long wait times for oscilloscope capture and analysis of waveform data for transmitter (Tx) testing, as well as for lab equipment to calibrate for receiver (Rx) testing. Testing bottlenecks and equipment wait times delay time to market for compliant products, delay other projects, may require paying external labs for testing, or, in a worst-case scenario, may sacrifice quality if non-compliant products are shipped.

Related Resources

Keysight Introduces Optimized In-Line High Density In-Circuit Test System for Printed Circuit Board Assemblies
New HD Oscilloscope from Teledyne LeCroy Maximizes Performance, Value
Evolved for More Challenges: Rohde & Schwarz Adds Eight-Channel R&S MXO 5 to Next-Generation Oscilloscopes

QualiPHY 2-based compliance software options, such as the new QPHY2-USB4-TX-RX and QPHY2-PCIE6-TX-RX, run on a Teledyne LeCroy oscilloscope in the lab and automate both Tx and Rx testing. QPHY2-PC offline compliance test software runs on a PC (separate from the oscilloscope), providing flexibility to complete the testing outside the lab using already captured data. Used together, these products eliminate bottlenecks and perform validation and compliance in a fraction of the time required by previous products. Together, they:

  • Unify Tx and Rx testing in one software interface for simplified Tx testing and Rx calibration without using a cumbersome external server
  • Provide a simplified user interface with a single test-tree view, easily accessible quick-access connection diagrams, and ability to easily retest or remove test results from the database
  • Provide advanced automation capability with user-defined Python scripts—ideal for process, voltage and temperature corner testing on silicon validation platforms or reference designs
  • Optimize oscilloscope usage in the lab through remote control and offline processing
  • Complete testing faster using a shared test database accessible from multiple labs and locations– compliance on time from anywhere.