What are you looking for?
Addressing DisplayPort 2.1 Transmitter Validation Challenges
Reduce Validation Time, Improve Measurement Confidence
Ultra-High Bit Rate (UHBR) signaling introduces tighter electrical margins, expanded compliance coverage, and greater sensitivity to fixture accuracy, making DisplayPort 2.1 transmitter validation significantly more complex. Learn practical techniques to shorten validation cycles and improve confidence in your measurement results.
In this application note, you’ll learn:
- Why UHBR signaling increases transmitter validation complexity.
- How expanded compliance coverage, tighter electrical margins, and fixture de-embedding affect measurement confidence.
- Techniques for reducing validation time with measurement automation and disaggregation-based workflows.
- How the low-noise, high-resolution XR8 oscilloscope improves measurement fidelity for DisplayPort 2.1 transmitter compliance.
Complete the form to download the application note and learn practical techniques for faster, more accurate DisplayPort 2.1 transmitter validation.
See the Architecture Behind Faster Validation
The XR8 oscilloscope combines a highly integrated front-end ASIC, single-chip 12-bit acquisition, and multicore-accelerated system software to help you reduce validation time while improving measurement confidence.
Download the technical overview to explore the XR8 architecture and workflow innovations or visit the product page for additional resources.
Want Help or Have Questions?