Key Features
-
HDMI® Versions 2.1 (FRL and TMDS) and HDMI 2.0/1.4b (TMDS) Compliance Test Specifications
-
Simple and easy-to-use automated testing
-
Multi-Lane testing
-
Dedicated signal pull-up termination provided by TF-HDMI-3.3V enables full bandwidth testing using cables
-
Powerful and flexible analysis tools offer unmatched connection diagrams help to make sure that you get the right setup on the first try
-
QualiPHY report generation creates comprehensive reports with all pertinent test information
Fastest HDMI 2.1 Source Compliance Testing
The HDMI 2.1 specification requires up to four differential lanes of testing at 80 GS/s. The user must make the necessary connections between the oscilloscope and the device under test, configure the oscilloscope, perform the test, and compare the results with the pass/fail limits in the compliance specification. QPHY‑HDMI21 does all these steps for you with step-by-step procedures optimized for fastest test times possible.
Comprehensive report generation
When the tests have been completed, QualiPHY creates a comprehensive report in HTML and/or PDF format. The report contains a high-level summary of test results as well as details and screenshots of each test as performed on the DUT.
Efficient Automated Test Script
HDMI requires many connection changes to capture all single and differential signals required. By its nature, this requires moving and reconnecting cables between the device under test and the oscilloscope. QPHY-HDMI21 walks the user through all the tests it in the most efficient way possible with connection diagrams along the way to reduce failures due to setup errors.
SDA Expert Analysis for Signal Integrity Debug
While using QPHY-HDMI21, the user can select ‘Pause on Failure’ during their test session; allowing the user to use any of the oscilloscope’s tools to further debug and upon completion, resume tests with a click of a button. SDAX Expert analysis software (SDAX-Complete) provides complete analysis from TP1 to TP2 to quickly identify the root cause of transmitter signal integrity failures.