Jaeha Kim presents reactive UVM measurement of modeled receiver jitter tolerance
Jaeha Kim presents a reactive UVM testbench for high-speed wireline receiver jitter tolerance at DVCon U.S. 2023. The slides identify Seoul National University and Scientific Analog affiliations and place the SystemVerilog/XMODEL transceiver, jitter stimulus and statistical BER instrumentation inside a fixture. Standard UVM components use prior BER results to select the next sinusoidal-jitter amplitude, with linear and binary searches for the pass/fail boundary. The example reports 106 trials at 20 jitter frequencies in 41 minutes for a target BER below 10^-12. The BER comes from statistical model instrumentation, not a measured silicon run or counting 10^12 received bits.
Evidence
A UVM Reactive Testbench for Jitter Tolerance Measurement of High-Speed Wireline Receivers — slides ↗
Slides 1, 8 and 11–14 identify dual affiliation, statistical BER, reactive search and the stated trial/frequency/runtime example.
DVCon U.S. 2023 official program: poster 2 ↗
The February 28 poster session lists the receiver jitter-tolerance presentation and SNU author. Later tutorials and uploaded recordings are not separate research Events.