A through-aperture in the probe card preserves high-speed electrical contact while opening direct optical and physical access to the device under test.
Heated gas routed through rigid inlet and return manifolds creates a pressurized DUT region that suppresses arcs during wafer testing.
Bias voltage division across series main switches cuts off-leak current and raises off-breakdown voltage for DC and high-frequency switching.
Opposite polarity assignments at each end of a differential link cancel lane-to-lane crosstalk and improve signal integrity in dense probe contacts.
Infrared flatness sensing catches warped testing boards before IC chamber transfer, preventing collisions, damage, and unreliable test results.
AI-based backend processing compensates frontend linear and non-linear distortion in wide-band test instruments to improve signal quality.
By converting analog sensing signals to digital inside the test socket, this burn-in layout cuts attenuation, noise, and board wiring complexity.