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The ATE machine interfaces with DUTs to move data in and out of a DUT during provisioning. To emulate how an ATE machine interacts with a DUT, an ATE<-->DUT API and shim layer should be developed to enable writing test CP and FT programs that drive provisioning flows. This shim layer should have two implementations:
that interfaces test programs to a hyperdebug + FPGA platform (to enable testing provisioning flows in pre-silicon), and
that interfaces with an real ATE machine use by silicon vendors.
The text was updated successfully, but these errors were encountered:
The ATE machine interfaces with DUTs to move data in and out of a DUT during provisioning. To emulate how an ATE machine interacts with a DUT, an ATE<-->DUT API and shim layer should be developed to enable writing test CP and FT programs that drive provisioning flows. This shim layer should have two implementations:
The text was updated successfully, but these errors were encountered: