Mack W. Riley

Built-in self-test for receiver channel

Circuit design for balanced logic stress

Circuit design for balanced logic stress

Determining chip burn-in workload using emulated application condition

Isolating failing latches using a logic built-in self-test

On-chip detection of types of operations tested by an LBIST

On-chip detection of types of operations tested by an LBIST

Information collection and storage for single core chips to 'N core chips

Digital thermal sensor test implementation without using main core voltage supply

Controlling asynchronous clock domains to perform synchronous operations

Method and Apparatus for Logic Built In Self Test (LBIST) Fault Detection in Multi-Core Processors

Testing functional boundary logic at asynchronous clock boundaries of an integrated circuit device

Secure power-on reset engine

eFuse programming data alignment verification

Controlling asynchronous clock domains to perform synchronous operations

Using eFuses to store PLL configuration data

Multi-use eFuse Macro

High speed on-chip serial link apparatus

Modifying a test pattern to control power supply noise

System and method for reducing test time for loading and executing an architecture verification program for a SoC

Method for testing an integrated circuit device having elements with asynchronous clocks or dissimilar design methodologies

Method for testing functional boundary logic at asynchronous clock boundaries of an integrated circuit device

Method and apparatus for processing error information and injecting errors in a processor system

Clock control hierarchy for integrated microprocessors and systems-on-a-chip

eFuse programming data alignment verification apparatus and method

Validating chip configuration data

RUNN counter phase control

Method for controlling asynchronous clock domains to perform synchronous operations

Apparatus and method for using eFuses to store PLL configuration data

System and method for multi-use eFuse macro

High speed on-chip serial link apparatus and method