Introduction: Alan M Grossmeier is a notable inventor based in Chippewa Falls, Wisconsin. With a focus on advancements in memory technology, he has accumulated five patents that reflect his commitment to innovation in the field. Grossmeier's work, particularly in high-speed serial interfaces, demonstrates a significant depth of understanding and creativity in his approach to engineering.

Latest Patents: One of Grossmeier's latest patents revolves around the "Memory-daughter-card-testing method and apparatus." This invention features a memory daughter card (MDC) equipped with a high-speed serial interface and an on-card test engine. This configuration allows for direct connectivity between MDCs, facilitating effective testing. The control interface enables the test engine to be programmed by a test controller on a fixture for simultaneous testing of single or multiple MDCs. In additional embodiments, methods for executing tests to verify the functionality of the cards are detailed, enhancing the reliability of memory components in various applications.

Career Highlights: Throughout his career, Alan M Grossmeier has been associated with Cray Incorporated, a company known for its cutting-edge computing solutions. His inventive contributions have played a crucial role in advancing the technology portfolio of the company. With each patent, Grossmeier strengthens the capabilities of memory systems, which are essential for high-performance computing.

Collaborations: In the realm of innovation, collaboration is vital. Grossmeier has worked alongside notable colleagues, such as David R Resnick and Gerald A Schwoerer. These partnerships not only showcase the importance of teamwork in achieving breakthroughs but also reflect the dynamic environment at Cray Incorporated.

Conclusion: Alan M Grossmeier's work stands as a testament to his dedication to innovation within the technology sector. Through his groundbreaking patents, he continues to influence the development of memory technologies, ensuring that high-speed computing remains at the forefront of engineering advancements. His collaborations and contributions highlight the collective effort required to push the boundaries of what is possible in the world of technology and innovation.

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