Karl W Pfalzer

Title: The Innovative Mind of Karl W Pfalzer

Introduction: Karl W Pfalzer, an esteemed inventor based in San Jose, CA, has made significant contributions to the field of integrated circuit design. With a passion for advancing technology, he focuses on innovative methods that enhance the efficiency of silicon constructs in application-specific integrated circuits (ASICs). His expertise has led to the development of a groundbreaking patent that simplifies the synthesis process, making it accessible and efficient.

Latest Patents: Karl W Pfalzer holds one patent titled "Behavioral Silicon Construct Architecture and Mapping." This innovative system and method of logic synthesis employs a behavioral synthesis tool to transform a behavioral language description of an ASIC into a partitioned RTL (Register Transfer Level) language description. The process includes corresponding RTL sub-descriptions for control, datapath, and memory. Each higher-level RTL sub-description is mapped directly to re-configurable silicon structures without the need for an RTL synthesis tool. This invention provides a direct synthesized physical implementation of the ASIC, reducing the complexity involved in transitioning from a behavioral description to a silicon implementation.

Career Highlights: Throughout his career, Karl has been dedicated to enhancing the capabilities of ASIC design. His innovative approaches have led to significant advancements in silicon architecture. Working with Chameleon Systems, Inc., he has played a pivotal role in advancing the company's technical prowess in designing efficient silicon constructs.

Collaborations: Karl collaborates with talented individuals such as Christopher E Phillips and Dale Wong at Chameleon Systems, Inc. Their teamwork fosters an environment that encourages creativity and innovation, allowing them to push the boundaries of technology further.

Conclusion: Karl W Pfalzer is a remarkable inventor whose work continues to influence the world of integrated circuit design. His patented approach to behavioral silicon constructs represents a significant leap forward in ASIC technology. With his ongoing collaborations and commitment to innovation, Karl is poised to continue making valuable contributions to the field.