Patrick O'Neil

Title: Patrick O'Neil: Innovator in Network Data Processing

Introduction: Patrick O'Neil is an accomplished inventor based in Germantown, Maryland. With a keen focus on enhancing network communication technologies, he has made significant strides in the field of data processing. His innovative contributions have been recognized through his granted patent.

Latest Patents: Patrick holds a singular patent for a "Data Frame Interface Network Device." This invention discloses a sophisticated system designed to enhance network interface performance. The system includes a network interface that receives data frames from multiple communication networks. It features a frame filter that selectively outputs the data frames to either a secondary network interface or a direct memory access (DMA) controller, depending on the type of data frame. The DMA controller then stores the received data frames in shared memory and transmits an interrupt signal to a media access control (MAC) driver, enabling it to retrieve the stored data efficiently.

Career Highlights: Patrick O'Neil is associated with Hughes Network Systems, LLC, a leading company specializing in broadband satellite services. His role within the organization underscores his commitment to advancing technology in network communications. Throughout his career, Patrick has demonstrated a profound understanding of complex communication systems, which has garnered respect from peers and industry professionals alike.

Collaborations: Among his notable collaborators are Dan Hantz and Nimesh Ambeskar, both of whom contribute to the innovation environment at Hughes Network Systems. Their collective efforts have played a pivotal role in pushing the boundaries of network technology, fostering a spirit of creativity and collaboration in the development of new ideas.

Conclusion: Patrick O'Neil stands out as a prominent inventor in the realm of network technologies. His patented creation demonstrates his expertise and innovation, contributing to improved data processing systems. As technology continues to evolve, Patrick's ongoing work promises to significantly shape the future of network communication.