Company Filing History:

10 out of 2,602

Cirrus Logic Inc.

patents

Years Active: 1997-2014

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16 patents (USPTO):Sort by Forward CitationsExplore Patents

1. 8842767 - System and method for un-interrupted operation of communications during interference (2014-09-23),

2. 7876862 - Conditionally input saturated Viterbi detector (2011-01-25),

3. 7529320 - Format efficient timing acquisition for magnetic recording read channels (2009-05-05),

4. 7421643 - Data detection and decoding system and a method of detecting and decoding data (2008-09-02),

5. 7167327 - Integrated circuit and method for remodulating bits and hard disk drive incorporating the same (2007-01-23),

6. 7119977 - Reduced recovery time for perpendicular recording systems (2006-10-10),

7. 6381085 - Zero forcing adaptive equalization in a disk drive read channel (2002-04-30),

8. 6246723 - Sampled amplitude read channel employing early-decisions from a trellis sequence detector for sampling value estimation (2001-06-12),

9. 6208481 - Gain and phase constrained adaptive equalizing filter in a sampled amplitude read channel for magnetic recording (2001-03-27),

10. 6157604 - Sampled amplitude read channel employing a baud rate estimator for (2000-12-05),

11. 6141169 - System and method for control of low frequency input levels to an (2000-10-31),

12. 6111710 - Asynchronous/synchronous gain control for interpolated timing recovery (2000-08-29),

13. 6038091 - Magnetic disk drive read channel with digital thermal asperity detector (2000-03-14),

14. 5999355 - Gain and phase constrained adaptive equalizing filter in a sampled (1999-12-07),

15. 5956304 - Differential phase error detector using dual arm correlation for servo (1999-09-21),

Of course! Here is the article about inventor German S Feyh:

Title: Innovator Spotlight: German S Feyh, Pioneer of Cutting-Edge Communication Technologies

Introduction:

German S Feyh, a prolific inventor based in Boulder, CO (US), has made significant contributions to the field of communication technologies. With an impressive portfolio of 16 patents, Feyh is known for his groundbreaking work in developing systems that ensure uninterrupted communication amidst interference.

Latest Patents:

Feyh's latest patents showcase his expertise in tackling complex challenges within communication systems. One of his recent innovations includes a "System and method for un-interrupted operation of communications during interference," which focuses on mitigating the effects of EMI burst noise in Ethernet systems. By computing and storing filter coefficients tailored to different EMI frequencies, Feyh's method effectively eliminates EMI effects, ensuring seamless communication.

Another notable patent by Feyh is the "Conditionally input saturated Viterbi detector," offering advanced decoding solutions for encoded information. This innovation features a branch metric calculator that intelligently adapts to varying input scenarios, enhancing the efficiency of decoding processes.

Career Highlights:

German S Feyh is affiliated with Agere Systems Inc., a renowned technology company at the forefront of innovation in communication and semiconductor technologies. His tenure at Agere Systems has been marked by a relentless pursuit of excellence, leading to numerous groundbreaking inventions that have reshaped the communication landscape.

Collaborations:

Throughout his career, Feyh has collaborated closely with esteemed colleagues such as William G Bliss and Mark S Spurbeck. Together, they have synergized their expertise to drive innovation and push the boundaries of communication technologies further.

Conclusion:

In conclusion, German S Feyh emerges as a visionary inventor who continues to push the boundaries of communication technology through his relentless pursuit of innovation. His pioneering work in developing cutting-edge communication systems underscores his status as a trailblazer in the field. Feyh's relentless dedication to solving complex challenges and his collaborative spirit cement his legacy as a true innovator in the realm of communication technologies.

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