Michael Mazlin serves as a Principal Engineer at Inphi Corporation, where he leverages his unique expertise in software and hardware integration to drive innovation in high-performance data communication solutions. With a robust background in developing scalable architectures, Michael plays a pivotal role in the design...
Michael Mazlin serves as a Principal Engineer at Inphi Corporation, where he leverages his unique expertise in software and hardware integration to drive innovation in high-performance data communication solutions. With a robust background in developing scalable architectures, Michael plays a pivotal role in the design and evaluation of PHY chips, ensuring that they meet the rigorous demands of modern data transmission standards. His work encompasses a diverse range of projects, from developing embedded software to creating sophisticated firmware that optimizes the performance of hardware components.
Michael's proficiency in programming languages such as C/C++ and Assembly, combined with his extensive experience in digital signal processing (DSP) and hardware description languages like Verilog, allows him to bridge the gap between software and hardware seamlessly. His hands-on expertise with tools such as Code Composer Studio and OrCAD enables him to debug complex systems effectively, ensuring that both the firmware and hardware components operate harmoniously.
In addition to his technical skills, Michael is adept at utilizing various communication protocols, including USB 3.0 and I2C, to enhance device interoperability and performance. His commitment to developing easy-to-use and scalable architectures not only improves product efficiency but also accelerates time-to-market for cutting-edge technologies. As Inphi Corporation continues to push the boundaries of data processing and transmission, Michael's contributions are instrumental in shaping the future of high-speed connectivity solutions.
