Mithun G N's Email & Phone Number

💼 Past Experience

Widespread Use of Static Timing Analysis and SoC Design MethodsAMDIndustry of Semiconductors is a company that manufactures semiconductors. Mithun G N, the current manager of AMDIndustry of Semiconductors, has a wide range of experience in semiconductor design and has used many common static timing analysis and SoC design methods in his work. He has found that many of these methods work well to help designers make efficient and successful SoCs. Static timing analysis, or the analysis of real-time signals, is a method used to improve the efficiency of a design. It is important to note that Static timing analysis is not limited to SoCs - any real-time system can be improved with the use of static timing analysis.SoC design is a process of making a device that can communicate with other devices. SoC design can be used to create a wide variety of devices, from cells to entire systems. SoCs can be used in a variety of industries, including the semiconductor and consumer electronics industries.Static timing analysis is important for SoC design because it can help designers avoid problems that might arise during development. For example, if a device misbehavior is detected while it is being built, the ability to detect this early can help artists make changes that improve the performance of the device.Static timing analysis can also be used to help designers optimize the performance of a device. For example, changing the timing of a clock line can improve the performance of a device.Many SoC designers use static timing analysis to help improve the efficiency of their designs. Static timing analysis can also be used to help designers make changes to the design while it is being built, to help artists make changes to the design, or to help designers optimize the performance of the design. Mueller-Rahmstorf criterion is a famous criterion for static timing analysis. This criterion states that a design with a certain amount of jitter should yield a certain linear response in terms of clock rate and feature size.Static timing analysis is important for SoC design because it can help designers avoid problems that might arise during development. For example, if a device misbehavior is detected while it is being built, the ability to detect this early can help artists make changes that improve the performance of the device.Static timing analysis can also be used to help designers optimize the performance of a device. For example, changing the timing of a clock line can improve the performance of a device.Mueller-Rahmstorf criterion is a famous criterion for static timing analysis. This criterion state that a design with a certain amount of jitter should yield a certain linear response in terms of clock rate and feature size. This criterion has been used to help designers make decisions about the performance of devices. Static timing analysis is important for SoC design because it can help designers avoid problems that might arise during development. For example, if a device misbehavior is detected while it is being built, the ability to detect this early can help artists make changes that improve the performance of the device.Static timing analysis can also be used to help designers optimize

🎓 Education

Mithun G N's Education Background:Mithun G N's education began in January 2000 with BEElectronics & Communication at National Institute of Technology Karnataka. He continued his education with Pre Update PCME from January 1998 to January 2000. In his earlier education, Mithun G N had interacted with different types of electronics and software development. Mithun G N is currently pursuing his education in the area of software development and regrets less experience with electronics. Since he completed his education, he has been involved in various software development projects and Utilitarians groups in Karnataka.

💡 Technical & Interpersonal Skills

Mithun G N's Professional Background:Mithun G N is a Master's degree holder in Electrical Engineering and has worked as an engineer at AMDIndustry of Semiconductors and various other companies. Mithun G N has skills in Static Timing Analysis, SoC, Specman, Perl, ASIC, C, Digital Signal Processors, Open Verification Methodology, Verilog, ARM, VLSI, Very-Large-Scale Integration (VLSI), ModelSim, SystemVerilog, Application-Specific Integrated Circuits (ASIC), Functional Verification, Debugging, VHDL, Physical Design, Integrated Circuit Design. Mithun G N is also experienced in designing and testing processors, ASICs, digital signal processors, and other industrial and consumer electronics products. Mithun G N has worked at SmartPlay Technologies - An Aricent Company from July 2013 to February 2017 and at AMDIndustry of Semiconductors from April 2007 to January 2010. Mithun G N holds a Master's degree in Electrical Engineering from the Indian Institute of Technology (IIT) in India.