System on Chip expert witness candidates must have a deep understanding not only of the components, but also of the chip market, market share and the developing technologies of the industry’s leading players, such as Qualcomm, Samsung, IBM, Broadcom, Texas Instruments, Nokia and others that round out the field. System on Chip (“SoC”) is also referred to as a system-on-a-chip. It is an integrated circuit that contains many components of a larger system (like a computer, for example).
Typical SoC configurations can include a CPU, storage, signal processing, semiconductor memory blocks and I/O ports. They are often used in embedded systems found in smartphones and in other mobile computing devices.
Basic information on technology and SoC supply chain is available through a chip market report from Baker Tilly or another similar industry analysis provider. But a System on Chip expert witness must have a deeper understanding of the chip market, the history, the progression of the technology and often an understanding of which competitors were working on various designs at different points of time during the initial development stage.
As technologies have progressed and evolved over the years, other types of semiconductor systems performing similar tasks, have landed in the same general space as the System on Chip. A consulting expert would typically be an electrical engineer with an advanced degree, familiar with computer science and possessing extensive experience in semiconductors to contrast the SoC with the ASIC, ASSP, and FPGA. And while many competent consultants have the basic knowledge to get that part of the job done, the expert witness carries the additional responsibility of providing testimony before the court, in a manner whereby lay people (the judge and every juror) can understand the technical nuances, such to make an informed decision.
An expert witness in this field will typically provide his or her expertise in intellectual property matters, such as a patent litigation in the federal court. It could be a patent infringement case in the District Court, an Inter Partes Review (IPR) in the PTAB (where the only expert testimony is through a deposition), or a patent case or proceeding in the International Trade Commission (ITC). Less frequently, an expert of this kind might provide testimony in a torts matter like a personal injury case involving the failure analysis of a consumer electronics or medical device.
A testifying expert, or expert witness, is generally the only one in the court who is allowed to provide testimony as to his or her opinion — because it is an expert opinion. Regardless of whether this takes the form of testimony in a deposition or trial, or in an expert report, the engineering component will provide credibility to his or her analysis and allow the jury to consider the expert’s opinion with the weight it deserves. Cahn Litigation Services has completed numerous searches for an expert witness in the semiconductor, ASIC, FPGA and SoC space, providing candidates for each case to the specifications provided by the attorney in charge. Whether it’s for a semiconductor patent case, for pre-litigation reverse engineering or a patent investigation, Cahn Litigation Services has the experience required to turn the search around quickly and provide the right balance of expertise and testimony to get the job done.
Please Note: All Cahn Litigation expert witness searches are customized to attorneys' precise specifications and preferences. Attorneys are encouraged to discuss search parameters with a Cahn search specialist.
The below expert witness bios represent a small fraction of those System On Chip experts known by Cahn Litigation Services. These bios are provided to give attorneys a sense of the System On Chip landscape.
This expert is president and principal consulting expert for an independent consulting firm specializing in microelectronics and computing systems. With many years of experience in the electronics industry leading the development of microprocessor and computer products, this expert has been providing clients with expert services in patent litigation, technology assessment, product development, and intellectual property protection. This expert's extensive wide-ranging academic and industry experience allow this expert to provide the most thorough and case-appropriate services to clients. And, as named inventor of over 35 U.S. patents, this expert offers both a high level of technical insight and experience, as well as an ability to work well and collaborate with other experts in a variety of fields. For patent analysis, this expert offers advice and strategy through defining and identifying goals in addition to providing thorough technical and legal analysis.
This expert was the lead architect for two multi-billion dollar products, both of which included features for testing at chip manufacturing, board production, and in-system.
This expert has worked on over a hundred patent applications and assessments, and has offered expert testimony at trial or deposition for dozens of patent cases.
This expert has been active in the high tech field over this expert's career, and for much of that time, providing consulting services and designing Z-Wave products used in Home Automation security. Home Automation and security systems are often integrated as the technology required is similar. A user's tablet, laptop or phone connects to the internet which in turn is connected to a device in the home to monitor security, as well as turn lights on/off and adjust thermostats. Security is just one piece of the Home Automation product. This expert utilizes the advanced mesh-networking protocol and reliable Z-Wave wireless communication to develop Internet-of-Things (IoT) devices used in security, including this expert's most recent invention, a motion sensor that needs no wires or batteries. This expert has been involved in the Home Automation/security industry for many years. The named inventor on two technology patents, this expert has designed chips for Programmable System-on-Chip microcontrollers (PSoC), video conferencing, smart phone cameras, Ethernet based industrial controllers, and a myriad of other devices used every day. As a CEO, this expert negotiated a patent licensing deal with a large technology company to gain access to their entire portfolio related to their 16 bit processors. This expert is very familiar with the patent process and the requirements to review the claims within them.
This expert serves as Director of the Advanced Computer Engineering Laboratory at a prestigious university, and is engaged in solving problems related to high-performance and low-power computing systems with focus on VLSI chip engineering. This expert specializes in high-speed digital circuits as well as low-power design, low-power digital circuit libraries and optimal relationship between computational energy and speed. This expert's broader expertise is also in Computer Arithmetic, Media Signal Processing, Cryptography and System Architecture. This expert is a Professor Emeritus and has held Visiting Professor positions several universities. This expert obtained Ph.D. and MSc degrees in Computer Science and a Dipl. Ing. (MScEE) degree in electronics and telecommunications. This expert worked on development of early RISC and super-scalar RISC processors, and holds several patents on the subject. This expert's engagements include positions with many technology leaders. This expert's interest is in VLSI systems, fast circuits, low-power design and efficient implementations of computer arithmetic. This expert's work has been applied in several leading processors. This expert holds 15 USA and 7 International patents and 5 others pending. This expert has published over 170 papers in the areas of circuits and technology, computer arithmetic and computer architecture, written three books and a dozen book chapters and one edited book in high-performance system design. This expert is a Fellow of IEEE and a member of the American Association for Advancement of Science and the American Association of the University Professors.
This expert brings to the table many years of experience in the industry, in both business management and engineering. This expert holds fourteen patents, has authored several technical publications, and holds Bachelor's and Master's degrees from a prominent engineering school. This expert is both a seasoned high tech executive and a prolific individual innovator. Specializing in real time embedded systems, digital signal processing (DSP), sensor data acquisition, and data communication, wired, RF and cellular, this expert's strength is a multi-disciplinary, system-oriented view, which ties such elements together in the best way possible. This expert's clients' market focus is typically manufacturing automation, data acquisition systems, SCADA, robotics, and machine-to-machine communications. Typical examples of projects include:
From unique data communications systems to factory automation, this expert's solutions help clients reduce time-to-market and development costs, improve the R&D process, and use new technology to their best advantage. This expert has limited prior litigation experience and has not yet had the opportunity to testify.
This expert has many years of experience in the design, development and/or manufacture of over 350 different products that use IC and MEMS in new and innovative ways for automotive, medical, industrial and commercial applications. This expert continues to work directly as an engineer in nearly all aspects of the semiconductor industry, including as a circuit and sensor design engineer and as part of systems engineering groups. This expert's work in automotive sensors started many years ago when this expert was responsible for developing high-pressure MEMS sensors. This expert's graduate research grew out of a summer internship, which subsequently funded this expert's Ph.D. thesis on sensors and circuits for automotive applications. This expert spearheaded the design, development and manufacturing of inertial and other MEMS sensors and automotive accelerometers. That work resulted in the high-volume production of accelerometers for airbags and vehicle stability system. This expert's work on internal inertial sensor R&D involved the physical design of the MEMS structures, the fabrication processes, and the interface and control circuits.
This expert has designed the MEMS structures, and both analog and discrete time circuit elements including filters, amplifiers, demodulators, A/D converters and as well as circuits that use these signals to calculate velocity, and change of acceleration (jerk) for calculating both motion and heading. This expert has published several papers and is named as an inventor on several of these topics.
This expert holds B.S., M.S. and Ph. D. degrees in Electrical Engineering. This expert has worked on the design of bipolar differential amplifiers, as well as in the areas of custom IC design, software compatible gate array design, one- and two-dimensional device modeling, circuit modeling, and double level metal process development. This expert was Manager of a Signal Processing Design and Test Department, responsible for the design and test of high performance VLSI/VHSIC CMOS and BIMOS digital and analog ICs, the development of supporting design and test methodologies and CAD tools, functional and parametric test, and the development of high performance and high resolution DSP and oversampled systems.
This expert is a Distinguished Professor and Director of the High Performance VLSI/IC Design and Analysis Laboratory at a major university. This expert’s current research and teaching interests include:
On-Chip Interconnect, Power, and Substrate Coupling Noise
High Performance Digital and Analog Integrated Circuit Design
Three-Dimensional Integrated Design Methodologies, Algorithms, and Test Circuits
Circuits, Models, and Architectures Based on Emerging Technologies
Efficient Power Delivery for Highly Complex Integrated Systems
High Performance Clock Distribution Networks
This expert has authored twelve book chapters and many papers in the fields of high speed and low power CMOS design techniques, interconnect and substrate noise, pipelining and retiming, three-dimensional integration, and the theory and application of power and synchronous clock distribution networks. This expert has also authored or edited sixteen books. This expert is a Fellow of the IEEE, an editor of the Journal of Circuits, Systems and Computers, a Member of Analog Integrated Circuits and Signal Processing, Microelectronics Journal, Journal of Low Power Electronics, and Journal of VLSI Signal Processing, and a Member of the technical program committee of a number of conferences.
This expert is an internationally recognized expert in the field of high-speed communication and computing, and the development of semiconductor devices. While primarily known for work in developing cellular communications, this expert founded and ran three semiconductor companies. This expert is intimately familiar with controlling and interfacing memories such as FLASH EEPROM, DRAM, and SRAM. In these companies, this expert designed and built many system-on-chip devices, which required memories to be embedded or externally interfaced with many different types of bus standards. This expert has designed and incorporated into chip designs, memory controllers, bus controllers, as well as the memory modules of various types and sizes. In addition, this expert has also designed memory cells (DRAM and FLASH EEPROM) as part of vertical floating memory structures to be embedded in the system-on-chip devices. This expert has developed and implemented a number of semiconductor integrated circuit chips. These integrated circuit chips include switch fabrics, processors, high speed interfaces, protocol transposers, controllers, and memory cells and arrays. This expert is an active member of IEEE. This expert has been an organizer for several international symposiums, a guest editor of international journals, and has given a number of invited talks. This expert holds several U.S. patents.
This expert holds a PhD and MS in Electrical Engineering, and presently serves as Professor of Electrical Engineering at a State University. For many years, this expert has taught a year-long sequence of graduate level classes in System-on-Chip design. Further, this expert's career has been spent as a professor doing research on VLSI design, both analog and digital, including SoC design. This expert has designed SoCs, fabricated them, and published the results. This expert's research interests center primarily on the design and computer-aided design of digital and analog integrated circuits. Ongoing projects include: optimal gate size and threshold voltage selection for absolute leakage and/or dynamic power minimization subject to a frequency constraint; fast, accurate simulation-based timing analysis; more accurate power estimation for digital circuits; ultra low power time-to-digital conversion; resilient logic and memory for truly sub-threshold operation; for example, highly reliable, very low area overhead asynchronous logic design operating at sub-threshold voltages. Also, the design of secure ICs that cannot be reverse engineered and reverse engineering PCBs that are damaged and/or discarded. This expert has extensive prior litigation experience including deposition and testimony.