Chief Executive Officer
CurrentCo-founder of a stealth-mode, deep-tech hardware startup, looking to take computing to new heights!
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@arm.com
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Brian Cline is listed as Co-founder and CEO of Lumoniq at Lumoniq, based in Austin, Texas, United States. AeroLeads shows a work email signal at arm.com and a matched LinkedIn profile for Brian Cline.
Brian Cline previously worked as Chief Executive Officer at Lumoniq and Entrepreneur in Residence at Cambium Capital Partners. Brian Cline holds Doctor Of Philosophy - Phd, Electrical And Computer Engineering from University Of Michigan.
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I'm a digital hardware designer and researcher that has built a career in design+technology pathfinding and understanding how future semiconductor (and non-semiconductor) technologies will influence the way we build computing systems. I have extensive experience as a VLSI designer and physical designer, translating and co-optimizing between the system architecture, the processor micro-architecture, the physical design and implementation, all the way down to the technology fundamentals - the devices and the interconnects. The research team that I built and led at Arm for almost 10 years created a predictive technology modeling and system benchmarking flow that allowed us to look at a wide array of computing technologies ~5-10 years ahead of when they would be deployed in the industry. For example, my research team was the one the pioneered 3D-ICs at Arm. I have a wide exposure to design IP (from microcontrollers to high-performance mobile processors to servers) as well as future technologies like gate-all-around nanosheets, CFETs, eNVMs (e.g., MRAM), EUV Lithography, 2.xD/3D-ICs, etc., and my research has focused on how to co-optimize computing systems with those technologies.To be successful in such a diverse field, I have a broad set of skills from writing RTL to designing micro-architectural blocks to physical implementation (including both Synopsys DesignCompiler, ICC2, and FusionCompiler; as well as Cadence Genus and Innovus) to designing standard cell libraries. I also heavily rely on automation so I have extensive experience in scripting in a number of languages including TCL, Perl, and Python. I've also published ~60 papers (1800+ Citations, h-index of 21 as of March 2022) and have extensive experience patenting my IP, including over 30 filed inventions.Overall, I have a rich set of research and pathfinding experience, as well as a diverse set of soft skills, and I love exploring and finding new design and technology pathways for computing.
Listed skills include Semiconductors, Eda, Vlsi, Circuit Design, and 18 others.
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Co-founder of a stealth-mode, deep-tech hardware startup, looking to take computing to new heights!
Cambridge, Cambs, Gb
As a member of the Devices, Circuits, and Systems (DCS) group in Arm Research, I am the technical lead and manager of a team of engineers that explore next generation semiconductor (and beyond!) technologies in order to understand their impact on the way we design digital logic circuits and IP. We perform fundamental Design-Technology-Co-Optimization (DTCO) on new technologies that span from novel transistors to new IC integration techniques (e.g., 3D-ICs).
Cambridge, Cambs, Gb
I work in the Silicon & Circuits, Research and Design group at ARM. Our group focuses mainly on researching and creating advanced circuit techniques for mitigating current- and next-generation issues in semiconductors. Some of the current issues that we're trying to address for 20nm, 14nm and beyond are power consumption, variability, and design robustness (to name a few). To date, my personal projects have included 22nm and 20nm test chip tapeouts, robust memory design at advanced process nodes, and statistical timing and variability.
Wilsonville, Or, Us
Researched DFM issues in the Design-to-Silicon group. Utilized my characterization tool developed at the University of Michigan in analyzing such effects as exposure and defocus variation, and context sensitivity. Explored various ways to accurately model these effects in modern-day timing analysis tools.
Austin, Texas, Us
Researched integrated circuit design variation due to lithography. Developed a timing characterization tool that accounts for lithographic variation, and used it in a statistical timing tool in order to improve delay analysis.
Santa Clara, California, Us
(Jan. '03 - May '03) Involved in the research, design, and schematic capture of a DIMM-to-SODIMM converter. Characterized signals by analyzing various parameters like slew rate, overshoot, undershoot, and ringback. Programmed an automated tool in Visual Basic that transferred report data between Excel documents.(Jan. '02 - Aug. '02) Involved in driver design and application programming in C and C++. Experience with drivers for the Windows platforms including Windows 98, ME, NT 4.0, 2000, and XP.
Quick answers generated from the profile data available on this page.
Brian Cline works for Lumoniq.
Brian Cline is listed as Co-founder and CEO of Lumoniq at Lumoniq.
AeroLeads has found 1 work email signal at @arm.com for Brian Cline at Lumoniq.
Brian Cline is based in Austin, Texas, United States while working with Lumoniq.
Brian Cline has worked for Lumoniq, Cambium Capital Partners, Arm, University Of Michigan, and Mentor Graphics.
You can use AeroLeads to view verified contact signals for Brian Cline at Lumoniq, including work email, phone, and LinkedIn data when available.
Brian Cline holds Doctor Of Philosophy - Phd, Electrical And Computer Engineering from University Of Michigan.
Brian Cline is listed with skills including Semiconductors, Eda, Vlsi, Circuit Design, Integrated Circuit Design, Verilog, Static Timing Analysis, and C.
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