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Semiconductor Research & Commercialization
We translate scientific innovation into critical applications.
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The Florida Semiconductor Engine supports projects with a focus on advanced packaging, security, and microelectronics systems for extreme environments, which are critical for industries like aerospace, defense, and medical.
Our primary goal is to translate this innovative research into viable commercial applications. That’s why we’re fostering a strong, statewide ecosystem that unites our industry, educational institutions, government, and community so these groundbreaking inventions can be built and brought to market right here in our own backyard.
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Current Projects
RF Interposer Platform for 6G Communications
Development and implementation of a platform for RF interposers, one of the fundamental advanced packaging technologies required to enable future applications with extreme bandwidth.
A platform for RF interposers is one of the fundamental advanced packaging technologies required to enable future applications with extreme bandwidth. These applications demand ultra-high-data-rate communication for the future Internet of Things including Artificial Intelligence, Augmented Reality, and Virtual Reality, involving Distributed Communication Networks, Joint Communication and Sensing, and Data Links for High-Speed Computing. The RF interposer platform developed at imec provides a unique solution to achieve bandwidths of 140 GHz and above by combining in one package multiple technologies such as III-V devices, RF antennas, and advanced digital CMOS. Implementation of this platform will enable a state-of-the art, manufacturable, and reliable transceiver module.
Technical Contact:
Jonathan Prange, Technical Program Director
jonathan.prange@imec-int.com
System Modeling for Advanced AI Cryogenic Hardware
This project entails system modeling of a multi-board assembly for high performance computing, Artificial Intelligence training and quantum systems.
This project entails system modeling of a multi-board assembly for high performance computing, Artificial Intelligence training and quantum systems, resulting in a 100x increase in energy efficiency at the system level compared to state-of-the-art CMOS systems.
Technical Contact:
Jonathan Prange, Technical Program Director
jonathan.prange@imec-int.com
Meta-Interconnect
This project aims to develop metaconductor prototypes using test vehicles such as transmission lines and array antennas while creating an accurate electrical model to enhance signal integrity and reliability under realistic conditions.
The work involves the demonstration of a transmission line with a data rate of 112 Gbps and an insertion loss of 0.1dB/mm, an array antenna with an improved gain, a higher clock rate circuit, and the development of manufacturing processes. Also, efforts include reducing fabrication errors, ensuring precise measurements, and conducting a detailed study that may incorporate machine learning methods. These technologies will support the realistic design of metaconductors, meta-interconnects, and other meta-components for advanced packaging and system integration.
Technical Contact:
Dr. Yong Kyu Yoon
ykyoon@ece.ufl.edu
Assured Packaging and Security Research
This effort will explore different attack models and develop countermeasures to protect vulnerabilities in our electronics supply chain.
Vulnerabilities in the electronics supply chain present significant risks that can compromise the integrity and security of the advanced semiconductor manufacturing processes. Various attack models, such as hardware Trojans or physical tampering, can be employed by malicious actors. Security threats can range from the introduction of counterfeit components to the exploitation of supply chain gaps. Assurance challenges arise due to the difficulty in verifying the authenticity and security of each component throughout the supply chain. To mitigate these risks, this effort will explore different attack models and develop countermeasures such as enhanced verification processes, supply chain audits, and robust authentication protocols.
Technical Contact:
Navid Asadi
nasadi@ece.ufl.edu
Dr. Yong Kyu Yoon
ykyoon@ece.ufl.edu
Digital Twin Advanced Semiconductor Design and Manufacturing
The Digital Twin is a sophisticated digital architecture designed to enhance the efficiency of manufacturing operations.
The Digital Twin is a sophisticated digital architecture designed to enhance the efficiency of manufacturing operations, particularly in areas like capacity planning and predictive maintenance. This predictive technology is being broadened to include a wider array of processes related to semiconductor packaging and manufacturing to optimize performance across the board.
Technical Contact:
Dr. Sean Mondesire
sean.mondesire@ucf.edu
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Incubators and Innovation Hubs
Embarc Collective
Helps Florida’s startup talent build bold, scalable, thriving companies.
Learn MoreEmbry-Riddle Aeronautical University’s “MicaPlex” incubator
Embry-Riddle Aeronautical University’s “MicaPlex” incubator supports startup and early stage companies in the university’s areas of focus through the research and development-intensive phase of their growth process.
Learn MoreFlorida Venture Forum
Connects Florida’s fastest-growing companies with capital and services.
Learn MoreGrowFL
GrowFL is dedicated to support and accelerate the growth of second-stage companies throughout Florida.
Learn MoreInnovate Orlando
A visionary partnership between the City of Orlando, Orange County, and the Orlando Economic Partnership, fuels the growth and prosperity of our local technology and innovation sector.
Learn MorePlug and Play NeoCity
Supports startups specializing in diverse semiconductor applications, such as advanced packaging and deep tech with an emphasis on national security-related initiatives.
Learn MoreSiemens Innovation Center Orlando
Provides specialized training and robust internship programs to strengthen specialized skillsets and creates highly skilled teams for the development and commercialization of clean energy technologies.
Learn MoreStarterStudio
Central Florida’s only 501(c)(3) nonprofit organization focused on accelerating tech and tech-enabled startups.
Learn MoreTampaBay Wave
Built “for entrepreneurs, by entrepreneurs” to foster a stronger and bigger tech startup ecosystem in Tampa Bay and throughout Florida.
Learn MoreUCF Business Incubator Program
Provides business development and operational support to early-stage, technology and innovation-driven businesses throughout Central Florida
Learn MoreUCF Tech Grove
Facilitates modeling, simulation, and training (MS&T) advances by powering innovation, collaboration and acceleration among people and organizations at the forefront.
Learn MoreUF Innovate
Supports an innovation ecosystem at UF, one of the nation’s leading research institutions, that moves research discoveries from the laboratory to the market.
Learn MoreTampa Bay Technology Incubator
Supports technology research as a catalyst for economic development and advocates the creation and development of facilities for high-technology companies and related support functions.
Learn MoreVerizon 5G Innovation Hub – Lake Nona
A living lab environment is where startups, universities, large enterprises and the public sector discover new 5G applications.
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Research & Commercialization Resources
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Join the Engine
Are you conducting research that could advance the innovation and security of semiconductors? Would you like to submit a project or participate in one in future years? Joining the Engine opens the door to these opportunities. Become a member of the Florida Semiconductor Engine Association.
It’s free to join, with no obligation. As a member, you’ll be first to learn about events, partnership opportunities, and other Engine activities. Additional information will be posted on the Association’s webpage as the Engine grows.