Midwest Microelectronics Consortium Hub

The MMEC™ is a non-profit, member-lead consortium formed to unite industry, academia, and government for US microelectronic advancement, benefiting the commercial and defense markets. Created to enhance domestic technology and fortify the US supply chain, the MMEC envisions a collaborative ecosystem fostering rapid lab-to-fab innovation. This community will empower members to discover new technologies, share their capabilities, develop the next generation of workforce, and bring world-class innovation into scalable commercial production.

The Midwest Microelectronics Consortium

Jackie Janning-Lask

CEO

The Midwest Microelectronics Consortium

Contact The Midwest Microelectronics Consortium Hub

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Technology Areas Supported by the Hub

Artificial Intelligence Hardware
5G/6G

Technology
Commercial Leap-Ahead Technologies
Electromagnetic

Warfare
Secure Edge Computing/Internet of Things
Quantum

Technology

Hub Project Awards

  • 5G/6G ($8M) 
    • Wideband Multifunctional Software Defined Radio (WMSDR)
      • Solve critical need for the Warfighter with heterogeneous RF reconfigurable filters and a multi-function transceiver architecture.
      • Wideband SDR capable of selectively attenuating interfering signals of interest will enable a low SWAP 5G/6G solution that can successfully operate in contested and congested environments.
  • Artificial Intelligence (AI) Hardware ($1.6M) 
      • Ultra Efficient In-Hardware Prototype Using Hyperdimensional Computing
        • Demonstrate an FPGA-driven, ferroelectric diode-based compute-in-memory prototype that slashes sample, time, and power burdens by orders of magnitude compared with state-of-practice CPU/GPU implementations.
        • Breakthroughs will unlock the full potential of AI at the true edge – in size-, weight-, and power-constrained platforms from drones to vehicles to mobile devices.
  • Electromagnetic Warfare ($8.6M)
    • Co-packaged Reconfigurable Signal and Intelligence Architecture (CORSAIR)
      • Fully programmable, RF-enabled dual-use chiplet targeting >20x system-level performance versus incumbent technology in signal processing and artificial intelligence via a novel Configurable Spatial Architecture (CSA) runtime, reconfigurable array (RTRA).
      • Reshore processor manufacturing.
  • Electromagnetic Warfare ($8.8M) 
    • Center for Technology Transition and Rapid Prototyping of Infrared Detectors
      • Cost-effective advanced large-format 3D infrared focal plane arrays (IRFPAs) by integrating pre-screened high-yield Digital Read Out Integrated Circuit (DROIC) chiplets with seamless large infrared sensor array via a high-yield, high-aspect-ratio interposer wafer.
      • Prototype a broad-band midwave-infrared (MWIR) detector with a nominal of 4k x 4k resolution and a 10 µm pixel pitch.
  • Secure Edge/Internet of Things (IoT) ($4.8M) 
    • Validated GPU Based Secure Processing Module
      • Develop and demonstrate a Secure GPU prototype that is based on mature commercial GPUs and proven secure processor concepts to enable a forward-looking architecture for a family of secure edge GPU ecosystems for both DoD and commercial applications.
      • Low Size, Weight, and Power (SWaP) secure GPU modules will enable users to rapidly deploy and update emerging AI algorithms to promote an asymmetric advantage in AI and sensor processing.

The Midwest Microelectronics Commons Hub Member List