Electronics

Latest Innovations

Optical Inspection of Nanoscale Structures using a Novel Machine Learning Based Synthetic Image Generation Algorithm

Semiconductor defect detection using Machine Learning

Dr. Goddard and Dr. Schwing have developed a machine learning technique which requires only...

NetDIMM

The emergence of datacenters as single computer entities has made latency a critical consideration in designing datacenter networks. PCIe interconnect is known to be a...

Plasma Photonic Crystals Device with Plasmonic Resonances in the Microwave, Millimeter Wave, and Terahertz Spectral Regions

Dr. Eden at the University of Illinois has developed a 3D microplasma photonic crystal which provides the ability to introduce or completely suppress attenuation...

Application Level Hardware Tracing for Scaling Post-Silicon Debug

Dr. Vasudevan from the University of IL has developed an advanced algorithm for optimizing design-for-debug hardware. This algorithm takes advantage of high level...

Single-chip Neural Probe with High Temporal Resolution

Dr. Yurii Vlasov from the University of Illinois has developed a single-chip neural nanodialysis probe that can sample in vivo brain chemicals, store them, and then...

5G Acoustic Filters

Dr. Songbin Gong from the University of Illinois has developed a suite of technologies for the design strategy and method of fabricating acoustic front-end filters at various frequencies,...

Dr. Songbin Gong from the University of Illinois has developed a suite of technologies for the design strategy and method of fabricating acoustic front-end filters at various frequencies, including frequencies > 6 GHz. These acoustic front-end filters demonstrate high electromechanical coupling, high fractional bandwidths, as well as high quality factors. This is achieved through a combination of materials selection, resonator design, and filter design.

This technology:

 

  • Increases the frequency range and the fractional bandwidth of acoustic filters
  • Enables the future generations of wireless communication
  • Allows access to frequency bands above 6 GHz and provides the high FBW required for 5G communications

Ultrasoft Slip-mediated Bending in Few-layer Graphene

Professors Pinshane Huang, Arend van der Zande and Elif Ertekin have developed strategies to design the bending stiffness and superlubricity of few-layer materials. This...

High Resolution Distributed Sensor

Inventors from the University of Illinois have developed novel phase-separated optical fibers for use in a distributed sensor. These phase-separated optical fibers have...

Energy Efficient Nanoscale Capacitor

Dr. Alexey Bezryadin, with his research group, has developed a dielectric capacitor that provides 200 J/g of storage density. By injecting and trapping charges within a...

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