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System-on-Chip Lab

Research


The SoCL designs Advanced Circuits and Integrated Systems from three themes into a compact and power-efficient System-on-Chip and System-on-Package. The lab is dedicated to providing area- and power-efficient on-chip processing, wireless communication Technologies (WCT), and developing small and compact sensors to be included on the small boards.


Wireless Communication Technologies (WCT)
  • Time Domain High Speed ADC. PI : Mihai Sanduleanu, and Baker Mohammad
  • High Speed Data Link. PI: Mihai Sanduleanu
  • Power Amplifier for 5G in 22nm FDSOI. PI Mihai Sanduleanu and Hani Saleh

Signal Processing and Digital ASIC Design
  • Hardware Accelerator for AI at the edge, PI: Hani Saleh
  • Light weight Crypto Hardware implementation: PI: Mahmoud Al Qutayri

Sensors and Antennas
    • Nano antenna for Energy Harvesting, PI: Moh’d Rezeq
    • RRAM for In-Memory-Computing for AI and security Applications, Pi: Baker Mohammad and Anas Alazzam
    • RRAM for Radiation Sensing. PI: Baker Mohammad
    • Microfluidics for Bio-application. PI: DR. Anas Alazzam
    • Carbon nanotubes (CNTs) based solar cells for energy harvesting, PI: Moh’d Rezeq
    • Carbon nanotubes (CNTs) based nano antennas for photo-sensing and optical communications, PI: Moh’d Rezeq
    • Quantum dots (QDs) based memory devices, PI: Moh’d Rezeq
    • Microfluidic systems for cell characterization, PI: Anas Alazzam
    • Memristive Biosensing Systems for Cancer Detection, PI: Baker Mohammad and Anas Alazzam


Power and Thermal Management and Integration

Power Efficient DC/DC convertor for ultra low power IoT devices, PI:Baker Mohammad

Nanoparticles based energy storage devices, PI: Moh’d Rezeq

Thermal management of electronics using microfluidic systems, PI: Anas Alazzam

Innovative thermal solutions for electronics using phase change materials, PI: Anas Alazzam


External Collaborators
  • State-of-the-art nanofabrication system and lab
  • A unique system for fabricating nano probes with sub-1 nm apex and one atom end.
  • These nano-probes will be used for fabricating and testing the basic nano-devices and nano sensors at sub-5 nm scale.
  • The Nanofabrication Facility and clean room at Masdar Institute will be used for the final device fabrication and