Mixed-Signal Nanometer VLSI Research Lab (MSLAB)
MSLAB at UCR works on cutting-edge mixed-signal/analog/RF circuit design methodology and develops design tools for current and future nanometer System-On-a-Chip VLSI. We address nanometer design challenges and enable a quantum leap to a new generation of nanometer SoC chip and systems.
Our research is sponsored by the federal government agencies, electronic design automation industry, State of California and University of California.
Prof. Sheldon Tan
Eng-II, Rm 361
Modeling, simulation and optimization of mixed-signal/RF/analog/interconnect circuits.
High performance power/ground distribution and clock network optimization and analysis.
Architecture thermal analysis and modeling for dynamic thermal management.
Embedded system design based on FPGA platforms.MORE
MSLAB FACILITIES AND COMPUTING RESOURCES
MSLAB has 1000 sf lab space located in the Eng-II 361. The Lab has about 12 desk top PCs with latest windows, Matlab and two Apple iMAC with 27 inch screen and 4GB memory.
The Lab also consists of four powerful Linux servers. Among them, a new server (Newton) with 2 Xeon E5-2670 (8 cores) CPUs and 64GB DDR3 memory and 2.8TB disk space.
MSLAB has the latest GPUs (C2075, K20) from Nvidia Corporation.
MSLAB also has licensed Cadence Design Tool Suites (Spectra, Spectra RF, UltraSim) and Synopsys design tool suites (Design Compiler and Physical Computers, HSPICE).MORE