Provided Services

The UTH CAS lab research group provides its services through participation in joint research and/or development projects agreed with public and private entities. The research group is also available for carrying out design work and measurements on behalf of third parties. Finally, other University Departments, students, faculty, and staff are supported.

Custom EDA Tools Implementation

Custom implementation from scratch, or tweaking of existing EDA algorithms, in the Placcement, STA, 3DIC or asynchronous design space, focusing on niche design problems or implementation requirements.

Implementation, Verification and Analysis of Digital IP Blocks

Logic Synthesis, analysis and Physical design services for Digital IP Blocks.

IP Blocks or Systems Development

Services for IP Block design at RTL level or otherwise, or system level integration.

System Architecture & System Analysis

Transceiver, PLL/ Frequency Synthesizer, Analog Baseband, Analog Front End.

RF/MM-Wave IC Design Services

Low Noise Amplifiers, VCOs, Frequency doublers/quadruplers, Active and passive up/down conversion mixers, Fully Integrated 60-GHz transceivers, Fully Integrated E-band transceivers.

Analog/Mixed Signal IC Design Services

Variable Gain Amplifiers, Linear-in-dB gain control, Voltage references, Fractional/Integer-N PLLs and sub-blocks, Analog Basebands, Analog Front-Ends.

Analog/RF Testing & Measurements

Test Plan Definition, Execution of Analog/RF measurements, Characterization in temperature and power supply, Data evaluation and presentation.

Feasibility Studies Related to the Research Interests of the Research Group

Feasibility studies can be undertaken in the following areas:

1) Analog/Mixed Signal design
2) RF/MM wave design
3) Test plans/characterization of Analog and RF modules

Train Students, Technicians, Engineers and end Users Utilizing the Latest Technology in Semiconductor Industry

Workshops/Seminars can be organized to train engineers, technicians and university students, in the areas of Analog, Mixed Signal and RF design, as well as using equipment and setting-up test plans and characterization scenarios.