The Section of Electronics and Computers has access to state-of-the-art infrastructure, which servers as the backbone of our research, enabling us to conduct cutting-edge experiments and push the boundaries of scientific discovery.
Laboratory Instruments
- Power Supplies (variable specifications)
- Oscilloscopes (digital, high sample rate)
- Function generators
Key characteristics:
- High resolution
- Advanced functionality
- Software controlled devices
- USB/Ethernet/GPIB/Serial connectivity
- Modern UI, touch screens, colored interface
Design Digital Systems
- Software for logic analysis, simulation and design
- FPGA boards (Xilinx & Altera) for Cloud, HPC and embedded domain
In addition to that, our laboratory boasts a robust network infrastructure that supports high-speed data transfer and seamless connectivity across various research areas. We ensure the reliability, security, and scalability of our network, allowing researchers to collaborate efficiently and share resources effortlessly. To facilitate data-intensive research, we have implemented a robust storage system that can handle large volumes of data generated by our experiments. This high-capacity storage infrastructure not only provides researchers with ample space for data storage but also ensures data integrity and accessibility. Furthermore, our laboratory is equipped with advanced computing resources, including High-Performance Computing (HPC) clusters and powerful servers. These computational resources enable our researchers to run complex simulations, perform data analysis, and employ machine learning techniques, accelerating the pace of their research and enabling them to tackle complex scientific challenges. In detail, the mini-HPC infrastructure is composed of:
- 2 Servers SYS-1029GQ-TRT
- Total Memory: 1TB RAM
- Number of Cores > 120
- 15,324 GPU CUDA Cores