Technical feasibility study for unified PCB manufacturing to serve PHY layer functions in WDOCSIS prototype

This project explores the feasibility of creating a printed circuit board (PCB) to serve the physical layer (PHY) functions within a WDOCSIS prototype. Rather than approaching this from a technical standpoint, we adopt a strategic perspective to drive product innovation. Our approach encompasses three key components: We will create a PCB that seamlessly integrates physical layer (PHY) functionalities. By leveraging commercially available electronic boards and optimizing their performance iteratively, we’ll design a circuit that enhances the end-user experience. The hardware design will prioritize ease of installation, ensuring end-users can easily set up and benefit from the WDOCSIS prototype. Our global network architecture will align with business goals. We will conceptualize a system that functions efficiently and supports scalability, cost-effectiveness, and customization. This strategic approach ensures long-term success. The project’s deliverables will encompass a well-documented PCB design for the CPE, simulation results, and a repository of exported files. Additionally, we will provide thorough documentation of the global network architecture, emphasizing its strategic impact.

Faculty Supervisor:

Sandra Céspedes

Student:

Partner:

La Loma Projects

Discipline:

Engineering

Sector:

Information and cultural industries

University:

Concordia University

Program: