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Q 2 . Design and implement a versatile FPGA - based system that utilizes foundational design components such as ILA, BRAM, timing constraints, attributes, and

Q2.Design and implement a versatile FPGA-based system that utilizes foundational design components such as ILA, BRAM, timing constraints, attributes, and clock management. The project will be adaptable, allowing students to choose a specific application or functionality relevant to their professional field.
Requirements:
1. System Concept:
Students will conceptualize and design a system that could be used in their field of interest, such as data processing, control systems, communication interfaces, or any
other applicable area.
The system should showcase the ability to manage complex operations, handle data efficiently, or improve system performance using FPGA capabilities.
2. Block RAM (BRAM):
Implement BRAM to manage data storage efficiently within the FPGA, suitable for the chosen application.
Discuss how BRAM is utilized to optimize system performance and data handling.
3. Timing Constraints:
Apply specific timing constraints to ensure reliable and efficient system performance.
Include constraints that manage setup times, hold times, and clock domain
crossings, tailored to the designed system.
4. Attributes:
Use synthesis attributes to guide the FPGA compiler in resource allocation and
optimization, such as `KEEP`,`DONT_TOUCH`, and others appropriate for the
design.
5. Clocking Wizard:
Design the system with multiple clock domains if necessary, using the clocking
wizard to generate and manage these clocks.
Explain the rationale behind clock selection and strategies for mitigating issues
related to multiple clock domains
6. Integrated Logic Analyzer (ILA):
Integrate ILA cores to facilitate real-time debugging and monitoring of the system.
Set up appropriate triggers and capture conditions to diagnose issues or verify
system operations during development.
Deliverables:
- Conceptual design document describing the system and its relevance to the chosen field.
- Complete Verilog/VHDL code implementing the system.
- Simulation results and synthesis report detailing performance metrics and resource
utilization.
- A comprehensive final report documenting the design rationale, challenges, and
implementation details, signed and commented upon by your mentor.
- A presentation or demonstration that illustrates the system's functionality and real-world applicability

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