The goals of hypervisor design include:

1. Isolation: Ensuring that virtual machines (VMs) operate independently and securely from one another to prevent interference or unauthorized access.

2. Resource Management: Efficiently managing and allocating hardware resources (CPU, memory, storage, and networking) to different VMs to optimize performance and utilization.

3. Performance: Minimizing overhead and ensuring that VMs operate with performance comparable to native execution.

4. Scalability: Supporting the addition of more VMs and resources as needed without significant degradation in performance or management complexity.

5. Portability: Allowing VMs to be moved between different physical hosts and environments with minimal effort.

6. Security: Implementing robust security mechanisms to safeguard against vulnerabilities and attacks on both the hypervisor and the VMs.

7. Manageability: Providing tools and interfaces that simplify the management and monitoring of virtualized environments.

8. Fault Tolerance: Ensuring high availability and reliability of VMs, with features such as live migration and automated recovery from failures.

9. Compatibility: Supporting a diverse range of operating systems and applications to provide flexibility in deployment.

10. Cost Efficiency: Reducing overall infrastructure costs through better resource utilization and reduced hardware requirements.

The maximum data transfer rate for optical fiber cable can vary significantly depending on the type of fiber used and the technology applied. However, as of my last knowledge update in October 2023, single-mode fiber optics can support data rates up to 100 Gbps (Gigabits per second) over long distances, while advancements in technology, such as Dense Wavelength Division Multiplexing (DWDM), can push this rate into the terabits per second range over shorter distances. Multi-mode fiber, on the other hand, typically supports lower rates, usually up to 40 Gbps or 100 Gbps over shorter distances.