Design the voice and video network and compile your full enterprise design for submission. a Microsoft® Visio® diagram illustrating the integration of the voice and video network components into the full enterprise network design. Use your WLAN and Data Center Design from the Week 4 Learning Team Assignment with incorporated instructor feedback. the results of the Learning Team Reding Health Group assignments from Weeks Two, Three, and Four and a final enterprise network design proposal that includes the following: The full enterprise network design, including: A campus LAN design for the headquarter location that includes the physical and logical network design for each building VLANs for each department Datacenter design A branch office network design for each location An Enterprise WLAN design for each branch office An Enterprise WAN design that demonstrates medium connectivity between each site An Enterprise collaboration network for voice and video Remote and seamless Internet connectivity Proposal Recommendation: An Executive Summary stating the purpose of the project and identifying key components of the proposed design A short description of each network module your proposal narrative as: A 3-page Microsoft® Word document

Title: Design and Implementation of an Integrated Voice and Video Network Solution for the Enterprise

Executive Summary:
The purpose of this project is to design and implement an integrated voice and video network solution for the enterprise, enabling seamless communication and collaboration across all locations. This proposal will outline the full enterprise network design, including the campus LAN design, branch office network design, enterprise WLAN design, enterprise WAN design, and collaboration network for voice and video. The proposal will also provide a comprehensive recommendation for the network implementation.

Network Design Modules:

1. Campus LAN Design:
The campus LAN design encompasses the headquarter location and includes the physical and logical network design for each building. VLANs will be created for each department, allowing for effective network segmentation and security. This design will ensure efficient data transfer, minimize latency, and provide high-speed connectivity to all users within the campus.

2. Datacenter Design:
The datacenter design will focus on the centralization of network resources and services. It will include the physical infrastructure, such as servers, storage devices, and networking equipment. The logical design will outline the deployment of virtualization technologies, ensuring scalability and flexibility. Security measures, such as firewalls and access control, will be implemented to protect sensitive data.

3. Branch Office Network Design:
The branch office network design will replicate the campus LAN design, tailored to the specific requirements of each location. This design will provide connectivity to remote offices and ensure seamless access to enterprise resources and services. Each branch office will be equipped with routers, switches, and access points, allowing for reliable and secure communication.

4. Enterprise WLAN Design:
The enterprise WLAN design will focus on providing wireless connectivity across all branch offices. This design will consider factors such as coverage areas, interference mitigation, and access point placement. The use of authentication and encryption protocols will enhance network security, ensuring only authorized devices can connect to the network.

5. Enterprise WAN Design:
The enterprise WAN design will establish medium connectivity between each site, ensuring reliable communication and data transfer. This design will utilize a combination of private and public network services, such as MPLS and VPN, to maximize network efficiency and security. QoS mechanisms will be implemented to prioritize voice and video traffic, ensuring optimal performance.

6. Enterprise Collaboration Network:
The collaboration network will enable voice and video communication within the enterprise. It will integrate IP telephony and video conferencing systems, facilitating real-time collaboration and remote communication. This network design will prioritize quality of service, ensuring minimal latency and high-quality audio and video transmission.

Network Implementation Recommendation:
Based on the analysis of the enterprise network requirements, it is recommended to proceed with the proposed network design. This comprehensive solution will ensure seamless communication and collaboration across all locations, enhance network security, and provide a scalable and reliable infrastructure.

In conclusion, this proposal outlines the design and implementation of an integrated voice and video network solution for the enterprise. The proposed solution encompasses various network design modules, including the campus LAN design, datacenter design, branch office network design, enterprise WLAN design, enterprise WAN design, and collaboration network. By implementing this solution, the enterprise will benefit from enhanced communication capabilities, streamlined operations, and improved productivity.

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