Wireless Network Design:  For this assignment, you will create a wireless network design strategy. The wireless network strategy is the overall umbrella encompassing wireless access controllers (WACs) and wireless access points (APs).The wireless service provider can play a role by connecting these, thereby providing connectivity to the entire network. Use the suggested resources, Your completed assignment should include the following:  Update your network diagram so that it includes a wireless infrastructure. Provide an analysis of the wireless technology presented in your diagram (explain hardware placement, hardware device choices, topology choice, and overall wireless infrastructure decisions). Identify the IP address strategy and calculate the associated subnets. Be sure to explain your IP addressing strategy as well.Identify and describe at least 3 wireless standards that play a role within your network.  Make sure that your paper is professionally written Purchase the answer to view it Purchase the answer to view it Purchase the answer to view it Purchase the answer to view it Purchase the answer to view it

Wireless networks have become increasingly prevalent in today’s society, providing convenient and flexible access to the internet and network resources. Designing an effective wireless network requires careful consideration of various factors, including hardware placement, device choices, topology, and the overall infrastructure.

To begin with, the hardware placement in a wireless network is crucial for ensuring optimal coverage and performance. Access points (APs), which are responsible for providing wireless connectivity, should be strategically placed throughout the network to ensure adequate signal strength and coverage. Factors such as the layout of the physical space, the presence of obstacles like walls or furniture, and the expected number of users should be taken into account when determining AP placement. Additionally, the use of wireless access controllers (WACs) can help centralize the management and configuration of APs, simplifying the wireless network deployment and administration process.

When selecting hardware devices for a wireless network, it is important to consider factors such as speed, range, security features, and compatibility with existing network infrastructure. There are various types of APs available in the market, ranging from standalone devices to enterprise-grade solutions. The choice of hardware devices should be based on the specific requirements and budget of the organization.

The topology of a wireless network refers to the way in which APs are interconnected. The two commonly used topologies are the star topology and the mesh topology. In a star topology, all APs are connected to a central switch or router, which acts as a hub. This allows for easy management and troubleshooting but may result in a single point of failure. On the other hand, a mesh topology involves interconnecting APs directly with each other, creating a network of interconnected nodes. This provides redundancy and enhances the network’s resilience to failures but can be more complex to manage and configure.

In terms of the overall wireless infrastructure decisions, organizations need to consider various factors such as security, scalability, and future growth. Implementing appropriate security measures, such as encryption and authentication protocols, is essential to protect sensitive data transmitted over the wireless network. Scalability refers to the network’s ability to accommodate an increasing number of users and devices without a significant degradation in performance. Organizations should also plan for future growth by considering factors such as the potential need for additional access points or upgrading the network’s capacity.

In terms of IP addressing, a well-defined IP addressing strategy is crucial for efficient network management and troubleshooting. This involves assigning unique IP addresses to each device in the network, ensuring proper segmentation and organization. Calculating the associated subnets involves determining the network address, subnet mask, and available IP range for each subnet. This helps optimize network performance and allows for easy identification and troubleshooting of network issues.

Additionally, the wireless network design should incorporate various wireless standards that play a role within the network. Examples of popular wireless standards include IEEE 802.11ac, IEEE 802.11n, and IEEE 802.11ax. These standards define the specifications for wireless communication, including factors such as data transfer rate, range, and compatibility with different devices. Incorporating multiple wireless standards can provide flexibility and compatibility with a wide range of devices, ensuring seamless connectivity for users.

In conclusion, designing an effective wireless network requires careful consideration of various factors, including hardware placement, device choices, topology, IP addressing strategy, and wireless standards. By analyzing these factors and making informed decisions, organizations can create a wireless network design strategy that meets their specific requirements and provides reliable and secure wireless connectivity.

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