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The process of designing a network should not only be complete but also match an organization's business needs to the available technology. This ensures that the network maximizes the success of the organization. While a top-down approach might sound monotonous, it requires the understanding of both the technical requirements of the network and the different business factors that limit the network.
The top-down approach is a popular method in network design. In this technique, the needs of the business are put first. Discussed below are the different phases in a top-down network design:
Business goals and constraints analysis
The first step of a top-down network design approach is the careful review of the existing business constraints and goals. This review will come in handy when you are calculating the scope of the project. It will also ensure that interdepartmental issues are handled before the network design process starts.
Technical goals and tradeoff analysis
Before you can draw the steps that will be followed when designing the network, you must first determine the scalability of the existing network. Your design must have some level of scalability for the future, the organization wants the network to expand. Some of the factors considered in this step are:
- Delay or response time
- Packet loss requirements
- Jitter requirements
Analyzing the characteristics of the existing network
The characteristics of the current network greatly affect how the design is put together. For example, this information can help us know if the proposed design can use the current equipment deployed in the existing network or we will need to carry out a complete device overhaul.
- Some of the pieces of information gathered in this section are:
- The topology map of the current network
- The type of addressing and naming used
- The existing wiring
Evaluating the characteristics of the network traffic
Characterizing network traffic is important when you are replacing an existing network or building upon it. This information can help in customizing the design of the proposed network. The details that we will need include:
- Network flow analysis
- Map and report of existing traffic flow
- Current quality of service (QoS) parameters
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Our network system design assignment help covers virtual networking
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Data centers reap a profusion of benefits from virtualization. However, these benefits can only be realized if the network has the requirements of virtual machine traffic. Some of these benefits include:
- Reduced hardware costs
- Consolidating your physical servers
- Easy network management
Apart from the burden of latency and consolidation considerations, network managers are also challenged by the network infrastructure of each physical server. Examining the network architectures and the planning issues associated with constructing virtual networks is also key.
How to configure Hyper-V virtual networks
One of the most critical aspects in any virtualization environment is the networking considerations. To implement Microsoft's Hyper-V technology, you can manage the host and guest networking using either the MS system center virtual machine (MSCVMM) or the Hyper-V manager. The steps of configuring a Hyper-V virtual network are:
- Mapping the virtual network with VLAN trunks
- Using the VLAN trunks to configure interfaces
- Gaining driver support from Hyper-V integration
- Providing the guest networks with MAC addresses
Best practices for the virtual switch
The virtual switch plays an important role in the success of virtual networking. It shouldn’t be confused with the virtual bridges used by most server virtualization platforms. The virtual switch has uplinks from physical switches. The connection is via physical interface cards and ports that attach to Virtual Machines (VMs)
We are equal to any task based on virtual network design. They can assist you with topics such as:
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A network topology is the physical and logical arrangement of the devices in a network. In other words, we can define it as a geometrical representation of the devices in a network. Our competent computer network professionals are acquainted with the various topologies in network design. You can reach them at any time if you are stuck with an assignment based on network topologies.
There are at least five types of network topologies:
- Mesh topology
- In a mesh topology, a dedicated point-to-point link is used to connect all the devices in the network. This means that a link only has data for the two devices that it connects. As a result, since the link is only available for the two connected devices, there are no traffic issues. Also, it makes fault detection easy and the network secure. Mesh topology is very reliable. The communication between devices in the network is not affected if one link fails. However, the major disadvantage of this topology is scalability issues.
- Star topology
- The star topology has a hub, a central device to which all the devices in the network are connected. The devices can only communicate with each other via the hub. Meaning, data transmitted must first pass through the hub before it is relayed to the recipient. A star topology is less expensive and easier to install. It is also robust and fault-tolerant. The only disadvantage is that the whole communication is heavily dependent on the hub. If the hub fails everything in the network fails. Opt for our star topology assignment help if you are stuck with an assignment related to this type of topology.
- Bus topology
- A bus topology has the main cable that connects all the devices in the network via a drop line. The main cable and the drop line are connected through a tap. While the bus topology is easy to install, it is not scalable and fault detection is also difficult. Our bus topology assignment help can be accessed at any time.
- Ring topology
- In a ring topology, every device is connected to the two devices on either side of it. It also has two dedicated point-to-point links. This topology resembles a ring hence the name ring topology. All the devices have a repeater forwards information until it reaches the intended device. This type of topology is easy to install and manage. However, if one link fails, a signal will not travel across the ring.
- Hybrid topology
- Two or more topologies can be combined to eliminate the constraints of one. This combination forms a hybrid topology that is scalable and based on a specific requirement. Just like the other topologies, a hybrid topology also has its disadvantages. The most common ones are complex design, fault detection, and installation intricacy, and the high costs of installation.
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