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M2M Solutions Network Design Report

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Added on  2020-03-01

M2M Solutions Network Design Report

   Added on 2020-03-01

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Running header: M2M SOLUTIONS NETWORK DESIGN REPORT1M2M SOLUTIONS NETWORK DESIGN REPORTName:University:
M2M Solutions Network Design Report_1
2M2M SOLUTIONS NETWORK DESIGN REPORTExecutive summaryM2M will be well suited by a Transmission Control Protocol/Internet Protocol. The network willbe well coordinated with six routers, one at each of the five sites across Sydney and one at the head office. The network designed will utilize the 10.0.0.0 private Internet Protocol Address. Allthe departments in their respective sites will have a subnet that connects with the one in the Headoffice. The subnets will still utilize the 10.0.0.0 private Internet Protocol address and therefore allthe information and data will be sent out of the subnet only after Network Address Translation. The subnetworks will consist of Switches and Access Points to enable all the workstations connect to the router[ CITATION Cis10 \l 1033 ]. The number of switches and Access points in every subnet will depend on the total number of workstations expected and the span of the department. Some departments may have all the users in a workstation centered at one location where an access point could serve them all while other departments may be having users in a workstation spread such that an access point will not fit many of them[ CITATION Abb00 \l 1033 ]. The IP addressing under class A will be done in a manner that will account for all the current workstations and give room for more as the company may continue to grow. The IP addresses given to a workstation will not be so much wasteful of the available IP addresses.
M2M Solutions Network Design Report_2
3M2M SOLUTIONS NETWORK DESIGN REPORTTASK 1IP Addressing requirements analysis and designThe M2M network requires that we subnet our network into six subnets that are not equal. the information Technology department for example will require a large subnet which can accommodate all the 520 workstations and leave a room for more while the sales office only requires a smaller subnet that will hold the forty workstations.For efficiency in the use of address space, we will need to use Variable Length Subnet Masks (VLSMs) so that it can be possible to use a different mask for each subnet[ CITATION Dye07 \l 1033 ].The VLSMs will help us create subnets that are large and with more than 255 addresses for the host and others that are very small as per our need. Using the VLSM, we will be able to assign IP addresses in such a way that the least number of IP addresses are wasted and leave a surplus.
M2M Solutions Network Design Report_3
4M2M SOLUTIONS NETWORK DESIGN REPORTFigure 1 Head office network diagramThe departments will all have a similar structure as presented by the Network diagram below. The router will interconnect each department with the head office. Each department will have an Access point that will make it easy to connect devices that can connect to the access point. The switches will be interconnected and configured as per the subnets as calculated below.
M2M Solutions Network Design Report_4

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