In order to create proper network connection every organization must required effective data communication and network configuration to manage the IT infrastructure. With the help of this kind of configuration any organization have to set up advanced programming machine that will help the particular organization to build up web version for the machine. Biomedical development organization specifically produce or develop software for any kind of programming machine and the organization now is trying to make web version for the machine. The organization has almost 250 representatives with only 2 specific PC room.
Purpose of this report is to investigate or figure out proper system administration for this organization. Apart from that another purpose of this report is to construct the network design by which it is possible to maintain the data communication in between a particular network.
Basic goal of the organization is developed the web version for their machine. Therefore the organization needs to reconstruct their network configuration that are most upgraded and low in cost and flexible. Therefore the organization is going to configure upgraded network connection by which they can provide data communication.
Cat5 and cat6 cabling are better option but it all the wall jacks it takes heavy areas such a media room. Therefore Ethernet jack is the best option because it is most straightforward. With the help of Ethernet switches it is possible to connect with multiple device in the same place with the help of router connection. Apart from it allows all the traffics to pass as fast as possible and without any kind of interference. Therefore the organization can use this cable or Ethernet switches to connect with the network (Aggarwal and Lu, 2013, p.23). Apart from that gigabytes switch like Net gear GS108 can be used because with the help of this network speed will increase almost ten time in comparison with previous generation. Hence the organization must have to configure gigabit rated connection otherwise it is not possible to get maximum speed.
From the case scenario it can be constructed that one building of the organization have room for software programmers and for web designer and other buildings of the organization have the room for software developer and technical department. Hence, fast application response is mostly required in between all the building to transmit the data and other information in proper manner. In order to make proper cable connection between two buildings low latency and high bandwidth utilization is required. Only this kind of configuration can manage the high gigabit speed. With the help of this kind of network other department of the organization will also benefited.
According to the scenario it can also be constructed that use of optical fiber is another relevant option for the organization because with the help of this kind of configuration it is possible to transmit all data more efficiently it has the ability to recover the disaster. Main advantage of this kind of optical fiber is resource sharing efficiency and reliability. With the help of this kind of optical fiber cable data transaction and storage of data can transmitted more efficiently. Hence to use this kind of fiber upgrade VPN connectivity is also required. Otherwise it is not possible for the organization to maintain fiber cable connection. Basically use of optical fiber increase the speed of bandwidth almost 10 GB. Therefore it will help the organization to transmit every data from one machine to another machine (Desai et al. 2014, p.2000). With the help of this it is possible to reduce the network traffic. If the network traffic is reduced then all the incoming and outgoing packet data can be transmitted smoothly.
Hardware (Network and user)
In order to construct this kind of circuit and network technology proper hardware is also required for maintaining system. The configuration is generally constructed on the bass of usage of computer and the entire hardware device.
Generally for two kind of user different desktop configuration is required.
For all the heavy user high end application support is required specially for all the software developer, technical team high end configuration is mostly required. For heavy user required operating system required is windows 8 or 8.1 with 64 bit. Dual card video card is required for heavy use. 100/1000 GB network card is the best possible option for this. 64 Gb memory and CPU is i7.apart from the 500 GB hdd and dual monitors is also required.
For the standard user that much high end configuration is not required. For standard user required operating system required is windows 7 with 64 bit. 10/100/1000 GB network card is the best possible option for this. 8 Gb memory and CPU is i5. Apart from the 250 Gb hdd and dual monitors is not required.
With the help of switches it is possible to maintain better connectivity in between layer 2. In case of hubs there is possibility of technical failure because in case of hubs in connected server collapse then it affects the entire system. Therefore with the help of switches it is possible to receive the connection from the server and forward network connection in between the entire designed computer. Most affordable and lost in cost is layer 2 architecture. In case layer 2 all the data transmitted from one device to another device very easily. In case of layer 2 major drawbacks is that if the network get too large then the efficiency of the particular network get reduced (Lu et al. 2014, p.1841). According to the current scenario it can be suggest that the organization is going to develop more web server programming machine therefore the utility of proposed network will be increased and according to the layer 2 concept it reduces the network efficiency therefore layer 3 is the best option. Therefore the organization need to configure more updated and effective switches that can easily identify maintain the connectivity in between the machine using proper hardware.
After measuring all the condition the organization need to provide best router that will maintain the connectivity in between two buildings. Apart from the proper firewall is also required because with the help of incoming and outgoing traffic device is actually checked, hence it is possible to maintain the security in the network. In order to get better performance and to reduce the amount of specifically broadcast traffic layer 3 configuration is the best possible option mad for that the proper gateway router is the best option for the organization. The router connection will maintain and enables the VPN tunnels that enable telecommuters. The switching in this case must need to align in this manner so that it becomes possible for the router to support the VLAN or virtual LAN. In case of layer 3 it is possible to simplify the security management and at the same time it improved the fault isolation. Therefore the router connection in case of layer 3 must need to configure in proper manner.
Aggarwal, I.D. and Lu, G. eds., (2013). Fluoride glass fiber optics. UK: Academic press.
Desai, N., Yoo, J. and Chandrakasan, A.P., (2014). A scalable, 2.9 mW, 1 Mb/s e-textiles body area network transceiver with remotely-powered nodes and bi-directional data communication. IEEE Journal of Solid-State Circuits, 49(9), pp.1995-2004.
Kuzlu, M., Pipattanasomporn, M. and Rahman, S., (2014). Communication network requirements for major smart grid applications in HAN, NAN and WAN. Computer Networks, 67, pp.74-88.
Pahlevani, P., Hundebøll, M., Pedersen, M., Lucani, D., Charaf, H., Fitzek, F.P., Bagheri, H. and Katz, M., (2014). Novel concepts for device-to-device communication using network coding. IEEE Communications Magazine, 52(4), pp.32-39.
Esmail, M.A. and Fathallah, H., (2013). Physical layer monitoring techniques for TDM-passive optical networks: A survey. IEEE Communications Surveys & Tutorials, 15(2), pp.943-958. Xing, X. and Zhou, Y., (2016). Fiber optics for spin waves. NPG Asia Materials, 8, p.e246. Marquardt, R.R., Rajagopal, A. and Paczkowski, L.W., Sprint Communications Company LP, 2016. Hardware-trusted network bearers in network function virtualization infrastructure (nfvi) servers that execute virtual network functions (vnfs) under management and orchestration (mano) control. U.S. Patent Application 15/013,898.
Esmail, M.A. and Fathallah, H., (2013). Physical layer monitoring techniques for TDM-passive optical networks: A survey. IEEE Communications Surveys & Tutorials, 15(2), pp.943-958.
Xing, X. and Zhou, Y., (2016). Fiber optics for spin waves. NPG Asia Materials, 8, p.e246.
Marquardt, R.R., Rajagopal, A. and Paczkowski, L.W., Sprint Communications Company LP, 2016. Hardware-trusted network bearers in network function virtualization infrastructure (nfvi) servers that execute virtual network functions (vnfs) under management and orchestration (mano) control. U.S. Patent Application 15/013,898.
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