Essay Preview: DbmReport this essayIn the Missouri facility, Huffman utilizes a token ring network topology. In a token ring network each computer connects directly to the next computer in line. Once the computer in this network receives a signal, it then passes that signal to the next computer in only one direction around the ring in the network. Physical elements of this system utilize CAT 5 wiring, IPX/SPX protocols. St. Louis facility use Cisco networking equipment such as Cisco routers, Cisco 10 mb hubs and switches. Novell network products are also utilized such as Novell Border Manager and Novell 4.11 server. Mail service use here is Lotus Notes. Apple Talk is the lone voice telecommunication used. The internet browser used for the Missouri location is Netscape Corporate browser with T1 broadband connection. Software applications used are Norton anti-virus, arcServe backup software and firewall protection.
In the New Jersey facility, the bus topology is utilized. Telecommunication service used includes PBX telephone system with intercom (POTS), but no voice mail or caller id. Firewall is also not used in this system. CAT 3 wiring is used for the network. AOL Mail service is used for email access. IIS 4.0 Web server is the lone server used in this system. There also is a fax 28.8 modem utilized. Operating systems used were in Window 2.x, 9.x environments.
In the Ohio facility, token ring topology is utilized. Novell 4.11, border manager was also used. Cisco equipment was used here as well such as Cisco router, switch, 10 mb hub. CAT 5 wiring used to setup network. Telecommunication services included Apple Talk and Avaya digital phone system. Servers used in this system include Apache web server, Novell 5.1 server, Lotus Notus server and Novell border manager server. Software applications used include Norton anti-virus corporate edition and arcServe backup software. Netscape corporate browser is what the Ohio location used to access the internet and Fractional T1 is the broadband connection utilized. IPX/SPX protocol is also available in this system.
Cisco
To control the flow of traffic, Cisco has been using this IPX protocol in routing and controlling network. This can be a high cost method for reducing data caps and more efficient traffic flowing to a destination. Cisco also has the IPX traffic management service, or ipxsort, which is the gateway that is used for the IPX traffic management. IPX traffic management is now implemented within each Cisco router.
The Cisco IPX protocol takes a low cost IP address, generates data that can be transferred by the gateway from a fixed IP address to other low cost access points and transfers it. The process of generating data must take no more than 15 minutes if you use a single router or there are no routers or switches.
In a Cisco product that has high end hardware, it is important to utilize a reliable IPX protocol. This is important for both Cisco products to make secure connection to each other, a good security measure. It should come with its own software that is used during connection, not on a router or other equipment that is not a supported router. In this case, most routers and switches will provide an Internet Protocol address that has a high-availability (8:1) port. This allows traffic to come in and out of routers quickly and easily while leaving some lag. By using this protocol, Cisco also provides a high-strength connection protocol to a service provider that is not a supported router or other equipment.
There is no guarantee that a router router or equipment on a certain geographic location can be used every single use with the same system. One of the critical things to remember is that this IPX and IPX traffic management system requires the service provider to meet the level of availability and reliability of the gateway or service. This means that all you need to do is provide the IPX address to the device that is sending data to your router or what you are connecting to.
Another feature of the network is DNS and this is where this problem arises. On Cisco products, a DNS address is configured on your router, used for service requests to the gateway, which then needs to be replicated across all routers via the DNS system. The router then has to get the IP address that the service provider sends to that service provider in the configuration that is used. This means that the service provider has to determine the IP address that is used to send packets to the gateway and use it to request port forwarding. The service provider can use this IP address to get the same IP address that the gateway uses to send the packets. That IP address can be retrieved by the gateway and sent to the gateway, or may be transmitted to various services. If the gateway provides an IP address that is configured for use on its