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Level Wide. Introduction The following is top-level enterprise wide
telecommunication network solution for an audio and video special ...
... best means to define the responsibilities of top-level, mid-level, and frontline
managers. literature. Retrieved August 9, 1999 from the World Wide Web: http ...
... These bulletin board announcements can draw travel agents’ attention to special
offers. The second level offers a wide range of paid advertising options. ...
... the accounts receivable cycle processes into an enterprise-wide accounting information
system ... the integration may be achieved at a high level by creating some ...
... figure B), which connects every device to each other and boasts highest level of
fault tolerance. Network architecture will be designed for wide area networks ...
Submitted by 00monkey00 on November 8, 2005
Category: Miscellaneous
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Introduction
The following is top-level enterprise wide telecommunication network solution for an audio and video special effects development company for the entertainment an advertising industry.
Network Design Requirements
The first consideration for design of this network is the global presence of the client. Figure 1 is an organizational chart which lists all enterprise locations with their
functions. Some locations have multiple functions; it is assumed that these are all housed in one building or complex. The enterprise wide minimum network requirements are the ability to handle a constant stream of multimedia traffic between offices (average file size of 25MB) in no more than 5 seconds and full telephone voice capability with conferencing with speed dialing to any location in the company. At the design centers, an average file of 50MB needs to have a response of no more than 20 seconds between workstations. Each location requires Internet access.
WAN Design
The physical design has the challenges faced by the physical distances between offices. These challenges were overcome by a variety of methods each dependent
on the region for which they are located. Offices located in the Continental United States as well as those in Europe are connected via fiber optic buried cable as a primary means for data to travel. London, Tokyo, and Rio de Janeiro tie into the data network via microwave technology. All offices are tied into Corporate Headquarters in Los Angeles via six dedicated leased lines. This network provides telephony capability as well as serves as a secondary route for data flow. All locations are connected to the Internet from local and regional providers via a variety of high-speed options that are dependent
upon services rendered in the area. Firewalls are installed between the Internet and all locations allowing protection for the company intranet.
The logical...
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