The two articles provided give enormous detail for growing storage infrastructur

Question

The two articles provided give enormous detail for growing storage infrastructure requirements in business. In a 2-3 page APA-formatted paper, describe a business scenario that requires a storage design which can be developed using information presented in these articles and in the reading from the text for this week. Support your reasoning using appropriate citations.

Link for the article

1. Network Storage: Building storage efficiency (Found using ProQuest)

2. http://librarytechnology.org/repository/item.pl?id=1239

Explanation / Answer

the common characteristic of any business is uncertainty; where the sales and related actions re unpredictable accurately. every one follows their own calculations, but at the end they come to know that they were under estimated or over estimated. so, to eliminate this firms maintains inventories of all kinds of goods. the need for raw material is to run the business in a smooth way and there should not be any stoppage in productivity. the need of finished good inventory is to deliver the product whenever the customer apporach you with a need. so, we can say that inventory and its maintanance is a regular activity in every business.

Several factors come into play when selecting storage options. Following is a survey of the basic concerns that will be discussed in detail later in the chapter.

Capacity

Your storage system must be able to handle the appropriate quantity of data. Be aware of the organization's current data storage needs and the expected rates of growth. You cannot plan a storage strategy without detailed knowledge of the quantitie s of data involved.

Scalability

The type of storage technology must be well-matched to the overall size of the organization's data needs and must be able to outpace its expected growth. Storage strategies implemented when the organization's network was relatively small often cannot be expanded beyond a certain point. Storage technologies designed for largescale enterprise networks may be burdensome for a departmental LAN. The storage systems on the network must be designed from the beginning to scale to larger data capacities without major upheavals. Avoid the disruption and costs associated with redeploying a whole new data storage system because you outgrew the previous system. Rather, choose a system that will continue grow as your data needs grow.

Costs: select the least-costly approach that effectively meets the objectives. many cost issues must be considered: the initial purchase cost of the hardware; the produtivity costs related to network down time; and ongoing hardware and software maintenance, for example. do not ignore the personnel costs associated with each storage technology option. more complex solutions will demand the time and attention of network administrators, technicians and operators. Simpler approaches should require less ongoing support.

Performance: storage technologies must be able to deliver information to the user rapidly. fortunately, many current systems have very high performance capabilities. designing a storage solution to service a relatively small number of users can be fairly straightforward. but a network with an extremely large user population will challenge the network architect to design a system that can handle an extremely high rate of simultaneous activity and still deliver rapid access.

Reliability: all storage systems rely on parts that will eventually break down. it is possible to develop a data storage environment with enough redundancy to ensure that no interruptions can occur, even if individual components fail or malfunction. such high-availability comes at a price--both in terms of the cost of the equipment and in the complexity of its operation. smaller-scale departmental networks may be satisfied with a data system that can potentially fail, provided that it can be restored with little or no data loss within a reasonable time. It is relatively simple and inexpensive to build a storage system that is available 99 percent of the time. eliminating that last 1 percent or 2 percent of failure possibilities is complex and expensive.

Manageability: once a storage system has been designed and implemented, the organization must maintain it. aim for the system with the simplest operational concerns. as systems increase in complexity it becomes increasingly important to be able to monitor their performance, preempt failures and manage storage media with as little effort and interaction as possible. also, this functionality must come without sacrificing the depth of management available to the administrator.

Related Questions

Navigate

• Browse (All)
• Browse T
• Subjects

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.