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<i>The average / 95th percentile traffic consideration for BW design is not adequate</i> &nbsp;&lt;-- So mathematically, you need infinite bandwidth.<br />
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Work out the top peak bandwidth requirement and purchase bandwidth capacity that gives you that peak at all times 24 hours per day.
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The average / 95th percentile traffic consideration for BW design is not adequate  <-- So mathematically, you need infinite bandwidth.

Work out the top peak bandwidth requirement and purchase bandwidth capacity that gives you that peak at all times 24 hours per day.

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Thanks .. Is there something we can do @ QoS level to help w/ the situation?
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Thanks .. Is there something we can do @ QoS level to help w/ the situation?

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QoS will not solve peak bandwidth (not so I have seen). It can help level out usage but that is not what you want.
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QoS will not solve peak bandwidth (not so I have seen). It can help level out usage but that is not what you want.

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So, For this case, we may even use the basic internet.. no QoS, no shaping etc.
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So, For this case, we may even use the basic internet.. no QoS, no shaping etc.

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Thank you and I was happy to work with you.
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Thank you and I was happy to work with you.

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Hi;<br />
Our client needs network that can handle peaks (large files) in file transfer, What consideration should be provisioned in MPLS network to handle such situation? The average / 95th percentile traffic consideration for BW design is not adequate, because of the sharp peaks that can come in suddenly and in spurts. Riverbed is not effective b/c of non-cache-able data. Please &nbsp;advise.
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Hi;
Our client needs network that can handle peaks (large files) in file transfer, What consideration should be provisioned in MPLS network to handle such situation? The average / 95th percentile traffic consideration for BW design is not adequate, because of the sharp peaks that can come in suddenly and in spurts. Riverbed is not effective b/c of non-cache-able data. Please  advise.

Network design considerations for Peak time

A router is a networking device that forwards data packets between computer networks. Routers perform the "traffic directing" functions on the Internet. The most familiar type of routers are home and small office cable or DSL routers that simply pass data, such as web pages, email, IM, and videos between computers and the Internet. More sophisticated routers, such as enterprise routers, connect large business or ISP networks up to the powerful core routers that forward data at high speed along the optical fiber lines of the Internet backbone. Though routers are typically dedicated hardware devices, use of software-based routers has grown increasingly common.

Routers

Network analysis is the process of identifying and remediating the processes and systems within a network, including performance, connectivity and security. The process is performed through the use of tools developed for monitoring and analyzing network activity. Network problems that involve finding an optimal way of doing something are studied under the name combinatorial optimization. Examples include network flow, shortest path problem, transport problem, transshipment problem, location problem, matching problem, assignment problem, packing problem, routing problem, Critical Path Analysis and PERT (Program Evaluation & Review Technique).

Network Analysis

Networking is the process of connecting computing devices, peripherals and terminals together through a system that uses wiring, cabling or radio waves that enable their users to communicate, share information and interact over distances. Often associated are issues regarding operating systems, hardware and equipment, cloud and virtual networking, protocols, architecture, storage and management.