Network performance can also be compromised through this model because various individuals
and groups have diverse networking needs. For example, an engineering organization may need
constant, uninterrupted access to high-bandwidth services such as computer-automated design
(CAD) applications, whereas guests may need only Internet access. However, with the network
behaving uniformly for every user, there is no prioritization for these particular individuals or
the groups with which they are associated. This hinders an organization’s ability to create
efficiencies and maximize network performance based on factors such as traffic, bandwidth and
QoS propagation.
and groups have diverse networking needs. For example, an engineering organization may need
constant, uninterrupted access to high-bandwidth services such as computer-automated design
(CAD) applications, whereas guests may need only Internet access. However, with the network
behaving uniformly for every user, there is no prioritization for these particular individuals or
the groups with which they are associated. This hinders an organization’s ability to create
efficiencies and maximize network performance based on factors such as traffic, bandwidth and
QoS propagation.
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