Bandwidth Management Clause Samples
The Bandwidth Management clause defines how network bandwidth is allocated, monitored, and controlled between parties under the agreement. It typically outlines the minimum and maximum bandwidth levels guaranteed, procedures for handling excessive usage, and any penalties or remedies for exceeding agreed limits. This clause ensures that both parties have clear expectations regarding network performance and helps prevent service disruptions or disputes related to bandwidth consumption.
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Bandwidth Management. The SES logical connection can be configured as an uncontended connection where the SES and its associated InterConnect are served off the same active PoH. The NBI active PoH is a non-blocking device and therefore the Service Provider may capacity manage the InterConnect to ensure that it is not overbooked, i.e. that the sum of the SES bandwidths do not exceed the Bandwidth on the InterConnect. In this scenario Class of Service (CoS) is not required on the SES as the connection is uncontended and is not carried across the NBI core network Conversely, the Service Provider may capacity manage the InterConnect which may result in the InterConnect being overbooked, i.e. that the sum of the SES bandwidths exceeds bandwidth on the InterConnect. In this scenario CoS may be required on the SES and the required level of circuit-based class of service should be specified by the Service Provider.
Bandwidth Management. Spectrum shall have the right, but not the obligation, to (a) monitor traffic on its Network; and (b) monitor Customer’s bandwidth utilization and to limit excessive use of bandwidth (as determined by Spectrum) as Spectrum deems appropriate to efficiently manage the Spectrum Network. If Customer purchases Multi-Path FIA Service, Customer must ensure that no individual Path or data flow of such Service exceeds 2 Gbps (i.e. the rate of data transmission between any two MAC addresses and IP addresses). If Customer’s Multi-Path FIA Service includes a Path or data flow that exceeds 2 Gbps, Spectrum may limit such Path or data flow to 2 Gbps. For purposes of this Attachment, (i) “Path” shall mean a connection permitting data transmission between a MAC address and IP address and another MAC address and IP address, and (ii) “Multi-Path” shall mean FIA Services permitting data transmission between or among three (3) or more MAC addresses and IP addresses.
Bandwidth Management. The Bandwidth Management feature gives the Administrator bandwidth control based on cloud applications, specific websites, and the type of traffic or file size being transferred. The bandwidth control module can control the maximum, minimum, and concurrent sessions bandwidth allocated for large file download, streaming, web conferencing, and VoIP) either globally or per Location.
Bandwidth Management. A service provider may assign a Committed Information Rate (CIR) as well as a committed burst (Bc) and Excess Burst (Be) to the multicast connection. The assignment and interpretation of these parameters shall be in accordance with I.370 with respect to policing actions at the ingress to the network. For a point-to-point circuit, implicitly, the CIR in one direction of the circuit is the same at the ingress and egress ports of the VC. CIRs are assigned such that the access rate of the egress port is greater than or equal to the CIR. In multicast, this implicit definition no longer holds. The traffic from all sources in the multicast group must be considered. The strictest interpretation of CIR would mandate that the access rate of the egress port of a VC must be greater than or equal to the sum of the CIRs of all ingress port DLCIs which will be delivered to this egress port DLCI by the multicast service. It is recognized, however, that some multicast applications may regulate which sources use the multicast service simultaneously, and may therefore wish to allow the sum of the CIRs of all the ingress port DLCIs which will be delivered to an egress port DLCI to exceed the egress port access speed. Thus the exact relation between CIR and the access rate at the egress port is a matter between the service provider and the user. Frames sent to the multicast connection are delivered to each member of the active group. That is, if a member of a multicast group is temporarily unavailable or disabled, the multicast service will not maintain multicast frames for delivery upon the station's recovery. The unavailable member will not receive frames, either multicast or unicast, until it is once again available.
Bandwidth Management. GCRECD must be able to observe overall bandwidth usage and specific usage between sites. The selected Respondent’s solution must be able to create detailed SLA monitoring reports in real-time. GCRECD must be able to view real-time or near-real-time bandwidth performance and utilization reports. The solution should automatically determine the traffic type and provide various views into bandwidth usage. A web-based portal or browser-enabled viewer is preferred.
Bandwidth Management. 15 Contingency Planning (including managed growth)........ 15
Bandwidth Management. Spectrum shall have the right, but not the obligation, to (a) monitor traffic on its Network; and (b) monitor Customer’s bandwidth utilization and to limit excessive use of bandwidth (as determined by Spectrum) as Spectrum deems appropriate to efficiently manage the Spectrum Network. Without limiting the foregoing, if Customer has purchased FIA Service with bandwidth greater than or equal to 2Gbps, then Customer is responsible for ensuring that no individual flow (i.e. the rate of data transmission between any two MAC addresses or IP addresses) exceeds 2Gbps. If Customer’s traffic includes flows that exceed 2Gbps, then Spectrum has the right to disconnect the circuit.
Bandwidth Management. The Contractor shall provide monthly bandwidth performance and network utilization reports. GCRECD must be able to monitor overall bandwidth usage and specific usage between sites. GCRECD must be able to view real-time or near-real-time bandwidth performance and utilization reports. Users of the monitoring tools should be able to filter on various traffic characteristics (e.g., protocol, QoS classification, media type, etc.). A web-based portal or browser-enabled viewer is preferred. The Contractor’s call-processing capacity shall be capable of 125% busy hour call traffic for each ECC and the NGCS as a whole. The Contractor’s service shall be able to increase call-processing capability by up to 50% over contract duration with minimal hardware upgrades required.