Control Plane definition

Control Plane means transmitted data that is used to control (e.g., establish, clear, etc.) sessions and/or calls.

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Control Plane means a software layer that manages provisioning of the Service and routing of service traffic but does not access the Customer Information directly for read and write operations and does not implement the core service capabilities.

Control Plane builds and maintains the network topography and makes decisions on where the traffic flows. • “Management Plane” is responsible for central configuration and monitoring. “Total Qualifying Outage Time” equals the aggregate sum of the downtime attributable to all Qualifying Outages during the Measurement Period. For the purposes of calculating Total Qualifying Outage Time, each Qualifying Outage will (i) commence upon ▇▇▇▇▇’s logging an incident ticket upon Your notice to Cisco of the outage with sufficient information for Cisco to confirm the outage and (ii) ends when the affected Core Services is fully restored. The duration of a Qualifying Outage will be rounded upward or downward to the nearest minute. Service Credit If Cisco fails to meet the relevant Service Levels for a given Measurement Period, Cisco will issue a credit in accordance with the table below (“Service Credit”). The aggregate maximum Service Credit issued by Cisco to You in a single Measurement Period will not exceed 15 days, whether the Service Credit relates to falling below Control Plane Availability Percentage, Management Plan Availability Percentage, or both. Service Credits may not be exchanged for, or converted into, monetary amounts. If the Control Plane Availability You may claim Service Credits in an amount equal to the Percentage is: corresponding number of days added to the end of the then- current term at no charge: <99.99% and ≥ 99.999% 3 days <99.9% and ≥ 99.0% 7 days <99.0% 15 days If the Management Plane Availability You may claim Service Credits in an amount equal to the Percentage is: corresponding number of days added to the end of the then-current term at no charge: <99.99% and ≥ 99.9% 3 days <99.9% and ≥ 99.0% 7 days <99.0% 15 days Service Level Calculation Example For example, if during a 31-day month, two (2) Qualifying Outages occur—one Qualifying Outage lasting 60 minutes and another Qualifying Outage lasting 11 minutes—then the Service Level for Management Plane will be calculated as described below: Total Service Time = * 31 (days in Measurement Period) * 24 hours * 60 minutes = 44,640 minutes Total Qualifying Outage Time = 60 + 11 = 71 minutes Availability Percentage = (44,640 – 71) / 44,640 * 100 = 99.8% In this example, the Service Credit payable to You, if requested, would be an amount equal to 7 days added to the end of the then-current term.

Examples of Control Plane in a sentence

• Service Levels Control Plane During each Measurement Period, the Availability Percentage will be 99.99% or greater.

• Availability SLAs may exist for i) Inline (Data Plane) Service, and ii) Non-Inline (Control Plane) Service, separately: o Inline Service Availability means access to the core features of the Service that impact the data in transit to and from Customer to the Internet.

• The COSIGN DCN Control Plane is able to dynamically scale up and down the capacity of the established connections, in support of the elastic features of the cloud services.

• Therefore, the size (in terms of servers and optical devices to be managed) as well as the expected huge number of traffic flows among servers should not affect the properly working of the Control Plane operations.

• The COSIGN DCN Control Plane provides intra-DC connectivity services compliant with a variety of operator-level constraints, including load-balancing strategies, energy efficiency, paths with minimum cost, etc.

• In particular, the COSIGN SDN Control Plane addresses the heterogeneity at the hybrid optical data plane following a two-fold approach.

• Most of the COSIGN DCN Control Plane functions will be implemented within an SDN controller, through internal components which implement the SDN control logic for core network services.

• Since Control -Plane Location Look-Up charges are manually calculated and added to VMU’s monthly invoice, the ▇▇▇▇ cycle time period for Control -Plane Location Look-Up charges included on a monthly invoice will not be the same as the time period for systematically-billed charges included on such invoice.

• The DCN Control Plane implements automated DCN configuration procedures to establish, modify and remove intra-DC connectivity services on demand.

• For this reasons, the COSIGN DCN Control Plane solution is based on the centralized deployment model, with a single SDN controller that maintains the overall view and control of the overall DCN.

More Definitions of Control Plane

Control Plane means a given set of connected, functioning OpenStack nodes with the primary function of running central logging or one or more OpenStack control services required to interact with and manage the compute, storage and networks of a single private cloud system or a single private cloud deployment in collection of multiple connected or disconnected private cloud deployments.

Control Plane means administrative functionality of the Services, including mechanisms and APIs to provision and modify storage, network connections, billing reporting, user management, and other functions that are not related to active data flow for existing storage provided by the Services.

Control Plane means the cloud application programming interfaces (“API”) and website interfaces (such as Cloud

Control Plane means PlanetScale’s centralized infrastructure for the management, deployment and/or monitoring of Customer’s applicable database(s).

Control Plane means the multi-tenant, always-on service responsible for query planning and management, that is hosted and monitored by Dremio.