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Scheduling & Shaping

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Scheduling & Shaping

class-of-service (CoS) schedulers are used to define the properties of output queues. These properties include the amount of interface bandwidth assigned to the queue, the size of the memory buffer allocated for storing packets, the priority of the queue, and the drop profiles associated with the queue
Feature hierarchy Feature Name
Scheduling & Shaping / Apply a transmit rate limit to logical interfaces on Type 1, 2, or 3 Multiservices PICs
Scheduling & Shaping / Automatic ingress port oversubscription management (priority drop)
Scheduling & Shaping / Average buffer WRED
Scheduling & Shaping / Buffer size configuration
Scheduling & Shaping / Change to CoS shaping rate fallback behavior
Scheduling & Shaping / CoS: Scheduling
Scheduling & Shaping / CoS: Shaping
Scheduling & Shaping / Coarse-grained queuing
Scheduling & Shaping / Configurable CoS buffer size (percentage or temporal value)
Scheduling & Shaping / Configurable bandwidth profiles with percentages
Scheduling & Shaping / Configuring multiple queues as strict-high priority
Scheduling & Shaping / Configuring the shared buffer size
Scheduling & Shaping / Delay buffer allocation
Scheduling & Shaping / Delay buffer enhancement
Scheduling & Shaping / Discard Fairness
Scheduling & Shaping / Distribution of class of service (CoS) schedulers on Ethernet IQ2 PICs
Scheduling & Shaping / Dynamic and static logical interfaces in the same dynamic interface set
Scheduling & Shaping / Dynamic bandwidth allocation among different services
Scheduling & Shaping / Egress Overhead Adjustment
Scheduling & Shaping / Egress interface shaping
Scheduling & Shaping / Eight queues per port
Scheduling & Shaping / Elevated packet drops during oversubscription
Scheduling & Shaping / Enabling a queue's buffer space to be 100 percent of the interface's buffer space
Scheduling & Shaping / End-to-end jitter reduction in egress queues over ports on hierarchical queuing MICs and MPCs by lowering the maximum queues enabled on the line card
Scheduling & Shaping / Enhanced ingress queuing support for built-in ports
Scheduling & Shaping / Enhancements to scheduler configuration on FRF.16 physical interfaces
Scheduling & Shaping / Ensuring guaranteed bandwidth by preventing oversubscription
Scheduling & Shaping / Excess bandwidth and rate limiting
Scheduling & Shaping / Excess rate configuration
Scheduling & Shaping / High-priority queue on SPC
Scheduling & Shaping / IQ2 interface forwarding class policer
Scheduling & Shaping / Increase Shared Buffer Pool
Scheduling & Shaping / Ingress CoS on interfaces
Scheduling & Shaping / Ingress rate limiting
Scheduling & Shaping / Input traffic control profile assignment to dynamic logical interface sets
Scheduling & Shaping / Interface output queue
Scheduling & Shaping / Internal buffer of 2 MB with per-egress queue buffer management
Scheduling & Shaping / Limit the transmit rate of the MS-PIC logical interface on Type 1, 2, or 3 Multiservices PICs (MS-PICs)
Scheduling & Shaping / Logical interface level scheduling on MPCs that support rich queuing
Scheduling & Shaping / Multiple strict-priority queues per port
Scheduling & Shaping / Non-strict-priority scheduling support
Scheduling & Shaping / Parameters at the logical and physical interface levels: guaranteed-rate, shaping-rate, and weighted-rate.
Scheduling & Shaping / Per-logical interface queuing
Scheduling & Shaping / Per-port buffer monitoring
Scheduling & Shaping / Per-priority shaping (5 priority levels)
Scheduling & Shaping / Per-queue alpha support
Scheduling & Shaping / Per-unit scheduling
Scheduling & Shaping / Port level scheduling on MPCs that support rich queuing
Scheduling & Shaping / Port shaping
Scheduling & Shaping / Priority Queuing of IKE Packets
Scheduling & Shaping / Priority queuing
Scheduling & Shaping / Propagating CoS shaping rate adjustments that are based on multicast traffic
Scheduling & Shaping / Queue Depth Monitor
Scheduling & Shaping / Queue level scheduling on MPCs that support rich queuing
Scheduling & Shaping / Queue shaping
Scheduling & Shaping / Queuing features on built-in ports to provide customized traffic shaping services
Scheduling & Shaping / RED drop and tail-drop profiles
Scheduling & Shaping / Random Early Detection Drop Profile
Scheduling & Shaping / Reporting of effective shaping rate and session rate limit from LAC to LNS in L2TP
Scheduling & Shaping / Scheduled deficit weighted round robin (SDWRR) (egress scheduling)
Scheduling & Shaping / Scheduler Maps for Physical Interfaces
Scheduling & Shaping / Scheduler node scaling
Scheduling & Shaping / Schedulers
Scheduling & Shaping / Scheduling at physical interface level only
Scheduling & Shaping / Shaping For Physical Interfaces
Scheduling & Shaping / Software buffer configurability
Scheduling & Shaping / Strict priority queuing or Low Latency Queuing (LLQ)
Scheduling & Shaping / Strict-priority scheduling
Scheduling & Shaping / Three level scheduling instead of two
Scheduling & Shaping / Traffic control profile for FRF.15 bundles
Scheduling & Shaping / Traffic control profile support at the FRF.16 physical interface level
Scheduling & Shaping / Traffic scheduling and shaping support for GRE tunnel interface output queues
Scheduling & Shaping / Traffic shaping and scheduling
Scheduling & Shaping / Transmission priority scheduling
Scheduling & Shaping / Transmission queues
Scheduling & Shaping / VC output shaping
Scheduling & Shaping / Virtual LAN queuing and shaping
Scheduling & Shaping / Virtual channels
Scheduling & Shaping / Weighted Drop & Tail-drop Differentiation
Scheduling & Shaping / Weighted Tail Drop
Scheduling & Shaping / Weighted random early detection (WRED) tail-drop profiles
Scheduling & Shaping / Weighted round robin for each level of scheduling