Cisco Systems 6400 appendix Sustainable Cell Rate cells/s razascr

Page 51

Appendix A Attribute Reference

Cross Connection Profile

Table A-25 Cross Connection Profile (continued)

Attributes

Acceptable Values

Default Values

 

 

 

Sustainable Cell Rate (cells/s) [raza_scr]

 

 

SCR is the maximum average cell transmission rate that is

 

 

allowed over a given period of time on a given circuit. It allows

 

 

the network to allocate sufficient resources for guaranteeing the

 

 

network performance objectives are met.

 

 

W

 

 

 

 

 

Peak Cell Rate (cells/s) [raza_pcr]

Numb (10)

0

PCR is the maximum allowed cell transmission rate. It defines the

Range=0-214748364

 

7

 

shortest time period between cells and provides the highest guarantee

 

that network performance objectives (based on cell loss ratio) will be

 

 

met.

 

 

W

 

 

 

 

 

Minimum Cell Rate (cells/s) [raza_mcr]

 

 

MCR is the minimum cell rate, which is the minimum allocated

 

 

bandwidth for a connection.

 

 

W

 

 

 

 

 

Maximum Burst Size (cells) [raza_mbs]

Numb (10)

0

MBS is the maximum number of cells that can be received at the PCR.

Range=0-214748364

 

This allows a burst of cells to arrive at a rate higher than the SCR. If

7

 

 

 

the burst is larger than anticipated, the additional cells are either tagged

 

 

or dropped. This parameter applies only to VBR traffic.

 

 

W

 

 

 

 

 

CDVT (microseconds) [raza_cdvt]

Numb (10)

0

Cell Delay Variation Tolerance establishes the time scale over which

Range=0-214748364

 

7

 

the PCR is policed. This is set to allow for jitter (CDV).

 

 

 

W

 

 

 

 

 

Traffic Desc [raza_tdtype]

Enum (7) "None"

 

This is the traffic descriptor type which describes the specified traffic

"ABR_FC"

 

parameters for the service (for more information consult the ATM

"ABR_NFC"

 

"CBR.1" "UBR.1"

 

Service Application Solutions Guide).

 

"UBR.2" "VBR.1"

 

M W

 

"VBR.2" "VBR.3"

 

 

 

 

"Other"

 

 

 

 

Cisco 6400 Equipment Module Configuration Guide

 

OL-1812-01

A-51

 

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Contents Attribute Reference Table Conventions NetworkRDP Text This is the customer name. This attribute is optional Text This is the domain name. This attribute is optionalText C4nt CPC class name for the network object Text This is the domain name Radius ServerObject Name C4rdRadius OAF C4rdRadius.oaf Text This is the customer nameText Specify a valid user name for the Radius server Text Specify a valid user name for the backup Radius serverText This attribute is not supported in this release Text C6400UAC Node type NodeObject Name C4ndNode OAF C4ndNode.oaf Text This is the name of the containing networkNSP Specific Information Text Indicates the type of the last upload from this nodePublic Physical PortOC12, CPU, NRP Text Network containing the physical port Numb Resource model specific map Range=0-214748364Text This attribute is not used Text Use this field to add user informationFalse Logical PortText IP address of the NRP/NRP2 associated with this port BoolDCE ATMDddddddddd Bandwidth Incoming Maximum kbits/s srazbandwidth Cross Connection NSP Text Specify a name for the cross-connectionText This is the customer. This attribute is optional Text This is the domain. This attribute is optionalATM LPort Associations Endpoint LPort sratp.srname ABR UBR UBR.1 UBR.2 VBR.1 VBR.2 VBR.3 Other Abrfc AbrnfcEnum This is the cast type P2mp-leaf P2mp-root, p2p None NRP Internal PVC NRP2 Numb Minimum cell rate Range=0-214748364 Text IP address of the remote end of the PVC sub interfaceEnum 4 l2tp, 12f Specify the tunnel type Singlehop TunnelObject Name C4mtTunnel OAF C4mtTunnel.oaf Enum This is the dial type for the tunnel Dialouts, otherMultihop Tunnel Text Node that contains the tunnel Text Remote tunnel password Mhit onlyEnum 5 l2tp, 12f Specify the tunnel type Pppoe Text Logical port that contains the tunnelObject Name C4akAggrKey OAF C4akAggrKey.oaf Aggregation KeySinglehop Tunnel Destination Text Pointer to the SHTunnel object Multihop Tunnel DestinationText Destination IP address Numb Priority for the tunnel destination Range=1-32767Service List UBR ABR Object Name C4clVCClass OAF C4clVCClass.oaf VC ClassVC-Class Parameters VC-Class Name vcclassname Encapsulation encapsulation Object Name C4vtVT OAF C4vtVT.oaf Virtual TemplateText This is the logical port that contains this VC class Text This is the node that contains the VC classAal5autoppp Pppoe Aal5snap Multi-hop Other Access Control List Access Control Element Attributes Acceptable Values Route EntryAcceptable Values Default Values AuthenticatorPhysical Port Profile OC12, CPU, NRP Logical Port Profile Object Name C4lpLportProfile OAF C4lpLportProfile.oaText This is the logical port profile name Numb Logical port usage priority Range=0-214748364 Numb Resource model specific map Range=0-214774836Dddddddddd Bool Specify whether to enable or disable routing Cross Connection Profile Object Name C4vcPvcxProf OAF C4vcPvcxProf.oafText This is the cross connection profile name Nodename/portname Text This is the Provider ServiceAbrfc CBR.1 UBR.1UBR.2 VBR.1 VBR.2 VBR.3 Other Sustainable Cell Rate cells/s razascr NRP Internal PVC Profile Enum 9 p2mp-leaf This is the cast type P2mp-root, p2p NoneObject Name C4cxPvcxProf OAF C4cxPvcxProf.oaf Sub-interface Type c4subiftype Virtual Template Attributes Authentication c4authenticate
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6400 specifications

Cisco Systems 6400, part of Cisco's robust networking portfolio, is a high-performance platform designed to facilitate advanced network services and operations. This versatile router is built to meet the demands of modern data networks, providing exceptional scalability, reliability, and flexibility for businesses of all sizes.

One of the key features of the Cisco 6400 is its modular architecture. This design allows businesses to customize their networking requirements by adding or removing various modules as needed. With multiple slots available, users can integrate a range of services including security, routing, switching, and WAN optimization, ensuring that the device can grow alongside the organization’s evolving needs.

In terms of performance, the Cisco 6400 boasts impressive throughput capabilities. It is engineered to handle significant data traffic volumes, making it suitable for enterprise-level applications. This is particularly vital in environments that rely on high-speed data transfer and require minimal latency, such as data centers and cloud service providers.

The Cisco 6400 leverages advanced technologies to optimize network operations. Stateful packet inspection and application awareness contribute to enhanced security, allowing users to monitor and control data flow effectively. This is further augmented by Cisco's extensive security offerings, which provide comprehensive defenses against evolving cybersecurity threats.

Another notable characteristic of the Cisco 6400 is its support for software-defined networking (SDN). This feature enables IT departments to manage network resources dynamically through a centralized interface, allowing for increased agility and automation in network management. Coupled with Cisco's identity services and policy management tools, the 6400 facilitates granular control over user access and network segmenting.

The device is also designed with energy efficiency in mind. Its architecture helps to minimize power consumption while maximizing performance, which is a critical consideration for organizations seeking to reduce their carbon footprint.

In summary, the Cisco Systems 6400 stands out as a powerful and versatile networking solution. Its modular design, high throughput capacity, advanced security features, support for software-defined networking, and energy-efficient operations make it a compelling choice for organizations aiming to future-proof their network infrastructure while meeting current demands. Whether scaling up to support new applications or ensuring robust security, the Cisco 6400 offers the capabilities needed to thrive in today’s digital landscape.
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