Cisco Systems ONS 15200 manual Ring Configuration with Hubbed and Meshed Traffic

Page 24

Chapter 2 Product Configurations

ONS 15200 Network Configurations

Note The physical connection in Figure 2-4consists of two fiber-optic cables.

Figure 2-4 Multichannel point-to-point configurations, single and dual connections

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

ONS 15252

ONS 15252

ONS 15252

ONS 15252

SINGLE PHYSICAL CONNECTION

DUAL PHYSICAL CONNECTIONS

 

LEGEND

 

ONS - Optical network system

54632

2.1.5 Ring Configuration with Hubbed and Meshed Traffic

In the ONS 15200 ring configuration with hubbed and meshed traffic, two ONS 15201 SCUs communicate with each other. You can use either unit in a direct point-to-point configuration through a control area network (CAN) bus connection as shown in Figure 2-5, or with a noninterfering ONS 15252 MCU. If you use an ONS 15252 MCU, the MCU must have an installed Bridge module (BM).

To manage a mesh configuration, use the Maintenance Manager (MM) software and associated hardware or use a CAN bus extension cable to connect one of the ONS 15201 SCUs using the meshed channel to the ONS 15252 MCU. An ONS 15201 SCU connected in this way will be on the same logical CAN bus as the ONS 15252 MCU.

In the mesh configuration, you can configure SONET or SDH ADM ring protection on the client side of the meshed channel. If you use client-layer 1+1 APS protection, you must replace each of the

ONS 15201 SCUs with a pair of ONS 15201 SCUs transmitting in opposite directions. Figure 2-5illustrates the ONS 15200 ring configuration with hubbed and meshed traffic.

Note The physical connection in Figure 2-5consists of two fiber-optic fiber cables.

Cisco ONS 15200 Product Description

2-4

78-13766-01

 

 

Image 24
Contents Cisco ONS 15200 Product Description Corporate HeadquartersCisco ONS 15200 Product Description N T E N T S Alarms Acronyms A-1 Contents Cisco ONS 15200 Product Description 78-13766-01 G U R E S Viii NCB Indicators Tables Cisco ONS 15200 Product Description 78-13766-01 Manual Structure Related DocumentationRelevant Standards Obtaining DocumentationWorld Wide Web Optical Networking Product Documentation CD-ROM Ordering DocumentationDocumentation Feedback Obtaining Technical AssistanceCisco.com Technical Assistance CenterCisco TAC Escalation Center Xvi Optical System Description Optical ChannelsUnprotected Channels Protected Channels Unprotected channels in an ONS 15200 systemSoftware Configurable Protection Optically-fiber protected channels in an ONS 15200 systemPage ONS 15200 Network Configurations Bus ConfigurationRing Configuration Logical ConnectionsDual-Home Configuration Multichannel Point-to-Point ConfigurationRing Configuration with Hubbed and Meshed Traffic Full-Mesh Configuration Ring configuration with hubbed and meshed trafficFour ONS 15252 MCUs in a full-mesh configuration Network ProtectionModularity and Ancillary Equipment ONS 15252 MCUClip ONS 15201 SCU Power Distribution Panel Fan UnitStatus Cause ONS 15252 MCU Physical Configuration Physical LayoutFiber Organizer Configuration of the ONS 15252 Multichannel Unit ONS 15201 SCU Physical Configuration Internal BUS Clip NAM Clip NCB HFMPower and Grounding Physical layout of the ONS 15201 SCUONS 15252 MCU Power and Grounding ONSSafety Specifications Environmental ComplianceElectromagnetic Compatibility Product Safety Wavelength GridChannel Number Frequency THz Wavelength nm Page Network Control Network Management OverviewCisco ONS 15200 Product Description 78-13766-01 EIA/TIA-232 RS-232 Interface Hardware PlatformsParameter Value Speed Kbps Data Bits Parity None Stop Bits Flow ControlCommand Line Interface Ethernet interfaceMaintenance Manager MA interfaceWeb-Based Interface Internal Data BusONS 15252 MCU internal data bus extension ports Alarms Simple Network Management Protocol InterfaceCisco Transport Manager Alarm Name Condition Name DefinitionAlarm Name Definition Page Overview Client Layer Interface Port ModuleEquipment Version CLIPs Restriction Temperature Communication Interface ModuleONS MaximumNetwork Adaptation Module Network Control Board ModuleStatus Bridge Module Collector Filter ModuleConnection Module Connection Module YHub Filter Module Line ModuleTermination Module Page Operational Parameter Condition MaximumOptical Optical PerformanceOptical Frequencies Parameter Condition Minimum UnitIncludes Connectors Equipment Maximum dB Optical LossIncludes Equipment Maximum dB15201 SCU unprotected optical path 100/0 or 0/100 Environmental Parameter Condition Min Max UnitMechanical Parameter UnitsElectrical Parameter Max UnitAcronyms Control area network Electronic Industries Association International Electrotechnical Commission Internet protocol National Fire Protection Association Subnetwork Manager D E IN-2 IN-3 IN-4