Sharp R-64STM Especificaciones

RTraverse/TransNav Planning and Engineering Guide TR5.0.x/TN6.0.x October 2011

8 Chapter 1 Traverse Equipment SpecificationsGCM with 1-port OC-48 ELR/STM-16 LH DWDM, CH19, 191.9 GHz plus VTX/VCX61Universal GCM with Extended Memor

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 91-port OC-192 ELR/STM-64 LH ITU DWDM90Electrical Cards 28-port DS1 4912-port DS3/E3/EC-1 Clea

10 Chapter 1 Traverse Equipment SpecificationsPower CablingRedundant central office battery and battery return is connected to the PDAP. The PDAP-2S d

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 11Electrical Coax and Copper Connectors and CablingThe DS3/E3/EC-1 Clear Channel and DS3/EC-1

12 Chapter 1 Traverse Equipment SpecificationsEthernet4-port GbE LX plus 16-port 10/100BaseTX16 64/256256/102412 48/192 192/768 4 16/644-port GbE SX p

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 13VT Card Interface Options and Maximum DensityThe following table provides information on the

14 Chapter 1 Traverse Equipment Specifications

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 15Chapter 2 ComplianceIntroductionThe highest levels of quality testing and the most stringent

16 Chapter 2 ComplianceETSI Environmental StandardsIn addition to the testing required for a CE Mark, Force10’s products are also tested to the follow

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 17Most of the requirements specified by Telcordia for the above-listed types of configurations

Copyright © 2011 Force10 Networks, Inc.All rights reserved. Force10 Networks ® reserves the right to change, modify, revise this publication without n

18 Chapter 2 ComplianceThe automatic X-ray inspection is conducted on all circuit boards, with all components and solder joints being inspected. For c

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 19Chapter 3 Network Feature CompatibilityIntroductionThe Traverse system is a gateway solution

20 Chapter 3 Network Feature CompatibilityComparative Terminology for SONET and SDHThe following table provides you with a short list of terms as they

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 21STS-3c/AU-4 Contiguous concatenation of 3 STS-1 synchronous payload envelopes (SPE) (STS-3c)

22 Chapter 3 Network Feature Compatibility

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 23Chapter 4 Protected Network TopologiesIntroductionThis chapter includes the following topics

24 Chapter 4 Protected Network TopologiesRingIn a ring configuration, each node is connected to two adjacent nodes. Each node uses two trunk cards (ea

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 25MeshThis topology provides a direct connection from one node to every other node in the netw

26 Chapter 4 Protected Network TopologiesSingle Node Interconnected RingsThis topology uses one node to connect two separate rings. The interconnectin

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 27Two Node Overlapping RingsThis topology connects two rings using a single fiber between two

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 1CONTENTSChapter 1Traverse Equipment SpecificationsTraverse Dimensions Summary Table . . . . .

28 Chapter 4 Protected Network TopologiesThe Traverse supports the following protection schemes in two node ring interconnections:• UPSR <–> UPS

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 29Supported Protected Topologies (Summary)This table summarizes supported topologies and prote

30 Chapter 4 Protected Network TopologiesNode and Tunnel Diversity for Low Order Tunneled ServicesUse of Low Order end-to-end tunneled services in you

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 31To ensure node diversity, define an egress point on the head node to assure tunneled service

32 Chapter 4 Protected Network Topologies

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 33Chapter 5 TransNav Management System RequirementsIntroductionThe TransNav management system

34 Chapter 5 TransNav Management System RequirementsManagement System DeploymentThe TransNav management system software package contains server applic

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 35• See Chapter 7—“IP Address Planning,” In-Band Management with Static Routes for an example

36 Chapter 5 TransNav Management System RequirementsSolaris Platform for TransNav Management ServerThis table lists the minimum requirements for a Sol

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 37PDF Viewer To view product documentation:Adobe® Acrobat® Reader® 9.3 for Solaris.Download th

2 Planning and Engineering Guide, Release TR5.0.x/TN6.0.xSolaris Platform for TransNav Management Server . . . . . . . . . . . . . . . . . . . . . . .

38 Chapter 5 TransNav Management System RequirementsSolaris Platform Management Server Requirements This table lists the minimum requirements for a So

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 39PDF Viewer To view product documentation:Adobe® Acrobat® Reader® 9.3 for Solaris. Download t

40 Chapter 5 TransNav Management System RequirementsWindows Platform Requirements for TransNav Management ServerThis table lists the minimum requireme

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 41SoftwareOperating EnvironmentWindows XP Professional Service Pack 3Windows 7Windows Server 2

42 Chapter 5 TransNav Management System RequirementsGateway ServerNot applicable Not applicable Not applicable Not applicable Recommend 2 Gateway

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 43Windows Platform Management Server Requirements This table lists the minimum requirements fo

44 Chapter 5 TransNav Management System RequirementsSoftwareOperating EnvironmentWindows XP Professional Service Pack 3Windows 7Windows Server 2008. M

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 45Gateway Server HardwareSystem Not applicable Not applicable Not applicable Quad Core Xeon

46 Chapter 5 TransNav Management System RequirementsTransNav Management Server GUI Application RequirementsYou require a client workstation to access

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 47TransNav Client and Node GUI Application RequirementsThe TransNav Client and Node GUI are a

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 3Chapter 1 Traverse Equipment SpecificationsIntroductionThis chapter includes the following to

48 Chapter 5 TransNav Management System RequirementsTN-Xpert Client Application GuidelinesThis table lists the minimum requirements for TN-Xpert Clien

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 49Chapter 6 TransNav Management System PlanningIntroductionThis chapter outlines a recommended

50 Chapter 6 TransNav Management System Planning6Initialize, then start, the server. Start the Primary server first, then initialize and start the Sec

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 5111If necessary, configure equipment, cards, and interfaces.TransNav Management System Provis

52 Chapter 6 TransNav Management System Planning

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 53Chapter 7 IP Address PlanningIntroductionThis chapter includes the following information on

54 Chapter 7 IP Address PlanningAssign the relevant IP addresses through the CLI during node commissioning.Table 12 IP Address Node Connectivity Para

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 55IP Addressing GuidelinesIP Networks and Proxy ARPOn the proxy node: • The Proxy ARP paramete

56 Chapter 7 IP Address Planning• The bp-dcn-ip and the node-ip of the proxy node must be the same IP address. In a proxy network, all of the node-ip

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 57• bp-dcn-gw-ip: This address is in the same subnetwork as the bp-dcn-ip of this node. • bp-d

4 Chapter 1 Traverse Equipment SpecificationsTraverse Dimensions Summary TableThe following table gives the dimensions for the Traverse components.Tab

58 Chapter 7 IP Address PlanningFigure 8 IP Quality of ServiceSee the TransNav Management System Provisioning Guide, Chapter 9—“Creating and Deletin

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 59Proxy ARP Proxy address resolution protocol (ARP) is the technique in which one host, usuall

60 Chapter 7 IP Address PlanningIn-Band Management with Static RoutesIn-band management with static routes means the management server is directly con

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 61In-Band Management with Router and Static RoutesIn this example, the management server is co

62 Chapter 7 IP Address PlanningIn-Band Management of CPEs Over EOP LinksIn this example, the management server is connected by static route to a rout

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 63The EoPDH cards are connected by EOP links through the electrical cards to the CPEs as shown

64 Chapter 7 IP Address PlanningOut-of-Band Management with Static RoutesOut-of-band management with static routes means that the management server is

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 65Chapter 8 Network Time Protocol (NTP) SourcesIntroductionThis chapter includes the following

66 Chapter 8 Network Time Protocol (NTP) SourcesNTP Sources on a Ring TopologyForce10 recommends using the adjacent nodes as the primary and secondary

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 67Chapter 9 Network Cable ManagementIntroductionThis chapter includes the following topics:• F

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 5Traverse Rack ConfigurationThe Traverse 1600 and Traverse 600 shelves install in either a sta

68 Chapter 9 Network Cable ManagementFiber optic cables route out the bottom of the Traverse 600 shelf for horizontal central office rack installation

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 69Copper/Coax Cable ManagementCopper and coax cable routing is as follows:• Traverse 1600 and

70 Chapter 9 Network Cable ManagementThe following image shows Traverse shelves with two cable management bars each, Mini-SMB cabling, and ECMs. There

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 71Figure 16 Traverse 600 Shelf Horizontal Installation—Cable RoutingDCN Ethernet and RS-232

72 Chapter 9 Network Cable Management

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 1INDEXCCablingelectrical coax, 11Cardcabling, 10electrical coax, 11placement, 11powerconsumpti

2 Planning and Engineering Guide, Release TR5.0.x/TN6.0.xPPlacementcard, 11Powercabling, 10consumptionby card, 7distributionby card, 7Primary server,

6 Chapter 1 Traverse Equipment SpecificationsThis figure shows an example of four Traverse 1600 shelves installed with the PDAP-4S in a 19-in (483 mm)

Planning and Engineering Guide, Release TR5.0.x/TN6.0.x 7Power ConsumptionThe power draw of the Traverse system is dependent on the configuration of e