Cisco Systems CISCO10720 Installing the OC48 SFP Modules in the RPR/SRP Uplink Card, Rpr Sfp

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Chapter 3 Installing and Removing the Uplink Cards

Installing an Uplink Card

Installing the OC48 SFP Modules in the RPR/SRP Uplink Card

Use the information in this section to install OC48 SFP modules in the RPR/SRP uplink card.

Note Use only OC48 SFP modules purchased from Cisco Systems.

To install a bale clasp OC48 SFP module in the uplink card, perform the following steps:

Step 1 Attach an ESD-preventive strap to your wrist, and to the router or to a bare metal surface. (See the “Preventing Electrostatic Discharge” section on page 2-4.)

Step 2 Remove any SFP cage covers by pulling the cage cover from the SFP cage.

Step 3 Hold the SFP module with the hardware label facing up, as illustrated in Figure 3-1.

Caution The SFP module must be inserted with the hardware label facing up to avoid damaging the SFP module or uplink card.

Figure 3-12 Installing the Bale Clasp SFP Module in the RPR/SRP Uplink Card

10720-

 

RPR-

 

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ACTIVE CARRIER PKT

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PASS PROTECT

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30 1000Base- 1299- - 01 LX

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RPR/SRP uplink card

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OC48 SFP module

Step 4 Close the bale clasp on the SFP module by pushing the clasp in the upward direction before inserting the SFP module.

Step 5 Insert the SFP into the appropriate OC48 port and gently push on it until the SFP module snaps into the slot. (See Figure 3-12.)

Go to “SONET Distance Information for RPR/SRP, DPT, and POS/DPT Uplink Cards” section on page 3-11.

 

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Contents Corporate Headquarters Copyright 2003-2006 Cisco Systems, Inc. All rights reserved N T E N T S Disconnect Device Warning LEDs 78-13113-06 B0 Document Revision History ObjectivesDocument Version Date Organization Product Name ReferenceSection Title Description Site Wiring Distance and Interference Guidelines Electromagnetic ComplianceElectromagnetic Compatibility Regulatory Statements Translated Safety Warnings Preface Translated Safety Warnings Cisco.com Related DocumentationObtaining Documentation Product Documentation DVDDocumentation Feedback Cisco Product Security OverviewOrdering Documentation Reporting Security Problems in Cisco Products Obtaining Technical AssistanceCisco Technical Support & Documentation Website Submitting a Service Request Definitions of Service Request SeverityObtaining Additional Publications and Information XviXvii Xviii Product Number and Product Names Product Number Product NameDPT Uplink Card Faceplate and Specifications POS/DPT Uplink Card Faceplate and Specifications Product IDProduct ID Description RPR/SRP Uplink Card Faceplate and Specifications OC48 SFP Module SpecificationsOptical Cable Distance SFP Product ID SFP Module Transmit Power Receive Power Power Budget Optical Cable SpecificationsSpecification Description Operating Transmit Power1Console/Auxiliary Card Faceplate and Specifications Cisco 10720 Internet Router Console/Auxiliary Card78-13113-06 B0 Preparing for Installation Hardware RequirementsSoftware Requirements Router# show versionSafety Warnings Safety and ComplianceSafety Information and Electromagnetic Compliance Disconnect Device WarningLaser Safety Preventing Electrostatic DischargeAttaching an ESD-Preventive Strap Preparing for Installation Safety and Compliance Book Title Installing and Removing the Uplink Cards Tools and Equipment RequiredPreparing for Installation Powering Down the RouterRemoving the Router from the Power Source Verifying That the Router Is Powered Down Removing the Cable-Management SystemRemoving the Cable-Management Cover Disconnecting the Optical Interface Cable Removing the RPR/SRP Uplink Card SFP ModulesRemoving a Bale Clasp SFP Module Removing the Uplink Card Spring-Loaded Screws on the Uplink CardInstalling an Uplink Card 11 Inserting the Uplink Card in the Router ChassisInstalling the OC48 SFP Modules in the RPR/SRP Uplink Card RPR SFP13 Simplex Optical Cable Optical interface cable connector1 16 DPT Uplink Card Ports 18 RPR/SRP Uplink Card Ports Installing the Cable-Management System 19 Attaching Cable-Management TrayTurning On Power to the Router 21 Installing Cable-Management CoverConnecting the AC Power Supply 23 AC Power Cord Connected to RouterClose the wire bracket over the power cord plug. See Figure Connecting the DC Power Supply 26 Power Switch in the On PositionGround lead Negative lead Positivelead Book Title Verifying Uplink Card Functionality 66303Configuring Basic POS Functionality Configuring Basic Ieee 802.17 RPR FunctionalityConfiguring Basic SRP Functionality Creating a Four-Node Ring Using the Uplink Cards DPT Uplink CardCable Connections RPR/SRP Uplink Card-IEEE 802.17 RPR Mode Four-Node DPT RingCreating an Ieee 802.17 Mode Ring Using RPR/SRP Uplink Cards Node Inner Ring-Ringlet Outer Ring-Ringlet 78-13113-06 B0 Troubleshooting the Uplink Cards Verifying the Uplink Card ConnectionLEDs DPT and POS/DPT Uplink Card LEDsActivity Description Green Port is active Off Port is not active RPR/SRP Uplink Card LEDs RPR/SRP Uplink Status LEDsRPR/SRP Uplink Card System LEDs Fiber Misconnection-DPT Uplink Cards Troubleshooting the Uplink Cards InstallationAlarm Messages Fiber Misconnection-RPR/SRP Uplink CardAlarm Description Solution AISIeee 802.17 RPR Wrap Messages Alarm Description RPR-IEEE1/1Lais Station using the show rpr-ieee rate-limit Rpr-iee topology command to verify WTR Troubleshooting the RPR/SRP Uplink Card Installation Router# show controllers rpr-ieee 1/1 transceiverTroubleshooting the POS Uplink Card Installation Alarm ProcessingShow controllers pos1/1 Additional Troubleshooting Resources Cleaning the Fiber-Optic ConnectionsLoopback Testing 78-13113-06 B0 D E IN-2 IN-3

CISCO10720 specifications

Cisco Systems CISCO10720 is an advanced router designed to cater to the demands of service providers and large enterprises. Known as the Cisco 10720, this device features a highly efficient architecture that allows for high-speed data transport and optimized network performance. Its core purpose is to facilitate effective broadband services, including Internet Protocol (IP) data, voice, and video services.

One of the standout features of the Cisco 10720 is its modularity. This router supports various interface modules, allowing users to customize their hardware based on specific network needs. The ability to mix and match different modules ensures that clients can adapt the router to future requirements without needing to invest in an entirely new system.

The Cisco 10720 is built on high-performance forwarding capabilities, which is driven by its advanced chipset. This ensures low latency and high throughput, which are essential for applications requiring real-time communication, such as VoIP and streaming video. The system architecture is designed to manage and prioritize traffic effectively, utilizing Quality of Service (QoS) mechanisms to enhance user experience.

Security is another critical characteristic of the Cisco 10720. It offers robust security features, including access control lists (ACLs), encryption protocols, and network address translation (NAT) functionalities, ensuring that data remains secure as it traverses the network. These features help protect against a variety of threats while maintaining compliance with industry standards.

Moreover, the router supports various LAN and WAN technologies, making it versatile for different networking environments. It accommodates technologies such as MPLS, which enhances routing efficiency and supports better service level agreements (SLAs).

Another significant aspect of the Cisco Systems CISCO10720 is its scalability. The router is designed to handle growing bandwidth requirements effectively, accommodating an increasing number of connected devices and users. This flexibility is vital for businesses that may experience rapid growth or fluctuating network demands.

In summary, the Cisco Systems CISCO10720 stands out as a robust solution for enterprises and service providers looking to enhance their network capabilities. With its modular design, high-performance architecture, strong security features, support for various technologies, and scalability, the CISCO10720 is well-equipped to meet the challenges of modern networking environments.
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