3Com 7000 ATM Cabling, Jumper location, and any additional information, Accordingly, 184-198x

Page 110

110APPENDIX D: CABLING REQUIREMENTS

■make changes quickly

■isolate faults in the distribution system

Consult the cabling system plan to set up the cable labeling and record keeping system best suited to the environment. Also consider the following recommendations:

■ Identify cables by securely attaching a label to the ends of all cables.

■ Draw a floor location grid matrix using the building floor plans. For easy reference, use this grid when assigning location numbers to cables.

■ Assign a unique block of sequential numbers to the group of cables that run between each pair of wiring closets.

■ Assign a unique identification number to each distribution rack.

■ Make all work areas and wiring closets easy to identify by labeling the front panel of the CoreBuilder 7000 and other hardware and by displaying the floor location grid and cabling plan in each wiring closet.

■ Keep accurate and up-to-date cable identification records, such as

 

IBM's Cable Identification Label Sheet or Cable Schedule. Post records

 

near each distribution rack. On the appropriate cable schedule, record

 

the following cable drop information: the cable source, destination,

 

jumper location, and any additional information.

 

■ Make sure that optical and coax cables are labeled Rx and Tx

 

accordingly.

 

 

ATM Cabling

When planning the installation, thoroughly inspect the present cabling to

 

determine if it meets the specifications in the cabling system or standards

 

used at the site.

 

In addition to adhering to the local standards, all cable must conform to

 

the American National Standard ATM Physical Layer Medium Dependent

 

(PMD) standard, ISO.166-1990, American National Standards Institute,

 

which defines the Physical Medium Dependent (PMD) layer of the ATM

 

network. Currently, there are two approved PMD standards: Multi-mode

 

Fiber (MMF-PMD), which is defined in ANSI standard X.3-166-1992, and

 

Single Mode Fiber (SMF-PMD), which is defined in ANSI standard

 

x.3-184-198x.

Page 109 Page 111
Image 110
Page 109 Page 111
Contents Software Version 4.55 Base and Extended 3Com Corporation 5400 Bayfront Plaza Santa Clara, California Contents Installing and Connecting Corebuilder Modules Configuring the Corebuilder 7000 Family ATM Switch Troubleshooting Glossary 3COM Corporation Limited Warranty Page Information About this GuideFinding Specific This GuideConvention Description ConventionsIcon Description CoreBuilder Family ATM Switch Documents DocumentationCoreBuilder 7000 Family ATM Switches Operations Guide Document 3Com Part NumberMap If you want to ReadCompliance CommentsYear Overview Overview Component SummaryFans Installation Stage ChapterInterface Module Stage Chapter Overview Unpacking Family ATM SwitchUnpacking Instructions CoreBuilderUnpacking Instructions Family ATM Switch Safety PrecautionsVorsichtsmaßnahm en Mesures de sécuritéTable Top InstallationPreparation As shippedPreparation For installation Universal Mounting Hole Pattern Family ATM Switch Core Builder Modules Power Supply Installing a Power To install a power supply module Supply ModuleModule, see in the Operations Guide Switch ModuleModule to ensure operation should the main switch module Module Setting up Switch Module Redundancy Redundancy You should see the following displayGeneral Description of the Procedure Preparatory StepsProcedure Execution Hardware Redundancy Setup NMS-Based Lane Redundancy SetupVerifying Lane Redundancy Setup Lecs Elan database does not transfer automaticallyInstalling and Connecting Corebuilder Modules Port Interface Module ATM Interface Daughter CardsShows the E-3 daughter card Port ATM Interface Module Fan Tray Connecting toSwitch to different types of network devices Network DevicesFiber Optic Power Budget of 3Com Products OC-3 SMCoreBuilder SM-1300 SDX-1155B ATM port MM-820 15.1 Selecting a Power Cord Plugging in the Unit How they are indicated on the LED display POWER-ONSystem States I L Color Description SourceList the permanent 4-port interface module panel LEDs Port InterfaceModule LEDs Link Status Color Description LOSPOWER-ON Logging in to Configuring Corebuilder 7000 Family ATM SwitchLogin screen appears Topics covered in this chapter includeSetup Integrated FastChassis-oriented Setup Chassis-wide VLANsSetup Mode Selection Full Setup ModeSwitch Setup Mode Sections Setting Special ParametersSetup Section Description Type To Go Default Parameter ValuesFollowing message appears on the screen Pnni is available in version 4.5 extended only Pnni Parameters Enter Pnni Node Level 0 to 104 As in , select the capacity of Bank Factory default isYour choice is displayed Configuring the Corebuilder 7000 Family ATM Switch Pnni is available in version 4.5 extended only Configuring the Corebuilder 7000 Family ATM Switch Integrated Fast Setup Configuring the Corebuilder 7000 Family ATM Switch Following shows a typical virtual network configuration Type To performEthernet port Belongs To VN # 1-17 Integrated Fast Setup Integrated Fast Setup configures a minimum set of network Additional SwitchConfiguration Some additional configuration tasks might beConfiguring a PVC Configuring SVCsConfiguring Network Prefix and ATM Addresses Configuring Clock SynchronizationMenu Option Path Description VPI/VCIParameters StoringRetrieving Configuring the Corebuilder 7000 Family ATM Switch SYS\ 3 LOA \6 TCU Following messages are displayed for each data type Loading a Single Configuration Data TypeEnter the name of the file to receive the data on disk Upload status is displayed as followsFor loading a single item you can enter a full file name Loading the Other Data TypeConfirm the download Download status is displayed as follows Utility Batch file nameFollowing methods Method 2 dbgoff.bat System is now in operational modeMethod 1 Shift O Migrating from E-IISP to Pnni Types of Power Supplies Redundancy Corebuilder 7000 Family ATM SwitchRedundant Power Supply Overloading CoreBuilder 7000 family power supplies are shown in TableLoad Sharing CoreBuilder 720X Ethernet/ATM Interface Card Port and 8-port ATM Interface CardsATM Physical Modules CoreBuilder 74XX Ethernet/ATM Interface Card CoreBuilder 76XX Fast Ethernet Interface CardData Closet Ethernet ATM Data Center with high-density Fast EthernetProviding Redundancy for Various Power Loads Other applicationsParameter Channel Power Supply 90A AC Power Supply Specifications40A DC Power Supply Heat Dissipation W Heat Dissipation BTU Troubleshooting Problem Recommended ActionFamily ATM switch power supply Power SupplyTroubleshooting Problem Possible Cause Recommended ActionSafety Precautions for Fiber Optics Connectors Procedure ActionTroubleshooting Switching Module Specifications Standards supported Power SupplyCoreBuilder Management and Interface LEDs Switch Module Interface CardCoreBuilder Management and Interface Connectors InterfacesPage Safety Information Bodily HarmDommages KörperlicheSchäden CorporelsSchäden am Gerät Appendix B Safety Information Site Requirements RequirementsRecommendations Wiring ClosetThermal ConsiderationsLocation codes or some type of floor grid matrix Ambient temperature and humidityDistribution Rack Distribution rack refer to FigureAppendix C Site Requirements Cabling Requirements Installing New CablingIf you are installing new cabling, follow these guidelines Accordingly ATM CablingJumper location, and any additional information Used at the siteDamaged Transceiver Due to Excessive Insertion Force Fiber optic cableDirt on the Fiber Optic Lens Comparing Fiber to Specifications Specification DescriptionNumerical Aperture Example Type of Insertion LossMHz km / xkm = y MHz MHz km / 2 km = 250 MHzCategory Specifications Descriptions Single Mode Fiber Specifications Category Output power Mixed Fibers combination CoreBuilder 7000 Serial Port Serial Port PinoutsPin Signal Meaning Pin Male Pin FemaleCoreBuilder 7000 Serial Port To Modem Port Pin Male Appendix D Cabling Requirements Technical Support ServicesServices Online TechnicalHours a day, 7 days a week Access by Analog ModemUsername anonymous Country Data Rate Telephone Number408 727 Access by Digital Modem847 262 Europe, South Africa, and Middle East Country Telephone Number Asia, Pacific RimCountry Telephone Number Fax Number Appendix E Technical Support Glossary Glossary Glossary Communications Glossary Glossary Glossary OAM Channel Glossary Glossary Glossary Index PVC Hardware kit LES Fast 56 setup mode full UNI Setup 39 virtual LAN Index 3Com Corporation Limited Warranty Warranties Exclusive
Related manuals
Manual 66 pages 7.48 Kb

7000 specifications

The 3Com 7000 is a robust and versatile networking solution designed to meet the demands of enterprise environments. Renowned for its reliability and scalability, the 3Com 7000 is highly suitable for organizations requiring efficient data handling and enhanced network performance. This multi-layer switching platform integrates advanced technologies, making it a preferred choice for modern businesses.

One of the standout features of the 3Com 7000 is its modular architecture. This design allows businesses to customize their network according to specific requirements by adding or replacing various modules. The modularity ensures that organizations can scale their network operations without significant downtime or the necessity of overhauling existing infrastructure. Such flexibility is vital for growing enterprises that need to adapt to variable workloads.

The 3Com 7000 also incorporates advanced Layer 3 routing capabilities. This feature enhances the efficiency of data transmission and bolsters the overall responsiveness of the network. By allowing routing functions to occur directly on the switch, it reduces latency and optimizes traffic flow, which is critical for applications requiring high availability, such as VoIP and video conferencing.

Security is another core characteristic of the 3Com 7000. It comes equipped with built-in security protocols and features such as Access Control Lists (ACLs) and VLAN support, which segregate network resources and protect sensitive data. These security measures ensure that only authorized devices can access specific segments of the network, thus fortifying the organization's information security posture.

In terms of management, the 3Com 7000 offers an intuitive interface for monitoring and controlling network operations. It supports various management protocols and software, which facilitate streamlined administration and configuration. This ease of management can significantly reduce the operational burden on IT staff, allowing them to focus on strategic initiatives.

Additionally, the 3Com 7000 is designed for high performance. It supports extensive bandwidth and low-latency communications, making it ideal for high-demand applications. The ability to handle multiple simultaneous connections without compromising speed makes it an excellent choice for enterprises that rely on real-time data processing.

In summary, the 3Com 7000 is a sophisticated networking solution characterized by its modularity, advanced routing capabilities, robust security features, user-friendly management, and high performance. These attributes make it a compelling choice for enterprises looking to enhance their networking infrastructure for a competitive edge.
Top Page Image Contents