Asante Technologies 1012 manual Using the 3in1 Port, Connecting to the BNC Port

Page 42

Chapter 2 — Connecting to the Network

Using the 3in1 Port

Connecting to the BNC Port

The 3in1 port is actually a single port with three connectors: an AUI, RJ45, and BNC. Port connection is made using one of the fol- lowing:

The AsantéBridge can automatically select a port con- nector to use; the connector selected depends on port configuration: If only one connector is connected, for example, the AUI, you select this port. If more than one connector is attached (for example, both the AUI and the BNC), the AsantéBridge looks first for the AUI, then RJ45, then the BNC.

You can assign a specific port connector to use via AsantéView network management software; this setting remains in effect until the AsantéBridge is reset.

You can configure the AsantéBridge hardware by install- ing a jumper on the motherboard to use just the AUI port connections; this setting cannot be changed except by removing the jumper on the board.

The next three sections provide examples for interconnecting the AsantéBridge to your network.There are sample connection schemes using each connector in the 3in1port.

 

The BNC port is typically used to interconnect hubs to a thin

 

Ethernet backbone.The backbone cable must be properly termi-

 

nated, and the network configuration must not exceed minimum

 

and maximum distance length or device count guidelines as pre-

 

sented in the IEEE 802.3 10Base2 specifications.

1

To interconnect hubs on a thin Ethernet backbone:

Connect the AsantéBridge BNC connector to a T-connector

on a properly terminated thin cable backbone, as shown in

the Figure 2-4.

Page 2-8

Image 42
Contents AsantéBridge Users’ Guide Trademarks Tell Us What You Think Page Table of Contents Connecting a VT100 Terminal Default Settings Configuring a Redundant LinkSetting Up Out-of-Band Links AsantéBridge 1012 Local ManagementList of Figures Figure C-4 Crossover RJ-45 Cable page C-4 Introduction About This ManualIntroduction Intended Audience Conventions Used In This Manual Intended AudienceTell Us What You Think Technical SupportQuick Start Before You StartQuick Start Introducing AsantéBridge Introducing the AsantéBridgeBridging Between Two Segments AsantéBridge Features SnmpQuick View AsantéBridgeFront Panel Quick View Bridge Spanning Tree Status LEDs RJ45 Port ConnectorsBridge External Port Status LED Bridge Hub Port Status LEDsRJ21 Port Connector AsantéBridge 1012 Rear Panel3in1 Port Bridge External Port Link/Receive LED Through/End DIP SwitchBridge External Port AUI Bridge External Port Collision LEDOn/Off Switch PC/Terminal DIP SwitchAC Power Connector FanInterpreting LEDs FlashingInstalling AsantéBridge 1012 Preparing for the InstallationInstalling the AsantéBridge Basic Installation Procedures ToolsUnpacking the AsantéBridge Positioning the AsantéBridge Asante´HubRack-mounting the AsantéBridge Page Connecting Two Segments to the AsantéBridge Dividing the Network into SegmentsShown below About Spanning TreesConnecting Devices to the AsantéBridge Using the front panel RJ45 portsWhat You Need Using the rear panel RJ21 connector Configuration OptionsQuick Start Connecting to the Network Connecting to the Network Before You StartAbout Bridging About BridgingSimple Transparent Bridge Bridging between segmentsAbout Bridging Spanning Tree Like thisRedundant bridging Using the 3in1 Port Connecting to the BNC PortUsing the 3in1 Port Interconnecting Hubs on Thin Ethernet BackboneConnecting to the AUI Port Interconnecting Using Foirl Fiber Optic Inter-Repeater LinkInterconnecting to Thick Ethernet Backbone Connecting to the RJ45 in and Out Ports Connecting an In-Band Daisychaining Configuring a Redundant Link Checking the Link10BaseT Configuring a Redundant Link An Example ConfigurationIf the Main Hub Goes Down If a Link Goes Down to the Main HubSetting Up Out-of-Band Links Setting Up Out-of-Band LinksInterconnecting Hubs 10 Connecting the Asanté Management Station for Out-of-Band Recommended Method Distance RestrictionsConfiguring Hub DIP Switches PC/Terminal SwitchThrough/End Switch Connecting a VT100 Terminal Connecting a VT100 TerminalDefault Settings Lists the factory default settingsAsantéBridge 1012 Local Management These functions, use the following flow chart AsantéBridge 1012 Local ManagementBridge Diagnostics Bridge DiagnosticsLocal Management Local Management Main MenuLocal Management Menu System General Help Menu Local Management Help WindowAccessing the Configuration Menu system Configuration Menu SystemConfiguration Menu System Reset System item is a command. Selecting this item System Information MenuPassword Menu Password MenuSnmp Agent Parameters Menu SystemBridge Snmp agent menu has the following four submenus TCP/IP Parameters Menu TCP/IP Parameters MenuSoftware Update Menu Software Update MenuAbout the Software Update function Configuration Menu System 10 System Update Status Window Menu without taking any actionConfiguration Menu System Snmp Trap Receiver Table 11 Snmp Trap Receiver TableSnmp Community Name Table 12 Snmp Community Name TableThis table allows you to control access to Snmp MIB objects Out-of-Band Parameters Menu 13 Out-of-Band Parameters MenuEnter control-z to return to the Configuration Menu Bridge Parameters Menu System 14 Bridge Parameters MenuSpanning Tree Bridge Parameters Menu 15 Spanning Tree Bridge Parameters MenuActivity.To update the window, enter control-r Spanning Tree Port Setting Menu 16 Spanning Tree Port Setting MenuBridge Forwarding Table About ForwardingExit returns you to the Bridge Parameters Menu Alphabetic portion of the field defines the type of entry About dynamic and static table entriesAsantéBridge 1012 Local Management Using the Edit Function 18 Editing the Forwarding TableUsing the Search Function 19 Searching for an AddressBridge Filtering Table About the Filtering Table20 Bridge Filtering Table Configuration Menu System Resetting the Bridge 21 Resetting the BridgeMenu Statistics Menu System 22 Bridge StatisticsSupport for Pre 10BaseT Devices Appendix a Support for Pre 10BaseT Devices Technical Specifications Appendix B Technical Specifications B-3 B-4 Pinouts and Cable Specifications Appendix C Pinouts and Cable Specifications RJ-45 to RJ-21 Pinouts Amphenol to Modular JackC-3 RJ-45 Modular Jack to Wall Jack Pinouts RJ-45 to RJ-45 Crossover CableAUI DB-15 Pinouts Table C-1 AUI PinoutsC-6 AsantéBridge 1012 Index LED Numerics Manual P/N