Ericsson EDN312 Uživatelská příručka

EDN312, ESN108, EXN104, EPN102 User GuideEDA 1200

Introduction to the Nodes 6 4/1553-HSC 901 101/2 Uen B 2009-02-27 EDN312 EPN102 FE to E1(T1)Remote Site Central OfficeCPEFE1-4 x E1 (T1)120 Ω Copper

Function Description 4/1553-HSC 901 101/2 Uen B 2009-02-27 7 3 Function Description Some of the functions in the different nodes are common for two

Function Description 8 4/1553-HSC 901 101/2 Uen B 2009-02-27 Low Normal Low Normal High Normal High TooHigh NormalState:TemperatureNode temperaturet

Function Description 4/1553-HSC 901 101/2 Uen B 2009-02-27 9 The Control state changes from Low to Normal, if the temperature is above threshold Lo

Function Description 10 4/1553-HSC 901 101/2 Uen B 2009-02-27 Good Poor Failed Poor Good Poor GoodState:Fan rotation speedPoor Performance AlarmGood

Function Description 4/1553-HSC 901 101/2 Uen B 2009-02-27 11 A fan changes state from Good or Poor to Failed if the rotation speed of the fan in r

Function Description 12 4/1553-HSC 901 101/2 Uen B 2009-02-27 If no module is stored in any of the flash areas of the node, a SW module will be down

Function Description 4/1553-HSC 901 101/2 Uen B 2009-02-27 13 3.2 EDN312 The IP DSLAM is able to provide high speed IP access to all the subscriber

Function Description 14 4/1553-HSC 901 101/2 Uen B 2009-02-27 line rate requires the CPE modems to support S=½. The higher line rate is obtained by

Function Description 4/1553-HSC 901 101/2 Uen B 2009-02-27 15 Link AggregationLink RedundancyStandbyData and managementRSTP EnabledActiveRSTP Enabl

EDN312, ESN108, EXN104, EPN102 User GuideEDA 1200. ii 4/1553-HSC 901 101/2 Uen B 2009-02-27 Copyright © Copyright Ericsson AB 2006 - 2009. All rights

Function Description 16 4/1553-HSC 901 101/2 Uen B 2009-02-27 enabled. The EDN312x detects the active ECN by the valid DHCP offer, and uses only tha

Function Description 4/1553-HSC 901 101/2 Uen B 2009-02-27 17 Downloadapplication andconfiguration filesDomain FileServerFTP ServerTFTP ServerIP DS

Function Description 18 4/1553-HSC 901 101/2 Uen B 2009-02-27 3. The IP DSLAM will download the application SW file and store it in Flash. The IP D

Function Description 4/1553-HSC 901 101/2 Uen B 2009-02-27 19 ensure that the IP DSLAM will always be able to start. Optimizing for robustness will

Function Description 20 4/1553-HSC 901 101/2 Uen B 2009-02-27 ends with either managed or unmanaged mode. In both modes End user traffic will contin

Function Description 4/1553-HSC 901 101/2 Uen B 2009-02-27 21 IP DSLAM RestartRun Boot SWIs the Appl. SW file identical to Flash?Yes NoRun Applicat

Function Description 22 4/1553-HSC 901 101/2 Uen B 2009-02-27 3.2.3.6 Start without a DHCP Server (Start from Flash) The following description does

Function Description 4/1553-HSC 901 101/2 Uen B 2009-02-27 23 Figure 13 on page 23 illustrates the start-up of an IP DSLAM when the response comes

Function Description 24 4/1553-HSC 901 101/2 Uen B 2009-02-27 3.2.3.7 Start without a Domain File Server Upon reboot the IP DSLAM sends a DHCP requ

Function Description 4/1553-HSC 901 101/2 Uen B 2009-02-27 25 IP DSLAM RebootRun Boot SWIP Address etceteraTry to download ConfigurationDHCP reques

. 4/1553-HSC 901 101/2 Uen B 2009-02-27 iii Contents 1 Introduction 1 1.1 Revision History 1 1.1.1 This Revision (B) 1 1.1.2 Version (A) 1 2 Int

Function Description 26 4/1553-HSC 901 101/2 Uen B 2009-02-27 3.2.4 Self Recovery The IP DSLAM contains a self-recovery timer (keep alive counter),

Function Description 4/1553-HSC 901 101/2 Uen B 2009-02-27 27 address. Note that the Reset-on-LAN frame has a proprietary format and that a standar

Function Description 28 4/1553-HSC 901 101/2 Uen B 2009-02-27 Each time a change occurs in the dynamic IP address table in the IP DSLAM (that is, ea

Function Description 4/1553-HSC 901 101/2 Uen B 2009-02-27 29 Access Provider Main Time SynchronizationServerAccessDomain1Time SynchronizationServe

Function Description 30 4/1553-HSC 901 101/2 Uen B 2009-02-27 • One Fast Ethernet (FE), 100BASE-TX according to ANSI/IEEE STD 802.3, clause 25. The

User Interface 4/1553-HSC 901 101/2 Uen B 2009-02-27 31 4 User Interface All the nodes’ main user display have two colored LEDs in the front. The E

User Interface 32 4/1553-HSC 901 101/2 Uen B 2009-02-27 4.1 ESN108 Ethernet and PoE Status LEDs Port 1-8 are electrical Ethernet ports, which can b

User Interface 4/1553-HSC 901 101/2 Uen B 2009-02-27 33 4.2 EDN312 Port Status LEDs The Line status indicators are LEDs shown as numbers on the ED

Basic Configuration 34 4/1553-HSC 901 101/2 Uen B 2009-02-27 5 Basic Configuration Since the nodes get the entire network configuration from the DHC

Basic Configuration 4/1553-HSC 901 101/2 Uen B 2009-02-27 35 • Quality of Service is enabled. Priority barrier is set to 5, which means that all t

Contents iv 4/1553-HSC 901 101/2 Uen B 2009-02-27 4 User Interface 31 4.1 ESN108 Ethernet and PoE Status LEDs 32 4.2 EDN312 Port Status LEDs 33 5

Basic Configuration 36 4/1553-HSC 901 101/2 Uen B 2009-02-27 Note: The traffic forwarding values can be changed by using the Local Craft Tool. Plea

Basic Configuration 4/1553-HSC 901 101/2 Uen B 2009-02-27 37 In order to enable the EXN104 converter to convert the Fast Ethernet traffic to T1 lin

Software Upgrade 38 4/1553-HSC 901 101/2 Uen B 2009-02-27 6 Software Upgrade The application SW of the nodes is upgraded from PEM. Refer to the Netw

Maintenance 4/1553-HSC 901 101/2 Uen B 2009-02-27 39 7 Maintenance The only parts that should be replaced from time to time in the EDN312, ESN108 a

Maintenance 40 4/1553-HSC 901 101/2 Uen B 2009-02-27 ESN108 and EXN104: Insert the keyed plug of the new fan into the socket using the tweezers. Cli

Troubleshooting 4/1553-HSC 901 101/2 Uen B 2009-02-27 41 8 Troubleshooting Table 7 on page 41 lists faulty situation indications on the main LEDs.

Troubleshooting 42 4/1553-HSC 901 101/2 Uen B 2009-02-27 Table 8 on page 42 lists faulty situation indications on the main LEDs during installation

EMC Regulation 4/1553-HSC 901 101/2 Uen B 2009-02-27 43 9 EMC Regulation The EPN102 conforms to the EN 300 386 (2001-09) standard, whether shielded

Technical Specifications 44 4/1553-HSC 901 101/2 Uen B 2009-02-27 10 Technical Specifications 10.1 General Port Use Designation The ports of the ED

Glossary 4/1553-HSC 901 101/2 Uen B 2009-02-27 45 Glossary Access Domain A logical network handled by the OAM system and defined by the approve

Introduction 4/1553-HSC 901 101/2 Uen B 2009-02-27 1 1 Introduction This document describes the function, usage and specifications of the EDA EDN31

Glossary 46 4/1553-HSC 901 101/2 Uen B 2009-02-27 LAN Local Area Network LCT Local Craft Tool Local loop The physical line traditionally used for POT

Glossary 4/1553-HSC 901 101/2 Uen B 2009-02-27 47 VLAN ID A numerical value identifying a certain VLAN.

Ericsson AB © Copyright Ericsson AB 2006 - 2009. All rights reserved. www.ericsson.com 4/1553-HSC 901 101/2 Uen B 2009-02-27

Introduction to the Nodes 2 4/1553-HSC 901 101/2 Uen B 2009-02-27 2 Introduction to the Nodes EDN312, EXN104, ESN108 and EPN102 are the nodes that

Introduction to the Nodes 4/1553-HSC 901 101/2 Uen B 2009-02-27 3 2.2 ESN108 The ESN108 is a small Fast Ethernet Layer-2 aggregation switch develop

Introduction to the Nodes 4 4/1553-HSC 901 101/2 Uen B 2009-02-27 2.4 EPN102 EPN102 is a Power over Ethernet (PoE) node. It is built as a crossed Et

Introduction to the Nodes 4/1553-HSC 901 101/2 Uen B 2009-02-27 5 2.5.2 ESN108 The ESN108 can be used whenever aggregation and powering of up to ei