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Baudcom IM-4E1-IP-GF User Manual

4e1 over gigabit ethernet
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4E1 over Gigabit Ethernet Multiplexer
IM-4E1-IP-GF
MODEL:
User Manual

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Summary of Contents for Baudcom IM-4E1-IP-GF

  • Page 1 4E1 over Gigabit Ethernet Multiplexer IM-4E1-IP-GF MODEL: User Manual...

  • Page 2: Table Of Contents

    Contents Chapter 1 Introduction ............................. 3 1.1 overview ..............................3 1.2 Applications ............................3 1.3 Features ..............................4 1.4 Technical Specifications ....................... 4 Chapter 2 Operation..............................8 2.1 Turning on the Unit ......................... 8 2.2 Device’s Panel ............................ 8 2.3 Indicators.............................. 9 2.4 Turning Off the Unit ........................11 Chapter 3 NMS Configuration ..........................

  • Page 3: Chapter 1 Introduction

    Chapter 1 Introduction 1.1 overview The 4E1 over GE Multiplexer Gateway ensures the circuit emulation traffic priority. Restructuring any slot group of each E1 interface with built-in time slot allocation circuit-TSA, providing Channel associated signal processing capability. Having performance of high transmission efficiency, low transmission delay, high precision clock recovery.

  • Page 4: Features

    1.3 Features Up to 4 independent E1 interface, E1 interface impedance support 75Ω and 120 Ω Support L2TPv3/IPv4, UDP/IPv4, Metro Ethernet (MEF-8) and MPLS (MFA-8) and other agreements E1 interface complies with G.703, G.704 standard Support two 1000 Mbps Ethernet optical interface Configure via CLI/Web/SNMP(v1/v2c/v3) Support Tag VLAN (802.1q) Support software and firmware upgrade...
  • Page 5 Connector Type: RJ-45 Data Rate: 2.048 Mb/s±50ppm Line Code: HDB3 Framing: unframed, framed, with or without CRC-4 Jitter and Wander Performance: ITU-T G.823 (for internal, loopback and external clock modes) Number of differential Clock Input Interface: 1 Point-to-point one-way additional processing delay (Minimum delay setting): ≤1.2ms Output frequency stability (adaptive timing, Stable): ≤...
  • Page 6 IEEE 802.3x (Flow Control) IEEE 802.1p (COS priority) IEEE 802.1Q (Virtual LAN) Magnetic Isolation Protection: 1.5 KV built-in PSEUDOWIRE Compliance IETF: RFC4623 (PWE3), RFC4553 (SAToP), RFC5086 (CESoPSN), ITU-T: Y.1413 and Y1453 MFA: IA 8.0.0 MEF: 8 Number of PW Connections: 128 Timing Internal (from internal oscillator) (optional) External (E1 via dedicated port) (optional)
  • Page 7 Interface standard: RS-232 Connector: RJ-45 Baud rate: 115.2kbps SNMP: SNMP (v1/v2), SNMPv3 (Planning) Support: telnet, web, SYSLOG, Activity logging (user activities), TACACS+, SNTP Out-of-Band Ethernet Management: Any one of the User Ethernet port should be configured as an out of band management port. Power Requirements AC/DC dual power supply Adaptive input AC: 100V~240V/50Hz...

  • Page 8: Chapter 2 Operation

    2.2 Device’s Panel Figure 3-1 lists the front panel of different specifications Figure 2-1 IM-4E1-IP-GF Device Front Panel Picture IM-4E1-IP-GF with 3GE+1FX...

  • Page 9: Indicators

    Figure 2-2 4E1 over GE Device Rear Panel Diagram Figure 2-3 dip the bottom 2.3 Indicators The unit's LEDs are located on the front panel. Table 2-1 lists the functions of the LED indicators. Table 2-1. LEDs and Controls Name Colors Functions Status...
  • Page 10 Optical Connected port LEDs (No Not connected this function) Blinking Data Transceiving E1 Interface Support 4 E1 interface and a differential clock input, All are used with the red LED RJ45. wired according to the following table Table 2-2 E1 Connector Pinouts Func tion Table 2-3...

  • Page 11: Turning Off The Unit

    DIP No. 1-4 channel Description E1 reference CLK Reserved impedance setting 75Ω Setting 75Ω:E1 impedance 75Ω DIP No.6/7/8 120Ω Setting 120Ω:E1 impedance 120Ω default:120Ω position Reset Restore to factory default setting by pressing 5 second Power The device supports two voltage, AC220V or DC-48V input. Allows power fluctuations in the range of 10%.

  • Page 12: Chapter 3 Nms Configuration

    Chapter 3 NMS Configuration Operating condition: PC operating systems: WINDOWS98/XP/Win 7 Network connection: 10/100/1000Base-TX Ethernet interface, AUTO MDI / MDI-X. Internet Explorer 5.0 or later Parameter settings: IP address settings: PC IP address and subnet mask must be in the same segment with the device IP address and subnet mask, and must not be the same IP address.
  • Page 13 3.2.2 Network Configuration This page can set the device network IP address, subnet mask, and default gateway, display network MAC. 3.2.3 System Reboot This page can restart the device or restore the factory default configuration 3.2.4 System Upgrade Software or firmware upgrade file, reboot the device after the upgrade is complete Step1: Upload the upgrade file;...

  • Page 14: Service Configuration

    The firmware upgrade is completed, please reboot manually. 3.2.5 Language Selection Equipment web pages default English version of this page can be switched in the Chinese and English version. 3.3 Service Configuration 3.3.1 Simulation Gateway Configuration Support four network protocol: IPv4/L2TPv3, IPv4/UDP, MEF, MPLS, supports point to point communication, the purpose of MAC, IP settings for the end purpose of the same type of equipment source MAC, source IP, subnet mask and gateway based on where the...
  • Page 15 The device has two MAC and IP, one is used for network management, another for business transfer, gateway simulation parameters source MAC, source IP for business transfers Tips:the local device’s destination IP/MAC should set to the remote device’s source IP/MAC 3.3.2 E1 Branch Configuration Set E1 frame mode, E1 timeslot, frame size, RTP timestamp mode, the clock recovery mode, E1 line loopback function enabled and...
  • Page 16 Tips:under the 1+1 protection mode,master port should be connected to the other device’s master port. 3.3.4 NTP Configuration Network Time Protocol (NTP) to enable and disable, when NTP almighty you need to set the server IP and port number. 3.3.5 SNMP Configuration Configure SNMP protocol parameters: When the trap mode select V1 or V2 Mode, you need to set Set_key and Get_key;...
  • Page 17 3.3.6Tacacs+ Configuration Tacacs + authentication protocol parameter settings, you need to set the authentication IP, audit IP, the session IP and other related parameters. 3.3.7 Syslog Configuration Logging turned on and off, open the Local Logging, click View The Current Log in system logging. Open the Server Logging, you need to set the log server IP and port number.
  • Page 18 3.4 QoS Configuration 3.4.1 Port’s QoS Configuration Select the port Qos debug mode, Qos mode, the default priority setting, the system default port priority 3.4.2 Tos Map Set Tos value and the priority mapping table.
  • Page 19 3.4.3 Cos Map Set Cos value and the priority mapping table. 3.5 Statistical Information 3.5.1 Ethernet Statistics Display Ethernet port statistics information. 3.5.2 E1 Statistics E1 port statistics information display. 3.5.3 E1 Alarm Display E1 port alarm information display...

  • Page 20: Chapter 4 Technical Specifications

    Chapter 4 Technical Specifications 4.1 Operating Environment The device has a wide range of operating temperature and is able to work normally and stably in highly adverse environment. -40℃ ～ +80℃ Working Temperature －40℃ ～ +70℃ Storage Temperature Relative Humidity 10 %～95 % Atmospheric Pressure 70～106 kpa...

  • Page 21: Ethernet Electrical Interface

    4.5 Ethernet Electrical Interface Speed rate: 10M/100M Auto-negotiation、10M half-Duplex、10M Full Duplex、100M Half-Duplex, 100M Full Duplex Optional. Interface Standard: IEEE 802.3,802.1P，802.1Q Connector Type: RJ45 with LEDs 4.6 Ethernet Optical Interface Type: 1000Base-FX Compliance: IEEE 802.3, 802.1P，802.1Q Connector Type: LC （SFP） Wavelength: 1310/1550nm Transmission distance: 10km，20km，40km optional 4.7 Physical Characteristics...

  • Page 22: Chapter 5 Installation

    Chapter 5 Installation 5.1 Safety Requirement Please read the following safety items before installation to avoid physical injury and damage to this product or any other products connected. To avoid potential hazard, the product can be used only within specified scope. Maintenance can be conducted only by technical personnel authorized by the supplier.

  • Page 23: Inspection Upon Unpacking

    should the product be suspected of damage. 9. Good ventilation. Do not operate under humid or explosive environment. 10. Maintain the surface of the product clean and dry. 11. Don’t use the laser beam straight to the eyes, to prevent damage to the retina.

  • Page 24: Set Up And Connection

    5.5 Set Up and Connection According to the network environment requires the connection, turn on the power, the device enters the normal working condition. If the device is not working properly, see Troubleshooting, such as the problem still persists, please contact the supplier.
  • Page 25 Appendix A We can preliminarily judge whether each interface is working properly by observing the light of each interface after device startup is completed. Common Faults and Troubleshooting This paragraph describes common mistakes and faults that may occur during installation and maintenance. Please seek support from the supplier for other problems.
  • Page 26 the ping command to ping NMS IP address of remote device(Need to confirm both ends of the NMS card IP address setting are right) or by using NMS send and receive data packets to check if the MAC address of peer equipment is obtain. IP and MAC address settings of the device are normal (all 0s or all 1s is prohibited), check if the IP address in the network segment is repeated, the MAC address is unique.
  • Page 27 TDM Pseudowire Access Gateway corresponding TDM Pseudowire Access Gateway,If the time slots settings of both sides are the same in TDM Pseudowire Access Gateway mode. (10) Check that the transmission network has enough bandwidth. It can be judged by the growing number of NMS data buffer empty. (11) Check that whether the jitter from network is too large, to judge by the number of NMS data buffer empty and full.
  • Page 28 (2) Network in half duplex mode, but the network needs to be in full-duplex status. (3) Network itself result in error. (4) E1 interface cable problems or poor contact. (5) E1 itself has line error. (6) Both sides of E1 equipment in asynchronous state, but both ends of the device work in loopback clock recovery mode.
  • Page 29 Appendix B Warranty Card The supplier guarantees: 1. Warranty 1) In free warranty period (12 months from the date of purchase), upon recognized normal use circumstances, the supplier will responsible for replace or repair any component that was damaged under free of charge. 2) In charged warranty (out of 12 months free warranty and beyond or less than 36 months), under recognized normal use circumstances, the supplier will charge for the replacement...
  • Page 30 4. If there is any failure of the product, user may choose to send the product back to the supplier. 5. For any damage caused due to improper operations, the supplier does not assume any responsibility. If indeed the product itself causes damages, the supplier only assume responsibilities within the product price range and does not including but not...

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