Manual Orion

Orion Telecom Networks Inc. – 2011-13 2

Warranty

This Orion product is warranted against defects in material and workmanship for a period of one year from the date of shipment. During the warranty period, Orion will, at its discretion, either repair or replace products, which prove to be defective. For warranty service or repair, this product must be returned to a service facility designated by Orion. The buyer shall prepay shipping charges to Orion and the company shall pay shipping charges to return the product to the buyer. However, the buyer shall pay all the shipping charges, duties and taxes for products returned to Orion from another country.

Limitation of Warranty

The foregoing warranty shall not apply to defects resulting from improper or inadequate maintenance by the buyer. The buyer-supplied firmware or interfacing, unauthorized modification or misuse, operation outside of the environmental specifications for the product or improper site preparation or maintenance.

Exclusive Remedies

The remedies provided herein are the buyer's sole and exclusive remedies. Orion shall not be liable for any direct, indirect, special, incidental or consequential damages, whether based on contract or any legal theory.

Notice

This manual contains information that is proprietary to Orion Telecom Networks Inc. No part of this publication may be reproduced in any form whatsoever without prior written approval by Orion Telecom Networks Inc.

Safety Warnings

The exclamation point within a triangle is intended to warn the operator or service personnel of operation and maintenance factors relating to the product and its operating environment, which could pose a safety hazard.

Always observe standard safety precautions during installation, operation and maintenance of this product. Only qualified and authorized service personnel should carry out adjustment, maintenance or repairs to this instrument. No adjustment, maintenance or repairs should be performed by either the operator or the user.


Index

Particulars P. No.

Section 1: System Description and Installation 9 Product Overview 9 Purpose of TDM over IP technology 9 How the ‘VCL-TDM over IP' (GE Version) equipment works 9 Hardware Highlights 10 E1 Clock recovery and synchronization techniques 10 Key Features - E1 and TDM over IP Interface 10 Key Features - Ethernet / IP Network Interface 11 System Management, Monitoring and Alarm Interfaces 11 System Access, Control and Management Options 12 OAM: Operation and Management Ports 12 Front View 12 VCL-TDM over IP - 2E1 GE Version with Single AC Power Supply 12 VCL-TDM over IP - 2E1 GE Version with Single DC Power Supply 12 VCL-TDM over IP - 2E1 GE Version with AC and DC Power Supply 12 VCL-TDM over IP - 2E1 GE Version with Dual AC Power Supply 12 VCL-TDM over IP - 2E1 GE Version with Dual DC Power Supply 13 VCL-TDM over IP - 8E1 GE Version with Single AC Power Supply 13 VCL-TDM over IP - 8E1 GE Version with Single DC Power Supply 13 VCL-TDM over IP - 8E1 GE Version with AC and DC Power Supply 13 VCL-TDM over IP - 8E1 GE Version with Dual AC Power Supply 13 VCL-TDM over IP - 8E1 GE Version with Dual DC Power Supply 13 Front Panel Description 14 VCL-E1oP – 2 E1 GE Version 14 VCL-E1oP – 8 E1 GE Version 14 LED Description 15

Section 2: Application Diagrams 16 TDM over IP in Cellular Backhaul 16 Typical Application Diagram in Wireless Network 16 Typical Application Diagram in Wireless Network – 1+1 Link Redundancy 17 Typical Application Diagram in Wired Network 17 E1s and Gigabit Ethernet Traffic over a Packet Switched Network 18

Section 3: Technical Specifications 19 TDM over IP Specifications 19 E1 Interface 19 Ethernet Interface 19 Gigabit Optical Ethernet Specifications 20 Power Consumption 20 Power Supply Options 20 Command Language 20 Management and Control Interfaces 20 AC Power Supply Specifications 21 24V DC Power Supply Specifications 21 48V DC Power Supply Specifications 21 Environment 21


Index

Particulars P. No. Regulatory Compliance 21 Chassis 21 NMS (with Telnet) OAM port Specifications 22 Mechanical Specifications 22

Section 4: Connection Details 23 Power Connection 23 AC Power Connection 23 DC Power Connection 23 E1 Connection 24 RJ-45 pinout for E1 interface 24 External Synchronization Clock Connection 24 RJ-45 pinout for Clock interface – Clock In 24 RJ-45 pinout for Clock interface – Clock Out 25 Optical Ethernet Connection 25 Electrical Ethernet Connection 26 RJ-45 pinout for Ethernet interface 26 COM Port Connection 26 DB-9 Pinout for COM port 26 USB Connection for COM port 26

Section 5: Default Settings 28 System IP Settings 28 TDM IP Settings 28 Username and Password 28 SNMP Settings 28 TDM over IP Settings 28 Clock Settings 28

Section 6: HyperTerminal Settings 29 To use HyperTerminal for executing the CLI commands 29 HyperTerminal settings for COM Port (RS232) and USB Port 30 Final Settings 32 HyperTerminal settings for Telnet Port 35 Telnet without using HyperTerminal utility 40

Section 7: USB Serial Port Drivers 41 Installing USB Serial Port Drivers 41

Section 8: System Access and User Management 48 Superuser 48 Normal user 48

Section 9: CLI Command Functionality – How CLI commands work 49 Basic Format 49 Intuitive commands 49 Command History 49 Execution 49


Index

Particulars P. No. Case Sensitive 49 Command list 49 Help for a command 49 Options for a command 50 Section 10: Quick Start Guide 51 Configure system / processor IP Address 51 Configure system / processor subnet mask 51 Configure system / processor gateway IP address 51 Configure TDM over IP IP address 51 Configure TDM over IP subnet mask 51 Configure TDM over IP gateway IP address 52 Show system basic information 52 Configure E1 port framing 52 Show E1 port framing 52 Configure clock priority 52 Show clock priority 52 Show current running clock 53 Show alarms and events 53 Add a bundle (Create a Logical-Link) 53 Delete a bundle 54 Show a bundle configuration 54 Enable / Disable a bundle 54 Show bundle state 54 Different Configuration Examples 55 Application 1: Point to Point – Unframed 55 Application 2: Point to Point – Framed 56 Application 3: Point to Point – Framed (Fractional) 57 Application 4: Point to Point – Multi-framed (Fractional) 58 Application 5: Point to Multi-Point –Multi-Framed 59 Application 6: Point to Multi-Point – Framed 61 Application 7: Point to Multi-Point – Framed 63 Application 8: Point to Multi-Point – Framed and Unframed 65

Section 11: Detailed CLI Commands 67 CLI Commands List 67 Help Commands 67 Admin Commands 67 Basic System Commands 67 TDM / IP Commands 68 SNMP Commands 68 Switch Commands 69 Misc. Commands 69 CLI Commands Explained 70 Using system’s “Help” Menu 70 Add a user 70 Delete a user 70 Change self-password 71


Index

Particulars P. No. Show users list 71 Initiate System Self-test 71 Check hardware status after on system boot 72 Restart system 72 Show TDM over IP MAC address 72 Show system / processor MAC address 72 Show system type 72 Configure system / processor IP Address 73 Show system / processor IP address 73 Configure system / processor subnet mask 73 Show system / processor subnet mask 73 Configure system / processor gateway IP address 73 Show system / processor gateway IP address 74 Show alarms and events 74 Load configuration file in the system 74 Retrieve system configuration in a file 74 Configure wall clock time 75 Show wall clock time 75 Configure calendar date 75 Show calendar date 75 Stop RTC 75 Start RTC 76 Reset the RTC to its default settings 76 Configure high temperature threshold 76 Configure low temperature threshold 76 Show temperature thresholds 77 Show current system ambient temperature 77 Show system basic information 77 Configure clock priority 78 Show clock priority 79 Show current running clock 79 Configure TDM over IP engine’s IP address 79 Show TDM over IP engine’s IP address 79 Configure TDM over IP engine’s subnet mask 80 Show TDM over IP engine’s subnet mask 80 Configure TDM over IP engine’s gateway IP address 80 Show TDM over IP engine’s gateway IP address 80 Configure E1 port framing 80 Show E1 port framing 81 Configure loop-back on E1 port 81 Show E1 loopback status 81 Show E1 port alarms 81 Configure E1 port impedance 82 Show E1 port impedance 82 Add a bundle (Create a Logical-Link) 82 Delete a bundle 84 Show a bundle configuration 84 Enable / Disable a bundle 84


Index

Particulars P. No. Show bundle state 84 Show bundle mode (SAToP / CESoPSN) 85 Configure VLAN tag-type for a bundle 85 Configure VLAN-1 ID for a bundle 85 Configure VLAN-2 ID for a bundle 85 Configure VLAN-1 priority for a bundle 86 Configure VLAN-2 priority for a bundle 86 Show VLAN-1 priority for a bundle 86 Show VLAN-2 priority for a bundle 86 Configure TDM clock mode 87 Show TDM clock mode 87 Configure clock type 87 Show clock type 87 Configure per port clock 88 Show per port clock configuration 88 Enable / Disable LOS base bundle detection 88 Show LOS base bundle detection 89 Configure SNMP read community 89 Configure SNMP write community 89 Configure SNMP traps target address 89 Configure SNMP traps target port 89 Configure SNMP traps target community 90 Show SNMP settings 90 Configure Ethernet mode to MEF 90 Configure Ethernet mode to UDP 91 Configure MPLS tag on Ethernet packets 91 Show Ethernet header type 91 Configure Ethernet port flow control 92 Show Ethernet port flow control 92 Configure trunk group 92 Show trunk group 92 Configure Ethernet port protection 93 Show Ethernet port protection 93 Show Ethernet packet counter 93 Configure Ethernet port QoS type 94 Configure Ethernet port QoS priority 94 Show QoS 94 Show Ethernet port QoS priority 94 Enable / Disable jumbo frame 95 Show jumbo frame status 95 Configure Ethernet port speed and mode 95 Show Ethernet port speed and mode 96 Configure Ethernet port ingress rate 96 Show Ethernet port ingress rate 97 Configure auto-poll 97 Show auto-poll 97 Enable / Disable switch transparent mode 97 Show switch transparent mode 98


Index

Particulars P. No. Configure Ethernet port VLAN 98 Modify Ethernet port VLAN 98 Show VLAN 99 Delete a VLAN 99 Upgrade system image / firmware 99 Show SFP DDMI info 100

Section 12: Ordering Information 101 Core Unit 101 Power Supply Options 101 Gigabit Ethernet SFP Options 102 Cables and Accessories Options 102 Support 103


Section 1: System Description and Installation

Product Overview

Orion’s 'VCL-TDM over IP' (GE Version) equipment provides transmission of up to two/eight E1 links over IP / Ethernet, MEF or MPLS networks.

The 'VCL-TDM over IP' (GE Version) equipment is equipped with a powerful PowerPC 400 MHz Processor which provides a highly reliable clock recovery mechanism for low jitter and wander control, even under variable network conditions.

The 'VCL-TDM over IP' (GE Version) equipment provides 2 x GigE electrical ports along with 2 x Gigabit optical ports which allow the users to implement a point-to-point, point-to-multipoint and 1+1 add-drop (drop-insert) configurations. Additionally, the equipment also offers the options of Ethernet link redundancy (Port Trunking or Spanning Tree Protocol) and QoS by implementing Differentiated Services (Diffserv) and packet priority classification protocols for network optimization.

The 'VCL-TDM over IP' (GE Version) equipment also optimizes on the network usage by offering the CESoPSN option, such that the bandwidth used by the TDM over IP equipment on the packet network is limited to the corresponding to the number of E1 ports and the time-slots that are being transported over the Ethernet / packet network.

Purpose of TDM over IP technology

Telecom companies and enterprise users can save network and equipment cost and generate additional revenue by offering different types of services over a single packet-switched infrastructure by the use of TDM over IP equipment. The TDM over IP equipment is also suitable for connecting to Ethernet / packet wireless equipment to achieve fast deployment of E1 services over wireless Ethernet networks. One particular application is to build E1 links with low cost Wireless LAN bridges, replacing expensive TDM / E1 microwave radios.

The 'VCL-TDM over IP' (GE Version) multiplexer may be used to provide legacy TDM services over Gigabit Ethernet optical fiber, or wireless Ethernet/IP networks.

How the ‘VCL-TDM over IP' (GE Version) equipment works

The E1 data streams received on the E1 interfaces are converted by the TDM over IP engine of the TDM over IP equipment to Ethernet data packets (of a fixed size) and transported over the Ethernet network with UDP / IP, MEF or MPLS headers. At the receiving end the TDM over IP reconstructs the original data streams by removing the IP, MEF or MPLS headers and converts the Ethernet data packets back to E1 frames using highly reliable and accurate clock recovery mechanism. The 'VCL-TDM over IP' (GE Version) offers the user a choice of standard, E1 to packet and packet to E1 conversion mechanisms that include SAToP and CESoPSN technologies.


Hardware Highlights

19-Inch rack mountable 1U form factor (44mm high) 1+1 Redundant Power Supplies, AC and DC, or AC plus DC Redundant power supply inputs Extended Temperature Range: (-200 C to +600 C) EMI / EMC Complaint Real time battery backed clock with life in excess of 10 years

E1 Clock recovery and synchronization techniques:

Adaptive Clock Recovery - In the Adaptive Clock mode, the system clock is recoved from the Ethernet time-stamped packets). Under normal operating conditions, the “Adaptive Clock” mode should be the preferred option along with “Two Clock” mode option.

Recovered Per Port Clock - In the “perportclock” enabled mode, each port recovers its own clock on a per port basis and each port works on its own recovered clock.

Recovered Clock / Loop-Timed Clock - Options: Recovered01, 02, 03, 04, 05…08 – In the “recoveredxx clock” mode the clock is recovered from one selected port that is specified by the user and the entire system work on the single selected recovered clock source.

Asymmetrical Clock (One-Clock and Two-Clock) – In the “One Clock” mode, the entire system works on one single selected clock source. The “One Clock” mode must only be used when a very stable external clock source is available such as the Telco External Clock, GPS Clock or a IEEE-1588 based packet recovered clock. In the “Two Clock” mode, the TDM Ports adjust their frequencies based on the Packet based Ethernet Timing recovery mechanisim. Under normal operating conditions, the “Two Clock” mode should be the preferred option along with the the “Adaptive Clock” mode.

Synchronization to an External Clock - Synchronization to an External Clock – This used option must only be selected when a very stable external clock source is available such as the Telco External Clock, GPS Clock or a IEEE-1588 based packet recovered clock.

Automatic clock priority selection with fall back – This allows the user to prioritize the clock fall-back sequence, in the event that the primary or the preferred clock source(s) become un-available.

Plesiochronous Clocking.

Key Features - E1 and TDM over IP Interface

Supports 2/8 independent E1 interfaces.

Internal, External, Adaptive, Recovered clock, Symmetrical and Asymmetrical (One-Clock and Two-Clock) options for the E1 TDM port synchronization. Automatic clock priority selection with fall back.

Absolute and Differential timestamps.

Jitter and Wander conforms to G.823 / G.824 and G.8261 and TDM specifications.

Supports three E1 framing modes - Framed, Unframed and Multi-framed with CAS signaling.

Supports point-to-point, point-to-multipoint and drop and insert applications.

Supports IETF-PWE3 (pseudo-wire), SAToP and CESoPSN transport mechanisms.

Supports CESoPSN payload mechanism to support the fractional E1 with data rate of 64Kbps to 2.048Mbps (DS0 timeslot level). User configurable data rate from 64kbps to 2048kbps, in steps of 64kbps.

CESoPSN payload mechanism feature allows the user to optimize the packet switched network by limiting its usage to the corresponding number of timeslots carried by an E1 channel.


Supports SAToP payload mechanism to transport full E1 (transparent to the structure of the TDM frame useful for transporting framed / unframed E1 channels).

Supports network latency / packet delay variation / jitter buffer of up to 512ms.

Supports IP, MPLS and MEF8 (Metro Ethernet) tagging.

RJ45 - 120 ohms balanced E1 interfaces. Optional 75 Ohms BNC interface (120 Ohms – RJ45 to 75 Ohms - BNC interface converter cables provided).

E1 Loopback facility for testing and diagnostics.

Key Features - Ethernet / IP Network Interface

Switching Capacity upto 6 Gbps, non-blocking

4 GigE Ports.

Optical SFP based (1000Base-FX) and Electrical (10/100/1000Base-T) Ethernet Port options.

2 x 10/100/1000BaseT Copper Ports.

2 x 1000BaseFX Optical Fiber Ports.

Point-to-point and point-to-multipoint applications based on IP addressing.

Supports drop and insert applications.

Port Control Ingress Rate Limiting.

1+1 Hitless Ethernet Link Redundancy

Port Trunking.

Spanning Tree Protocol.

IGMP Snooping.

Tagged/Un-Tagged/Un-Modified 802.1Q Mode.

Q-in-Q Tagging.

User configurable MTU (TDM over IP payload) packet size. May be configured from 1 to 1800 Bytes.

Switch supports jumbo frame sizes of up to 9000 Bytes.

Port based and Tag based VLANs.

Single / Double 802.1 VLAN tagging (Q in Q VLAN Tagging) user configurable.

Supports QoS on 802.1p based packet priority.

Supports Packet priority assignment (IP Diffserv / DSCP).

UDP-specific “Special” Ethernet type.

In band VCCV ARP.

Broadcast DA.

System Management, Monitoring and Alarm Interfaces

NMS (Network Management System) to monitor multiple units from single Central Location.

External Alarm - Dry contact relay alarms are also available at rear of the system to connect the system to an external alarm.

Supports system temperature monitoring with High Temperature and Low Temperature alarms and SNMP Traps.

Supports SNMP V2 Monitoring and Traps.

UDP-specific “Special” Ethernet type.

Self-test for checking system errors upon system bootup.

Event Logging.

Clock Performance Alarms.

Network Performance Alarms.

Network Performance Monitoring and Diagnostics.

Online / remote upgrade of firmware.


System Access, Control and Management Options

Telnet.

CLI Control Interface (HyperTerminal or VT100).

SNMP V2 Traps (MIB File provided).

Windows based GUI (Graphical User Interface) for easy configuration, management and access. Ability to monitor multiple units from a single NMS.

Password Protection.

OAM: Operation and Management Ports

RS232 Serial Port.

USB COM Port.

10/100/1000BaseT Ethernet Management for In-band remote access.

Front View

VCL-TDM over IP - 2E1 GE Version with Single AC Power Supply

VCL-TDM over IP - 2E1 GE Version with Single DC Power Supply

VCL-TDM over IP - 2E1 GE Version with AC and DC Power Supply

VCL-TDM over IP - 2E1 GE Version with Dual AC Power Supply


VCL-TDM over IP - 2E1 GE Version with Dual DC Power Supply

VCL-TDM over IP - 8E1 GE Version with Single AC Power Supply

VCL-TDM over IP - 8E1 GE Version with Single DC Power Supply

VCL-TDM over IP - 8E1 GE Version with AC and DC Power Supply

VCL-TDM over IP - 8E1 GE Version with Dual AC Power Supply

VCL-TDM over IP - 8E1 GE Version with Dual DC Power Supply


Front Panel Description

VCL-TDM over IP - 2E1 GE Version

VCL-TDM over IP - 8E1 GE Version


LED Description

LEDs Status Description

ACLK ON / OFF ON = System is working in adaptive clock mode

RCLK ON / OFF ON = System is working in recovered clock mode

EXT CLK ON / OFF ON = System is working in external clock mode

L1 ON / OFF ON = Power Supply 1 present

L2 ON / OFF ON = Power Supply 2 present

L3 ON / OFF ON = All System managers are working properly

L4 ON / OFF ON = Alarm present

L5 ON / OFF ON = OAM Power ON

L6 ON / OFF ON = USB serial port is in use

L7 ON / OFF ON = DB-9 serial port is in use

L8 - For future use


Section 2: Application Diagrams

Application Diagram

TDM over IP in Cellular Backhaul

Typical Application Diagram in Wireless Network


BTS : Base Trans-receiver Station MSC : Master Switching Center RNC : Radio Network Controller LTE : Long Term Evolution FE1 : Fractional E1 FE : Fast Ethernet GE : Gigabit Ethernet PoE : Power over Ethernet

Typical Application in Wireless Network - 1+1 Link Redundancy

Typical Application in Wired Network

Note: Application illustrate link protection using spanning Tree Protocol between all nodes.


E1s and Gigabit Ethernet Traffic over a Packet Switched Network

BTS : Base Trans-receiver Station MSC : Master Switching Center RNC : Radio Network Controller LTE : Long Term Evolution FE1 : Fractional E1 FE : Fast Ethernet GE : Gigabit Ethernet


Section 3: Technical Specifications

TDM over IP Specifications

Max number of E1 Ports Number of Ports 2/8

Max number of logical links Up to 64

Synchronization clock recovery Adaptive Clock Recovery (ACLK) Options

Recovered Clock (RCLK) / Loop-Timed Clock

Asymmetrical (One-Clock and Two-Clock) Clock

Synchronization to an External Clock (ECLK) and an Internal Clock

Automatic fall back

Max number of Ethernet 2 x Gigabit Optical Ethernet Ports (SFP)

2 x 10/100/1000Base-T Electrical Ethernet (RJ-45)

Supported Transport ETF-PWE3, SAToP and CESoPSN Mechanisms

Supported PSN (Packet Switched Networks) type

UDP, IP, MPLS and MEF

QoS 802.1q, 802.1p packet priority

E1 Interface

Number of Ports Number of Ports 2/8 (supporting 64Kbps upto 2.048Mbps on each port)

Framing Formats Unframed, framed and Multi-frame (with or without CRC-4)

Line Coding HDB3

Compliance ITU-T G.703, G.704, G.706 and G.732

Jitter and Wander Complies to ITU-T G.823, G.824

Line Impedance 120 Ohms balanced

Optional 75 Ohms

Protection Optional Metallic and Longitudinal Protection

ESD protection

Ethernet Interface

Number of Ports 2 Gigabit optical ports and 2 GigE (electrical) ports, complies with IEEE802.3, 802.1Q and 802.1P

Electrical 10/100/1000 Auto-negotiation / MDI-X (Auto-sensing), Full-Half Duplex, RJ45 Electrical Connector

Optical 1000Base-FX (Gigabit Ethernet), SFP

Protection ESD protection

Maximum Frame Size 9000 Bytes (Jumbo Frames)

Switching Capacity Upto 6 Gbps, Non-blocking


Gigabit Optical Ethernet Specifications

Type SFP

Compliance Compliant with IEEE 802.3z Fast Ethernet 1000BASE-LX

MSA Compliant

RoHS

EMI

ESD

DDM

Safety Class 1 Laser Safety/ IEC-60825 Compliant

Bit Rate 1.25 Gbps

Wavelength 1310 / 1550 nm

Distance 550m to 80Kms, as per order

Optical Connector LC

Power Consumption

Power Consumption <12 Watts

Power Supply Options

Dual Redundant

1+1 AC power (100 to 240V AC, 50/60 Hz)

1+1 DC (-48V) power (40 to 72V DC)

1+1 DC (-24V) power (18 to 40V DC)

AC plus DC (AC + DC), AC or DC

EMI/EMC compliant.

Command Language

Windows based GUI (Graphical User Interface).

Command Line Interface (English text commands).

Management and Control Interfaces

COM Port (RS232 Serial Port).

10/100/1000BaseT Ethernet Port (each multiplexer may be assigned an IP address and connected to a LAN / IP network for remote access and management through the 10/100/1000BaseT Ethernet Port for in-band configuration, management and access).

Telnet.

SNMP, V2.

Additionally, a Windows based GUI (Graphical User Interface) for easy configuration, management and access.


AC Power Supply Specifications

Input AC Voltage 110 / 220 Volts AC

Range of input AC Voltage 100 V to 240 V AC, 50Hz/60Hz.

AC Input Connector IEC Connector

24V DC Power Supply Specifications

Power Supply 24V DC

Range of input 18V to 40V DC

Input voltage reversal protection Provided

Efficiency at full load > 90% @ 5V/4A (when input voltage-24V)

Ripple at full load < 5mVrms

Spike at full load < 50mV

48V DC Power Supply Specifications

Power supply -48V DC

Range of input -40V DC to -72V DC

Efficiency at full load > 91% @ 5V/2A (when input voltage -48V)

Ripple at full load < 5mVrms

Spike at full load < 50mV

Environment

Temperature -200C ~ +600C for Operation

Humidity 5% to 95% (at 350C) Non-condensing

Regulatory Compliance

Safety - IEC 60950 Safety - IEC 60950

CE

RoHS

Complies to ANS/IEC standards

Complies with Telecom Part 68, FCC Part 15 and CISPR 22 Class A

EMC EN55022: 1998 + A1 and A2

EMC EN55024,

Operation ETS 300 019 Class 3.2

Storage ETS 300 019 Class 1.2

Transportation ETS 300 019 Class 2.3

Chassis

1U High (44mm)

19-inch rack-mounting shelf

Also available in Desktop / Table Top Version.


NMS (with Telnet) OAM port Specifications

Network Interface RJ-45 10/100/1000BaseT (Auto sensing)

Compatibility Ethernet Version 2.0 IEEE802.3

Protocols supported ARP, UDP/IP, TCP/IP, Telnet, ICMP, SNMP

Management SNMP, Serial login, Telnet login

EMI Compliance Radiated and conducted emissions complies with Class B limits of EN55022:1998

Direct and Indirect ESD complies with EN55024: 1999

RF Electromagnetic Field Immunity complies with EN55024:1998

Electrical Fast Transient/Burst Immunity complies with EN55024:1998

Power Frequency Magnetic Field Immunity complies with EN55024:1998

RF Common Mode Conducted Susceptibility complies with EN55024:1998

Mechanical Specification

Height 44 mm (1U)

Depth 250 mm

Width 480 mm (19 inch rack mountable)

Weight 2.4 Kgs.


Section 4: Connection Details

Power Connection

AC Power Connection

DC Power Connection

Note: The system is fully protected for reverse polarity. Connecting the power cables in reverse direction will not

damage the system.


E1 Connection

RJ-45 Pinout for E1 Interface

RJ-45 (Female) Pin # Signal in RJ-45 (Female)

1 Rx+ (Data In)

2 Rx- (Data In)

4 Tx+ (Data Out)

5 Tx- (Data Out)

External Synchronization Clock Connection

RJ-45 Pinout for Clock Interface – Clock IN


External Clock IN Pinout

1 Rx+ (Clock In)

2 Rx- (Clock In)

4 No Connection

5 No Connection


RJ-45 Pinout for Clock Interface – Clock OUT


External Clock OUT Pinout

1 No Connection

2 No Connection

4 Tx+ (Clock Out)

5 Tx- (Clock Out)

Optical Ethernet Connection


Electrical Ethernet Connection

RJ-45 Pinout for Ethernet Interface


1 Tx+ (Data Out)

2 Tx- (Data Out)

3 Rx+ (Data In)

6 Rx- (Data In)

COM Port Connection

DB-9 Pinout for COM Port

DB-9 (Female) Pin # Signal in DB-9 (Female)

2 Transmit (Data Out)

3 Receive (Data In)

5 Ground


USB Connection for COM Port


Section 5: Default Settings

Parameter Value

System IP Settings

IP Address 192.168.1.102

Gateway Address 192.168.1.1

Subnet Mask 255.255.255.0

TDM IP Settings

IP Address 192.168.1.103

Gateway Address 192.168.1.1

Subnet Mask 255.255.255.0

Username and Password

User Name superuser (case sensitive)

Password superuser (case sensitive)

SNMP Settings

SNMP Read (get / getnext) Community public (case sensitive)

SNMP Write (set) Community private (case sensitive)

SNMP Trap Enable

SNMP Trap Target IP Address1/2/3 127.0.0.1

SNMP Trap Target Port 1/2/3 162

SNMP Trap Target Community 1/2/3 public (case sensitive)

TDM over IP Settings

Configured Bundle None

E1 Frame Unframed

E1 Loop Disable

Header Type UDP

VLAN Disable

DSCP Priority 1~63 3

Clock Settings

Priority 1/2/3/4/5 Adaptive

Priority 6 Internal

Per port clock Enable

Clock mode Two clock mode

Clock Type Stratum 3


Section 6: HyperTerminal Settings

To use HyperTerminal for executing the CLI commands

To use HyperTerminal for executing the CLI commands through COM Port (RS232 Serial), USB Port and through Telnet Port

Important Instructions:

The user can choose to use the HyperTerminal utility to access the equipment either through the local serial/DB9 COM Port and USB Port.

Alternatively, the user may use the HyperTerminal utility access the equipment through Telnet Port to remotely access the equipment over a TCP/IP network.

The CLI Commands shall remain same for all three options.

Windows-based GUI is yet another option, which the user may select to configure the equipment either through the local serial (DB9 COM) port, USB Port or Telnet port over a TCP/IP network.

Note: HyperTerminal and the GUI may not be used simultaneously. If you are accessing the equipment through the GUI, please exit the GUI before connecting to use the HyperTerminal utility to access the equipment through the serial / DB9 COM Port, USB Port or telnet port for executing the CLI commands


HyperTerminal settings for COM Port (RS232) and USB Port Click the Start button from the Task Bar of your PC. Go to Programs>Accessories>Communications>HyperTerminal The following screen will appear:

Enter the name, select an icon and then click OK. The following window will appear on your screen:


Select the COM** option from the drop over menu, and click OK. The following window will appear on your screen:

** COM1 / COM2 / COM3 depending upon your PC that is in use. To confirm the same, check it out in the properties.

[Right click on My Computer (Desktop)>Properties>Hardware>Device Manager>Port -Communication Port (COM1)].


Change the Bits per second option to “115200” and flow control option to “None”. The final settings should be as follows:

1 Bits per second 115200

2 Data bits 8

3 Parity None

4 Stop bits 1

5 Flow control None

115200

Click on Apply, and then on OK. The following window will appear on your screen:


Next, click on File in the main menu and then click on Properties.

The following window will appear on your screen:

Next, click on Settings tab.


Change “Emulation” to “VT100” Next, click on “ASCII Setup” The following window will appear:

Note: If the option of “Echo typed characters locally” is checked, you will receive double characters. Next, click on OK. The following window will appear on your screen:

Type the below user name and password to enter system configuration mode as an Administrator. User name “superuser” (case sensitive) Password “superuser” (case sensitive) Note: An administrator can change system configurations and as well as configuration of authentication and

authorization through serial port (DB-9 and USB). Note: A normal system user's account allows a user to authenticate to system services and be granted

authorization to access them on serial port (DB-9 and USB) as well as on Telnet; however, normal system user cannot have the access to the configurations of authentication and authorization. Prompt will be generated by the system. Now the user can access/configure the system with the CLI commands using the HyperTerminal utility.

Note: Please save the settings before you exit the HyperTerminal window for your future use.


HyperTerminal settings for Telnet Port Click the Start button from the Task Bar of your PC. Go to Programs>Accessories>Communications>HyperTerminal The following screen will appear:

Enter the name, select an icon and then click OK. The following window will appear on your screen:

Select the TCP/IP (Winsock) option from the drop over menu and click OK.



Enter the IP Address of the system in the Host address field. The default IP Address, which is already programmed at the factory / default in the memory of the system, is 192.168.1.102. To change the IP Address, please refer to CLI commands section of the user manual. Enter the system IP address as shown in the below screen.

Click on OK.



Next, click on File in the main menu and then click on Properties.



Next, click on Settings tab.

Change “Emulation” to “VT100” Next, click on “ASCII Setup” The following window will appear:

Note: If the option of “Echo typed characters locally” is checked, you will receive double characters. Next, click on OK.



Type the user name and password to enter system configuration mode. User name “superuser” (case sensitive) Password “superuser” (case sensitive) Prompt will be generated by the system. Now the user can access/configure the system with the CLI commands remotely, over Ethernet Port, using the HyperTerminal utility. Note: Please save the settings before you exit the HyperTerminal window for your future use.


Telnet without using HyperTerminal utility

To Telnet the system, click on Start > Run next type telnet <system IP Address> (as shown in below screen) and click on OK. The default IP Address, which is already programmed at the factory / default in the memory of the system, is 192.168.1.102.

The following screen will appear:

Username:

Type the user name and password to enter system configuration mode.

User name “superuser” (case sensitive)

Password “superuser” (case sensitive)

Prompt will be generated by the system. Now the user can access/configure the system with the CLI commands remotely, using Telnet utility.


Section 7: USB Serial Port Drivers

Installing USB Serial Port Drivers

USB serial port is a plug and play device and it usually auto installs its driver in the connected PC. In the event that the USB port does not work, please follow the steps below to install the device drivers.

1. Connect the USB serial port with computer through the USB Cable provided with the system. 2. Open the CD / DVD drive and insert the disk which has been supplied to you along with the equipment. 3. Next, right click on My Computer and choose properties. System properties will appear.

4. Click on ‘Hardware’ tab and choose the ‘Device Manager’ option. The Device Manager will appear on the screen.


5. Next, go to the device which shows the “attention required” sign. You will see a mal-functioned device under other devices named “FT232R USB UART”. Next, right click on “FT232R USB UART” and choose “Update Driver”.


6. A “Hardware Update Wizard” will appear on screen. Choose the “No, not this time” option and click on ‘Next’.

7. Next, choose the “Install from a list or specific location (Advanced)” option and click on ‘Next’.

8. Next, choose “Search removable media (floppy, CD-ROM….)” and click on ‘Next’.


9. The “Hardware Update Wizard” will start searching the load the correct driver from the CD-ROM. Please do not close or stop this process as it as it may take a few minutes to complete.

10. The following screen will appear when the “Hardware Update Wizard” has successfully located the correct device drivers and begins installation of the required device drivers.


11. After the installation has been successfully completed, the following screen will appear. Please click ‘Finish’ to close the wizard.

12. Next, again go the “Device Manager” where you will see the “attention required” alarm sign appearing in the “Other Devices” category for the “USB Serial Port”.

13. Please “right click” on it and choose the “Update Driver” option.


14. Please repeat the process from 6 to 10.

15. Click ‘Finish’ to close the Hardware Update Wizard.


16. The USB Serial COM port driver has successfully been installed in your computer and you can find it under “Ports (COM and LPT)”. Please make a note and record the COM port number assigned to the virtual USB Serial COM Port.


Section 8: System Access and User Management

k The system supports two types of users: 1. Superuser

The ‘superuser’ is the sole administrator of the equipment and shall have the following authorities: Add up to 9 users and assign their password Delete a user Change self-password See registered user Access and configure the equipment

The ‘superuser’ cannot be deleted from the system and shall not have the following authorities:

Change password for any other user View password for any user (including its own)

2. Normal User

A ‘Normal-User’ is a user created by the ‘superuser’ by assigning a ‘UserName’ and ‘Password’. A ‘Normal-user’ shall have the following authorities:

Change self-password See registered user Access and configure the equipment

The ‘Normal-User’ shall not have the following authorities:

Change password for any other user View password for any user (including its own) Add users Delete a user


Section 9: CLI Command Functionality – How CLI commands work

1. To configure or show any configuration in system type the relevant CLI command followed by a space, followed by option. Each option is separated by a ‘space’ key

Example: Command Format: sete1frame <e1 port> <frame>

<CLI prompt>sete1frame 8 multiframedwithcrc{Enter Key} SUCCESS

2. Intuitive commands

Intuitive / predictive command-set help users in typing commands quickly and correctly. To get help from intuitive command-set, type a few letters of the command followed by the ‘Tab’ key.

Example: <CLI prompt>showb{Tab Key}{Tab Key} showbootstatus showbundle showbundlestate

Example: <CLI prompt>setf{Tab Key} <CLI prompt>setflowcontrol

3. Command History

Previously used command may be accessed by using UP ‘’ and DOWN ‘’arrow keys

4. Executing any CLI command shall return the execution status of ‘SUCCESS’ or ‘FAIL’. In Case of failed attempt the system shall return the possible failure cause.

i.e. 'SYNTAX ERROR' or possible failure cause along with ‘FAIL’ message.

Example: <CLI prompt>sete1frame 1 multi 'SYNTAX ERROR'

<CLI prompt>sete1frame 1 framedwithcrc {Enter Key} Delete assigned bundle FAIL

5. No commands are ‘Case Sensitive’ though they may be shown in upper and lower case in the user manual

for better presentation purpose. Both lower and upper case commands are accepted.

6. Command list may be shown by typing ‘?’ or ‘help’ followed by an enter key.

7. To get help for a particular command type ‘?’ followed by the ‘CLI command text’ and then followed by the ‘Enter’ key.

<CLI prompt>? showe1frame{Enter Key} FORMAT: showe1frame <E1 port> OPTIONS: <E1 port>: max-8 min-1 | all


DESCRIPTION: Show E1 port framing

<CLI prompt>? help FORMAT: help OPTIONS: NONE DESCRIPTION: Show system commands list

8. Options within ‘< >’ are possible value for that particular command and option within ‘[ ]’ are optional

value for that particular command.

Example: setmpls <endis> [option] [outerlabel1] [outerlabel2] [expbitvalue] [ttlvalue]

Here <endis> is the possible options to enable or disable the MPLS user MUST configure

[option], [outerlable1], [outerlable2], [expbitvalue] and [ttlvalue] are the optional configuration which user may choose to configure or not.


Section 10: Quick Start Guide

To use the Quick Start Guide, the user must first understand the basic principles on which this equipment works. The E1 over Ethernet Equipment uses two processing engines which run independently of each other. One processing engine is the master system processor which monitors and controls the entire system. The second processing engine is the “TDM over IP” engine which converts and serializes the E1 streams to IP packets and transports them over IP links. Each of the two processing engines must be assigned their independent IP addresses. The system IP address shall provide access to the user to configure, manage and monitor the system. The “TDM over IP engine’s IP addresses shall be used to provide the source and the destination IP addresses to the “TDM over IP” streams. An E1 can be transported as a single stream in one bundle, from “a” source to “a” destination, or as fractional E1s in multiple bundles from “a” source to multiple destinations. In the case of the latter, each fractional E1 (i.e. bundle) shall have their individual destination IP addresses. Each “Source” to “Destination” link that is created, whether it is for a full E1 or a fractional E1, is called a “Logical Link”.

Configure system / processor IP Address

setsysip FORMAT: setsysip <IP Address> OPTIONS: <IP Address>:IP Address, e.g. 192.168.1.1 DESCRIPTION: Configure system IP Address

Configures system management IP Address to access the system over telnet and SNMP

Configure system / processor subnet mask

setsysmask FORMAT: setsysmask <Subnet Mask> OPTIONS: <Subnet Mask>: Subnet Mask, e.g. 255.255.255.0 DESCRIPTION: Configure system subnet mask

Configures system management port network mask

Configure system / processor gateway IP address

setsysgateway FORMAT: setsysgateway <Gateway Address> OPTIONS: <Gateway Address>: Gateway IP Address, e.g. 192.168.1.1 DESCRIPTION: Configure system Gateway Address

Configures Management port Gateway IP Address

Configure TDM over IP IP address

settdmip FORMAT: settdmip <IP Address> OPTIONS: <IP Address>: IP Address, e.g. 192.168.1.1 DESCRIPTION: Configure TDM IP Address

Configures TDM over IP port IP Address

Configure TDM over IP subnet mask

settdmmask FORMAT: settdmmask <subnetmask> OPTIONS: <subnet mask>: Subnet Mask, e.g. 255.255.255.0 DESCRIPTION: Configure TDM Subnet Mask

Configures TDM over IP port network mask


Configure TDM over IP Gateway IP address

settdmgw FORMAT: settdmgw <Gateway Address> OPTIONS: <Gateway Address>: Gateway IP Address e.g. 192.168.1.100 DESCRIPTION: Configure TDM Gateway Address

Configures TDM over IP port Gateway IP Address

Show system basic information

showsysinfo FORMAT: showsysinfo OPTIONS: NONE DESCRIPTION: Display current system information

Shows system basic information including System IP Address / System Subnet Mask / System Gateway IP Address / TDM IP Address / TDM Subnet Mask /TDM Gateway IP Address

Configure E1 port framing

sete1frame FORMAT: sete1frame <e1 port> <frame> OPTIONS: <e1 port>:max-8 min-1 <framed>:framedwithcrc | framedwithoutcrc | unframed | multiframedwithcrc | multiframedwithoutcrc DESCRIPTION: Configure E1 port framing (Framed with crc/ Framed without crc / Unframed / Multi-framed with crc / Multi-framed without crc)

Configures E1 port framing Note: No bundles should be configured on particular E1 port to change the E1 framing. Please delete all bundles configured on particular E1 port

Show E1 port framing

showe1frame FORMAT: showe1frame <E1 port> OPTIONS: <E1 port>: max-8 min-1 | all DESCRIPTION: Show E1 port framing

Shows E1 port framing

Configure clock priority

setclockpriority FORMAT: setclockpriority <priority1> <priority2> <priority3> <priority4> <priority5> <Internal> OPTIONS: <priority1~5>: Adaptive, Recovered{xx}, External {in any order} <Internal>: Last priority is always internal, in case of failure of clock options RECOVERED{XX}: Where xx = port number. example recovered01,recovered05,recovered08 EXTERNAL: EXTERNAL75R/EXTERNALBITS DESCRIPTION: Configure clock priority for system

Configures clock priority to synchronize TDM link over the asynchronous Ethernet interface NOTE 1: Clock priority may be selected in any order but last option shall always be internal. NOTE 2: Recovered clock can be assigned on any / all of the 8 TDM ports in the order of availability. NOTE 3: All 6 priorities should be assigned.

Show clock priority

showclockpriority FORMAT: showclockpriority OPTIONS: NONE DESCRIPTION: Show configured clock priority

Shows current configured clock priority


Show current running clock

showcurclock FORMAT: showcurclock OPTIONS: NONE DESCRIPTION: Show current running clock

Shows current running clock

Show alarms and events

showalarms FORMAT: showalarms OPTIONS: NONE DESCRIPTION: Show all alarms present in queue

Shows system alarm log and events

Add a bundle (create a “Logical-Link”)

addbundle FORMAT: addbundle <BID> <TDM port> <Destination IP> <Destination BID> <timeslot-range> <jbsize> <framesize> OPTIONS: <BID>: max-63 min-0 <TDM port>: max-8 min-1 <Destination IP>: 192.168.1.156 <Destination BID>: max-63 min-0 <timeslot-rang>: max-31 min 1 <jbsize>:max-512 min-1 <framesize>: max-99 min-1 E1 Multi-Framed: 16,8,4,2,1 DESCRIPTION: Add a bundle for TDM over IP

Adds a bundle (Logical link) to be sent over the Ethernet network Note: Time-slot 16 is reserved for signaling and cannot be used for the multiframed option.

Cautions:

Please make sure that the number of timeslots in a bundle should be same for its corresponding bundle which the bundle supposed to connect on remote TDM over IP equipment.

Please make sure that the frame size of a bundle should be same for its corresponding bundle which the bundle supposed to connect

In the timeslot field please select timeslot range i.e. 1-3 or 9-15 or 17-29 Destination bundle, on which the source bundle is being sent to, should have source bundle number in its destination

bundle field.

Example-1: TDM over IP-X TDM over IP-Y

Bundle ID: 5 Bundle ID: 21 E1 port: 1 E1 port: 1 TDM IP: 192.168.1.4 TDM IP: 192.168.1.99 Timeslots: 1-5 Timeslots: 1-5 Jitter buffer size: 128 Jitter buffer size: 128 Frame size: 16 Frame size: 16

Configuration: TDM over IP-X: ADDBUNDLE 5 1 192.168.1.99 21 1-5 128 16

ADDBUNDLE 5 1 192.168.1.99 21 1-5 128 16 CLI Source

Bundle ID Source Port

Destination IP Address

Destination Bundle ID

Timeslots (local end)

Jitter Buffer size

Frame Size


TDM over IP-Y: ADDBUNDLE 21 1 192.168.1.4 5 1-5 128 16






Jitter Buffer size

Frame Size

Example-2:

TDM over IP-X TDM over IP-Y Bundle ID: 16 Bundle ID: 33 E1 port: 1 E1 port: 2 TDM IP: 192.168.1.4 TDM IP: 192.168.1.99 Timeslots: 1-10 Timeslots: 21-30 Jitter buffer size: 256 Jitter buffer size: 256 Frame size: 12 Frame size: 12


ADDBUNDLE 16 1 192.168.1.99 33 1-10 256 12 CLI Command Source





Jitter Buffer size

Frame Size







Jitter Buffer size

Frame Size

Delete a bundle (delete a “Logical-Link”)

delbundle FORMAT: delbundle <BID> OPTIONS: <BID>: max-63 min-0 DESCRIPTION: Delete a bundle

Disables the bundle Note: Please disable the bundle first before deleting

Show a bundle configuration

showbundle FORMAT: showbundle <BID> OPTIONS: <BID>: max-63 min-0 | all DESCRIPTION: Show setting of configured bundle

Shows the configure bundle parameters Note: all argument is not valid for this command

Enable / Disable a bundle (disable a “Logical-Link”)

setbundlestate FORMAT: setbundlestate <BID> <option> OPTIONS: <BID>: max-63 min-0 <option>:enable | disable DESCRIPTION: Set bundle state enable or disable

Enables or disables a bundle

Show bundle state

showbundlestate FORMAT: showbundlestate <BID> OPTIONS: <BID>: max-63 min-0 DESCRIPTION: Show bundle state

Shows bundle state, if enable or disable


Different Configuration Examples Example 1: Point to Point – Unframed

E1oP - Left E1oP - Right

TDM IP Address: 192.168.1.100 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port to be used: E1 port 1 Framing: Unframed Source Bundle ID: 1

TDM IP Address: 192.168.1.10 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port to be used: E1 port 1 Framing: Unframed Source Bundle ID: 1

Configuration:

E1oP-Left: E1oP-Left:

1. Configure the E1 port 1 framing as unframed >sete1frame 1 unframed 2. Configure TDM IP Address

>settdmip 192.168.1.100 3. Configure Subnet Mask

>settdmmask 255.255.255.0 4. Configure TDM Gateway Address

>settdmgw 192.168.1.1 5. Add a bundle

>addbundle 1 1 192.168.1.10 1 1-31 210 16 6. Enable bundle

>setbundlestate 1 enable

1. Configure the E1 port 1 framing as unframed >sete1frame 1 unframed 2. Configure TDM IP Address







Example 2: Point to Point – Framed


TDM IP Address: 192.168.1.100 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port to be used: E1 port 1 Framing: Framed Source Bundle ID: 1

TDM IP Address: 192.168.1.10 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port to be used: E1 port 1 Framing: Framed Source Bundle ID: 1

Configuration:

E1oP-Left: E1oP-Right:

1. Configure the E1 port 1 framing as framed >sete1frame 1 framedwithcrc 2. Configure TDM IP Address













Example 3: Point to Point – Framed (Fractional)


TDM IP Address: 192.168.1.100 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port to be used: E1 port 1 Framing: Framed Timeslots: 1-10 (10 Timeslots) Source Bundle ID: 1

TDM IP Address: 192.168.1.10 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port to be used: E1 port 1 Framing: Framed Timeslots 21-30 (10 Timeslots) Source Bundle ID: 1

Configuration:















Example 4: Point to Point – Multi-framed (Fractional) Note: Please note in the Multi-framed signaling mode, timeslot 16 shall not be used and always reserved for the signaling.


TDM IP Address: 192.168.1.100 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port to be used: E1 port 1 Framing: Multi-Framed Timeslots: 1-15 (15 Timeslots) Source Bundle ID: 1

TDM IP Address: 192.168.1.10 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port to be used: E1 port 1 Framing: Multi-Framed Timeslots: 17-31 (15 Timeslots) Source Bundle ID: 1

Configuration:


1. Configure the E1 port 1 framing as multiframed

>sete1frame 1 multiframedwithcrc 2. Configure TDM IP Address






1. Configure the E1 port 1 framing as multiframed >sete1frame 1 multiframedwithcrc 2. Configure TDM IP Address







Example 5: Point to Multi-Point –Multi-Framed Note: Please note in the Multi-framed signaling mode, timeslot 16 shall not be used and always reserved for the signaling.

E1oP System-A E1oP System-B E1oP System-C

TDM IP Address: 192.168.1.100 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port 1: Mapped to System-B Timeslots: 1-15 (15 Timeslots) Source Bundle ID: 1 E1 port 2: Mapped to System-C Timeslots: 17-31 (15 Timeslots) Source Bundle ID: 2 Framing: Multi-framed

TDM IP Address: 192.168.1.10 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port 1: Mapped to System-A Timeslots: 1-15 (15 Timeslots) Source Bundle ID: 1 Framing: Multi-framed

TDM IP Address: 192.168.1.50 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port 1: Mapped to System-C Timeslots: 1-15 (15 Timeslots) Source Bundle ID: 1 Framing: Multi-framed


Configuration: E1oP- System-A

1. Configure the E1 port 1 framing as multiframed >sete1frame 1 multiframedwithcrc 2. Configure the E1 port 2 framing as multiframed

>sete1frame 2 multiframedwithcrc 3. Configure TDM IP Address



>settdmgw 192.168.1.1 6. Add a bundle for the E1oP System-B (Destination IP 192.168.1.10)

>addbundle 1 1 192.168.1.10 1 1-15 210 16 7. Add a bundle for the E1oP System-C (Destination IP 192.168.1.50)

>addbundle 2 2 192.168.1.50 1 17-31 210 16 8. Enable bundle 1 and 2

>setbundlestate 1 enable >setbundlestate 2 enable

E1oP- System-B




>settdmgw 192.168.1.1 5. Add a bundle for the E1oP System-A (Destination IP 192.168.1.100)



E1oP- System-C








Example 6: Point to Multi-Point – Framed


TDM IP Address: 192.168.1.100 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port 1: Mapped to System-B Timeslots: 1-10 (10 Timeslots) Source Bundle ID: 1 E1 port 2: Mapped to System-C Timeslots: 11-31 (21 Timeslots) Source Bundle ID: 2 Framing: Framed

TDM IP Address: 192.168.1.10 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port 1: Mapped to System-A Timeslots: 21-30 (10 Timeslots) Source Bundle ID: 1 Framing: Framed

TDM IP Address: 192.168.1.50 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port 1: Mapped to System-C Timeslots: 1-21 (21 Timeslots) Source Bundle ID: 1 Framing: Framed



1. Configure the E1 port 1 framing as Framed >sete1frame 1 framedwithoutcrc 2. Configure the E1 port 2 framing as Framed

>sete1frame 2 framedwithoutcrc 3. Configure TDM IP Address







E1oP- System-B

1. Configure the E1 port 1 framing as Framed >sete1frame 1 framedwithoutcrc 2. Configure TDM IP Address






E1oP- System-C








Example 7: Point to Multi-Point – Framed


TDM IP Address: 192.168.1.100 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port 1 Timeslots 1-10 Mapped to System-B Source Bundle ID: 1 E1 port 1 Timeslots 11-31 Mapped to System-C Source Bundle ID: 2 Framing: Framed


TDM IP Address: 192.168.1.50 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port 1: Mapped to System-C Timeslots: 1-21 (21 Timeslots) Source Bundle ID: 1 Framing: Framed



1. Configure the E1 port 1 framing as Framed >sete1frame 1 framedwithoutcrc 2. Configure the E1 port 2 framing as Framed

>sete1frame 2 framedwithoutcrc 3. Configure TDM IP Address







E1oP- System-B







E1oP- System-C








Example 8: Point to Multi-Point – Framed and Unframed


TDM IP Address: 192.168.1.100 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port 1 Timeslots 1-10 Mapped to System-B Source Bundle ID: 1 Framing: Framed E1 port 1 Timeslots 11-31 Mapped to System-C Source Bundle ID: 2 Framing: Framed E1 port 2 timeslots 1-31 Mapped to System-C Framing: Unframed Source Bundle ID: 3


TDM IP Address: 192.168.1.50 Subnet Mask: 255.255.255.0 Gateway IP Address: 192.168.1.1 E1 port 1: Mapped to System-C Timeslots: 1-21 (21 Timeslots) Source Bundle ID: 1 Framing: Framed E1 port 2 timeslots 1-31 Mapped to System-A Framing: Unframed Source Bundle ID: 2



1. Configure the E1 port 1 framing as Framed >sete1frame 1 framedwithcrc

2. Configure the E1 port 2 framing as Unframed >sete1frame 2 unframed

3. Configure TDM IP Address >settdmip 192.168.1.100

4. Configure Subnet Mask >settdmmask 255.255.255.0

5. Configure TDM Gateway Address >settdmgw 192.168.1.1

6. Add a bundle for the E1oP System-B (Destination IP 192.168.1.10) >addbundle 1 1 192.168.1.10 1 1-10 210 16

7. Add a bundle for the E1oP System-C (Destination IP 192.168.1.50) >addbundle 2 1 192.168.1.50 1 11-31 210 16

8. Add a bundle for the E1oP System-C (Destination IP 192.168.1.50) >addbundle 3 2 192.168.1.50 2 1-31 210 16

9. Enable bundle 1 and 2 >setbundlestate 1 enable >setbundlestate 2 enable

E1oP- System-B 1. Configure the E1 port 1 framing as Framed

>sete1frame 1 framedwithcrc 2. Configure TDM IP Address






E1oP- System-C 1. Configure the E1 port 1 framing as Framed

>sete1frame 1 framedwithcrc 2. Configure the E1 port 2 framing as Framed

>sete1frame 2 unframed 3. Configure TDM IP Address




>addbundle 1 1 192.168.1.100 2 1-21 210 16 7. Add a bundle for the E1oP System-A (Destination IP 192.168.1.100)




Section 11: Detailed CLI Commands

CLI Commands List Help Commands Description

? Show system commands list

help Show system commands list

Admin Commands Description

adduser Add an user

deleteuser Delete an user

setselfpassword Change Self Login Password

showusers Show list of system users

Basic System Commands Description

selftest Initiates a system self-test and displays self-test report

showbootstatus Report system boot result and show boot errors (if any)

reset Issue a reset command

showtdmmac Show TDM MAC Address

showsysmac Show system MAC Address

systype Show system name

setdefault Restore all configurations in default (Excluding IP settings and SNMP settings)

setsysip Configure system IP Address

showsysip Show System IP Address

setsysmask Configure system subnet mask

showsysmask Show system Subnet mask

setsysgateway Configure system Gateway Address

showsysgateway Show system Gateway IP Address

showalarms Show all alarms present in queue

loadconfigfile Load configurations listed in a text file

retrieveconfigfile Retrieve configuration file in text format

settime Configure wall clock time

showtime Show wall clock time

setdate Configure calendar date

showdate Show calendar date

rtcstop Puts the RTC in stop mode

rtcstart Puts the RTC in start mode

setdefrtc Resets the RTC to its default time

sethighthreshold Set high temperature threshold value

setlowthreshold Set low temperature threshold value

showthreshold Show both high and low temperature threshold value

showtemp Display current temperature value

showsysinfo Display current system information


TDM / IP Commands Description

Setclockpriority Configure clock priority for system

showclockpriority Show configured clock priority

showcurclock Show current running clock

Settdmip Configure TDM IP Address

showtdmip Show TDM IP Address

settdmmask Configure TDM Subnet Mask

showtdmmask Show TDM Subnet Mask

settdmgw Configure TDM Gateway Address

showtdmgw Show TDM Gateway Address

sete1frame Configure E1 port framing

showe1frame Show E1 port framing

sete1loopback Configure E1 loopback

showe1loopback Show E1 loopback status

showe1alarms Show present alarms on E1 port

setimpedance Configure E1 interface impedance

showimpedance Show E1 interface impedance

addbundle Add a bundle for TDM over IP / Create a logical link

delbundle Delete a bundle / Delete a logical link

showbundle Show setting of configured bundle

setbundlestate Set bundle state enable or disable

showbundlestate Show bundle state

showmode Show TDM mode configuration (SAToPSN | CESoPSN)

setvlantagtype Configure VLAN Tag type

setvlan1id Configure VLAN1 ID

setvlan2id Configure VLAN2 ID

setvlan1priority Configure the VLAN1 packet priority

setvlan2priority Configure the VLAN2 packet priority

showvlan1priority Show the VLAN1 packet priority

showvlan2priority Show the VLAN2 packet priority

setclockmode Configure framer to TDM clock mode

showclockmode Show TDM clock mode

setclocktype configure stratum level for clock mode

showclocktype Show stratum level for clock mode

setlosbasebundledetect Set LOS base bundle detect enable/disable

showlosbasebundledetect Show LOS base bundle detect enable/disable

setperportclk Configure per port clock option enable/disable

showperportclk Show per port clock configuration

SNMP Commands Description

setreadcommunity Configure SNMP Read Community

setwritecommunity Configure SNMP Write Community

settargetaddress Configure Trap Target IP Address

settargetport Configure Trap Target Port Number

settargetcommunity Configure Trap Target Community

showsnmpsettings Show SNMP Configurations


Switch Commands Description

setmef Configure the system to MEF header type

setudp Configure system to UDP header type

setmpls Configure MPLS outer label and label identifier

showheadertype Show system header type and its value

setflowcontrol Enable / disable automatic flow control

showflowcontrol Show automatic flow control status

settrunkgroup Configure trunk groups

showtrunkgroup Show all trunk groups

setprotectport Configure protected ports

showprotectport Show protected / unprotected ports

showethcounter Show Ethernet packet counters

setqos Configure QoS type

setqospriority Set QoS tag priority

showqos Show supported QoS type

showqospriority Show QoS tag priority

setjumboframe Enable / disable jumbo frame support

showjumboframe Show jumbo frame status

setportconfig Configure port speed and mode

showportconfig Show port speed and mode

setingressportrate Set ingress port rate

showingressportrate Show ingress port rate

setautopoll Set auto-poll state

showautopoll Show configure auto-poll

setvlantransmode Enable / Disable switch transparent mode

showvlantransmode Show switch Mode

createvlan Configure VLAN on Ethernet ports

modifyvlan Tag / Un-tag Ethernet ports for a VLAN-ID

showvlan Show configured VLAN

deletevlan Delete a VLAN

Misc. Commands Description

upgrade Upgrade Image

showddmiinfo Show SFP module information


CLI Commands Explained

CLI Format and Description Notes

Using system’s “Help” Menu

? FORMAT: ? OPTIONS: NONE DESCRIPTION: Show system commands list CLI commands list as shown in a table

above in the document help FORMAT: help OPTIONS: NONE DESCRIPTION: Show system commands list

Add a user

adduser FORMAT: adduser OPTIONS: NONE DESCRIPTION: Add an user (for superuser only) Usermane and Password string should be 6 to 14 alpha-numerical characters (case sensitive, including Special Characters)

Adds a user in the system by running ‘adduser’ wizard Only ‘superuser’ can add a user Note1: System does not echo password characters for the security purpose Note2: up to 10 users may be added in the system including ‘superuser’

Default: User Name: superuser, Password: superuser

RESPONSE: <CLI prompt>adduser Enter new username Username: Testuser Password : Confirm password : New user created successfully

Delete a user

deleteuser FORMAT: deleteuser OPTIONS: NONE DESCRIPTION: Delete an user (for superuser only)

Deletes a user in the system by running ‘deleteuser’ wizard Only ‘superuser’ can delete a user and ‘superuser’ cannot be deleted

RESPONSE: <CLI prompt>deleteuser Enter username which you want to delete Username: Testuser User account deleted successfully


Change self-password

setselfpassword FORMAT: setselfpassword OPTIONS: NONE DESCRIPTION: Change Self Login Password Password should be string of 6 to 14 alpha-numerical characters (case sensitive, including Special Characters)

Changes password for the logged-in user by running ‘changepassword’ wizard Any user can change its password after logging-in Note: System does not print password characters for the security purpose

RESPONSE: <CLI prompt>setselfpassword Enter old password : Enter new password : Confirm password : Password changed successfully Note: No method is available to retrieve ‘superuser’ password if it is lost. Please contact customer support if the password is lost.

Show users list

showusers FORMAT: showusers OPTIONS: NONE DESCRIPTION: Show users list

Shows system users

RESPONSE: <CLI prompt>showusers 1 superuser 2 Testuser

Initiate System Self-test

selftest FORMAT: selftest OPTIONS: NONE DESCRIPTION: Initiates a system self-test and displays self-test report

System tests the hardware and displays result

RESPONSE: <CLI prompt>selftest Test: Processor Test PASS RAM Test PASS Flash Test PASS Electrical Ethernet Test PASS Optical Ethernet Test PASS TDM Port Test PASS TDM chip Test PASS PSU1 status Test PASS PSU2 status Test Fail Temperature status Test PASS


Check hardware status after on system boot

showbootstatus FORMAT: showbootstatus OPTIONS: NONE DESCRIPTION: Report system boot result and show boot errors (if any)

System shows hardware status at the time of system boot

RESPONSE: <CLI prompt>showbootstatus System Boot Successfully Processor Test PASS Ram Test PASS Flash Test PASS Electrical Ethernet Test PASS Optical Ethernet Test PASS TDM Port Test PASS TDM chip Test PASS PSU1 Test PASS PSU2 Test PASS Temperature Test PASS

Restart system

reset FORMAT: reset OPTIONS: NONE DESCRIPTION: Issue a reset command

Restart the system

RESPONSE: <CLI prompt>reset Restarting System Please Wait..... SUCCESS ############### ############### Username:

Show TDM over IP MAC address

showtdmmac FORMAT: showtdmmac OPTIONS: NONE DESCRIPTION: Show TDM MAC Address

TDM over IP Chip MAC Address. This MAC address shall be used to connect bundles over the PSN network

RESPONSE: <CLI prompt> TDM MAC Address:-00:25:04:00:01:02

Show system / processor MAC address

showsysmac FORMAT: showsysmac OPTIONS: NONE DESCRIPTION: Show system MAC Address

System Management port MAC Address. This MAC address shall be used access the system over Telnet and SNMP

RESPONSE: <CLI prompt> System MAC Address:-00:25:04:00:01:01

Show system type

systype FORMAT: systype OPTIONS: NONE DESCRIPTION: Show system name

Shows TDM interface type and number of TDM interfaces

RESPONSE: <CLI prompt> System Type: 2 E1 TDM over IP


Configure system / processor IP Address

setsysip FORMAT: setsysip <IP Address> OPTIONS: <IP Address>:IP Address, e.g. 192.168.1.1 DESCRIPTION: Configure system IP Address

Configures system management IP Address to access the system over telnet and SNMP

Default: 192.168.1.102

RESPONSE: <CLI prompt>setsysip 192.168.1.203 SUCCESS

Show system / processor IP address

showsysip FORMAT: showsysip OPTIONS: NONE DESCRIPTION: Show System IP Address

Shows system management IP Address to access the system over Telnet and SNMP

RESPONSE: <CLI prompt>showsysip System IP Address:-192.168.1.203

Configure system / processor subnet mask

setsysmask FORMAT: setsysmask <Subnet Mask> OPTIONS: <Subnet Mask>: Subnet Mask, e.g. 255.255.255.0 DESCRIPTION: Configure system subnet mask

Configures system management port network mask

Default: 255.255.255.0

RESPONSE: <CLI prompt>setsysmask 255.255.255.0 SUCCESS

Show system / processor subnet mask

showsysmask FORMAT: showsysmask OPTIONS: NONE DESCRIPTION: Show system Subnet mask

Shows system management port network mask

RESPONSE: <CLI prompt>setsysmask 255.255.255.0 SUCCESS

Configure system / processor Gateway IP address

setsysgateway FORMAT: setsysgateway <Gateway Address> OPTIONS: <Gateway Address>: Gateway IP Address, e.g. 192.168.1.1 DESCRIPTION: Configure system Gateway Address

Configures Management port Gateway IP Address

Default: 192.168.1.1

RESPONSE: <CLI prompt>settargetport 1 1662 SUCCESS


Show system / processor Gateway IP address

showsysgateway FORMAT: showsysgateway OPTIONS: NONE DESCRIPTION: Show system Gateway IP Address

Shows Management port Gateway IP Address

RESPONSE: <CLI prompt>setsysgateway 192.168.1.1 SUCCESS

Show alarms and events

showalarms FORMAT: showalarms OPTIONS: NONE DESCRIPTION: Show all alarms present in queue

Shows system alarm log and events

RESPONSE: <CLI prompt>showalarms S No. AlarmID Severity AlarmString Time 1 16 MAJOR Current Clock state:3 Fri Aug 7 04:10:10 2009 2 15 MINOR ADAPTIVE CLOCK STATE UNKNOWN in port 8 Fri Aug 7 04:02:41 2009 3 15 MINOR ADAPTIVE CLOCK STATE UNKNOWN in port 7 Fri Aug 7 04:02:41 2009

Load configuration file in the system

loadconfigfile FORMAT: loadconfigfile <IPAddress> <filepath/filename.txt> OPTIONS: <IPAaddress>: Server IP Address, e.g. 192.168.1.101 <filepath/filename.txt>: Path and file name DESCRIPTION: Load configurations listed in a text file

User may load the configuration in the system from a *.txt file Note: File should available be in the same location where the TFT server is installed / running

RESPONSE: <CLI prompt>loadconfigfile 192.168.1.65 MyTestConfig.txt command is processing.. ... PLEASE WAIT... SUCCESS

Retrieve system configuration in a file

retrieveconfigfile FORMAT: retrieveconfigfile <IPAddress> <filepath/filename.txt> OPTIONS: <IPAddress>: Server IP Address, e.g. 192.168.1.101 <filepath/filename.txt>:configuration file name DESCRIPTION: Retrieve configuration file in text format

User may save the system configuration in a *.txt file Note: File shall be saved in the same location where the TFT server is installed / running

RESPONSE: <CLI prompt>retrieveconfigfile 192.168.1.65 MyTestConfig.txt command is processing..... PLEASE WAIT... SUCCESS


Configure wall clock time

settime FORMAT: settime <hour> <minute> <second> OPTIONS: <hour>: 0-23 <minute>: 0-59 <second>: 0-59 DESCRIPTION: Configure wall clock time

Configures wall clock time in the system

Default: 00:00:00

RESPONSE: <CLI prompt>settime 15 20 30 SUCCESS

Show wall clock time

showtime FORMAT: showtime OPTIONS: NONE DESCRIPTION: Show wall clock time

Shows wall clock time

RESPONSE: <CLI prompt>Current Time: 15:20:46

Configure calendar date

setdate FORMAT: setdate <yyyy> <mm> <dd> OPTIONS: ex: <yyyy>:Calendar year (yyyy) <mm>:Calendar month (mm) <dd>:Calendar date (dd) DESCRIPTION: Configure calendar date

Configures calendar date in the system

Default: 1970:1:1

RESPONSE: <CLI prompt>setdate 2013 01 31 SUCCESS

Show calendar date

showdate FORMAT: showdate OPTIONS: NONE DESCRIPTION: Show calendar date

Shows calendar date (Year:Month:Date)

RESPONSE: <CLI prompt>Current Date: 2013:1:31

Stop RTC

rtcstop FORMAT: rtcstop OPTIONS: NONE DESCRIPTION: Puts the RTC in stop mode

Stops RTC to save battery life of RTC (Real Time Clock) if the equipment is to be put into storage

RESPONSE: <CLI prompt>rtcstop RTC STOPED SUCCESS


Start RTC

rtcstart FORMAT: rtcstart OPTIONS: NONE DESCRIPTION: Puts the RTC in start mode

Starts RTC again

RESPONSE: <CLI prompt> rtcstart RTC STARTED SUCCESS

Reset the RTC to its default settings

setdefrtc FORMAT: setdefrtc OPTIONS: NONE DESCRIPTION: Resets the RTC to default

Reset the RTC to its default state

RESPONSE: <CLI prompt>setdefrtc RTC SET TO DEFAULT SUCCESS

Configure high temperature threshold

sethighthreshold FORMAT: sethighthreshold <Tvalue> OPTIONS: <Tvalue>:-55 to +124 DESCRIPTION: Set high temperature threshold value

Configure system high temperature threshold value Note: System will keep sending SNMP traps as soon as long as its temperature is above its user configured high temperature threshold value

Default: System High Temperature Threshold: 124

RESPONSE: <CLI prompt> sethighthreshold 55 SUCCESS

Configure low temperature threshold

setlowthreshold FORMAT: setlowthreshold <Tvalue> OPTIONS: <Tvalue>: -55 to +124 DESCRIPTION: Set low temperature threshold value

Configure system low temperature threshold value Note: System will keep sending SNMP traps as long as its temperature is below its user configured low temperature threshold value

Default: System Low Temperature Threshold: -55

RESPONSE: <CLI prompt> setlowthreshold -22 SUCCESS


Show temperature thresholds

showthreshold FORMAT: showthreshold OPTIONS: NONE DESCRIPTION: Show both high and low temperature threshold value

Shows system high and low threshold values which have been defined by the user

RESPONSE: <CLI prompt> showthreshold System High Temperature Threshold: 55 System Low Temperature Threshold: -22

Show current system’s ambient temperature

showtemp FORMAT: showtemp OPTIONS: NONE DESCRIPTION: Display current temperature value

Shows system’s current temperature

RESPONSE: <CLI prompt> showtemp System Ambient Temperature: 40

Show system basic information

showsysinfo FORMAT: showsysinfo OPTIONS: NONE DESCRIPTION: Display current system information

Shows system basic information

RESPONSE: <CLI prompt>showsysinfo System Name: 8 E1 TDM over IP System SW Version: 1.0.x_x System HW Version: 1.0 System IP Address: 192.168.1.203 System MASK Address: 255.255.255.0 System GW Address: 192.168.1.1 TDM IP Address: 192.168.1.123 TDM MASK Address: 255.255.0.0 TDM GW Address: 192.168.0.1 System MAC Address: 00:25:04:aa:00:03 TDM MAC Address: 00:25:04:ab:00:03 System Temperature: 40

Show present bundles / Configured bundle IDs

showbundleid FORMAT: showbundleid OPTIONS: NONE DESCRIPTION: Show Present TDM bundle ID

Shows present bundle IDs configured by user

RESPONSE: <CLI prompt> showbundleid Present BID 1, 2, 3, 4, 5, 6, 7, 8,


Configure clock priority Description of various clock modes and settings

Adaptive Clock Recovery - In the Adaptive Clock mode, the system clock is recoved from the Ethernet time-stamped packets). Under normal operating conditions, the “Adaptive Clock” mode should be the preferred option along with “Two Clock” mode option.

Recovered Per Port Clock - In the “perportclock” enabled mode, each port recovers its own clock on a per port basis and each port works on its own recovered clock.

Recovered Clock / Loop-Timed Clock - Options: Recovered01, 02, 03, 04, 05…08 – In the “recoveredxx clock” mode the clock is recovered from one selected port that is specified by the user and the entire system work on the single selected recovered clock source.

Asymmetrical Clock (One-Clock and Two-Clock) – In the “One Clock” mode, the entire system works on one single selected clock source. The “One Clock” mode must only be used when a very stable external clock source is available such as the Telco External Clock, GPS Clock or a IEEE-1588 based packet recovered clock. In the “Two Clock” mode, the TDM Ports adjust their frequencies based on the Packet based Ethernet Timing recovery mechanisim. Under normal operating conditions, the “Two Clock” mode should be the preferred option along with the the “Adaptive Clock” mode.

Synchronization to an External Clock - Synchronization to an External Clock – This used option must only be selected when a very stable external clock source is available such as the Telco External Clock, GPS Clock or a IEEE-1588 based packet recovered clock.

Automatic clock priority selection with fall back – This allows the user to prioritize the clock fall-back sequence, in the event that the primary or the preferred clock source(s) become un-available.

setclockpriority FORMAT: setclockpriority <priority1> <priority2> <priority3> <priority4> <priority5> <Internal> OPTIONS: <priority1~5>: Adaptive, Recovered{xx}, External {in any order} <Internal>: Last priority is always internal, in case of failure of clock options RECOVERED{XX}: Where xx = port number. example recovered01,recovered05,recovered08 EXTERNAL: EXTERNAL75R/EXTERNALBITS NOTE 1: Clock priority may be selected in any order but last option shall always be internal. NOTE 2: Recovered clock can be assigned on any / all of the 8 TDM ports in the order of availability. NOTE 3: All 6 priorities should be assigned. DESCRIPTION: Configure clock priority for system

Configures clock priority to synchronize TDM link over the asynchronous Ethernet interface For recommended clock settings please refer to page xx.


Default settimgs: Clock Priority Clock =========================== 1 Adaptive 2 Adaptive 3 Adaptive 4 Adaptive 5 Adaptive 6 Internal

RESPONSE: <CLI prompt> setclockpriority recovered01 recovered02 externalbits adaptive internal internal SUCCESS

Show clock priority

showclockpriority FORMAT: showclockpriority OPTIONS: NONE DESCRIPTION: Show configured clock priority

Shows current configured clock priority

RESPONSE: <CLI prompt> showclockpriority Clock Priority Clock =========================== 1 Adaptive 2 Adaptive 3 Adaptive 4 Adaptive 5 Adaptive 6 Internal

Show current running clock

showcurclock FORMAT: showcurclock OPTIONS: NONE DESCRIPTION: Show current running clock

Shows current running clock

RESPONSE: <CLI prompt>Current Clock: Adaptive

Configure TDM over IP engine’s IP address

settdmip FORMAT: settdmip <IP Address> OPTIONS: <IP Address>: IP Address, e.g. 192.168.1.1 DESCRIPTION: Configure TDM IP Address

Configures TDM over IP port IP Address

Default: 192.168.1.103

RESPONSE: <CLI prompt>settdmip 192.168.1.123 SUCCESS

Show TDM over IP engine’s IP address

showtdmip FORMAT: showtdmip OPTIONS: NONE DESCRIPTION: Show TDM IP Address

Shows TDM over IP port IP Address

RESPONSE: <CLI prompt>showtdmip TDM IP Address:- 192.168.1.123


Configure TDM over IP engine’s subnet mask

settdmmask FORMAT: settdmmask <subnetmask> OPTIONS: <subnet mask>: Subnet Mask, e.g. 255.255.255.0 DESCRIPTION: Configure TDM Subnet Mask

Configures TDM over IP port network mask

Default: 255.255.255.0

RESPONSE: <CLI prompt> settdmmask 255.255.0.0 SUCCESS

Show TDM over IP engine’s subnet mask

settdmmask FORMAT: showtdmmask OPTIONS: NONE DESCRIPTION: Show TDM Subnet Mask

Shows TDM over IP port network mask

RESPONSE: <CLI prompt> showtdmmask TDM Mask Address:- 255.255.0.0

Configure TDM over IP engine’s Gateway IP address

settdmgw FORMAT: settdmgw <Gateway Address> OPTIONS: <Gateway Address>: Gateway IP Address e.g. 192.168.1.100 DESCRIPTION: Configure TDM Gateway Address

Configures TDM over IP port Gateway IP Address

Default: 192.168.1.1

RESPONSE: <CLI prompt>settdmgw 192.168.0.1 SUCCESS

Show TDM over IP engine’s Gateway IP address

showtdmgw FORMAT: showtdmgw OPTIONS: NONE DESCRIPTION: Show TDM Gateway Address

Shows TDM over IP port Gateway IP Address

RESPONSE: <CLI prompt> showtdmgw TDM Gateway Address:- 192.168.1.1

Configure E1 port framing

sete1frame FORMAT: sete1frame <e1 port> <frame> OPTIONS: <e1 port>:max-8 min-1 <framed>:framedwithcrc | framedwithoutcrc | unframed | multiframedwithcrc | multiframedwithoutcrc DESCRIPTION: Configure E1 port framing (Framed with crc/ Framed without crc / Unframed / Multi-framed with crc / Multi-framed without crc)

Configures E1 port framing Note: No bundles should be configured on particular E1 port to change the E1 framing. Please delete all bundles configured on particular E1 port

Default: Unframed – All ports

RESPONSE: <CLI prompt>sete1frame 1 framedwithcrc SUCCESS


Show E1 port framing

showe1frame FORMAT: showe1frame <E1 port> OPTIONS: <E1 port>: max-8 min-1 | all DESCRIPTION: Show E1 port framing

Shows E1 port framing

RESPONSE: <CLI prompt>showe1frame 1 E1 PORT FRAMING ================================ 1 Frame with CRC

RESPONSE: <CLI prompt> showe1frame all E1 PORT FRAMING ================================ 1 Frame with CRC 2 MultiFramed with CRC 3 Frame without CRC 4 MultiFramed without CRC 5 UnFramed 6 UnFramed 7 UnFramed 8 UnFramed

Configure loop-back on E1 port

sete1loopback FORMAT: sete1loopback <E1 port> <option> OPTIONS: <E1 port>: max-8 min-1 <option>: local | remote | disable DESCRIPTION: Configure E1 loopback

Configures E1 loopback Note: E1 port shall come back to its default state (loopback) after system restart

Default: No Loop-back – All ports

RESPONSE: <CLI prompt>sete1loopback 1 remote SUCCESS

Show E1 loopback status

showe1loopback FORMAT: showe1loopback <E1 port> OPTIONS: <E1 port>: max-8 min-1 | all DESCRIPTION: Show E1 loopback status

Shows E1 loopback status

RESPONSE: <CLI prompt> showe1loopback 1 E1PORT LOOPBACK ================================ 1 LOCAL

Show E1 port alarms

showe1alarms FORMAT: showe1alarms <E1 port> OPTIONS: <E1 port>: max-8 min-1 | all DESCRIPTION: Show present alarms on E1 port

Shows alarms on E1 port. Note: all argument is not valid for this command

RESPONSE: <CLI prompt> showe1alarms 1 Present Alarm: LOF RAI


Configure E1 port impedance

setimpedance FORMAT: setimpedance <E1 port> <option> OPTIONS: <e1 port>: max-8 min-1 option: unbalanced | balanced Unbalanced: (75 ohm) unbalanced Balanced: (120 ohm) balanced DESCRIPTION: Configure E1 interface impedance as 120 Ohms Balanced or 75 Ohms Unbalanced

Configures E1 port impedance in 120 Ohms balanced mode or 75 Ohms unbalanced mode Note: Please use E1 120 ohms to 75 ohms balloon to use the E1 port in 75 unbalanced mode

Default: E1 120 Ohms Balanced – All E1 ports

RESPONSE: <CLI prompt> setimpedance 1 unbalanced SUCCESS

Show E1 port impedance

showimpedance FORMAT: showimpedance <E1 port> OPTIONS: <E1 port>: max-8 min-1 | all DESCRIPTION: Show E1 interface impedance

Shows E1 port impedance

RESPONSE: <CLI prompt> showimpedance 1 E1PORT Impedance ================================= 1 Unbalanced

RESPONSE: <CLI prompt> showimpedance all E1PORT Impedance ================================= 1 Unbalanced 2 Balanced 3 Balanced 4 Balanced 5 Balanced 6 Balanced 7 Balanced 8 Balanced

Add a bundle (Create a Logical-Link)

addbundle FORMAT: addbundle <BID> <TDM port> <Destination IP> <Destination BID> <timeslot-range> <jbsize> <framesize> OPTIONS: <BID>: max-63 min-0 <TDM port>: max-8 min-1 <Destination IP>: 192.168.1.156 <Destination BID>: max-63 min-0 <timeslot-rang>: max-31 min 1 <jbsize>:max-512 min-1 <framesize>: max-99 min-1 E1 Multi-Framed: 16,8,4,2,1 DESCRIPTION: Add a bundle for TDM over IP

Adds a bundle (Logical link) to be sent over the Ethernet network Note: Time-slot 16 is reserved for signaling and cannot be used for the multiframed option.

Default: No bundle

RESPONSE: <CLI prompt> addbundle 1 1 10.10.10.10 4 10-12 210 16 SUCCESS


Cautions: Please make sure that the number of timeslots in a bundle should be same for its corresponding bundle which the

bundle supposed to connect Please make sure that the frame size of a bundle should be same for its corresponding bundle which the bundle

supposed to connect In the timeslot field please select timeslot range i.e. 1-3 or 9-15 or 17-29 Destination bundle, on which the source bundle is being sent to, should have source bundle number in its destination

bundle field.

Example-1: TDM over IP-X TDM over IP-Y

Bundle ID: 5 Bundle ID: 21 E1 port: 1 E1 port: 1 TDM IP: 192.168.1.4 TDM IP: 192.168.1.99 Timeslots: 1-5 Timeslots: 1-5 Jitter buffer size: 128 Jitter buffer size: 128 Frame size: 16 Frame size: 16





Destination Bundle


Jitter Buffer size

Frame Size





Destination Bundle


Jitter Buffer size

Frame Size

Example-2:

TDM over IP-X TDM over IP-Y Bundle ID: 16 Bundle ID: 33 E1 port: 1 E1 port: 2 TDM IP: 192.168.1.4 TDM IP: 192.168.1.99 Timeslots: 1-10 Timeslots: 21-30 Jitter buffer size: 256 Jitter buffer size: 256 Frame size: 12 Frame size: 12





Destination Bundle


Jitter Buffer size

Frame Size





Destination Bundle


Jitter Buffer size

Frame Size


Delete a bundle

delbundle FORMAT: delbundle <BID> OPTIONS: <BID>: max-63 min-0 DESCRIPTION: Delete a bundle

Delete the bundle Note: Please disable the bundle first before deleting

RESPONSE: <CLI prompt> delbundle 1 SUCCESS

Show a bundle configuration

showbundle FORMAT: showbundle <BID> OPTIONS: <BID>: max-63 min-0 DESCRIPTION: Show setting of configured bundle

Shows the configure bundle parameters.

RESPONSE: <CLI prompt>showbundle 16 ========================================================== BID: 16 TDM Port: 1 Destination IP: 192.168.1.99 Timeslot Range: 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, Destination ID: 33 JB Size: 256 Packet Size: 12 VLAN Tag-type: 0 VLAN1 ID: 0 VLAN2 ID: 0

Enable / Disable a bundle

setbundlestate FORMAT: setbundlestate <BID> <option> OPTIONS: <BID>: max-63 min-0 <option>:enable | disable DESCRIPTION: Set bundle state enable or disable

Enables or disables a bundle

Default: Disabled

RESPONSE: <CLI prompt>setbundlestate 16 enable SUCCESS

Show bundle state

showbundlestate FORMAT: showbundlestate <BID> OPTIONS: <BID>: max-63 min-0 DESCRIPTION: Show bundle state

Shows bundle state, if enable or disable

RESPONSE: <CLI prompt>showbundlestate 16 BID STATUS ============================== 16 ENABLED


Show bundle mode (SAToP / CESoPSN)

showmode FORMAT: showmode <BID> OPTIONS: <BID>: max-63 min-0 DESCRIPTION: Show TDM mode configuration (SAToPSN | CESoPSN)

Shows bundle state, if STAoP or CESoPSN

RESPONSE: <CLI prompt> showmode 16 TDM Mode: CESoPSN

Configure VLAN tag-type for a bundle

setvlantagtype FORMAT: setvlantagtype <BID> <option> OPTIONS: <BID>: max-63 min-1 <option>: 0-NO VLAN Tag, 1-One VLAN Tag, 2-Two VLAN Tags (stacked) DESCRIPTION: Configure VLAN Tag type

Configures VLAN TAG-type to the bundle Note: Respective bundle should be in the disable state to configure VLAN Tag-type to the bundle

Default: No VLAN Tag

RESPONSE: <CLI prompt>setvlantagtype 16 2 SUCCESS

Configure VLAN-1 ID for a bundle

setvlan1id FORMAT: setvlan1id <BID> <VALN ID> OPTIONS: <BID>: max-63 min-0 <VALN ID>: max-4095 min-1 (Valid only If the VLAN TAG number is set to 1 or 2) DESCRIPTION: Configure VLAN1 ID

Configures VLAN-1 ID to the bundle Note: Respective bundle should be in the disable state to configure VLAN-1 ID to the bundle

Default: Disabled

RESPONSE: <CLI prompt>setvlan1id 16 200 SUCCESS

Configure VLAN-2 ID for a bundle

setvlan2id FORMAT: setvlan2id <BID> <VLAN ID> OPTIONS: <BID>: max-63 min-0 <VALN ID>: max-4095 min-1 (Valid only If the VLAN TAG number is set to 2) DESCRIPTION: Configure VLAN2 ID

Configures VLAN-2 ID to the bundle Note: Respective bundle should be in the disable state to configure VLAN-2 ID to the bundle

Default: Disabled

RESPONSE: <CLI prompt>setvlan2id 16 300 SUCCESS


Configure VLAN-1 priority for a bundle

setvlan1priority FORMAT: setvlan1priority <BID> <VLAN ID> <priority> OPTIONS: <BID>: max-63 min-0 <VLAN ID>: max-4095 min-1 <priority>: max-7 min-0 (Valid only If the VLAN TAG number is set to 1 or 2) DESCRIPTION: Configure the VLAN1 packet priority

Configures bundle’s VLAN-1 priority

RESPONSE: <CLI prompt>setvlan1priority 16 200 5 SUCCESS

Configure VLAN-2 priority for a bundle

setvlan2priority FORMAT: setvlan2priority <BID> <VALN ID> <priority> OPTIONS: <BID>: max-63 min-0 <VLAN ID>: max-4095 min-1 <priority>: max-7 min-0 (Valid only If the VLAN TAG number is set to 2) DESCRIPTION: Configure the VLAN2 packet priority

Configures bundle’s VLAN-2 priority

RESPONSE: <CLI prompt> setvlan2priority 16 300 4 SUCCESS

Show VLAN-1 priority for a bundle

showvlan1priority FORMAT: showvlan1priority <BID> OPTIONS: <BID>: max-63 min-0 | all DESCRIPTION: Show the VLAN1 packet priority

Shows bundle’s VLAN-1 ID and priority

RESPONSE: <CLI prompt> showvlan1priority 16 BID VLANID PRIORITY ====================================== 16 200 5

Show VLAN-2 priority for a bundle

showvlan2priority FORMAT: showvlan2priority <BID> OPTIONS: <BID>: max-63 min-0 | all DESCRIPTION: Show the VLAN2 packet priority

Shows bundle’s VLAN-2 ID and priority

RESPONSE: <CLI prompt>showvlan2priority 16 BID VLANID PRIORITY ====================================== 16 300 4


Configure TDM clock mode

setclockmode FORMAT: setclockmode <option> OPTIONS: <option>: oneclock | twoclock DESCRIPTION: Configure framer to TDM clock mode

Configures the TDM over IP in one or two clock mode

Default: Two Clock Mode

RESPONSE: <CLI prompt>setclockmode oneclock SUCCESS

RESPONSE: <CLI prompt> setclockmode twoclock SUCCESS

Show TDM clock mode

showclockmode FORMAT: showclockmode OPTIONS: NONE DESCRIPTION: Show TDM clock mode

Shows if the TDM OVER IP is set to work in one-clock mode or two-clock mode

RESPONSE: <CLI prompt> showclockmode TDM Clock Mode: TWOCLOCK

Configure clock type

setclocktype FORMAT: setclocktype <option> OPTIONS: <option>: stratum1 | stratum2 | stratum3 | stratum3E | stratum4 DESCRIPTION: configure stratum level for clock mode

Configures clock level

Default: STRATUM3E

RESPONSE: <CLI prompt>setclocktype stratum1 SUCCESS

Show clock type

showclocktype FORMAT: showclocktype OPTIONS: NONE DESCRIPTION: Show stratum level for clock mode

Shows clock level

RESPONSE: <CLI prompt>showclocktype TDM Clock Type: STRATUM1


Configure per port clock

setperportrclk FORMAT: setperportrclk <option> OPTIONS: <option>: <option>: enable/disable DESCRIPTION: All TDM ports work on same transmit clock which is updated on current clock status. If enable, Each port works with own clock. E.x: Current clock = recovered01. If option is disable, All port transmit clock use recovered01 and if option is enable, Port n use recovered n, where n = 1,2,...8

Configures clock level

Default: ENABLE

RESPONSE: <CLI prompt> setperportrclk enable SUCCESS

Show per port clock configuration

showperportrclk FORMAT: showperportrclk OPTIONS: NONE DESCRIPTION: It displays whether same clock feature is enable/Disable.

Shows per port clock configuration

RESPONSE: <CLI prompt> showperportrclk Set per port clock option: enable / disable

Enable / Disable LOS base bundle detection

setlosbasebundledetect FORMAT: setlosbasebundledetect <option> OPTIONS: <option>: enable | disable DESCRIPTION: Set LOS base bundle detect enable/disable.

Enables / Disables bundle on their LOS status System restart is required to make the changes effective Note: It is recommended, to keep this function enable to reduce the bandwidth consumption. If this feature is enabled the equipment will close the bundles having LOS thus reducing the bandwidth consumption

Default: Enable

RESPONSE: <CLI prompt> setlosbasebundledetect disable SUCCESS


Show LOS base bundle detection

showlosbasebundledetect FORMAT: showlosbasebundledetect OPTIONS: NONE DESCRIPTION: Show LOS base bundle detect enable/disable.

Shows if LOS base bundle detection status

RESPONSE: <CLI prompt> showlosbasebundledetect LOS based bundle detection: Enable

Configure SNMP read community

setreadcommunity FORMAT: setreadcommunity <community> OPTIONS: <community>: String, up to 14 alpha-numeric characters DESCRIPTION: Configure SNMP Read Community

System restart is required to make the changes effective

Default: public

RESPONSE: <CLI prompt>setreadcommunity ReadComm1@# SUCCESS

Configure SNMP write community

setwritecommunity FORMAT: setwritecommunity <community> OPTIONS: <community>: String, up to 14 alpha-numeric characters DESCRIPTION: Configure SNMP Write Community


Default: private

RESPONSE: <CLI prompt>setwritecommunity WriteComm2#$ SUCCESS

Configure SNMP traps target address

settargetaddress FORMAT: settargetaddress <option> <IP Address> OPTIONS: <option>: 1~3, Target 1~3 <IP Address>: IP Address, e.g. 192.168.0.103 DESCRIPTION: Configure Trap Target IP Address


Default: Target 1/2/3 Address: 127.0.0.1

RESPONSE: <CLI prompt>settargetaddress 1 192.168.0.101 SUCCESS

Configure SNMP traps target port

settargetport FORMAT: settargetport <option> <port> OPTIONS: <option>: 1~3, Target 1~3 <port> up to 5 digit, (0~65535) DESCRIPTION: Configure Trap Target Port Number


Default: Target 1/2/3 Port: 162

RESPONSE: <CLI prompt>settargetport 2 1662 SUCCESS


Configure SNMP traps target community

settargetcommunity FORMAT: settargetcommunity <option> <community> OPTIONS: <option>: 1~3, Target 1~3 <community> String, up to 14 alpha-numeric characters DESCRIPTION: Configure Trap Target Community


Default: Target 1/2/3 Community: public

RESPONSE: <CLI prompt> settargetcommunity 3 targettest# SUCCESS

Show SNMP settings

showsnmpsettings FORMAT: showsnmpsettings OPTIONS: NONE DESCRIPTION: Show SNMP Configurations

Shows SNMP settings

RESPONSE: <CLI prompt> showsnmpsettings SNMP Value: ======================================= Read Community: public Write Community: private Target 1 Address: 127.0.0.1 Target 2 Address: 127.0.0.1 Target 3 Address: 127.0.0.1 Target 1 Port: 162 Target 2 Port: 162 Target 3 Port: 162 Target 1 Community: public Target 2 Community: public Target 3 Community: public

Configure Ethernet mode to MEF

setmef FORMAT: setmef <option> [value] OPTIONS: <option>: enable/disable [value]: 5DD~FFFF (hex-value) DESCRIPTION: Configure the system to MEF header type

System restart is required to make the changes effective Note: Default MEF value would be 0x88d8 if not value is assigned to MEF header Note: All TDM over IP in a netowrk should be running on same MEF header to communicate to each other

Default: Disabled

RESPONSE: <CLI prompt>setmef enable SUCCESS

RESPONSE: <CLI prompt> setmef enable 5dd SUCCESS


Configure Ethernet mode to UDP

setudp FORMAT: setudp <option> OPTIONS: <option>: enable/disable DESCRIPTION: Configure system to UDP header type


Default: enabled

RESPONSE: <CLI prompt>setudp enable SUCCESS

Configure MPLS tag on Ethernet packets

setmpls FORMAT: setmpls <endis> [option] [outerlabel1] [outerlabel2] [expbitvalue] [ttlvalue] OPTIONS: <endis>: Enable/Disable [option]: 1~2 1: One MPLS outer label is used 2: Two MPLS outer label is used [outerlable1]: Value - 0~1048575 (Valid only if outer label is set to 1 or 2) [outerlable2]: Value - 0~1048575 (Valid only if outer label is set to 2) [expbitvalue]: value, 0~7 [ttlvalue]: value, 0~255 DESCRIPTION: Configure MPLS outerlable and label identifier


Default: Disabled

RESPONSE: <CLI prompt>setmpls enable 2 1000111 1000222 5 255 SUCCESS

Show Ethernet header type

showheadertype FORMAT: showheadertype OPTIONS: NONE DESCRIPTION: Show system header type and its value

Shows current Ethernet header-type

RESPONSE: <CLI prompt> showheadertype Header Type Status Value ========================================== MEF DISABLED 0 UDP ENABLED ------ MPLS DISABLED 0


Configure Ethernet port flow control

setflowcontrol FORMAT: setflowcontrol <port> <option> OPTIONS: <port>: 1 to 5 <option>:enable | disable DESCRIPTION: Enable / disable automatic flow control

Configures Ethernet port receive flow control

Default: Disabled – All ports

RESPONSE: <CLI prompt>setflowcontrol 4 enable SUCCESS

Show Ethernet port flow control

showflowcontrol FORMAT: showflowcontrol <port> OPTIONS: <port>: 1 to 5 | all DESCRIPTION: Show automatic flow control status

Shows Ethernet port receive flow control status

RESPONSE: <CLI prompt>showflowcontrol 2 Port 2 RX flowcontrol : ENABLED

Configure trunk group

settrunkgroup FORMAT: settrunkgroup <group no> <option> OPTIONS: <group no>: 1 or 2 <option>: enable | disable DESCRIPTION: Configure trunk groups

Enable / disable trunk group

Default: Disabled

RESPONSE: <CLI prompt>settrunkgroup 1 enable SUCCESS

Show trunk group

showtrunkgroup FORMAT: showtrunkgroup <group no> OPTIONS: <group no>: 1 or 2 | all DESCRIPTION: Show all trunk groups

Shows trunk group status

RESPONSE: <CLI prompt>showtrunkgroup 2 Trunk group 2 : DISABLED


Configure Ethernet port protection

setprotectport FORMAT: setprotectport <port> <protection> OPTIONS: <port>: 1 to 6 <protection>: enable | disable DESCRIPTION: Configure protected ports

Configures Ethernet port protection

Default: Unprotected – All ports

RESPONSE: <CLI prompt>setprotectport 1 enable SUCCESS

Show Ethernet port protection

showprotectport FORMAT: showprotectport <port> OPTIONS: <port>: 1 to 6 | all DESCRIPTION: Show protected / unprotected ports

Shows Ethernet port protection status

RESPONSE: <CLI prompt>showprotectport 2 Port 2 : UNPROTECTED

Show Ethernet packet counter

showethcounter FORMAT: showethcounter <port> OPTIONS: <port>: 1 to 5 DESCRIPTION: Show Ethernet packet counters

Shows Ethernet port’s packet counter

RESPONSE: <CLI prompt>showethcounter 4 Port 4 Ethernet counters Tx bytes : 0 Rx bytes : 0 Tx dropped : 0 Rx dropped : 0 Tx bdcast : 0 Rx bdcast : 3851 Tx ucast : 432 Rx ucast : 624 Tx mcast : 0 Rx mcast : 2938 Tx pause : 0 Rx pause : 0 Rx oversize : 0 Rx excess discarded : 0


Configure Ethernet port QoS type

setqos FORMAT: setqos <port> <qos_type> OPTIONS: <port>: 1 to 6 <qos_type>: 802.1p | dscp | none DESCRIPTION: Configure QoS type

Configures Ethernet port QoS type

Default: No QoS

RESPONSE: <CLI prompt>setqos 2 802.1p SUCCESS

RESPONSE: <CLI prompt>setqos 3 dscp SUCCESS

Configure Ethernet port QoS priority

setqospriority FORMAT: setqospriority <qostype><tag><priority> OPTIONS: <qostype>: 802.1p | dscp <tag> 0-7 for 802.1p, 0-63 for DSCP <priority>: 0 to 3 DESCRIPTION: Set QoS tag priority

Configures DSCP and 802.1p QoS priority on QoS tag

RESPONSE: <CLI prompt>setqospriority 802.1p 5 3 SUCCESS

RESPONSE: <CLI prompt>setqospriority dscp 10 0 SUCCESS

Show QoS

showqos FORMAT: showqos <port> OPTIONS: <port>: 1 to 6 | all DESCRIPTION: Show supported QoS type

Shows Ethernet port QoS type

RESPONSE: <CLI prompt> showqos 2 Port 2 qos type: 802.1p

RESPONSE: <CLI prompt> showqos 3 Port 3 qos type: DSCP

Show Ethernet port QoS priority

showqospriority FORMAT: showqospriority <qostype> OPTIONS: <qostype>: 802.1p | dscp DESCRIPTION: Show QoS tag priority


RESPONSE: <CLI prompt> showqospriority 802.1p 801.p QoS QoS tag : 0 1 2 3 4 5 6 7 Priority : 3 3 3 3 3 3 3 3

RESPONSE: <CLI prompt> showqospriority dscp DSCP QoS QoS tag : 0 1 2 3 4 5 6 7 Priority : 3 3 3 3 3 3 3 3 QoS tag : 8 9 10 11 12 13 14 15 Priority : 3 3 0 3 3 3 3 3 QoS tag : 16 17 18 19 20 21 22 23 Priority : 3 3 3 3 3 3 3 3 QoS tag : 24 25 26 27 28 29 30 31 Priority : 3 3 3 3 3 3 3 3 QoS tag : 32 33 34 35 36 37 38 39 Priority : 3 3 3 3 3 3 3 3 QoS tag : 40 41 42 43 44 45 46 47 Priority : 3 3 3 3 3 3 3 3 QoS tag : 48 49 50 51 52 53 54 55 Priority : 3 3 3 3 3 3 3 3 QoS tag : 56 57 58 59 60 61 62 63 Priority : 3 3 3 3 3 3 3 3

Enable / Disable jumbo frame

setjumboframe FORMAT: setjumboframe <port> <option> OPTIONS: <port>1 to 6 <option>:enable | disable DESCRIPTION: Enable / disable jumboframe support

Enables / disables Ethernet port MTU size up-to 9000 bytes (Jumbo Frame)

Default: Enable – All ports

RESPONSE: <CLI prompt>setjumboframe 1 disable SUCCESS

Show jumbo frame status

showjumboframe FORMAT: showjumboframe <port> OPTIONS: <port>: 1 to 6 | all DESCRIPTION: Show jumbo frame status

Shows Ethernet port MTU size (Jumbo Frame) port status

RESPONSE: <CLI prompt>showjumboframe 3 Port 3 Jumbo frame support : ENABLED


Configure Ethernet port speed and mode

setportconfig FORMAT: setportconfig <port> <speed> <mode> OPTIONS: <port>: 1 to 5 <speed>: 10 | 100 | 1000 | auto <mode>: half | full DESCRIPTION: Configure port speed and mode

Configures Ethernet port Speed and Duplex mode

Default: Auto Negotiate

RESPONSE: <CLI prompt> setportconfig 4 100 full SUCCESS

Show Ethernet port speed and mode

showportconfig FORMAT: showportconfig <port> OPTIONS: <port>: 1 to 5 | all DESCRIPTION: Show port speed and mode

Shows Ethernet port Speed, Duplex mode and Link Status

RESPONSE: <CLI prompt>showportconfig 4 Port 4 speed : 100 Mbps mode : HALF DUPLEX Link Status : UP

Configure Ethernet port ingress rate

setingressportrate FORMAT: setingressportrate <port> <rate> OPTIONS: <port>: 1 to 5 <rate>: from 64 to 1000000 (unit Kbps) Note: please refer command document for possible discreet rate values DESCRIPTION: Set ingress port rate Limit Range: 64 Kbps to 1792 Kbps – in the multiple of 64 Kbps 2000 Kbps to 1000000 Kbps – in the multiple of 1000 Kbps (1 Mbps)

Configures Ethernet port ingress rate limit Note: Ingress port rate limiting from 64 Kbps to 1792 Kbps in multiple of 64 kbps and from 2000 Kbps (2 Mbps) to 10000000 Kbps (1 Gbps) in the multiple of 1000 Kbps. e..g. 64Kbps / 128 Kbps / 1024Kbps /1792 Kbps / 2000 Kbps / 3000 Kbps / 10000Kbps / 200000Kbps / 1000000 Kbps

Default: 1000 Mbps – All ports

RESPONSE: <CLI prompt>setingressportrate 2 200000 SUCCESS

RESPONSE: <CLI prompt>setingressportrate 3 64 SUCCESS


Show Ethernet port ingress rate

showingressportrate FORMAT: showingressportrate <port> OPTIONS: <port>: 1 to 5 | all DESCRIPTION: Show ingress port rate

Shows Ethernet port ingress rate limit

RESPONSE: <CLI prompt>showingressportrate 5 Port 5 ingress rate : 1000 Mbps

Configure auto-poll

setautopoll FORMAT: setautopoll <port> <state> OPTIONS: <port>: 1 to 5 <state>: enable | disable DESCRIPTION: Set autopoll state

Enables / Disables Ethernet port auto-poll

RESPONSE: <CLI prompt> setautopoll 1 enable SUCCESS

Show auto-poll

showautopoll FORMAT: showautopoll <port> OPTIONS: <port>: 1 to 5 | all DESCRIPTION: Show configure autopoll

Shows Ethernet port auto-poll status

RESPONSE: <CLI prompt> showautopoll 2 Port 2 Auto-poll : DISABLED

Enable / Disable switch transparent mode

setvlantransmode FORMAT: setvlantransmode <option> OPTIONS: <option>: enable | disable DESCRIPTION: Enable / Disable switch transparent mode

Configures the Ethernet ports (switch) in transparent mode to pass the VLAN tagged / untagged data transparently

Default: Transparent mode enabled

RESPONSE: <CLI prompt>setvlantransmode enable SUCCESS


Show switch transparent mode

showvlantransmode FORMAT: showvlantransmode OPTIONS: NONE DESCRIPTION: Show switch Mode

Shows the Ethernet ports (switch) transparent mode status

RESPONSE: <CLI prompt>showvlantransmode VLAN TRANS MODE ENABLED

Configure Ethernet port VLAN

createvlan FORMAT: createvlan <vlan-id> <tagged ports> <untagged ports> OPTIONS: <vlan-id>: 1-4095 <tagged ports>: combination of ports from 1 to 6 ex:1,2,4,5 <untagged ports>: ports to be untagged among specified ports ex:1,2 DESCRIPTION: Configure VLAN on Ethernet ports

Configured the switch ports in VLAN tagged and un-tagged port mode Tagged port shall pass only particular VLAN-tagged packets they were tagged in Un-Tagged port shall pass all untagged packets and particular VLAN-tagged packets they were un-tagged in Note: Switch VLAN Transparent mode should be disabled to configure the VLANs

RESPONSE: <CLI prompt>createvlan 500 4,6 5,6 SUCCESS

Modify Ethernet port VLAN

modifyvlan FORMAT: modifyvlan <vlan-id> <option> <tagged ports> <untagged ports> OPTIONS: <vlan-id>: 1-4095 <option>:add | remove <tagged ports>: combination of ports from 1 to 6 ex:1,2,4,5 <untagged ports>:ports to be untagged among specified ports ex:1,2 DESCRIPTION: Tag / Untag Ethernet ports for a VLAN-ID

Add / remove Ethernet port from a particular VLAN-ID Note: Switch VLAN Transparent mode should be disabled to modify the VLANs

RESPONSE: <CLI prompt>modifyvlan 500 remove 4 0 SUCCESS


Show VLAN

showvlan FORMAT: showvlan <vlan-id> OPTIONS: <vlan-id>: 1-4095 | all DESCRIPTION: Show configured VLAN

Shows switch VLAN configuration

RESPONSE: <CLI prompt>showvlan 1 command is processing.. ... PLEASE WAIT... VLAN: ID 1 Ports : 1 2 3 4 5 6 Untagged ports: 1 2 3 4 5 6 ID 500 Ports : 4 Untagged ports:

Delete a VLAN

deletevlan FORMAT: deletevlan <vlan-id> OPTIONS: <vlan-id>: 1-4095 DESCRIPTION: Delete a VLAN

Deletes an existing VLAN

RESPONSE: <CLI prompt> deletevlan 500 SUCCESS

Upgrade system image / firmware

upgrade FORMAT: upgrade <IP Address> <file path/name.bin> OPTIONS: <IP Address>: 192.168.1.1 <file path/name.bin>: Path and configuration image file name

Upgrade system firmware from a TFTP server Note: File should available be in the same location where the TFT server is installed / running Note: Please make sure that the equipment should not lose power during the up-gradation process.

RESPONSE: <CLI prompt> upgrade 192.168.1.252 Image_1.0.4_3 command is processing.. ... PLEASE WAIT... SUCCESS


Show SFP DDMI info

showddminfo FORMAT: showddminfo <port> OPTIONS: <port>: 2 to 3 DESCRIPTION: Show SFP module information

Shows Optical Ethernet port’s SFP information

RESPONSE: <CLI prompt>showddminfo 2 Port Wavelength Distance Code ------------------------------------------------------ 2 1310nm 40km Tx_Power Rx_Power ------------------------------------------------------ - 1.87dBm 0.00dBm


Section 12: Ordering Information

Core Unit

S. No. Part # Product Descriptions Remarks

1 VCL-E1oP-2E1-GE-2OE-2109

VCL-2E1 over Ethernet Multiplexer (E1 over Packet / TDM over IP) 19-inch 1U High Rack Mount version Supports:

Upto 2 x E1 [120 Ohms RJ45 (F)]

4 x Ethernet Ports (1000Mbps, Gigabit) o 2 x Electrical Ethernet Ports [RJ45 (F)] o 2 x Optical Ethernet Ports [1.25Gbps SFP based / without

SFPs]

OAM [10/100BaseT Ethernet - RJ45 (SNMP, Telnet) and Serial Port (USB and DB-9 COM Port)]

MPLS, MEF (Metro Ethernet)

CESoPSN, PWE3 (pseudo-wire), SAToP

E1 data rates of 64Kbps to 2.048 Mbps on each E1 port

Point-to-point, point-to-multipoint drop and insert applications

Alternate Route Protection (for 1+1 Ethernet link redundancy on WAN side)

Clocking options: Adaptive / Loop-timed / External / Internal / Asymmetrical (One-Clock and Two Clock)

Core Unit for 2E1 Port Version without PSUs.

2 VCL-E1oP-8E1-GE-2OE-2109

VCL-8E1 over Ethernet Multiplexer (E1 over Packet / TDM over IP) 19-inch 1U High Rack Mount version Supports:

Upto 8 x E1 [120 Ohms RJ45 (F)]

4 x Ethernet Ports (1000Mbps, Gigabit) o 2 x Electrical Ethernet Ports [RJ45 (F)] o 2 x Optical Ethernet Ports [1.25Gbps SFP based / without

SFPs]

OAM [10/100BaseT Ethernet - RJ45 (SNMP, Telnet) and Serial Port (USB and DB-9 COM Port)]

MPLS, MEF (Metro Ethernet)

CESoPSN, PWE3 (pseudo-wire), SAToP

E1 data rates of 64Kbps to 2.048 Mbps on each E1 port

Point-to-point, point-to-multipoint drop and insert applications

Alternate Route Protection (for 1+1 Ethernet link redundancy on WAN side)

Clocking options: Adaptive / Loop-timed / External / Internal / Asymmetrical (One-Clock and Two Clock)

Core Unit for 8E1 Port Version without PSUs.

Power Supply Options


1 AC220 1 x 100-240V AC Power Supply Any one option. 2 DC048 1 x 48V DC Power Supply

3 ACDC 1 x 100-240V AC Power Supply and 1 x 48V DC Power Supply

4 AC220R 2 x 100-240V AC Power Supply [Redundant]

5 DC048R 2 x 48V DC Power Supply [Redundant]


Gigabit Ethernet SFP Options


1 VCL-EMOD 0206 1.25Gbps SFP Transceiver Duplex LC, 850nm, 550m, MMF Maximum 2 SFPs per core unit.

2 VCL-EMOD 0205 1.25Gbps SFP Transceiver Duplex LC, 1310nm, 10Km, SMF





Cables and Accessories Options


1 VCL-HRNS 1280 1E1 75 Ohms connectorized cable [RJ45M-2BNCF, 28cm] As per site requirement. 2 VCL-HRNS 1229 Optical Patch Cord connectorized cable [2LC-2LC, 3m, SM]

3 VCL-HRNS 1238 Optical Patch Cord connectorized cable [2LC-2LC, 10m, SM]

4 VCL-HRNS 1242 Optical Patch Cord connectorized cable [LC-FC, 10m, SM]

5 VCL-HRNS 1243 Optical Patch Cord connectorized cable [2LC-2FC, 10m, SM]

6 VCL-HRNS 1239 Optical Patch Cord connectorized cable [LC-SC, 10m, SM]

7 VCL-HRNS 1258 Optical Patch Cord connectorized cable [2LC-2SC, 10m, SM]

8 VCL-ECON 1172 Connector (Attenuator LC-LC-10dB)

9 VCL-ECON 1173 Connector (Attenuator LC-LC-20dB)

10 VCL-ECON 1186 Connector (Attenuator FC-FC-10dB)

11 VCL-ECON 1187 Connector (Attenuator FC-FC-20dB)

12 VCL-ECON 1197 Connector (Attenuator SC-SC-10dB)

13 VCL-ECON 1198 Connector (Attenuator SC-SC-20dB)

14 UMIKitE1opDLX System Core Cables, Installation Accessories, Documentation, System User Manual / Disk (set)

Note: 1. SPFs to be added if 1000BaseSX/LX (Optical) Ethernet Ports are required. 2. Redundant power supply to be added, if required. 3. Select VCL-HRNS 1280 for E1 75 Ohms BNC (F).


Notes: ________________________________________________________________________

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Note: Operation and maintenance of network equipment require professional knowledge and experience. We recommend the equipment to be managed only by qualified technicians. Should you require technical assistance please consult the provider, or contact our SUPPORT DESK at [email protected]

Technical specifications are subject to changes without notice. All brand name and trademarks are the property of their respective owners. Revision 3.0 – March 05, 2013

Regional Office: Miami, Florida Orion Telecom Networks Inc. 4000 Ponce de Leon Blvd. Suite 470, Coral Gables, FL 33146 U.S.A. Phone: 1-305-777-0419, Fax: 1-305-777-0201 E-mail: [email protected]

Regional Office: Miami, Florida Orion Telecom Networks Inc. 4000 Ponce de Leon Blvd. Suite 470, Coral Gables, FL 33146 U.S.A. Phone: 1-305-777-0419, Fax: 1-305-777-0201 E-mail: [email protected]

mailto:[email protected]

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