VCL- DACS 16.pdf

RION

TELECOM

NETWORKS

VCL-MX Version 6 - 80 E1/T1 DXC Digital Access Cross Connect Switch User Installation Manual

Notice

VCL-MX Version 6 - 80 E1 / T1 DXC

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.

UALITY ASSURANCE PROGRAM Orion’s products are designed and manufactured under a strict Quality Assurance Program based on the ISO 9001:2008, 14001:2004 philosophy and principles. Orion pays very special attention to its vendor development program which ensures an “end-product” of the highest quality at the most cost effective prices.

Orion Telecom Networks Inc. - 2012

2

Index


INDEX Particulars Section 1 (System Description and Installation)

P. No. 7

Product Overview

8

Key Features and Highlights

8

OAM Features

8

OAM: Operation and Management Ports

8

System Access, Control and Management Options

9

Security and Protection

9

Timing (Clock) Synchronization

9

System Architectural Details

9

Chassis / System Backplane

9

System Management

10

Status Monitoring

10

Alarm status and monitoring

10

LED indications

10

External Alarm - Contact Closure

10

Section 2 (Technical Specifications)

11

E1 Interface Card

12

T1 Interface Card

13

Protection

13

Power Consumption

13

Environmental

13

OAM - Management Interface Card

14

Management Interface

14

Control Card - Processor, Timing and TSI Card

14

Power Supply Card

15

Dimensions

15

Regulation Compliance

15

Section 3 (Application Diagram and Connection Details)

16

Applications Diagram

17

Shelf Description

18

Core System Composition

19

VCL-MX Version 6 - DXC Back View

19

Connection Details

20

Common Connector Pinout Details

21


3

Index


INDEX Particulars Section 4 (Card Description and Cabling Details)

P. No. 22

Power Supply Card

23

OAM Card

24

Control Card

25

T1 Interface Card

28

E1 Interface Card

29

E1/T1 Connections on Back Panel

31

E1/T1 Cable Pinout Details

32

120/100 Ohms Interface Panel Details

33

Section 5 (HyperTerminal Settings)

34

To Use HyperTerminal for executing the CLI commands

35

HyperTerminal settings for COM Port (RS232) and USB Port

36

HyperTerminal settings for 10/100BaseT Management Port

42

Default User name and Password

47

Section 6 (Default Settings)

49

Telnet Settings

50

SNMP Settings

50

Clock Settings

50

T1 Card Settings

50

E1 Card Settings

50

Alarms Settings

50

Section 7 (USB Serial Port Drivers)

51

Installing USB Serial Port Drivers

52

Section 8 (CLI Commands)

59

Structure of CLI Command Statements and Conventions

60

OAM / Normal Configuration Mode

61

OAM Interface Configuration Commands

62

To Enter OAM Config Level

62

To View OAM Configuration Command

62

To Set System IP Address

63

To Set Subnet Mask

63

To Set Default Gateway

63


4

Index


INDEX Particulars

P. No.

To Set SNMP Read Community

63

To Set SNMP Write Community

64

To Set SNMP Trap Target Port Address

64

To Set SNMP Trap Target Port

64

To Set Trap Target Community

65

To Enable / Disable the SNMP

65

To Add New User

65

To View User List

66

To Delete the User

66

To Change the Super User Password

66

To Check OAM Firmware Version

66

To View OAM Settings

67

To Set the OAM Factory Default Settings

67

To Exit from OAM Configuration Mode

68

System Commands To View the Available Help Menus

69 69

Help CLI Structure Menu

70

Control Card Statements

71

To Set the System Factory Default Settings

71

To Check the System Boot Status and Self Test Error (if any)

72

To Set / Check RTC (Real Time Clock) Settings

73

To Enable / Disable the External Alarm Relay

74

To Check the External Alarm Relay configuration

74

To Check the Power Supply Status

74

To View the Inserted Interface Card Status

75

E1 Interface Card Statements

76

To Set Default and Configure the E1 Card (CRC, Line Impedance)

76

To Configure the E1 Card (Framing, Alarms) and Clear Errors

77

To Configure the E1 Card (CAS, Loopback)

78

To Check E1 Card settings

79

T1 Interface Card Statements

81

To Set Default and Configure the T1 Card (Linecode, framing, loopback)

81

To Configure the T1 Card (RBS, Cable Length)

82

To Configure the T1 Card (Alarms, LIF errors)

83

To Check T1 Card settings

84

E1/T1 Card Mapping Commands

86


5

Index


INDEX Particulars

P. No.

To Add the E1/T1 Interface Card in the Control Card Memory

86

To Check the added E1/T1 Interface Card Status in the Control Card Memory

86

To Remove the E1/T1 Interface Card from the Control Card Memory

86

E1 Card to E1 Card Mapping

87

T1 Card to T1 Card Mapping

88

E1 Card to T1 Card Mapping

89

To Check the E1/T1 Port Mapping

90

To Check E1 Card Mapping

90

To Check the T1 Port Mapping

90

E1/T1 Card Unmapping Commands

91

To Unmap the E1 Card

91

To Unmap the T1 Ports

92

To Set the System Synchronization Clock Priority

93

To Set the External Synchronization Clock option

94

To Check the System Clock Priority

94

To Set / Check the 1+1 Control Card Settings

95

Section 9 (Ordering Information)

98

VCL-MX Version 6, Upto 80 E1/T1, DACS / DXC [Core / Common Equipment]

99

VCL-MX, User Configurable Interfaces

99

Cables and Accessories

100

Support

101


6


Section 1

SECTION 1 System Description and Installation


7


Product Overview

Product Overview The VCL-MX Version 6 DXC 80 E1 (160 Mbps) / T1 (120 Mbps) Digital Access Cross Connect Switch, is a modular switch that may be scaled from 8 E1/T1 Ports to up to 80 E1/T1 Ports. The VCL-MX Version 6, E1/T1 DACS (E1/T1 DXC) offers full cross-connect functionality to crossconnect between 64Kbps time-slots (DS-0s), “n"x64 Kbps consecutive DS-0s and Fractional E1/T1 channels to full E1/T1 channels. The VCL-MX Version 6 DXC 80 E1/T1 Digital Access Cross Connect Switch, occupies 6U high (266 mm) rack-space and is a complete 19-inch standalone unit that provides a 64Kbps time-slot (DS-0) cross-connect fabric for up to 80 E1/T1 ports. This product offers 1+1 -48V DC Power Supply Redundancy, 1+1 Control Card and Processor Redundancy, 1+1 Cross-Connect (TSI) Redundancy, 1+1 Timing (Synchronization Clock Circuitry) Redundancy. This DXC offers “user selectable” clock / timing synchronization priority. The Dual Power Inputs allow the equipment to be powered from two separate power sources. AC input external adapter is an optional for AC mains operation.

Key Features and Highlights

! 80 E1/T1 fully non-blocking cross-connect at 64Kbps (DS-0) level (2480 / 1920 DS-0 any to any time-slot cross-connect)

! Scalable from 8 E1/T1 Ports to 80 E1/T1 Ports ! 1+1 Control Card Processor Redundancy ! 1+1 Cross-Connect / TSI Redundancy ! 1+1 Timing (Synchronization Clock) Redundancy ! 1+1 -48V DC Power Supply Redundancy (Dual Power Input allows the equipment to be powered from two separate -48V DC sources

! Bit Error Rate (BER) monitoring BER thresholds to generate BER alarms automatically whenever alarm limits are exceeded

! Telnet remote access ! SNMP traps ! Maintains Access Security Log ! USB and RS232, interface for local connection through the serial interface to the "Network Control and Management Software”

! User Selectable Internal, External and Loop-timed clock synchronization priority options ! Local and remote loopback facility. OAM Features OAM: Operation And Management Ports

! RS232 Serial Port ! USB COM Port ! 10/100BaseT Ethernet for remote access. Orion Telecom Networks Inc. - 2012

8

Additional Features


System Access, Control and Management Options

! Telnet ! CLI Control Interface (HyperTerminal or VT100) ! SNMP V2 Traps (MIB File provided) ! GUI (Graphical User Interface). Security and Protection

! Password Protection (Password Protection for Telnet access). Timing (Clock) Synchronization Timing Options

Internal Clock, Loop-Timed Clock, External Clock. User selectable synchronization priority

Synchronization Sources

Internal Clock, span clock timing derived from incoming E1/T1 links (Loop-Timed), External Clock, 75 Ohms (TTL), or 1.544 Mbps (100 Ohms BITS clock) for T1 and 2.048 Mbps (120 Ohms BITS Clock) for E1

Default Option

Internal Clock

System Architectural Details VCL-MX Version 6, is a scalable DXC that may be used to cross-connect at DS-0 (64Kbps time-slot level) from 8 E1/T1 Ports to 80 E1/T1 Ports. The VCL-MX Version 6 DXC has a multi-slot chassis with TDM backplane. In the chassis, there are ten (10) E1/T1 Interface Card slots. Each E1/T1 Interface Card has 8 Ports. Two slots are reserved for 1+1 redundant control cards, which includes the redundant cross connect, processor, TSI and clock synchronization / timing functions. One dedicated slot exists for an OAM card and two slots for 1+1 redundant power supply cards.

Chassis / System Backplane All connections are made at the rear of the chassis, providing interconnections between the E1/T1 plugin cards and to the network. VCL-MX Version 6 - 80 E1/T1, Digital Access Cross Connect Switch supports high-density E1 / T1 Interface Cards. An extensive set of alarms, for easy maintenance are provided in the system.


9


System Management

System Management VCL-MX Version 6 - 80 E1/T1, Digital Access Cross Connect Switch offers a variety of management options. The equipment may be configured using CLI (English text) commands, or a GUI (Graphical User Interface). The management and configuration commands may be executed from a VT100 terminal, Windows HyperTerminal, any DOS-based system, Linux or UNIX based system, or Telnet (remote configuration and management). The equipment provides a wide choice of access ports for connecting to and executing management and configuration commands through its OAM Card. The OAM card provides: a) b) c)

COM Port (RS232 Serial Port). USB Port 10/100BaseT Ethernet Port (each multiplexer may be assigned an IP address and connected to a LAN / IP network for remote access and management through the 10/100BaseT Ethernet Port for out-of-band configuration, management and access).

Status Monitoring

! Synchronization Clock Selection ! Status of alarms ! Enabled/Disabled status of 2.048 Mbps E1 Ports Enabled/Disabled status of 1.544 Mbps T1 Ports ! ! Monitoring the 80 Port E1/T1 DACS status and configuration -6 ! Monitoring of E1 Link status: LOS, LOF, AIS, ES (10 error alarm, 1 error in 1 million frames ), SES -3

(10 error alarm, 1 error in 1000 frames) , UAS (Error Time).

Monitoring of T1 Link status: LOS, LOF, AIS, RA !

Alarm status and monitoring

! Loss of incoming signal at all 2.048 Mbps E1 Ports ! Loss of incoming signal at all 1.544 Mbps T1 Ports ! Configuration error alarm LED indications

! 1 to 80 E1/T1 Ports LED indicators ! 5V DC present ! -48V DC present ! Configuration error. External Alarm - Contact Closures

! 1 Alarm relay Type - Form “C” Orion Telecom Networks Inc. - 2012

10


Section 2

SECTION 2 Technical Specifications


11


Technical Specifications

E1 Interfce Card: (Part No. VCL-MX-1520-E1-5.0) Maximum number of interfaces

80 E1 Interfaces with full capability to cross-connect at DS-0, 64Kbps time-slot level, as well as to inter connect to voice and digital data services between 80 incoming E1 Ports (i.e. 80 separate E1 Links, 2480 DS-0 - any to any time-slot cross-connect).

Number of interfaces per E1

8 E1 Interfaces with full capability to cross-connect at Interface Card DS-0, 64Kbps time-slot level as well as to inter-connect to voice and digital data services between 80 incoming E1 Ports (i.e. 80 separate E1 Links).

Connectors

DB-25 / RJ-45 / RJ-48C

Conformity (electrical)

G.703

Frame structure

As per ITU (CCITT) G.704

Bit rate

2048 Kbps ± 50 ppm

Signaling

Channel Associated Signaling

PCM sampling rate

8,000 samples/sec

Code

HDB3

Nominal impedance

120 Ohms balanced / 75 Ohms unbalanced

Peak voltage of a mark For 120 75

balanced interface

unbalanced interface

3.0 V ± 0.3 V 2.37 V ± 0.237 V

Peak voltage of a space For 120 75

balanced interface


0 V ± 0.3 V 0 V ± 0.237 V

Nominal pulse width

244 ns

Pulse mask

As per ITU (CCITT) Rec. G.703

Output jitter

< 0.05 UI (in the frequency range of 20Hz to 100 KHz)

Permissible attenuation

6dB at 1 MHz

Return loss at: 51.2 KHz to 102.4 KHz

> 12dB

102.4 KHz to 2048 KHz

> 18dB

2048 KHz to 3072 KHz

> 14dB

Jitter tolerance


Frame alignment


Loss and recovery of frame

As per Clause 3 of ITU (CCITT) G.732

alignment Loss and recovery of

As per Clause 5.2 of ITU (CCITT) G.732

multi-frame alignment


12



T1 Interface Card: (Part No. VCL-MX-1520-T1-5.0) Maximum number of interfaces

80 E1/T1 Interfaces with full capability to cross-connect at DS-0, 64Kbps time-slot level, as well as to inter-connect to voice and digital data services between 80 incoming E1/T1 Ports (i.e., 80 separate E1/T1 Links, 1920 DS-0 – any to any time-slot cross-connect)

Number of interfaces per 8 E1/T1 Interfaces with full capability to cross-connect at E1/T1 Interface Card

DS-0, 64Kbps time-slot level as well as to inter-connect to voice and digital data services between 80 incoming E1/T1 Ports (i.e., 80 separate T1 Links).

Connectors

DB-25 / RJ-45 / RJ-48C


ITU-T G.703

Frame structure


Framing options

D4, ESF (Selectable)

Line coding

AMI, B8ZS (Selectable)

Line rate

1.544 Kbps ± 50 ppm

Nominal impedance

100 Ohms

Jitter tolerance

ITU-T G.823, ITU-T 1.431

Monitoring connection

Loss of Signal (LOS), Loss of Frame (LOF), All Ones Alarms

line quality

(AIS), RA (Remote Alarm).

Protection Central Office Terminal and Remote Terminal are protected against power surges and transients occurring from lightning and electric induction as per ITU-T CCITT Rec. Table I/K-20 towards line side.

Power Consumption Maximum power consumption

90 watts

Environmental Temperature

-10°C to + 60°C

Humidity

95% R.H. (Non-condensing)

Altitude

Upto 9,000 feet


13



OAM - Management Card (Part No. VCL-OAM-1490-5.0) Network interface

RJ-45 Ethernet 10BaseT or 100BaseT-TX (auto sensing) Support auto MDI/MDI X

Compatibility

Ethernet Version 2.0 IEEE802.3

Protocols supported

UDP/IP, TCP/IP, Telnet, ICMP and SNMP

LEDs

10Base-T and 100Base-TX Activity, full/half duplex

Management

SNMP Telnet Login

EMI compliance

- Radiated and conducted emissions – complies with Class B limits of EN55022:1998 - Direct and Indirect ESD – complies with EN55024:1998 - 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

Management Interface

! COM Port (RS232 Serial Port)

! USB Port

! 10BaseT Ethernet Port – each MX-V6 DXC may be assigned an IP address and connected to a LAN / IP network for remote access and management through the 10BaseT Ethernet Port for outof-band configuration, management and access

! Telnet

! SNMP V2

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

Control Card - Processor, Timing and TSI Card: (Part No. VCL-MX-1500-E1-T1) Control Card Redundancy

Yes

Processor

1+1 Redundant ARM7 Self Learning Self Healing Automatic Fail-Over and Recovery

Timing and TSI

1+1 Redundant Self Learning Self Healing Automatic Fail-Over and Recovery


14



Power Supply Card (VCL-MX-1510) Input DC voltage

-48V DC (nominal)

Range of input

-36V to -72V DC

Output voltage Output voltage variation

+5V, Filtered -48V (for terminal cards) ± 5%

Full load current rating

4A at 48V DC

Input voltage reversal protection

Provided in the card

Over-current protection

4A at 48V DC

Short-circuit protection

Current limit 4A. Recovers on removal of short circuit

Efficiency at full load

> 91%

Ripple at full load

< 5mVrms

Spike at full load

< 50mV

Dimensions Height

266 mm (19” 6U high)

Width

482 mm

Depth

270 mm

Weight

7 kgs. (approximately fully loaded)

Regulation Compliance

Meets CE requirements ! Complies with FCC Part 68 and EMC FCC Part 15 Class 2 ! Safety – ULI 1459 Issue 2 ! Operation ETS 300 019 Class 3.2 ! Storage ETS 300 019 Class 1.2 ! Transportation ETS 300 019 Class 2.3 !


15


Section 3

SECTION 3 Application Diagram and Connection Details


16

Application Diagrams


Application Diagram

ISP Digital Cross-Connect Application – Providing Fractional E1/T1s to Subscribers

Fractional E1/T1 Channels Fractional E1/T1

Internet

E1/T1 Fractional E1/T1

Router

Fractional E1/T1 VCL-MX Version-6 - DXC Aggregates Fractional E1/T1 Channels to a Single E1/T1

Backhaul – Cellular Application using VCL-MX Version 6 – DXC

Cell Site Cell Site

Cell Site VCL-MX Version 6 - DXC MTSO Switch

Cell Site


Cell Site

Cell Site

17

Shelf Description


Shelf Description Slot 1

PSU

Slot 3 Slot 5

Slot 7

Slot 9

Slot 11

Slot 13

Slot 15

Slot 17

OAM E C U P R O S W R M B R

VCL-MX Version 6 DXC

USB PORT

LAN RESET

- 48V DC 1 - 48V DC 2

CLK

CLK

SYNC

SYNC

SYNC

SYNC

SYNC

SYNC

SYNC

SYNC

SYNC

SYNC

LAN PORT 4 3 2 1 SYNC ALM

5V DC

4 3 2 1 SYNC ALM

8 7 6 5

RION

STATUS

STATUS

CONFIG

CONFIG

ST ERR

ST ERR

4 3 2 1 SYNC ALM

8 7 6 5

4 3 2 1 SYNC ALM

8 7 6 5

4 3 2 1 SYNC ALM

8 7 6 5

4 3 2 1 SYNC ALM

8 7 6 5

4 3 2 1 SYNC ALM

8 7 6 5

4 3 2 1 SYNC ALM

8 7 6 5

4 3 2 1 SYNC ALM

8 7 6 5

4 3 2 1 SYNC ALM

8 7 6 5

8 7 6 5

SYNC ALM

SYNC ALM

SYNC ALM

SYNC ALM

SYNC ALM

SYNC ALM

SYNC ALM

SYNC ALM

SYNC ALM

SYNC ALM

ST ERR

ST ERR

ST ERR

ST ERR

ST ERR

ST ERR

ST ERR

ST ERR

ST ERR

ST ERR

E1 Interface Card

E1 Interface Card

E1 Interface Card

E1 Interface Card

T1 Interface Card

T1 Interface Card

T1 Interface Card

T1 Interface Card

T1 Interface Card

T1 Interface Card

TELECOM NETWORKS

PSU

Blank Plate

Blank Plate

Control Card

Control Card

- 48V DC 1 - 48V DC 2 5V DC

Slot 2 1.

Slot 4

Slot 6

Slot 8

Slot 10

Slot 12

Slot 14

Slot 16

Slot 1 and 2: 3U High Slot number 1 and 2 are dedicated for the 1+1 redundant -48V DC power supply cards

2.

Slot 3: 3U High Slot number 3 is dedicated for the OAM Card to access the system through RS232 DB9 COM Port, USB COM Port, TCP/IP Telnet and SNMP V2.

3.

Slot 4: 3U High Slot number 4 is Reserved / Un-used.

4.

Slot 5: 6U High Slot number 5 is Reserved / Un-used.

5.

Slot 6: 6U High Slot number 6 is dedicated for Main Control Cards.

6.

Slot 7: 6U High Slot number 7 is dedicated for Standby (Redundant) Control Cards.

7.

Slot 8 ~ Slot 17: 6U High Slot numbers 8 to 17 are dedicated for the 8 Port E1/T1 Interface Cards.


18

Back View


Core System Composition Slot Description

Description

Part No.

19-Inch Shelf 6U high

Shelf and Backplane

VCL-MX-1506

Slot 1

Power Supply Card 1

VCL-MX-1510

Slot 2

Power Supply Card 2 (Redundant)

VCL-MX-1510

Slot 3

OAM Card

VCL-OAM-1490-5.0

Slot 4

Reserved / unused

-

Slot 5

Reserved / unused

-

Slot 6

Control Card 1

VCL-MX-1500-DXC

Slot 7

Control Card 2 (Redundant)

VCL-MX-1500-DXC

Slot 8-17

E1 Interface Card

VCL-MX-1520-E1-5.0

T1 Interface Card

VCL-MX-1520-T1-5.0

VCL-MX Version 6 – DXC – Back View

10-1

10

9-1

9

8-1

8

7-1

7

6-1

6

5-1

5

Redundant Power Input (PSU 1)

External 75 Ohms (TTL) Clock Input

DBC1 # DB-25 (Female) Connectors for E1/T1 Ports (01 ~ 04)

4-1

4

3-1

3

2-1

2

1-1

PSU-1

1

-48VDC INPUT

EXTCLK75IN

BITS Clock Input

EXCLKIN

EXCLKOUT

10-1

9-1

8-1

7-1

6-1

5-1

4-1

3-1

2-2

1-2

10-3

9-3

8-3

7-3

6-3

5-3

4-3

3-3

2-3

1-3

GND

BITS Clock Output

PSU-2 5V -48VDC INPUT

Redundant Power Input (PSU 2)

ALARM

EC1 E01

EC2 E02

RS-232

RS232 Management Port

EARTH

NC COM NO 10-4

9-4

8-4

7-4

6-4

5-4

4-4

3-4

2-4

1-4

DBC3 # DB-25 (Female) Connectors for E1/T1 Ports (05 ~ 08)


External Safety Alarm Ground Output

19

Connection Details


Connection Details External BITS Clock (IN)

-48V DC Power Input 2

BNC - 75 Ohms External Clock (IN) RJ-45 (Female) Port 1

RJ-45 (Male)

-48V DC

BNC Connector BNC Connector (Female) (Male)

External BITS Clock (OUT)

-48V DC -48V DC Power Input 1

RJ-45 (Female) Port 2

10-1

10

RJ-45 (Male)

9-1

9

8-1

8

7-1

7

6-1

6

5-1

5

4-1

4

3-1

3

2-1

2

1-1

PSU-1

1

-48VDC INPUT

EXTCLK75IN

EXCLKIN

EXCLKOUT

10-1

9-1

8-1

7-1

6-1

5-1

4-1

3-1

2-2

1-2

10-3

9-3

8-3

7-3

6-3

5-3

4-3

3-3

2-3

1-3

GND PSU-2 5V -48VDC INPUT

ALARM

EC1 E01

EC2 E02

RS-232

EARTH

NC COM NO 10-4

9-4

8-4

7-4

6-4

5-4

4-4

3-4

2-4

1-4

DB9 (Female) Connector DB25 (F) Connector

DB9 (Male) Connector To COM Port (To PC)

DB25 (M) Connector


Safety Ground

RS232 Connection

20


Pinout Details

Common Connector Pinout Details RJ-45 for E1/T1 Interface RJ-45 (Female) Pin #

12345678

Signal in RJ-45 (Female)

1

Rx Tip (Data In)

2

Rx Ring (Data In)

4

Tx Tip (Data Out)

5

Tx Ring (Data Out)

RJ-45 (Female)

RS-232 DB-9 - NMS Port 1 2 3 4 5

DB-9 (Female) Pin #

Signal in DB-9 (Female)

2

Transmit (Data Out)

3

Receive (Data In)

5

Ground

6 7 8 9

DB-9 (Female)

Ethernet RJ-45 Pinouts 12345678

RJ-45 (Female) Pin #


1

Receive (Rx_N)

2

Receive (Rx_P)

3

Transmit (Tx_N)

6

Transmit (Tx_P)


RJ-45 (Female)

21


Section 4

SECTION 4 Card Description and Cabling Details


22

Power Supply Unit


Power Supply Card – Slot 1 and 2 (1+1 Redundant) – Part # VCL-MX-1510 The Power Supply Unit (PSU) is fabricated on a 220mm x 100mm printed circuit board. The assembled card is designed to fit in a 10T x 3U slot of the standard 19" VCL-MX Version 6 - E1/T1 DXC sub-rack and the designated slot is Slot No-1 and Slot No -2. The PSU requires an input of -48V and provides logic supplies required by the other core system card (Control Card) as well as the user interface cards in the VCL-MX Version 6 - E1/T1 DXC sub-rack. The logic supplies generated by the PSU module are Positive 5V and Negative 5V. The power supply module also does the filtering of the -48V supply to be fed to the termination cards.

PSU

- 48V DC 1 - 48V DC 2 5V DC

The input -48V DC is provided via a 2-pin connector present at the back panel of the system. PSU Front Indications: The PSU provides the following indications in the front of the sub-rack: Therefore, the 3 LEDs indicate the following: LED

Color

Status

Description

-48 DC 1

Green

ON

DC Input 1 (-48V) present

OFF

DC Input 1 (-48V) fail

ON

DC Input 2 (-48V) present

OFF

DC Input 2 (-48V) fail

ON

Output 5V DC OK

OFF

Output 5V DC fail

-48 DC 2 5V DC

Green Green

Specification Input DC voltage

-48V DC (nominal)

Range of input

-36V to -72V DC

Output voltages

+5V, -5V, Filtered -48V (for terminal cards)

Output voltage variation

± 5%

Full load current

4A at 48V DC

Input voltage reversal protection

Provided in the card

Over-current protection

4A at 48V DC

Short-circuit protection

Current limit 4A. Recovers on removal of short circuit

Efficiency at full load

>91%

Ripple at full load

<5mVrms

Spike at full load

<50mV

Max power load

150 Watts


23

OAM Card


OAM Card – Slot 3 – Part # VCL-OAM-1490-5.0 OAM Card is fabricated on a 220mm x 100mm printed circuit board. The assembled card is designed to be accommodated in a 6T x 3U slot of the standard 19" VCL-MX, Version 6 - E1/T1 DXC rack and the designated Slot No. 3.

OAM E C U P R O S W R M B R

This card is used to connect the VCL-MX Version 6 to an office NMS to be managed remotely over a TCP / IP network using Telnet / CLI Text Commands. The user may assign a unique IP Address to each NMS Card / MX-V6 DXC so that each MX-V6 DXC may be accessed individually over a LAN. LED

Color

Status

Description

ERR

Green / Red

Red

OAM Self-Test fail

Bi-color

OFF

OAM Self-Test OK

Green / Red

Green

DB9 COM Port active

Bi-color

OFF

DB9 COM Port inactive

Green / Red

Green

USB COM Port active

Bi-color

OFF

USB COM Port inactive

Green / Red

Green

Input power OK

Bi-color

OFF

Input power fail

COM USB PWR

USB PORT

LAN RESET

LAN PORT

Specification Network interface

RJ-45 Ethernet 10 / 100BaseT-TX

Compatibility

Ethernet Version 2.0 IEEE802.3

Protocols supported

UDP/IP, TCP/IP, Telnet, ICMP and SNMP

LEDs

10 M / 100M Activity, full/half duplex

Management

SNMP, Telnet Login, RS232 Serial port

EMI compliance

Radiated and conducted emissions complies with Class B limits of EN55022:1998 Direct and Indirect ESD complies with EN55024:1998 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


24


Control Card

Control Cards – Slot 6 & 7 – Part # VCL-MX-1500-DXC The VCL-MX Version 6 DXC offers the option of installing Redundant Control Cards (Main and Standby). The Control Cards are fabricated on a 220mm x 234mm printed circuit boards. The assembled Control Cards are designed to be accommodated in 6U slots that are designated specifically for Control Cards in the standard 19" VCL-MX Version 6, E1/T1 DXC sub-rack. The 'Main' Control Card designated in slot number 6 and the 'Standby' Control Card designated in slot number 7. Chassis slot number 6 # Control Card slot 1 Chassis slot number 7 # Control Card slot 2 Control Card forms the heart of the VCL-MX Version 6 - E1/T1 DXC and contains all the system information, except the OAM configuration. The Control Card provides the following functions: 1. Stores the system configurations 2. Provides a non-volatile memory / storage for all user defined setting even during system POWER-OFF 3. Provides a Real-Time Clock to store the time, date, month and year. This clock keeps running even during power-off though its internal battery. The expected life of this internal battery is about 15 years. 4. Provides system clock synchronization / timing 5. Provides alarm extensions 6. Provides a configuration, management and control interface to the user. 7. Equipped with a powerful processor (CPU) that provides continuous system monitoring and system diagnostics. 8. Provides self-test evaluation at start-up. 9. Provides LED indications for the Alarm and Link status. Upon powering up the equipment, the 'Main' Control Card seated in the Slot No. 6 of the chassis becomes the 'Active' Control Card and this status is indicated by the 'STATUS' LED glowing Green. The 'Standby' Control Card, seated in the Slot No. 7 of the chassis remains in listening mode and the status of the 'Standby' Control Card is shown by its 'STATUS' LED glowing Orange. During the system configuration process, both, 'Main' Control Card and the 'Standby' Control Card are configured with an identical configuration.

CLK

STATUS

CONFIG

ST ERR

Control Card

In the event of either the failure or the removal of the 'Main' Control Card from the chassis, the 'Standby' Control Card takes over, automatically, and becomes the 'Active' Control Card without effecting ‘live’ traffic. If either of the Control Cards are replaced by a fresh Control Card in an already working system, the newly inserted Control Card (either the Control Card in Slot No. 6 or 7) its configuration shall be required to be updated. This is done by simple commands that can be executed by the user after any Control Card has been replaced by a new Control Card in a working system.


25


Control Card

The CLI commands to update, verify and check the control card status are given below. Control Card Commands: Command: cc/config/export This command shall copy the entire configuration of the 'Active' Control Card to the 'Standby' Control Card / 'New' Control Card. This command should be used when any control card has been replaced with a completely new / completely un-configured control card in an already working system. While copying the configuration, the Control Card may remain busy and the OAM Card may return the message of system busy at that time. The Control Card shall become available immediately after the configuration has been copied. Command: cc/config/update This command shall only selectively update configuration of the 'INACTIVE' Control Card so that it matches the configuration of the 'ACTIVE' Control Card. This command should be used when any Control Card has been temporarily removed and then re-inserted in an already working system.

CLK

STATUS

CONFIG

During the process of updating, the configuration of the Control Card may remain busy and the OAM Card may return the message of system busy at that time. The Control Card shall become available immediately after the configuration has been updated. Command: cc/config/verify This command verifies that the 'exported' / 'copied' configuration has been correctly transferred from the 'Active' Control Card to the 'Standby' Control Card. This command must always be used after either the 'cc/config/export', or the 'cc/config/update' commands have been executed to verify the correctness of the transferred configuration file.

ST ERR

Control Card

Upon the execution of the 'cc/config/verify' command, the 'Active' Control card shall verify the configuration of the 'Inactive' Control card. The configuration status of the control card is reflected on the 'CONFIG' LED. Command: cc/config/result? The execution of the 'cc/config/result?' command shall display the result of CLI command 'cc/config/verify' task. When the configuration of 'STANDBY / INACTIVE' Card is identical to that of the 'ACTIVE' Card, Configuration LED on the front panel shall be GREEN.


26


Control Card

When the configuration of 'STANDBY / INACTIVE' Card does not match with the configuration of the 'ACTIVE' Card, Configuration LED on the front panel shall be RED. The 'cc/config/result' command must always be used after the execution of the 'cc/config/verify command' to update the status of both 'ACTIVE' Card and 'STANDBY / INACTIVE' Card in the data base of the 'ACTIVE CARD'.

Command: cc/config/status? This command shows the status of the Control Card in Slot 6 and the Control Card in Slot 7.

CLK

Control Card Front Indications The Control Card provides the following LED indications: STATUS

LED

Color

Status Description

CLK

Green / Red

Green

Clock OK, System running on configured priority clock

CONFIG

Orange Configured clock priority fail, System running on internal clock STATUS Green / Red

Green

Control card active (MAIN)

Orange Control card inactive (STANDBY) CONFIG Green / Red

Green

ST ERR

Standby control card configuration OK / Verified

Orange Standby control card configuration not verified ST ERR

Green / Red

Red

Standby control card configuration mismatch

Green

Self-test OK

Red

Self-test fail


Control Card

27

T1 Interface Card


T1 Interface Card – Slot 8 to Slot 17 – Part # VCL-MX-1520-T1-5.0 T1 Interface Card is fabricated on a 220mm x 234mm printed circuit board. The assembled card is designed to be accommodated in a 6U slot of the standard 19" VCL-MX Version 6 - T1 DXC sub-rack and can be inserted in any Interface Card Slot number from 8 to Slot 16. The T1 Interface card provides 8 T1 Ports per T1 card and used to provides crossconnect at DS0 (64Kbps) level. LED

Color

Status

Description

SYNC

Green / Red

Green

Card synchronized with Control Card

Bi-Color

Red

Card is not synchronized with Control Card

SYNC

Green / Red

Green

No alarm present on respective T1 Port

ALM

Bi-Color

Red

An alarm is present on respective T1 Port

(1 ~ 8) ST ERR

OFF

Respective T1 Port disabled

Green / Red

Green

Self-test OK

Bi-color

Red

Self-test fail

SYNC

4 3 2 1 SYNC ALM 8 7 6 5 SYNC ALM

Specification Maximum number of interfaces

80 T1 Interfaces with full capability to cross-connect at DS-0, 64Kbps time-slot level, as well as to inter-connect to voice and digital data services between 80 incoming T1 Ports (i.e., 80 separate T1 Links, 1920 DS-0 - any to any time-slot cross-connect)

Number of interfaces per 8 T1 Interfaces with full capability to cross-connect at T1 interface card DS-0, 64Kbps time-slot level as well as to inter-connect to voice and digital data services between 80 incoming T1 Ports (i.e., 80 separate T1 Links). Connectors

DB-25 / RJ-45 / RJ-48C


ITU-T G.703

Frame structure


Framing options

D4, ESF (Selectable)

Line coding

AMI, B8ZS (Selectable)

Line rate

1.544 Kbps ± 50 ppm

Nominal impedance

100 Ohms

Jitter tolerance

ITU-T G.823, ITU-T 1.431

Monitoring connection line quality

Loss of Signal (LOS), Loss of Frame (LOF), All Ones Alarms (AIS), RA (Remote Alarm).


ST ERR

T1 Interface Card

28

E1 Interface Card


E1 Interface Card – Slot 8 to Slot 16 – Part # VCL-MX-1520-E1-5.0 E1 Interface Card is fabricated on a 220mm x 234mm printed circuit board. The assembled card is designed to be accommodated in a 6U slot of the standard 19" VCLMX Version 6 - E1 DXC sub-rack and can be inserted in any Interface Card Slot number from 8 to Slot 16. The E1 Interface Card provides 8 E1 ports per E1 card and used to provides crossconnect at DS0 (64Kbps) level. LED

Color

Status

Description

SYNC

Green / Red

Green

Card synchronized with Control Card

Bi-Color

Red

Card is not synchronized with Control Card

SYNC

Green / Red

Green

No alarm present on respective E1 Port

ALM

Bi-Color

Red

E1 alarm present on respective E1 Port

(1 ~ 8) ST ERR

OFF

Respective E1 port disabled

Green / Red

Green

Self-test OK

Bi-color

Red

Self-test fail

SYNC

4 3 2 1 SYNC ALM 8 7 6 5 SYNC ALM

ST ERR

E1 Interface Card


29


E1 Interface Card

Specification Maximum number of interfaces

80 E1 Interfaces with full capability to cross-connect at DS-0, 64Kbps time-slot level, as well as to inter-connect to voice and digital data services between 80 incoming E1 Ports (i.e. 80 separate E1 Links, 2480 DS-0 - any to any time-slot cross-connect).

Number of interfaces per E1

8 E1 Interfaces with full capability to cross-connect at interface card DS-0, 64Kbps time-slot level as well as to inter-connect to voice and digital data services between 80 incoming E1 Ports (i.e. 80 separate E1 Links).

Connectors

DB-25 / RJ-45 / RJ-48C


G.703

Frame structure


Bit rate

2048 Kbps ± 50 ppm

Signaling

Channel Associated Signaling

PCM sampling rate

8,000 samples/sec

Code

HDB3

Nominal impedance

120 Ohms balanced / 75 Ohms unbalanced

Peak voltage of a mark For 120 75

balanced interface


3.0 V ± 0.3 V 2.37 V ± 0.237 V

Peak voltage of a space For 120 75

balanced interface


0 V ± 0.3 V 0 V ± 0.237 V

Nominal pulse width

244 ns

Pulse mask

As per ITU (CCITT) Rec. G.703

Output jitter

< 0.05 UI (in the frequency range of 20Hz to 100 Khz)

Permissible attenuation

6dB at 1 Mhz

Return loss at: 51.2 KHz to 102.4 KHz

> 12dB

102.4 KHz to 2048 KHz

> 18dB

2048 KHz to 3072 KHz

> 14dB

Jitter tolerance


Frame alignment


Loss and recovery of frame

As per Clause 3 of ITU (CCITT) G.732

alignment Loss and recovery of

As per Clause 5.2 of ITU (CCITT) G.732

multi-frame alignment


30

E1/T1 Interface Card


E1/T1 Connections on Back Panel DBC 1

DB25 (F) Connector

DB25 (M) Connector

E1/T1 Port 01~04

10-1

10

9-1

9

8-1

8

7-1

7

6-1

6

5-1

5

4-1

4

3-1

3

2-1

2

1-1

PSU-1

1

-48VDC INPUT

EXTCLK75IN

EXCLKIN

EXCLKOUT

10-1

9-1

8-1

7-1

6-1

5-1

4-1

3-1

2-2

1-2

GND PSU-2

10-3

9-3

8-3

7-3

6-3

5-3

4-3

3-3

2-3

1-3

5V -48VDC INPUT

ALARM

EC1 E01

EC2 E02

RS-232

EARTH

NC COM NO 10-4

9-4

8-4

7-4

6-4

5-4

4-4

3-4

2-4

1-4

DBC 3

DB25 (F) Connector

DB25 (M) Connector

E1/T1 Port 05~08

The upper DB25 connector (DBC 1) will provide the E1/T1 Port 01 to 04 for the E1/T1 Card and the second-last DB25 connector (DBC 3) will provide E1/T1 Port 05 to 08 for the E1/T1 Card seated in slot number 8 as shown in the above figure. Orion Telecom Networks Inc. - 2012

31

E1/T1 Interface Card


E1/T1 Cable Pinout Details – DB25 Male to open Cables Part # VCL-HRNS 1264-4E1T1O (E1T1 Cable) End 1

DB-25 Male (2 Row)

End 2

Open & Paired, Twisted & Pair No. marked with a sticker

Type of Cable

Twisted pair single-stand

No. of Pairs

08 pairs

Diameter

0.4 mm.

Length

3 meters

Connection

As per details given below

Pin @ DB-25 (M)

Color

Open Side

2

White/Blue

Rx Tip

14

Blue

Rx Ring

3

White/Orange

Tx Tip

15

Orange

Tx Ring

4

White/Green

Rx Tip

16

Green

Rx Ring

5

White/Brown

Tx Tip

17

Brown

Tx Ring

10

White/Gray

Rx Tip

22

Gray

Rx Ring

11

Red/Blue

Tx Tip

23

Blue

Tx Ring

12

Red/Orange

Rx Tip

24

Orange

Rx Ring

13

Red/Green

Tx Tip

25

Green

Tx Ring

1

2

3

4

5

6

7 8

Pair 1

FXS Channel No. E1/T1 Port 1

Pair 2 Pair 3

E1/T1 Port 2

Pair 4 Pair 5

E1/T1 Port 3

Pair 6 Pair 7

E1/T1 Port 4

Pair 8

9 10 11 12 13

14 15 16 17 18 19 20 21 22 23 24 25

25 Pin D-type - Pin assignment view from front side (Male Connector)


32

E1/T1 Connections


120 / 100 Ohms Interface Panel Detail - Part # VCL-1505-TER-DB37F-RJ45F To connect the E1/T1 Ports of VCL-MX Version 6 - DXC with 120 Ohms / 100 Ohms RJ-45(F) connector, an external 6 x DB-37 (Female) to 48 x RJ-45 (Female) Interface Panel is provided (optional). 120 Ohms / 100 Ohms Interface Panel unit is a 1U, 19 inch shelf, fitted with a backplane that provides rear access of 2.048 Mbps electrical E1 and 1.544 Mbps electrical T1 I/Os.

Back view of 120 / 100 Ohms Interface Converter At the back of 120 Ohms / 100 Ohms Interface Panel, 6 x DB-37 (Female) connectors are provided to connect the 120 Ohms E1 and 100 Ohms T1 Interface with VCL-MX Version 6 - DXC 80 E1/T1 ports and Output ports using DB-37 (Male) to DB-37 (Male) parallel cable.

T1 09 - 16

T1 09 - 16

T1 09 - 16

T1 09 - 16

T1 09 - 16

T1 09 - 16

Front view of 120 / 100 Ohms Interface Panel At the front of 120 Ohms / 100 Ohms Interface Panel, 48 x RJ-45 (Female) connectors are provided to connect the 120 Ohms E1 and 100 Ohms T1 links with VCL-MX Version 6 - DXC. 1

3

5

7

1

3

5

7

1

3

5

7

1

3

5

7

1

3

5

7

1

3

5

7

2

4

6

8

2

4

6

8

2

4

6

8

2

4

6

8

2

4

6

8

2

4

6

8

Each RJ-45 (Female) port, which is connected with VCL-MX Version 6 - DXC 80 E1/T1, comprises of one E1/T1 link. Pin 1 & 2 are reserved for Rx pair and pin 4 & 5 are reserved for Tx pair. Pinout details for RJ-45 (Female) Connector, which is connected with E1/T1 Port of VCL-MX Version 6 - DXC 80 E1/T1. 12345678

Connector

Pin #


RJ-45 (Female)

1

Rx Tip (Data In)

2

Rx Ring (Data In)

4

Tx Tip (Data Out)

5

Tx Ring (Data Out) RJ-45 Plug Pin Assignment (view from front side)


33


Section 5

SECTION 5 HyperTerminal Settings


34


HyperTerminal Settings

To use HyperTerminal for executing the CLI commands through COM Port (RS232), USB Port and 10/100BaseT Management Port (LAN Port) To use HyperTerminal for executing the CLI commands through COM Port (RS232 Serial), USB Port and through the 10/100BaseT Management Port (LAN Port) Important Instructions:

! The user can choose to use the HyperTerminal utility to access the equipment either through the local serial/RS232 COM Port and USB Port.

! Alternatively, the user may use the HyperTerminal utility access the equipment through the 10/100BaseT Ethernet Management 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 (RS232 COM) port, USB Port or the remote (10/100BaseT ethernet) port over a TCP/IP network. The use of this option is explained elsewhere in the user manual.

Note: 1. HyperTerminal and 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/RS232 COM Port, USB Port or the 10/100BaseT Ethernet Management Port for executing the CLI commands. 2. USB Port has first priority to access the system. If the USB cable is connected with the system then the system is accessible using USB Port, RS232 port shall be automatically disabled.


35



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:


36



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

** COM1 / COM2 / COM3 depends 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)].


37



Change the Bits per second option to “9600” and flow control option to “None”. The final settings should be as follows: 1

Bits per second

9600

2

Data bits

8

3

Parity

None

4

Stop bits

1

5

Flow control

None

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


38



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

The following window will appear on your screen:


39



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. Orion Telecom Networks Inc. - 2012

40




Press the Enter key. The system prompt MXV6> will appear on screen: This prompt will be generated by the system. Now the user can access/configure the system with the CLI commands, using the serial (RS232) and USB port .

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


41



HyperTerminal settings for 10/100BaseT Management 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:


42



Select the TCP/IP (Winsock) option from the drop over menu and click OK. The following window will appear on your screen:


43



Enter the IP Address of the system (VCL-MX Version 6 DXC 80 E1/T1, Digital Access Cross Connect Switch) in the Host address field. (The IP Address, which is already programmed at the factory / default in the memory of the card, is 192.168.1.101). To change the IP Address, please refer to Section 6 CLI commands (OAM Interface Configuration Commands) of the user manual. Enter the system IP address as shown in the below screen.

Click on OK. The following window will appear on your screen:


44



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



45



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. Orion Telecom Networks Inc. - 2012

46




Press the Enter key. The following screen will appear:

Type the user name and password to enter system configuration mode. Factory default user name “super_user” (case sensitive) Factory default password “super_user” (case sensitive) Orion Telecom Networks Inc. - 2012

47



Enter the user name and password. The following screen will appear:

login: super_user password: Welcome super_user {Type *level? To check the level} MXV6>

Prompt MXV6> will be generated by the system. Now the user can access/configure the system with the CLI commands remotely, over the 10/100BaseT Ethernet Port, using the HyperTerminal utility. Note: Please save the settings before you exit the HyperTerminal window for your future use. To Telnet the VCL-MX Version-6 DXC, click on Start > Run next type telnet system IP Address (as shown in below screen) and click on OK.

The following screen will appear:

Type the user name and password to enter system configuration mode. Factory default user name “super_user” (case sensitive) Factory default password “super_user” (case sensitive) Orion Telecom Networks Inc. - 2012

48


Section 6

SECTION 6 Default Settings


49

Default Settings


Default Settings Parameter

Value

Telnet Settings IP Address

192.168.1.101

Gateway Address

192.168.1.1

Subnet Mask

255.255.255.0

Telnet User Name

super_user

(case sensitive)

Telnet Password

super_user

(case sensitive)

SNMP Read (get / getnext) Community

public

(case sensitive)

SNMP Write (set) Community

private

(case sensitive)

SNMP Trap Community

public

(case sensitive)

SNMP Settings

Clock Setting Clock Priority

Internal

T1 Card Settings Framing

ESF

RBS

Disabled

Loop-back

Off

Line Code

B8ZS

E1 Card Settings Framing

PCM31

CAS

Enabled

Loop-back

Off

Line Impedance

120 Ohms

CRC4

Enabled

Alarms Settings Alarms

Enabled

Alarm Relay

Enable


50


Section 7

SECTION 7 USB Serial Port Drivers


51


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. 2. 3.

4.

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

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


52



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’.


53



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’.


54



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 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.


55



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.


56


14.

Please repeat the process from 6 to 10.

15.

Click ‘Finish’ to close the Hardware Update Wizard.



57


16.


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


58


Section 8

SECTION 8 CLI Commands


59


Structure of CLI Commands

Structure of CLI Command Statements and Conventions

! All command statement strings shall be in ASCII format with no spaces. ! All command statements and responses shall have up to a maximum of 65 characters including any spaces. ! In case of queries when lengthy information is transmitted by the system, (such as help?, alarms?), the system will generate multiple lines of maximum 65 characters each. The maximum number of lines will be 20. All command statements and response strings shall be terminated by a 0x0D and 0x0A characters (ENTER key of the keyboard in case of commands). System prompt: MXV6> System prompt will be generated by the system depending on the mode of the system. Now the user may enter a command statement. The command will be sent to the appropriate section (as per prompt). Two types of command statements will be implemented : 1. 2.

SETTING STATEMENTS QUERY STATEMENTS

! Setting statements with correct syntax shall be responded back by {OK}. ! Unrecognized statements shall be responded back by {ERROR}. ! All query statements shall have a {?} character prior to the keyboard ENTER key. ! System Busy.....please wait !! response shall be appear when the control card is saving the settings or the system reset is performed.


60


OAM Command Statements

OAM / Normal Configuration Mode Introduction 1.

This section provides details to change the configuration mode (OAM / Normal) to configure the Operation and Maintenance (OAM) Interface and System.

2.

To make any changes in the OAM interface configuration (i.e., to make any changes in the network specific settings – e.g., to set the system IP Address, Subnet Mask, Gateway and SNMP configuration), the system needs to be put into the “OAM Configuration Mode”.

3.

To make any changes in the system and its interface card’s configuration (i.e., to configure the clock / RTC / Mapping / Signaling, etc), the system needs to be put into the “Normal Configuration Mode”.

4.

Upon power-up, the system access interfaces which include the DB9 Serial (COM) Port, USB Serial (COM) Port and the 10/100BaseT Ethernet Port shall accept all normal “system configuration” commands which are product specific CLI commands – as described with system configuration commands.

5.

However, the DB9 Serial (COM) Port and the USB Serial (COM) Port interfaces may also be used to access the system for the purpose of OAM interface configuration (i.e., to make network specific configuration – e.g., IP Address, Subnet Mask, Gateway and SNMP configuration). To put the system into the “OAM Configuration Mode”, the following command may be executed: PROMPT> $$config/oam {enter}

6.

The above command will put the system into the “OAM Configuration Mode”.

7.

After OAM configuration is complete, the user must return the system to its “normal operation mode”, by executing the following command: PROMPT> $$exit {enter} OR PROMPT> reset {enter}

Note:

The “$$exit” as well as the “reset” command will re-boot the OAM module and return the system to its “normal operation mode”. It is mandatory to execute either one of these commands to make the OAM configuration settings to become fully effective and operational.

PROMPT> shall be as MXV6> for all cases. 8.

The OAM interface must be reset by executing the “reset” command for any command to take effect.


61



OAM Interface Configuration Commands To Enter OAM Config Level S. No. Command Statements 1.

{Prompt}> $$config/oam {enter}

Response

Remarks

Entering OAM Config Mode...!!

OAM is ready to accept the changes in IP settings, Subnet Mask, Gateway etc parameters.

Note: The OAM interface must be reset by executing the “reset” command for any command to take effect. System will return to its normal mode (root level) after reset. To View OAM Configuration Commands S. No. Command Statements Response 1.

{Prompt}> help?{enter}

HELP - STATEMENTS (OAM Configuration Mode) Ipaddr=DDD.DDD.DDD.DDD {octet in range 0-255,1-3 digits} subnet=DDD.DDD.DDD.DDD {octet in range 0-255,1-3 digits} gateway=DDD.DDD.DDD.DDD {octet in range 0-255,1-3 digits} read/comm=sss..s {'sss..s' is comm string upto 30 chars} write/comm=sss..s {'sss..s' is comm string upto 30 chars} target1/addr=DDD.DDD.DDD.DDD {octet in range 0-255,1-3 digits} target2/addr=DDD.DDD.DDD.DDD {octet in range 0-255,1-3 digits} target3/addr=DDD.DDD.DDD.DDD {octet in range 0-255,1-3 digits} target1/port=port {'port' upto 5-digit no in range 0-65535} target2/port=port {'port' upto 5-digit no in range 0-65535} target3/port=port {'port' upto 5-digit no in range 0-65535} target1/comm=sss..s {'sss..s' is comm string upto 30 chars} target2/comm=sss..s {'sss..s' is comm string upto 30 chars} target3/comm=sss..s {'sss..s' is comm string upto 30 chars} set_def_oam snmp_en snmp_dis reset settings? Ver? help? SUPER USER HELP - STATEMENTS (OAM Configuration Mode) add/user=name,pwd 'name,pwd' are strings separated by comma delete/user=name 'name' is a string of upto 30 chars change/password=oldpwd,newpwd 'oldpwd,newpwd' are strings separated by comma show/users? OK


62



To Set System IP Address S. No. Command Statements 1.

{Prompt}> ipaddr=DDD.DDD.DDD.DDD {enter} {DDD in range 0-255,1-3 digits}

Response

Remarks

OK

Configure the System IP Address {octet in range 0-255,1-3 digits} This command is executable from RS232 COM and USB Port.

To Set Subnet Mask S. No. Command Statements 1.

{Prompt}> subnet =DDD.DDD.DDD.DDD {enter} {DDD in range 0-255,1-3 digits}

Response

Remarks

OK

Configure the Subnet Mask {octet in range 0-255,1-3 digits} This command is executable from RS232 COM and USB Port.

To Set Default Gateway S. No. Command Statements 1. {Prompt}> gateway =DDD.DDD.DDD.DDD {enter} {DDD in range 0-255,1-3 digits}

Response

Remarks

OK

Configure the Gateway Address {octet in range 0-255,1-3 digits} This command is executable from RS232 COM and USB Port.

To Set SNMP Read Community S. No. Command Statements 1.

{Prompt}> read/comm=sss..s {enter} {'sss..s' is comm string upto 30 chars}

Response

Remarks

OK

Define the Read Community (maximum up to up to 30 characters). This command is executable from RS232 COM and USB Port.


63



To Set SNMP Write Community S. No. Command Statements 1.

{Prompt}> write/comm=sss..s {enter} {'sss..s' is comm string upto 30 chars}

Response

Remarks

OK

Define the Write Community (maximum up to up to 30 characters). This command is executable from RS232 COM and USB Port.

To Set SNMP Trap Target Port Address S. No. Command Statements

Response

Remarks

1.

{Prompt}> OK target1/addr=DDD.DDD.DDD.DDD {enter} {DDD in range 0-255,1-3 digits}

Define the target-1 IP address

2.

OK {Prompt}> target2/addr=DDD.DDD.DDD.DDD {enter} {DDD in range 0-255,1-3 digits}


3.

OK {Prompt}> target3/addr=DDD.DDD.DDD.DDD {enter} {DDD in range 0-255,1-3 digits}


To Set SNMP Trap Target Port S. No. Command Statements 1. {Prompt}> target1/port=port {enter} {'port' upto 5-digit no in range 0-65535} 2. {Prompt}> target2/port=port {enter} {'port' upto 5-digit no in range 0-65535} 3. {Prompt}> target3/port=port {enter} {'port' upto 5-digit no in range 0-65535}


Response

Remarks

OK

Define the target-1 Port number

OK


OK


64



To Set Trap Target Community S. No. Command Statements

Response

Remarks

1.

{Prompt}> target1/comm=sss..s {enter} {'sss..s' is comm string upto 30 chars}

OK

Define the target-1 community (maximum up to up to 30 characters).

2.


OK


3.


OK


Response

Remarks

OK

To enable and disable SNMP

To Enable / Disable the SNMP S. No. Command Statements 1.

Note:

{Prompt}> snmp_en {enter} or {Prompt}> snmp_dis {enter}

Only a super user can execute this command.

For the SNMP enable or disable command to take effect, the OAM interface must be reset by executing the “reset” command.

To Add New User S. No. Command Statements 1. {Prompt}> add/user=name,pwd {enter}

Response

Remarks

OK

Name and Password strings are separated by commas. The super user can create and assign up to ten (10) logins and passwords. Only a super user can execute this command.

Note:

Name and password can use upto 30 characters each. The super user shall have access to and the ability to add and delete all the ten (10) users / passwords.


65



To View User List S. No. Command Statements 1.

{Prompt}> show/users? {enter}

Response

Remarks

List of users and where passwords

Configured user name and password list shall be displayed.

super_user, super_user Total number of users : 1 OK

Only a super user can execute this command.

To Delete the User S. No. Command Statements 1.

{Prompt}> delete/user=name {enter}

Response

Remarks

OK

Name is a string of upto 30 characters. Only a super user can execute this command.

To Change the Super User Password S. No. Command Statements 1.

{Prompt}> change/password=oldpwd,newpwd {enter}

Response

Remarks

OK

Old password and new password strings are separated by commas. Only a super user can execute this command.

To Check OAM Firmware Version S. No. Command Statements 1. {Prompt}> ver?{enter}


Response

Remarks

OAM, MXV6 Firmware Ver x.y dd mm yyyy HRS OK

Response of OAM firmware version details.

66



To View OAM Settings S. No. Command Statements 1.

{Prompt}> settings? {enter}

Response

Remarks

mac=00.25.04.xx.xx.xx ipaddr=192.168.1.101 subnet=255.255.255.0 gateway=192.168.1.1 read/comm=public write/comm=private target1/addr=192.168.1.10 target2/addr=192.168.1.11 target3/addr=192.168.1.12 target1/port=162 target2/port=162 target3/port=162 target1/comm=public target2/comm=public target3/comm=public snmp_en OK

Response displays the configured OAM settings.

To Set the OAM Factory Default Settings S. No. Command Statements 1.

{Prompt}> set_def_oam {enter}


Response

Remarks

OK

Set system to its factory default settings: The factory default settings are: Mac=00.25.04.xx.xx.xx ipaddr=192.168.1.101 subnet=255.255.255.0 gateway=192.168.1.1 read/comm=public write/comm=private target1/addr=192.168.1.10 target2/addr=192.168.1.11 target3/addr=192.168.1.12 target1/port=162 target2/port=162 target3/port=162 target1/comm=public target2/comm=public target3/comm=public

67



To Exit from OAM Configuration Mode S. No. Command Statements 1.

{Prompt}> $$exit {enter}

Response

Remarks

Re-booting OAM..... ....please wait.... InterNiche Portable TCP/IP, v3.0

Initiates the system hardware reset cycle and reboots the SNMP / OAM interface.

or {Prompt}> reset {enter}

Copyright 1996-2003 by InterNiche Technologies. All rights reserved. read mac xx.xx.xx.xx.xx.xx OAM Configuration BOOT-UP : {status} OAM user database BOOT-UP : {status}

prepped 1 interface, initializing... LPC23xx Auto-negotiation: 100 Mbps, Half Duplex IP address of et1 : 192.168.1.101


68


CLI Commands

System Commands To View the Available Help Menus All CLI statements supported by the system are categorized in the sub-menus. PROMPT: MXV6>

S. No. Command Statements Response 1.

1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13.

{Prompt}> help? {enter}

Active CC [Slot-1] Response: HELP - CORE STATEMENTS (SUB_MENUS) help/basic?, helpclock? help/rtc?, help/misca?, help/miscb? help/e1a?, help/e1b?, help/e1c? >> E1 Card Stmts help/map/e1?, >> E1 Card Stmts help/t1a?, help/t1b?, help/t1c? >> T1 Card Stmts help/map/t1?, >> T1 Card Stmts

Remarks The help? statement displays the available help menus.

help/basic? Statements List These statements are required to initialize the system settings. helpclock? Statements List These are help statements for the system’s synchronization clock settings. help/rtc? Statements List These are the help statements for the RTC (Real Time Clock) settings / query. help/misca? Statements List These are the help statements for the External Alarm Relay settings. help/miscb? Statements List These are the help statements for the configured control card queries. help/e1a? Statement List E1 Card setting statements (Page 1). help/e1b? Statement List E1 Card setting statements (Page 2). help/e1c? Statement List E1 Card setting statements (Page 3). help/map/e1? Statement List E1 Card Mapping statements list. help/t1a? Statement List T1 Card setting statements (Page 1). help/t1b? Statement List T1 Card setting statements (Page 2). help/t1c? Statement List T1 Card setting statements (Page 3). help/map/t1? Statement List T1 Card Mapping / Unmapping statements list.


69

CLI Commands


Help CLI Structure Menu All queries commands are executable from the below levels: PROMPT: MXV6> help? help/basic? helpclock?

clk/priorityN={Priority Spec} clk/ext/option={opt}

help/misca?

setdef resetrtc setdef/clk setdef/mode

alarm/relay/en alarm/relay/dis reset reset/SS detect/SS

help/miscb? help/rtc? help/e1a? help/e1b? help/e1c?

help/map/e1? help/t1a?

help/t1b?

setdef/SS crc4/SS/NN/en crc4/SS/NN/dis crc4/SS/all/en crc4/SS/all/dis line/SS/NN=120r line/SS/NN=75r line/SS/all=120r line/SS/all=75r

time=HH:MM:SS date=XXX:DD:MM:20YY card/SS? ver/ss? test/SS? settings/e1/SS? loopback/e1/SS? alarms/e1/SS? alarms/e1/SS/NN? lif/errors/e1/SS/NN?

setdef/SS linecode/SS/b8zs linecode/SS/ami frame/SS/NN/sf frame/SS/NN/esf frame/SS/all/sf frame/SS/all/esf cablelen/SS/NN=0 to 5 cablelen/SS/all=0 to 5 rbs/SS/NN/en rbs/SS/NN/dis rbs/SS/all/en rbs/SS/all/dis

clear/errors/SS/all clear/errors/SS/NN frame/SS/NN={frame opt} alarms/SS/NN/en alarms/SS/NN/dis alarms/SS/all/en alarms/SS/all/dis cas/SS/NN/en cas/SS/NN/dis cas/SS/all/en cas/SS/all/dis loopback/e1/SS/NN={loop opt} loopback/e1/SS/all={loop opt}

help/map/t1?

add/card/SS=t1 map/t1/SS/NN/PP=t1/TT/XX/AA map/t1/SS/NN/PP-QQ=t1/TT/XX/AA-BB map/e1/SS/NN/CC=t1/TT/XX/AA map/e1/SS/NN/CC-DD=t1/TT/XX/AA-BB unmap/t1/SS/NN unmap/t1/SS/NN/PP unmap/t1/SS/NN/PP-QQ remove/card/SS mapping/t1/SS/NN?


map/e1/SS/NN/PP=e1/TT/XX/AA map/e1/SS/NN/PP-QQ=e1/TT/XX/AA-BB add/card/SS=e1 unmap/e1/SS/NN unmap/e1/SS/NN/PP unmap/e1/SS/NN/PP-QQ remove/card/SS mapping/e1/SS/NN?

clear/errors/t1/SS/all clear/errors/t1/SS/NN alarms/t1/SS/NN/en alarms/t1/SS/NN/dis alarms/t1/SS/all/en alarms/t1/SS/all/dis loopback/t1/SS/NN={loop opt} loopback/t1/SS/all={loop opt}

help/t1c?

? systype ver? test? clk/priority? clk/ext/option? clk/status? cc/config/verify cc/config/result? cc/config/update cc/config/export cc/config/status? alarm/relay? time? date? slots? slot/config? psu/status?

card/SS? ver/SS? test/SS? settings/t1/SS? loopback/t1/SS? alarms/t1/SS? alarms/t1/SS/NN? lif/errors/t1/SS/NN?

70

CLI Commands


Control Card Statements To Set the System Factory Default Settings PROMPT: MXV6> S. No. Command Statements

Response

Remarks

1.

{Prompt}>setdef/SS {enter}

Active CC [Slot-1] Response: OK Wait for 60secs Approx.....then type test/SS?

First, restore the inserted E1/T1 Interface Card to factory default settings.

2.

{Prompt}>setdef {enter}

Active CC [Slot-1] Response: Please Execute 'reset' cmd after all default settings

Restore the all basic settings of the Control Card to factory default settings.

3.

{Prompt}>setdef/mode {enter}

Active CC [Slot-1] Response: Please Execute 'reset' cmd after all default settings Please Re-configure clock priority....start from 'setdef/clk' cmd

Restore the all mode settings to factory default settings.

4.

{Prompt}>setdef/clk {enter}

Active CC [Slot-1] Response: Please Execute 'reset' cmd after all default settings

Restore the synchronization clock to factory default settings.

5.

{Prompt}>reset {enter}

Active CC [Slot-1] Response: Executing....Please Wait.... Wait for approx 5 MINUTES for system to re-boot.... ....to see boot-up result..type test? after some time...

Reset the system to apply all the factory default settings.

Note: Please restore all the inserted E1/T1 Interface Cards to factory default settings by executing “setdef/ss” CLI command before restoring the Control Card to factory default settings.


71


CLI Commands

To Check the System Boot Status and Self Test Error (if any) PROMPT: MXV6> S. No. Command Statements Response 1.

{Prompt}> test? {enter}


Warning: Inactive CC not Present ! Active CC [Slot-1] Response: BOOT-UP SELF-TEST REPORT OVERALL RESULT (CC) : PASS OVERALL RESULT (LIF) : PASS OVERALL RESULT (CONFLICTS) : PASS CC Step: 1 PASS (Basic Settings) CC Step: 2 PASS (Mapping) CC Step: 3 PASS (Logic-1) CC Step: 4 PASS (Logic-2) CC Step: 5 PASS (CLK LIU) CC Step: 6 PASS (Switch) CC Step: 7 PASS (Log MEMORY Index) CC Step: 8 T1 Card PASS (Slot-01) CC Step: 9 E1 Card PASS (Slot-02) CC Step: 10 **Un-Eqpd .... (Slot-03) CC Step: 11 **Un-Eqpd .... (Slot-04) CC Step: 12 **Un-Eqpd .... (Slot-05) CC Step: 13 **Un-Eqpd .... (Slot-06) CC Step: 14 **Un-Eqpd .... (Slot-07) CC Step: 15 **Un-Eqpd .... (Slot-08) CC Step: 16 **Un-Eqpd .... (Slot-09) CC Step: 17 **Un-Eqpd .... (Slot-10) CC Step: 18 PASS (Slot Cross-Checks) CC Step: 19 PASS (Frame Cross-Checks) CC Step: 20 PASS (Mapping Cross-Checks) CC Step: 21 PASS (Clock Cross-Checks)

Remarks Control Card TEST REPORT of most recent Boot Up PASS or FAIL results. Note: SELFTEST LED (RED) on the front of the control card shall lights up in case of FAULT / Boot Up FAIL.

72

CLI Commands


To Set / Check RTC (Real Time Clock) Settings PROMPT: MXV6> S. No. Command Statements 1.

{Prompt}> time=HH:MM:SS {enter}

Response Active CC [Slot-1] Response: OK

'HH':hours, 'MM':Minutes, 'SS':Seconds

Remarks Stores the user specified time in the temporary “rtc settings” buffer. This buffer stores the time and date, which shall be loaded into the “real time clock” subsequently with the “load_rtc” statement. Valid time values are: 'HH' is 00,01,…,23 'MM' is 00,01,…,59 'SS' is 00,01,…,59 Note: The “rtc settings” buffer is set to default value on system power-up.

2.

{Prompt}> Active CC [Slot-1] date=XXX:DD:MM:20YY Response: OK {enter} 'XXX':Day (sun,mon,...,sat) 'DD':'Date' (01-31), 'MM':Month (01-12) 'YY':'Year' (00-99)

3.

{Prompt}> time? {enter} 'HH':hours, 'MM':Minutes, 'SS':Secs

4.

{Prompt}> date? {enter} 'XXX':Day (sun,mon,...,sat) 'DD':'Date' (01-31), 'MM':Month (01-12) 'YY':'Year' (00-99)


Stores the user specified date in the temporary “rtc settings” buffer. This buffer stores the time and date, which shall be loaded into the “real time clock” subsequently with the “load_rtc” statement. Valid date values are: 'XXX' : Day (sun,mon,...,sat) 'DD' : Date (01-31), 'MM' : Month (01-12) 'YY' : Year (00,01,…,99)

Active CC [Slot-1] Response: time=HH:MM:SS: For example: Time=00:25:50 Active CC [Slot-1] Response: date={day}: DD:MM:20YY: For example: date=thu:08:07:2010

Displays the current time of RTC Valid time values are: 'HH' is 00,01,…,23 'MM' is 00,01,…,59 'SS' is 00,01,…,59 Displays current date. Valid date values are: 'XXX' : Day (sun, mon,..., Sat) 'DD' : Date (01-31) 'MM' : Month (01-12) 'YY' : Year (00, 01,…, 99)

73

CLI Commands


To Enable / Disable the External Alarm Relay PROMPT: MXV6> S. No. Command Statements 1.

{Prompt}> alarm/relay/en {enter} or {Prompt}> alarm/relay/dis {enter}

Response

Remarks

Active CC [Slot-1] Response: OK

Enables or Disables the External dry contact alarm setting.

To Check the External Alarm Relay configuration PROMPT: MXV6> S. No. Command Statements 1.

Response

Remarks

Active CC [Slot-1] One of possible responses indicates configured option of alarm relay Response: Alarm Relay Status : enable / disable setting. Enabled or Alarm Relay Status : Disabled

{Prompt}> alarm/relay? {enter}

To Check the Power Supply Status PROMPT: MXV6> S. No. Command Statements Response 1.

{Prompt}> psu/status? {enter}


Active CC [Slot-1] Response: PSU Input -48V No-1 : **NOT PRESENT PSU Input -48V No-2 : PRESENT SYSTEM PSU +5V No-1 : PRESENT SYSTEM PSU +5V No-2 : **NOT PRESENT SYSTEM RINGER : **NOT PRESENT

Remarks Indicates PRESENT / ** NOT PRESENT status of -48V DC Inputs and 5V DC PSU Cards Output.

74

CLI Commands


To View the Inserted Interface Card Status PROMPT: MXV6> S. No. Command Statements

Response

Remarks

1.

{Prompt}> slots? {enter}

Active CC [Slot-1] Response: EQUIPPED IF SLOTS : CC Fitted in Slot : 1 Slot-01 : T1 Card Slot-02 : E1 Card Slot-03 : **Un-Eqpd Slot-04 : **Un-Eqpd Slot-05 : **Un-Eqpd Slot-06 : **Un-Eqpd Slot-07 : **Un-Eqpd Slot-08 : **Un-Eqpd Slot-09 : **Un-Eqpd Slot-10 : **Un-Eqpd

Response displays the inserted E1/T1 Interface Cards status in the chassis.

2.

{Prompt}> reset/SS {enter}


Initiates the “SS” Interface Card hardware reset and re-boots the Interface Card. Initiates the Control Card to detect the card SS in the chassis.

SS=01 to 10 Interface Card slot number 3.

{Prompt}> detect/ss {enter} SS=01 to 10 Interface Card slot number


4.

{Prompt}> reset {enter}

Initiates the system Active CC [Slot-1] Response: hardware reset cycle and Executing....Please Wait.... Wait for approx 5 MINUTES for re-boots the system. system to re-boot.......to see boot-up result..type test? after some time...

5.

{Prompt}> ? {enter} or {Prompt}> systype {enter}

Active CC [Slot-1] Response: MXV6 Digital Access Crossconnect

Response of system name.

6.

{Prompt}> ver? {enter}

Active CC [Slot-1] Response: F/W : Ver x.yy Date Month Year HHMM HRS

Response of system firmware version.


75

CLI Commands


E1 Interface Card Statements To Set Default and Configure the E1 Card (CRC, Line Impedance) PROMPT: MXV6> S. No. Command Statements 1. {Prompt}> setdef/SS {enter}

2.

Response

Remarks Set E1 Card in Slot SS settings to factory default.

SS=01 to 10

OK Wait for 60secs Approx.....then type test/SS?

{Prompt}> crc4/SS/NN/en {enter} or {Prompt}> crc4/SS/NN/dis {enter}

Active CC [Slot-1] Response: Partial Boot : PASS

Set System E1 Card framing to crc4 multi-frame or double frame format. Note that this statement affects E1 IF SLOT SS, port-NN.

OK Wait for 60secs Approx.....then type test/SS?

Set System E1 Card framing to crc4 multi-frame or double frame format. Note that this statement affects all ports {01-08} of E1 IF SLOT SS.


Set System E1 card Line Impedance. Note that this statement affects E1 IF SLOT SS,port-NN.


Set System E1 Line Impedance. Note that this statement affects all ports {01-08}of E1 IF SLOT SS

SS=01 to 10, NN=01 to 08 3.

{Prompt}> crc4/SS/all/en {enter} or {Prompt}> crc4/SS/all/dis {enter} SS=01 to 10

4.

{Prompt}> line/SS/NN=120r {enter} or {Prompt}> line/SS/NN=75r {enter} SS=01 to 10, NN=01 to 08

5.

{Prompt}> line/SS/all=120r {enter} or {Prompt}> line/SS/all=75r {enter} SS=01 to 10


76

CLI Commands


To Configure the E1 Card (Framing, Alarms) and Clear Errors PROMPT: MXV6> S. No. Command Statements 1. {Prompt}> frame/SS/NN={frame opt} [pcm30, pcm31] {enter} SS=01 to 10, NN=01 to 08

2.

{Prompt}> alarms/SS/NN/en {enter} or {Prompt}> alarms/SS/NN/dis {enter}

Response

Remarks


Note: 1. Frame setting is PCM31 by default. 2. In case PCM31, the port will be used only to carry data. 3. In case a PCM30 or PCM31 port is already mapped, frame change is not permissible without removing the mapping. 4. Only ports with like framing may be mapped with each other.


Enables or disables the E1 alarms of Port SS/NN.


Enables or disables the E1 alarms of all Ports of E1 IF card in Slot SS.


Clears CRC Error Counters of E1 Port SS/NN.


Clears CRC Error Counters of all 8 E1 Ports of E1 IF in Slot-SS.

SS=01 to 10,NN=01 to 08 3.

{Prompt}> alarms/SS/all/en {enter} or {Prompt}> alarms/SS/all/dis {enter} SS=01 to 10

4.

{Prompt}> clear/errors/SS/NN {enter} SS=01 to 10, NN=01 to 08

5.

{Prompt}> clear/errors/SS/all {enter}


77

CLI Commands


To Configure the E1 Card (CAS, Loopback) PROMPT: MXV6> S. No. Command Statements 1. {Prompt}> cas/SS/NN/en {enter} or {Prompt}> cas/SS/NN/dis {enter}

Response

Remarks

Active CC [Slot1] Response: OK

Enable / disable CAS setting for Port-SS/NN.

2.

{Prompt}> cas/SS/all/en {enter} or {Prompt}> cas/SS/all/dis {enter}


Enable / disable CAS setting for all Ports of E1 IF card in Slot SS.

3.

{Prompt}> loopback/e1/SS/NN={loop opt} {enter}


Selects the E1 loop-back option on port SS/NN. {loop opt}[off, remote, local]


Selects the E1 loop-back option of all ports of E1 IF card in Slot SS. {loop opt}[off, remote, local]

{Loop opt} = off, remote, local SS=01 to 10, NN=01 to 08 4.

{Prompt}> loopback/e1/SS/all={loop opt} {enter} {Loop opt} = off, remote, local SS=01 to 10

Please note: SS = 01 to 10, E1 IF slot number NN = 01 to 08, E1 port number of E1 Interface card SS.


78

CLI Commands


To Check E1 Card settings PROMPT: MXV6> S. No. Command Statements 1. {Prompt}> card/SS? {enter}

Response

Remarks

Slot-SS, IF Card Type :

Response of IF CARD name (Identification).

2.

{Prompt}> ver/SS? {enter}

F/W : Ver x.y

Response of IF CARD firmware version.

3.

{Prompt}> settings/e1//SS? {enter}

Active CC [Slot-1] Response: E1 Settings, Card-SS : Port : 1 2 3 4 5 6 7 8 Crc4 : - - - - - - - Line : - - - - - - - Frame: - - - - - - - Alarm: - - - - - - - Cas : - - - - - - - -

Displays all E1 IF configuration settings fitted in system Slot-SS. {Settings} are {Crc4}{Line Imp.}{Frame}{Alarmset} {Casset} {Crc4} is Enabled or Disabled {Line} is 120R or 75R {Frame} is PCM30 or PCM31 {Alarmset} is Enabled or Disabled {Casset} is Enabled or Disabled

4.

{Prompt}> test/SS? {enter}

Response shows boot procedure Active CC [Slot-1] results of E1 IF Card SS. Response: OVERALL RESULT : PASS Step 1: Eprom Pass Step 2: Logic Pass Step 3: LIU1 Pass Step 4: FRAMER1 Pass

5.

{Prompt}> loopback/e1/SS? {enter}

Active CC [Slot-1] Response: E1 Loopback Settings, Card-SS : Port : 1 2 3 4 5 6 7 8 Loop : - - - - - - - -

Response indicates configured option of loopback setting. {Loop} is OFF REMOTE LOCAL Note: Looback is OFF on power-on or after card reset.


79

CLI Commands


To Check E1 Card settings PROMPT: MXV6> S. No. Command Statements 6. {Prompt}> alarms/e1/SS? {enter}

Response

Remarks

Active CC [Slot-1] Response: E1 Alarms Summary, Card-SS : Port : 1 2 3 4 5 6 7 8 Sync : - - - - - - - Alarms : - - - - - - - -

Response indicates the summary sync / alarm status of E1 IF Card SS. {Sync} is one of the following:: SYNC NO_SYNC** {Alarm} is one of the following:: NO_ALARM ALARM**

7.

{Prompt}> alarms/e1/SS/NN? {enter}

Active CC [Slot-1] Response: E1 Alarms, Card-01,Port-01 : SYNC / NO_SYNC** SIG_OK / LOS** FRAME_OK / FRAME_LOSS** NO_RA / RA** NO_AIS / AIS** NO_LOMF / LOMF** / CRC4 MFRAME DISABLED CRC OK / CRC ERRORS** No Errors (10e6) / 10E6_ERRORS** No Errors (10e3) / 10E3_ERRORS** Or Card-SS,Port-NN ALARMS STATUS: E1 PORT ALARMS DISABLED

Response indicates the current state of ALARMS Note: ** is part of message and is marked to highlight an alarm situation. The error message 10E6 shows ES (Errored Seconds) Alarm, 1 error in 1 million frames The error message 10E3 shows SES (Severally Errored Seconds) Alarms, 1 error in 1000 frames

8.

{Prompt}> LIF/errors/e1/SS/NN? {enter}


Active CC [Slot-1] Response: E1 LIF Errors, Card-SS,Port-NN: ERROR FREE TIME (HH,MM,SS) :1:5:58 ERROR TIME (HH,MM,SS) :0:0:0

Response displays the CRC error report of E1 Port. Error Time shows UAS

80

CLI Commands


T1 Interface Card Statements To Set Default and Configure the T1 Card (Linecode, framing, loopback) PROMPT: MXV6> S. No. Command Statements 1. {Prompt}> setdef/SS {enter} SS=01 to 10 2.

{Prompt}> linecode/SS/{code} {enter} {Code} = b8zs or ami SS = 01 to 10, T1 IF slot number

3.

{Prompt}>frame/SS/NN/{opt} {enter}

Response

Remarks


Set T1 Card in Slot SS settings to factory default.


Configure the line code of a particular T1 Interface Card. Line code settings shall apply for all 8T1 Ports of the selected T1 Interface Card.


Configure the frame option of a particular T1 Port of a T1 Interface Card.


Configure the frame option of all 8T1 Ports of a T1 Interface Card.

SS = 01 to 10, T1 IF slot number NN = 01 to 08, T1 port number {opt} = sf or esf 4.

{Prompt}> frame/SS/all/{opt} {enter} SS = 01 to 10, T1 IF slot number {opt} = sf or esf

5.

{Prompt}> Active CC [Slot-1] Response: loopback/t1/SS/NN={loop opt} OK {enter} SS=01 to 10, NN=01 to 08 {loop opt} = [off, remote, local]

Selects the T1 loop-back option on T1 Port NN of the T1 Interface card SS. {loop opt}[off, remote, local]

6.

{Prompt}> loopback/t1/SS/all={loop opt} {enter} SS=01 to 10 {loop opt} = [off, remote, local]


Selects the T1 loop-back option of all T1 Ports of T1 Interface card in Slot SS. {loop opt}[off, remote, local]


81

CLI Commands


To Configure the T1 Card (RBS, Cable Lenght) PROMPT: MXV6> S. No. Command Statements

Response

Remarks

1.

{Prompt}> rbs/SS/NN/en {enter}


Enable the RBS option of a particular T1 Port NN of a T1 Interface Card SS.

2.

{Prompt}> rbs/SS/NN/dis {enter}


Disable the RBS option of a particular T1 Port NN of a T1 Interface Card SS.

3.

{Prompt}> rbs/SS/all/en {enter}

Active CC [Slot-1] Response: Enable the RBS option of OK the all 8T1 Ports of a T1 Wait for 60secs Approx.....then Interface Card SS. type test/SS?

4.

{Prompt}> rbs/SS/all/dis {enter}

Active CC [Slot-1] Response: Disable the RBS option of OK the all 8T1 Ports of a T1 Wait for 60secs Approx.....then Interface Card SS. type test/SS?

5.

{Prompt}> cablelen/SS/NN={opt} {enter}


Configure the cable length option of a particular T1 Port NN of a T1 Interface Card SS.


Configure the cable length option of all 8T1 Ports of a T1 Interface Card SS.

{opt} = 0,1,2,3,4 or 5 6.

{Prompt}> cablelen/SS/all={opt} {enter} {opt} = 0,1,2,3,4 or 5

Where, SS=01 to 10, T1 IF slot number NN=01 to 08, T1 port number T1 cable length options (for T1-Hi-Z use option-1 only) Selection 0 1 2 3 4 5

Loss 0.dB 0.6dB 1.2dB 1.8dB 2.4dB 3.0dB


Length – 0-133ft 133-266ft 266-399ft 399-533ft 533-655ft

82

CLI Commands


To Configure the T1 Card (Alarms, LIF errors) PROMPT: MXV6> S. No. Command Statements

Response

Remarks


Enables the alarms of a particular T1 Port (NN) of a T1 Interface Card (SS).


Disables the alarms of a particular T1 Port (NN) of a T1 Interface Card (SS).


Enables the alarms of all 8T1 Ports of a T1 Interface Card (SS).


Disables the alarms of all 8T1 Ports of a T1 Interface Card (SS).

5.

{Prompt}> clear/errors/t1/SS/NN Active CC [Slot-1] Response: {enter} OK SS=01 to 10, NN=01 to 08

Clears CRC Error Counters of T1 Port SS/NN.

6.

{Prompt}> clear/errors/t1/SS/all {enter}

Clears CRC Error Counters of all 8 E1 Ports of E1 IF in Slot-SS.

1.

{Prompt}>alarms/t1/SS/NN/en {enter} SS = 01 to 10, T1 IF slot number NN = 01 to 08, T1 port number

2.

{Prompt}> alarms/t1/SS/NN/dis {enter} SS = 01 to 10, T1 IF slot number NN = 01 to 08, T1 port number

3.

{Prompt}> alarms/t1/SS/all/en {enter} SS = 01 to 10, T1 IF slot number

4.

{Prompt}> alarms/t1/SS/all/dis {enter} SS = 01 to 10, T1 IF slot number



83

CLI Commands


To Check T1 Card settings PROMPT: MXV6> S. No. Command Statements 1.

{Prompt}>card/SS? {enter}

Response

Remarks

Active CC [Slot-1] Response: Slot-SS, IF Card Type : T1 Card

Response indicates the inserted card ID in the slot SS.

SS = 01 to 10, IF slot number 2.

{Prompt}>ver/SS? {enter} SS = 01 to 10, IF slot number

3.

{Prompt}>test/SS? {enter} SS = 01 to 10, IF slot number

4.

Active CC [Slot-1] Response: Response indicates the F/W : Ver x.yy Date Month Year inserted card’s TimeHRS firmware version in the slot SS. Active CC [Slot-1] Response: OVERALL RESULT : PASS Step 1: Eprom Pass Step 2: Logic Pass Step 3: LIU1 Pass Step 4: FRAMER1 Pass

{Prompt}> loopback/t1/SS? Active CC [Slot-1] Response: T1 Loopback Settings, Card-SS : {Enter} Port : 1 2 3 4 5 6 7 8 Loop : - - - - - - - SS = 01 to 10, T1 Interface Slot number

TEST REPORT of most recent Boot Up PASS or FAIL results. Note: SELF-TEST LED (RED) on front panel also lights up in case of FAULT. Response indicates configured option of loopback setting. {Loop} is OFF REMOTE LOCAL Note: Looback is OFF on power-on or after card reset.

5.

{Prompt}> lif/errors/t1/SS/NN? {enter}


Active CC [Slot-1] Response: T1 LIF Errors, Card-SS, Port-NN : ERROR FREE TIME (HH,MM,SS) : 1:5:58 ERROR TIME (HH,MM,SS) : 0:0:0 or SIG LOS**

Response displays the CRC error report of T1 Port.

84

CLI Commands


To Check T1 Card settings PROMPT: MXV6> S. No. Command Statements 1.

{Prompt}> alarms/t1/SS? {enter}

Response

Remarks

Active CC [Slot-1] Response: T1 Alarms Summary, Card-SS : Port : 1 2 3 4 5 6 7 8 Sync : - - - - - - - Alarms : - - - - - - - -

Response indicates the summary sync / alarm status of T1 Interface Card SS. {Sync} is one of the following: Sync **NoSync {Alarm} is one of the following: NoAlarms **Alarms

2.

3.

{Prompt}> alarms/t1/SS/NN? {enter}

{Prompt}> settings/t1/SS? {enter} SS = 01 to 10, T1 IF slot number


Active CC [Slot-1] Response: T1 Alarms, Card-SS,Port-NN : SYNC / NO_SYNC** SIG_OK / LOS** FRAME_OK / FRAME_LOSS** NO_RA / RA** NO_AIS / AIS** CRC OK / CRC_ERRORS** No Errors (10E6) / 10E6_ERRORS** No Errors (10E3) / 10E3_ERRORS** Or Card-SS,Port-NN ALARMS STATUS: T1 PORT ALARMS DISABLED Active CC [Slot-1] Response: T1 Settings, Card-SS : Port : 1 2 3 4 5 6 7 Frame : - - - - - - Alarm : - - - - - - Cable Len: - - - - - - Rbs : - - - - - - Line Code : B8ZS or AMI

8 -

Response indicates the current state of ALARMS. Note: ** is part of message and is marked to highlight an alarm situation.

Response indicates the configured T1 Card’s frame, cable length, RBS, Alarm and line code settings. {Frame} is SF or ESF {Alarm} is Enabled or Disabled {Cable Len} is 1, 2, 3, 4 or 5 {Rbs} is Enabled or Disabled {Line Code} is B8ZS or AMI

85

CLI Commands


E1/T1 Card Mapping Commands Please add the inserted E1 or T1 interface in the control card memory before starting the mapping. To Add the E1/T1 Interface Card in the Control Card Memory PROMPT: MXV6> S. No. Command Statements 1.

{Prompt}>add/card/SS=t1 {enter} or {Prompt}>add/card/SS=e1 {enter}

Response

Remarks


Add the inserted E1 or T1 Interface Card in the Control Card memory. Note: E1 frame change is not permissible without removing the E1 Interface card.

SS = 01 to 10

To Check the added E1/T1 Interface Card Status in the Control Card Memory S. No. Command Statements 1.

{Prompt}> slot/config? {enter}

Response

Remarks

Active CC [Slot-1] Response: MAPPED/CONFIGURED SLOTS : Slot-01 : T1 Card Slot-02 : E1 Card Slot-03 : Un-Configured Slot-04 : Un-Configured Slot-05 : Un-Configured Slot-06 : Un-Configured Slot-07 : Un-Configured Slot-08 : Un-Configured Slot-09 : Un-Configured Slot-10 : Un-Configured E1 REDUNDANCY : OFF

Response displays the added E1/T1 Interface Cards status in the Control Card memory.

To Remove the E1/T1 Interface Card from the Control Card Memory S. No. Command Statements 1.

{Prompt}>remove/card/SS {enter}


Response

Remarks


Remove the added E1 or T1 Interface Card from the Control Card memory.

86

CLI Commands


E1 Card to E1 Card Mapping PROMPT: MXV6> S. No. Command Statements 1. {Prompt}> map/e1/SS/NN/PP=e1/TT/XX/AA {enter} SS,TT=01 to 10, [E1 IF Card slot No.] NN,XX =01-08 {IF Port} PP,AA =01,02,…..31 {Timeslot}

Response

Remarks


MAPs transmit and received data of timeslot 'PP' of E1 Port 'NN' of the E1 Interface card SS, to received and transmit data of timeslot 'AA' of E1 Port 'XX' of the E1 Interface Card TT.


MAPs transmit and received data of timeslots in range 'PPQQ' of E1 Port 'NN' of the E1 Interface Card SS, to received and transmit data of timeslots in range 'AA-BB' of E1 Port 'XX' of the E1 Interface card TT.

Single (64Kbps) time-slot mapping. 2.

{Prompt}> map/e1/SS/NN/PP-QQ=e1/TT/XX/AA-BB {enter} SS,TT=01 to 10, [E1 IF Card slot No.] NN,XX =01-08 {IF Port} PP,QQ,AA,BB =01,02,…..31 {Timeslot} PP is less than or equal to QQ AA is less than or equal to BB PP-QQ, AA-BB {range of timeslots} e.g. 10-20, 01-31

Note: Ranges 'PP-QQ' and “AA-BB' should have identical size. i.e. difference between 'QQ” and 'PP' should be equal to difference between 'BB' and 'AA'. See note below**

Mapping Rules PCM30**

! Slot-16 can be 'PP'/'AA' or 'QQ'/'BB' or with-in the range but it shall be used only for signalling for PCM30 ports. ! 16th slot will be ignored since it is reserved for R2-CAS for PCM30 ports. ! In case a range of timeslots are mapped between two ports, the 16th slot will be ignored in the range in case of PCM30 ports. th th ! In case one range contains 16 slot and the other range does not then the range containing 16 slot will be one slot bigger in case of PCM30 ports.


87

CLI Commands


T1 Card to T1 Card Mapping PROMPT: MXV6> S. No. Command Statements 1.

{Prompt}> map/t1/SS/NN/PP=t1/TT/XX/AA {enter} SS,TT=01 to 10, [T1 IF Card slot No.] NN,XX =01-08 {T1 IF Port No.} PP,AA =01,02,…..24 {Time-slot}

Response

Remarks


MAPs transmit and received data of timeslot 'PP' of T1 Port 'NN' of the T1 Interface Card SS, to received and transmit data of timeslot 'AA' of T1 Port 'XX' of the T1 Interface Card TT.

Single (64Kbps) time-slot mapping.

2.

{Prompt}> Active CC map/t1/SS/NN/PP-QQ=t1/TT/XX/AA-BB [Slot-1] Response: {enter} OK SS,TT=01 to 10, [T1 IF Card slot No.] NN,XX =01-08 {T1 IF Port No.} PP,QQ,AA,BB =01,02,…..24 {Time-slot} PP is less than or equal to QQ AA is less than or equal to BB PP-QQ, AA-BB {range of time-slots} e.g. 10-20, 01-24

MAPs transmit and received data of timeslots in range 'PP-QQ' of T1 Port 'NN' of the T1 Interface Card SS, to received and transmit data of time-slots in range 'AA-BB' of T1 Port 'XX' of the T1 Interface Card TT. Note: Ranges 'PP-QQ' and “AA-BB' should have identical size, i.e., difference between 'QQ” and 'PP' should be equal to difference between 'BB' and 'AA'.


88

CLI Commands


E1 Card to T1 Card Mapping PROMPT: MXV6> S. No. Command Statements 1.

Response

{Prompt}> Active CC map/e1/SS/NN/CC=t1/TT/XX/AA {enter} [Slot-1] Response: OK SS =01 to 10, [E1 IF Card slot No.] NN =01-08 {E1 IF Port No.} CC =01,02,…..31 {E1 Time-slot} TT =01 to 10, [T1 IF Card slot No.] XX =01-08 {T1 IF Port No.} AA =01,02,…..24 {T1 Time-slot}

Remarks MAPs transmit and received data of timeslot 'CC' of E1 Port 'NN' of the E1 Interface Card SS, to received and transmit data of timeslot 'AA' of T1 Port 'XX' of the T1 Interface Card TT.

Single 64Kbps E1 - T1 time-slot mapping. 2.

{Prompt}> Active CC map/e1/SS/NN/CC-DD=t1/TT/XX/AA-BB [Slot-1] Response: {enter} OK SS=01 to 10 [E1 IF Card slot No.] NN = 01-08 {E1 IF Port No.} CC,DD,=01,02,....,31 {E1 IF timeslots} CC is less than or equal to DD TT=01 to 10 [T1 IF Card slot No.] XX = 01-08 {T1 IF Port No.} AA,BB=01,02,....,24 {T1 IF timeslots} AA is less than or equal to BB


MAPs transmit and received data of E1 timeslots 'CC-DD' in range of E1 Port 'NN' of the E1 Interface Card SS, to received and transmit data of T1 time-slots in range 'AA-BB' of T1 Port 'XX' of the T1 Interface Card TT. Note: Ranges 'CC-DD' and “AA-BB' should have identical size, i.e., difference between 'DD” and 'CC' should be equal to difference between 'BB' and 'AA'.

89

CLI Commands


To Check the E1/T1 Port Mapping To Check E1 Card Mapping PROMPT: MXV6> S. No. Command Statements 1. {Prompt}> mapping/e1/SS/NN? {enter} SS=01 to 10 [E1 IF Card slot No.] NN=01-08 {E1 IF Port No.}

Response

Remarks

Active CC [Slot-1] Response: E1 Port Mapping, Card:SS,Port:NN Mapping E1 Card-SS,Port-NN : 01=xxxx xxxx xxxx xxxx xxxx 06=xxxx xxxx xxxx xxxx xxxx 11=xxxx xxxx xxxx xxxx xxxx 16=xxxx xxxx xxxx xxxx xxxx 21=xxxx xxxx xxxx xxxx xxxx 26=xxxx xxxx xxxx xxxx xxxx 31=xxxx

xxxx are 12 chars of one of the following strings:

Response

Remarks

Active CC [Slot-1] Response T1 Port Mapping, Card:SS,Port: NN Mapping T1 Card-SS,Port-NN : 01=xxxx xxxx xxxx xxxx xxxx 06=xxxx xxxx xxxx xxxx xxxx 11=xxxx xxxx xxxx xxxx xxxx 16=xxxx xxxx xxxx xxxx xxxx 21=xxxx xxxx xxxx xxxx

xxxx are 12 chars of one of the following strings:

“……..UNQP” Unequipped “……..*CAS” Cas Slot “SS-IFE1-P-NN” E1 Slot. Where SS = Slot number P = E1 port number NN = E1 time-slot number.

To Check the T1 Port Mapping PROMPT: MXV6> S. No. Command Statements 1.

{Prompt}> mapping/t1/SS/NN? {enter} SS=01 to 10, [T1 IF Card slot No.] NN =01-08 {T1 IF Port}


“……..UNQP” Unequipped “SS-IFT1-P-NN” T1 Slot

90

CLI Commands


E1/T1 Card Unmapping Commands To Unmap the E1 Card PROMPT: MXV6> S. No. Command Statements Response 1. {Prompt}> unmap/e1/SS/NN Active CC [Slot1] Response: {enter} OK SS=01 to 10, [E1 IF Card slot No.] NN=01-08 {E1 IF Port}

Remarks UNMAPs receive and transmit data of all timeslots of E1 Port-NN of the E1 Interface Card SS. Receive and Transmit Data Mapping status of these timeslots is set to 'Unequipped'. Note: In case, the E1 Port NN is mapped with T1 port then please use T1 unmapping command to unmap the E1 Port NN.

2.

{Prompt}> unmap/e1/SS/NN/PP {enter}


SS=01 to 10, [E1 IF Card slot No.] NN=01-08 {E1 IF Port} PP=01,02,…..31 {Timeslot}

3.

{Prompt}> unmap/e1/SS/NN/PP-QQ {enter} SS=01 to 10, [E1 IF Card slot No.] NN=01-12 {E1 IF Port} PP,QQ=01,02,…..31 PP is less than or equal to QQ

UNMAPs receive and transmit data of timeslot 'PP' of E1 Port 'NN' of the E1 Interface Card SS. Note: In case, the E1 timeslot is mapped with T1 Interface Card then please use T1 unmapping command to remove the E1 timeslot mapping.

OK

UNMAPs receive and transmit data of timeslots 'PP-QQ' in range of E1 Port 'NN' of the E1 Interface Card SS. Note: In case, the E1 timeslots are mapped with T1 Interface Card then please use T1 unmapping command to remove the E1 timeslots mapping.

Note:

Un-Mapping Rules PCM30 ** ! Slot-16 can be 'PP' or 'QQ' or with-in the range but it shall be used only for signalling in case of PCM30 ports. ! 16th slot will be ignored since it is reserved for R2-CAS in case of PCM30 ports.


91

CLI Commands


To Unmap the T1 Ports PROMPT: MXV6> S. No. Command Statements

Response

Remarks


UNMAPs transmit and received data of T1 Port 'NN' of the T1 Interface Card SS.

2.

{Prompt}>unmap/t1/SS/NN/PP {enter} Active CC [Slot-1] SS=01 to 10, [T1 IF Card slot No.] Response: NN =01-08 {T1 IF Port No.} OK PP =01,02,…..24 {Time-slot}

UNMAPs transmit and received data of time-slots 'PP' of T1 Port 'NN' of the T1 Interface Card SS.

3.

{Prompt}>unmap/t1/SS/NN/PP-QQ {enter}

UNMAPs transmit and received data of time-slots 'PP-QQ' in range of T1 Port 'NN' of the T1 Interface Card SS.

1.

{Prompt}>unmap/t1/SS/NN {enter} SS=01 to 10, [T1 IF Card slot No.] NN =01-08 {T1 IF Port No.}

SS=01 to 10, [T1 IF Card slot No.] NN =01-08 {T1 IF Port No.} PP,QQ =01,02,…..24 {Time-slot}



92

CLI Commands


To Set the System Synchronization Clock Priority PROMPT: MXV6> S. No. Command Statements 1.

{Prompt}> clk/priorityN={Priority Spec} {enter} {Priority Spec} is of 3 types as follows : Type-1 : cXX[{source1},{source2},{source3},{source4},{source5}] .... in Type-1 where '{source1},{source2},---{source5}' maybe { p01, p02,.,p07, p08}. Type-1 {Priority Definition} may have 1,2,3...upto 5 entries ....less than 5 source entries are also allowed. .....cXX is card slot for looptimed clock source (XX is 0110] Type-2 : 'ext' Type-3 : 'int' Note: Source List is up to 5 entries separated by commas. N = 1,2,3,4 or 5 specifies the 5 priorities. After first occurrence of 'int' system will ignore rest of the lower priority settings. {Port List} contains up to 5 ports in given E1/T1 Card Slot. For Example: clk/priority1=c01[p01,p02,p03,p05,p07] clk/priority2= ext clk/priority3=int clk/priority4=int clk/priority5=int Note : For above example, priority 4 and 5 are ignored.

Response

Remarks


Configures System Clock Priority as per user defined Priority List. The clock priority options are in order of priority from N=1 to N=5. Where N=1 is highest priority. In case the first clock source is not available, the system synchronizes to the second source and so on. Lastly, the clock reverts to 'internal' source. In case a higher priority clock is available, system selects it on recovery. Note: E1/T1 Interface card must be added in the Control Card memory before configuring the E1/T1 looptimed clock.


93

CLI Commands


To Set the External Synchronization Clock option S. No. Command Statements 1.

{Prompt}> clk/ext/option={opt} {enter}

Response

Remarks


Configures External Clock Source as per option selected.

Response

Remarks

Active CC [Slot-1] Response: clk/priority1={P-option} clk/priority2={P-option} clk/priority3={P-option} clk/priority4={P-option} Clk/priority5={P-option}

Response indicates configured options of system clock priority setting.

{opt}= 75r_2mhz, 120r_2mbps or 100r_1.5mbps

To Check the System Clock Priority S. No. Command Statements 1.

{Prompt}> clk/priority? {enter}

2.

{Prompt}>clk/ext/option? Active CC [Slot-1] Response: clk/ext/option= 75r_2mhz {Enter} or clk/ext/option= 100r_1.5mbps or clk/ext/option= 120r_2mbps

3.

{Prompt}>clk/status? {Enter}


Active CC [Slot-1] Response: CLOCK STATUS (Priority List): PNO CLK STATUS 1 T1 Card-01[1,2, ] **FAILED-LOS 2 Internal OK IN-USE 3 Internal Not Used 4 Internal Not Used 5 Internal Not Used

Response indicates configured external clock option setting.

Response indicates the current active / used clock status.

94

CLI Commands


To Set / Check the 1+1 Control Card Settings PROMPT: MXV6> S. No. Command Statements

Response

Remarks

1.

{Prompt}> cc/config/export {enter}

Inactive CC [Slot-2] Response: Card Inactive - See Active Card Response ! Active CC [Slot-1] Response: Executing....Please Wait for approx 5 MINUTES.... ....please execute cmd 'cc/ config/verify' after export !

This command shall copy the entire configuration of the ‘Active’ Control Card to the ‘Standby’ Control Card / ‘New’ Control Card.

2.

{Prompt}> cc/config/update {enter}

Inactive CC [Slot-2] Response: Card Inactive - See Active Card Response ! Active CC [Slot-1] Response: Executing....Please Wait for approx 5 MINUTES.... ....please execute cmd 'cc/config/verify' after update & auto re-boot !

This command shall only selectively update the configuration of the ‘INACTIVE’ Control Card so that it matches the configuration of the ‘ACTIVE’ Control Card.

3.

{Prompt}> cc/config/verify {enter}

Inactive CC [Slot-2] Response: Card Inactive - See Active Card Response ! Active CC [Slot-1] Response: Executing....Please Wait for approx 5 MINUTES.... ....please check result with cmd 'cc/config/result?' !

This command verifies that the ‘exported’ / ‘copied’ configuration has been correctly transferred from the ‘Active’ Control Card to the ‘Standby’ Control Card.

4.

{Prompt}> cc/config/result? {enter}

Inactive CC [Slot-2] Response: Card Inactive - See Active Card Response ! Active CC [Slot-1] Response: Standby Configuration IDENTICAL - OK !

The execution of the ‘cc/config/result?’ command shall display the result of CLI command ‘cc/config/verify’ task.

5.

{Prompt}> cc/config/status? {enter}

Inactive CC [Slot-2] Response: Standby CC PASS INACTIVE State Active CC [Slot-1] Response: Main CC PASS - ACTIVE State

The execution of the ‘cc/config/status?’ command shall display the Active and Inactive Control Card status.


95


CLI Commands

1+1 Redundant (Main + Standby) Control Card Functionality: Upon powering up the equipment the 'Main' Control Card seated in the Slot No. 6 of the chassis becomes the 'Active' Control Card and this status is indicated by the 'STATUS' LED glowing Green. The 'Standby' Control Card, seated in the Slot No. 7 of the chassis remains in listening mode and the status of the 'Standby' Control Card is shown by its 'STATUS' LED glowing Orange. During the system configuration process, both, 'Main' Control Card and the 'Standby' Control Card are configured with an identical configuration. In the event of either the failure or the removal of the 'Main' Control Card from the chassis, the 'Standby' Control Card takes over, automatically, and becomes the 'Active' Control Card without effecting ‘live’ traffic. If either of the control cards are replaced by a fresh control card in an already working system, the newly inserted control card (either the control card in Slot No. 6 or 7) its configuration shall be required to be updated. This is done by simple commands that can be executed by the user after any control card has been replaced by a new control card in a working system. The CLI commands to update, verify and check the control card status are given below. Control Card Commands: Command: cc/config/export This command shall copy the entire configuration of the 'Active' Control Card to the 'Standby' Control Card / 'New' Control Card. This command should be used when any control card has been replaced with a completely new / completely un-configured control card in an already working system. Note: It is mandatory to run this command when a new / fresh (completely un-configured) stand-by Control Card is installed in the system . While copying the configuration, the control card may remain busy and the OAM Card may return the message of system busy at that time. The control card shall become available immediately after the configuration has been copied. Command: cc/config/update This command shall only selectively update configuration of the 'INACTIVE' Control Card so that it matches the configuration of the 'ACTIVE' Control Card. This command should be used when any control card has been temporarily removed and then re-inserted in an already working system. During the process of updating the configuration of the control card may remain busy and the OAM Card may return the message of system busy at that time. The control card shall become available immediately after the configuration has been updated.


96


CLI Commands

Command: cc/config/verify This command verifies that the 'exported' / 'copied' configuration has been correctly transferred from the 'Active' Control Card to the 'Standby' Control Card. This command must always be used after either the 'cc/config/export', or the 'cc/config/update' commands have been executed to verify the correctness of the transferred configuration file. Upon the execution of the 'cc/config/verify' command, the 'Active' Control card shall verify the configuration of the 'Inactive' Control card. The configuration status of the control card is reflected on the 'CONFIG' LED. Command: cc/config/result? The execution of the 'cc/config/result?' command shall display the result of CLI command 'cc/config/verify' task. When the configuration of 'STANDBY / INACTIVE' Card is identical to that of the 'ACTIVE' Card, Configuration LED on the front panel shall be GREEN. When the configuration of 'STANDBY / INACTIVE' Card does not match with the configuration of the 'ACTIVE' Card, Configuration LED on the front panel shall be RED. The 'cc/config/result' command must always be used after the execution of the 'cc/config/verify command' to update the status of both 'ACTIVE' Card and 'STANDBY / INACTIVE' Card in the data base of the 'ACTIVE CARD'.

Command: cc/config/status? This command shows the status of the Control Card in Slot 6 and the Control Card in Slot 7.


97


Section 9

SECTION 9 Ordering Information and Support


98


Ordering Information

Ordering Information VCL-MX Version 6, Upto 80 E1/T1, DACS / DXC [Core / Common Equipment] S. No. Part #

Product Description

Qty.

1

VCL-MX-1500-DXC

DACS Control Card Central processor, cross-connect and system control Card may be used in a 1 + 1 redundant Configuration Note: Please order 2 numbers for 1 + 1 redundancy

1

2

VCL-MX-1510

(-)48V DC Input Power Supply Card May be used in a 1 + 1 redundant Configuration Note: Please order 2 numbers for 1 + 1 redundancy

3

VCL-OAM-1490-5.0

Management Card [RJ45, DB9F COM, USB] OAM - Operations and Management Card for connecting the multiplexer to be managed in a LAN allows the USER to assign a unique IP address to each multiplexer connected in a LAN to be managed from a single point. Telnet, SNMP (V2)

1

4

VCL-MX-1506

19" Shelf 6U High (Sub-rack) fitted with DB25F Connectorized Backplane Maximum Ten (10) traffic slots meant for tributary cards (line cards)

1

User Configurable Interfaces S. No. Part #

Product Description

Qty

1

VCL-MX-1520-E1-5.0

8 E1 Interface Card Full capability to cross-connect at DS-0, 64Kbps timeslot level as well as to inter-connect to voice and digital data services between 80 incoming E1 Ports (i.e., 80 separate E1 Links, 2480 DS-0 – any to any time-slot cross-connect). (10 Cards / 80 Ports (Max) per Chassis)

10

2

VCL-MX-1520-T1-5.0

8 T1 Interface Card Full capability to cross-connect at DS-0, 64Kbps timeslot level as well as to inter-connect to voice and digital data services between 80 incoming T1 Ports (i.e., 80 separate T1 Links, 1920 DS-0 – any to any time-slot cross-connect). (10 Cards / 80 Ports (Max) per Chassis)

10


99

Ordering Information


Cables and Accessories S. No. Part #

Product Description

Qty.

1

VCL-1505-TER-DB37F-RJ45F-16PP

16xE1/T1, DB37 [2 x DB37F] to RJ45 [16 x RJ45F] Termination Panel 19" Metal case 1U High Rack Mount Version with Hardware Set

0

2



1

3



1

4

VCL-HRNS 1264-4E1O

E1/T1 4 Port Connectorized Cable [DB25M-Open] [1 cable each 4 Port E1/T1 card]

0

5

VCL-HRNS 1268-8E1Y37M

E1/T1 8 Port Y Connectorized Cable [2xDB25M-DB37M] [1 cable each 8 Port VCL-1505-TER-DB37F-RJ45F-16PP]

10

6

UMIKitMXV6DXC

System Core Cables, Installation Accessories, Documentation, System User Manual, Systems User Manual Disk, etc [Set]

1


100


Support

Note:

Technical specifications are subject to changes without notice. All brand names and trademarks are the property of their respective owners. Revision 02 – August 02, 2012

ORION TELECOM NETWORKS INC. 16810, Avenue of Fountains, Suite # 108, Fountain Hills, AZ 85268, USA Phone: +1 (480) 816 8672 Fax: +1 (480) 816 0115 E-mail: [email protected] Website: http://www.oriontelecom.com Orion Telecom Networks Inc. - 2012

101

VCL- DACS 16.pdf

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