Introduction - Squire Technologies · Web viewSquire Technologies reserve the right to charge for any extended time that is required to investigate and reconfigure the equipment

SVI

Installation Check List

20th July 2011

Document STDP14-0013

Version 3.2

© Squire Technologies 2023

This document is the property of Squire Technologies. Information contained herein is confidential. This document, either in whole or in part, must not be reproduced or disclosed to others or used for purposes other than that for which it has been supplied, without Squire Technologies prior written permission, or, if any part hereof is furnished by virtue of a contract with a third party, as expressly authorised under that contract.

Squire Technologies, Dorchester, Dorset, DT1 1XA

Change History

Date Version Description Change Note

02/06/2003 1.0 Initial Draft

12/02/2004 1.1 Added IP information AC

15/02/2004 1.2 Added NFAS information AC

14/11/05 1.3 Updates JE

14/06/2004 1.4 Added ANSI to check list AC

24/05/06 2.0 Merged 9225 and VoIP checklists, added Pin-Outs and site requirements

JW

01/07/2006 2.1 Added R2 JW

29/05/2007 2.2 Shock timer info added TB

30/05/2007 2.3 Fixed various discrepancies JW

05/12/2007 2.4 Added Power Cords JW

08/10/2008 2.5 Added additional IP section and IP info JH

08/01/2010 2.6 Added more Sigtran JW

04/10/2010 3.0 Revised IP Network Information section NM

22/07/2010 3.1 Quality review and updated AC

29/03/2012 3.2 Amended section 6.1.1 to say Adler is not supported

BK

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S:\Proceudres\Installation\SVI Checklist – SQ00314

Version / Date: 2.6 / 11/09/23Author: Andrew Cooper

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Table of Contents

1 INTRODUCTION..................................................................................................6

1.1 TDM Network Synchronisation...............................................................................................6

1.2 Coverage................................................................................................................................ 6

2 PURCHASER.......................................................................................................7

2.1 Company Information............................................................................................................. 7

2.2 Shipping Information.............................................................................................................. 7

2.3 Installation Location............................................................................................................... 7

2.4 Power Cords........................................................................................................................... 7

3 PRODUCT............................................................................................................8

3.1 Diagram of Interconnect......................................................................................................... 8

3.2 Product Architecture.............................................................................................................. 9

3.3 Protocols.............................................................................................................................. 12

4 VOIP END POINT INFORMATION....................................................................15

4.1 VoIP Services........................................................................................................................ 15

4.2 VoIP Destinations................................................................................................................. 16

5 SS7 INTERCONNECT.......................................................................................17

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6 SIGTRAN...........................................................................................................19

6.2 Additional Information......................................................................................................... 19

7 MEDIA GATEWAY SUPPORT..........................................................................20

8 R2.......................................................................................................................21

8.1 R2 Equipment Information....................................................................................................21

8.2 R2 End.................................................................................................................................. 21

8.3 Physical Connection.............................................................................................................. 21

9 ISDN INTERCONNECT.....................................................................................22

9.1 ISDN Equipment Information................................................................................................22

9.2 ISDN Datalink....................................................................................................................... 22

10 SMS................................................................................................................23

10.1 SMPP............................................................................................................................... 23

10.2 SS7 Information............................................................................................................... 23

11 IP NETWORK INFORMATION......................................................................25

11.1 SVI IP Address.................................................................................................................. 25

11.2 DNS Server Address.......................................................................................................... 26

11.3 Network switch................................................................................................................ 26

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11.4 IP Network Topology Requirements.................................................................................27

12 SITE REQUIREMENTS..................................................................................29

12.1 Installation Requirements................................................................................................29

12.2 TDM Hardware................................................................................................................. 29

12.3 Interface Pin outs............................................................................................................. 31

13 DELIVERY SPECIFICS..................................................................................34

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1 INTRODUCTION

The purpose of this document is to capture all installation requirements enabling Squire Technologies to pre-configure and commission the unit before installation of the unit at the customer’s site. This reduces the time of interconnect and ensures that the equipment is shipped with the correct hardware and software configuration.

If the information given in this document is not correct additional time may be needed to reconfigure the equipment during installation. Squire Technologies reserve the right to charge for any extended time that is required to investigate and reconfigure the equipment.

If you need any assistance with filling out this document please contact your account manager.

1.1 TDM NETWORK SYNCHRONISATION

It should be noted that unless special arrangements have been taken with Squire Technologies, all TDM equipment connecting to the SVI will be synchronised to the same clock. If all systems are not synchronising off the same clock then the system will not operate correctly.

1.2 COVERAGE

This document covers pre-installation of the following products. The relevant protocol section identifies the additional

Product Number

Product Relevant Protocol Sections

SVI-9225 SS7 to ISDN Protocol Converter 5,8,9

SVI-9220 SS7 to SS7 Signalling Only Converter 5,6

SVI-MGC SS7/ISDN to VoIP Media Gateway Controller 4,5,6,7,9

SVI-MG SS7/ISDN to VoIP Media Gateway 4,5,9

SVI-SBC VoIP Session Border Controller 4

SVI-C4 VoIP Class 4 SoftSwitch 4

SVI-SMSC SMSC 5,6,10

SVI-STP STP 5,6

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2 PURCHASER

2.1 COMPANY INFORMATION

Contact Name :

Company Name :

Company Address :

Contact Telephone Number :

2.2 SHIPPING INFORMATION

Name :

Address :

2.3 INSTALLATION LOCATION

Address :

2.4 POWER CORDS

Please choose a preferred power cord to be shipped with the SVI. If not specified the unit will be shipped with a UK power cord.

UK Power Cord (IEC) US Power Cord (IEC) EU Power Cord (IEC)

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3 PRODUCT

Product Name:

3.1 DIAGRAM OF INTERCONNECT

Insert here a diagram of interconnect to show equipment to which the Squire product will be connecting to.

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3.2 PRODUCT ARCHITECTURE

The SVI can be installed in a number of different configurations depending on requirements. Three main components make up a complete SVI system.

Please indicate the chosen architecture required.

Single Plane Redundant Redundant Distributed

3.2.1 SVI COMPONENTS

3.2.1.1 SVI-SS

The SVI component contain all of the control functions that deliver the service.

3.2.1.2 SVI-MS

The SVI-MS provides the configuration interface to the GUI.

3.2.1.3 Database

The Database contains the relevant configuration, call records and statistics. If purchased this will also contain the billing.

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3.2.2 SINGLE PLANE

The single plane compact unit is a non-redundant architecture with all components on a single server.

3.2.3 REDUNDANT ARCHITECTURE.

The redundant plane architecture provides a high availability environment using an active hot-standby redundant pair. Each unit has its own IP address and the service IP addresses are provided by a VIP (Virtual IP) address which is controlled by the current worker unit.

The VIP address which is shared between the two units must be in the same subnet

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Single Plane

Preferred Plane Non-Preferred Plane


3.2.4 REDUNDANT DISTRIBUTED ARCHITECTURE

For larger systems with heavy Database usage the SVI-MS and SQL components are put on a separate servers from the SVI.

The VIP address which is shared between the two SVI-SS units must be in the same subnet

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Preferred Plane Non-Preferred Plane


3.3 PROTOCOLS

Choose from the below list the protocols that are to be supported on the unit. If the protocol is not listed please add in.

Type Protocol Section Required

SS7 ETSI ISUP 88 5

ETSI ISUP 92 5

ETSI ISUP 97 5

ITUT ISUP Blue Book 5

ITUT ISUP White Book 5

ITUT TUP Blue Book 5

Chinese TUP 5

Swiss ISUP 5

Brazilian ISUP 5

UK ISUP 5

German ISUP 5

French ISUP (SPIROU) 5

French TUP (SSUTR2) 5

IUP (BTNUP) 5

R-ISUP (Russian) 5

ANSI ISUP 5

JTTC (Japan) 5

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R2 Blue Book 8

Egyptian 8

Other 8

ISDN ETSI EURO ISDN 9

ITUT Q.931 9

DSS1 9

NI2 9

ATT41449 9

NIS A211-1 9

TS014 9

1TR6 9

VN3 9

NI1 9

DASS2 9

DPNSS 9

QSIG 9

VoIP H.323 4

SIP 4

SIP-I 4

SIP-T 4

Media Control

MGCP 7

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MEGACO 7

SMS SMPP 10

GSM SMS 10

IS41 SMS 10

SIP 10

AAA Radius

SIGTRAN M2UA 6

M3UA 6

IUA 6

SUA 6

M2PA 6

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4 VOIP END POINT INFORMATION

The unit will be shipped with a default SIP and a default H323 end point providing a simple class 4 service. The following allows for the user to specify a more detailed requirement.

4.1 VOIP SERVICES

This section is to define the VoIP Services that are to be run on the SVI. The following details the VoIP Services that can be configured on the SVI.

4.1.1 CLASS 4

This provides standard Class 4 routing functionality. The bandwidth column should specify the maximum number of simultaneous calls for this service.

4.1.2 CROSS BORDER CONTROL

This service provides the ability to route VoIP traffic across different IP subnets to provide cross border control. The bandwidth column specifies the maximum number of calls that require this service.

4.1.3 REGISTRAR

This service allows for SIP and H323 end points to register with the SVI. The bandwidth column should specify the forecasted number of subscribers.

4.1.4 BILLING

This service provides pre and post billing services on the SVI.

The following table should be configured for each of the services purchased on the SVI

Protocol Service Service Address:port Bandwidth

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4.2 VOIP DESTINATIONS

This section is to define the IP destinations which the SoftSwitch will be talking to directly. Please repeat this table for the maximum number of VoIP destinations required. The user will be responsible for configuring registering subscribers.

Protocol IP Address:port

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5 SS7 INTERCONNECT

This describes the how the converter connects to the SS7 network.

5.1.1 REMOTE SWITCH INFORMATION

Switch Type/Make Switch Protocol Total E1s

5.1.2 POINTCODE INFORMATION

Linkset Pointcode Originating (SVI) Pointcode Network Indicator

5.1.3 SIGNALLING LINK INFORMATION

Signalling Link Code PCM Interface Signalling timeslot

5.1.4 CIRCUIT INFORMATION

Circuit Identity Code (CIC) PCM Interface Bearer timeslot Destination Pointcode

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5.1.5 PHYSICAL CONNECTION

Connector Type CRC Encoding Framing

RJ45 E1 On HDB3 SF

BNC T1 Off AMI ESF

V.35 J1 B8ZS other

Other Other Other

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6 SIGTRAN

The SS7 interconnect to the SVI may be over SIGTRAN. This sections allows for the

user to specify the type of SCTP connection required on the SVI.

Protocol

M2PA,M3UA,M2UA,IUA,SUA

Number SCTP connections

Multi-homing

(Y/N)

6.1.1 SCTP

This section defines the SCTP connections.

Checksum IP Version Number Streams

CRC32 IP Address

Outgoing

Adler is NOT SUPPORTED

Port Incoming

6.1.2 M2UA/M3UA ASP’S

This section defines the M2UA or M3UA

ASP ID End (Client/Server) Traffic Mode (Override/Loadshare/Broadcast)

Connection Mode (ASP/IPSP)

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7 MEDIA GATEWAY SUPPORT

The following provides details of the Media gateways that are to be connected. Please copy and repeat for all media gateways.

Make/Model IP Address

Number Interfaces URL

MGCP/MEGACO Interface naming convention

MGCP/MEGACO Timeslot/end point naming convention

Codec Support

G.711 G.723.1(5.3) G.729a T.38

GSM G.723.1(6.3) G.729ab

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8 R2

This section describes the R2 equipment that the SVI is to interconnect to.

8.1 R2 EQUIPMENT INFORMATION

Switch Type/Make

8.2 R2 END

One-Way or Both-Way End

8.3 PHYSICAL CONNECTION

Connector Type CRC

RJ45 E1 On

BNC T1 Off

V.35 J1

Other Other

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9 ISDN INTERCONNECT

This section describes the ISDN equipment that the SVI is to interconnect to. Add in as many sections as required.

9.1 ISDN EQUIPMENT INFORMATION

Switch Type/Make Switch Protocol Total PCM

9.2 ISDN DATALINK

Datalink timeslot

Protocol end NFAS Number Bearer Channels

User/PBX Yes

Network/Exchange No

9.2.1 PHYSICAL CONNECTION

Connector Type CRC Encoding Framing

RJ45 E1 On HDB3 SF

BNC T1 Off AMI ESF

V.35 J1 B8ZS other

Other Other Other

9.2.2 ADDITIONAL INFORMATION

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10 SMS

This section is used to define the SMSC component of the SVI.

10.1 SMPP

This section defines any SMPP interconnects into the SMSC.

Interconnect Type

ESME,SMSC

IP Address Version Client/Server Source Address

10.2 SS7 INFORMATION

For SS7 interconnects please detail the following

10.2.1 NODES

Node Address Global Title

SMSC

GTT Node

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10.3 BILLING

Please indicate the services required.

Service Purchased (Y/N)

Post-Paid Account

Pre-Paid Account

Billing on SMS Attempt

Billing on SMS Delivery*

In line billing with SVI

Off line billing

*not supported in V10 releases

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11 IP NETWORK INFORMATION

The SVI requires a minimum number of IP addresses assigned to it to function correctly.

The following table describes the number of IP addresses required depending on components in the solution.

Unit Minimum IP Address

Detailed

Single Plane 1

Redundant 3 One for each of the units and one for the VIP address.

Redundant Distributed

5 One for each of the servers and one for the VIP address.

PCI TDM and VoIP signalling card

1 One for each PCI TDM and signalling card present in the system.

cPCI TDM and VoIP signalling card

2 Two for each cPCI TDM and VoIP signalling card present in the system.

cPCI TDM signalling card

1 One for each of the cPCI TDM and VoIP signalling cards present in the system. If redundant then another one can be added per card on a different subnet.

RTP Router 1 One IP address per RTP router

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11.1 SVI IP ADDRESS

Fill out the following taking into consideration the above table identifying the allocated IP addresses for the entire system.

Unit IP Address Netmask Default Gateway

VIP (redundant system only)

Plane 1 (mandatory)

Plane 2

Plane 3

Plane 4

Interface Card

Interface Card

Interface Card

11.2 DNS SERVER ADDRESS

IP Address

11.3 NETWORK SWITCH.

Make Model Layer 2 or 3 IP Address

Please ensure that Spanning Tree Protocol is disabled on the network switch. The optimum connections are made by having all components attached to an unmanaged layer two switch.

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Please also state below the Bandwidth of the IP connection being used for remote access of the system:

Note: If this section is not completed, your system will ship with an IP of 192.168.2.100, mask 255.255.255.0. The above section should be filled in with the IP the SVI will be available at for remote support/installation if required.

Access to the SVI IP will be required for any remote installation/support, Please ensure the following IP ranges will have access;

82.133.124.164/32

83.105.63.14/32

88.208.239.132/32 (must be available in case of temporary license)

82.133.44.32/29

81.142.254.160/28 (must be available in case of temporary license)

194.72.121.16/28

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11.4 IP NETWORK TOPOLOGY REQUIREMENTS

The diagram below is the required network topology for any redundant SVI system:

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12 SITE REQUIREMENTS

The below tables describes the requirements for the environment in which the SVI will be installed.

Chassis Type Voltage (Volts)

Physical Size (mm) (all 19” compatible)

PSU Wattage per PSU (Watts)

Max current drawn (Amps)

External earth

required

Max PCI cards

1U 240 484x535x44.45 250 1.1 Yes 1

1U 110 484x535x44.45 250 2.2 Yes 1

2U 240 484x450x88 300 1.3 Yes 3

2U 110 484x450x88 300 2.6 Yes 3

4U 240 480x671x177 400 1.7 Yes 9

4U 110 480x671x177 400 3.4 Yes 9

4U -48 480x671x177 400 8.3 Yes 9

12.1 INSTALLATION REQUIREMENTS

The following must be completed by the customer prior to installation of the SVI;

1. Correctly rated power supply as per table above.

2. Unit must be earthed either through power supply or external ground bonding point (-48V systems must have external earth at all times).

3. PCM cables, Squire Technologies do not install PCM cable infrastructure, it is the responsibility of the customer to provide these, as per section 12.2. To ensure correct cabling if possible these should all be BERT tested for a period of 24 hours prior to installation.

4. Power breakers are advisable to protect the unit, these should be equivalent to AC Category D.

12.2 TDM HARDWARE

There are 4 types of TDM hardware which can be supplied depending on product purchased.

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12.2.1 PCI TDM SIGNALLING CARD

For small TDM only products the M1800 PCI card is used. This provides 8 TDM interfaces on 4 RJ 45s. Section 11.3 shows the pin out of the RJ45 connectors

12.2.2 PCI TDM VOIP SIGNALLING CARD

For TDM and VoIP products VoIP signalling cards are used. This card provides 8 TDM interfaces across 4 RJ45s. Section 11.3 shows the pin out of the RJ45 connectors.

12.2.3 CPCI TDM SIGNALLING CARDS

In the 8000 model for larger bandwidth interconnects the cPCI TDM signalling card provides 16 TDM interfaces over 8 dual TDM interface RJ45 connectors.

12.2.4 CPCI TDM AND VOIP SIGNALLING CARDS

For larger deployments of TDM to VoIP conversion the cPCI TDM and signalling card provides 16 TDM interfaces split over 2 octal RJ21 connectors.

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8 * Dual RJ45/48 TDM Interfaces

Ethernet

Interface Indicators

cPCI TDM Signalling Card cPCI TDM VoIP Signalling Card

Ethernet



TDM RJ21 Connector

TDM RJ21 Connector


12.3 INTERFACE PIN OUTS

12.3.1 DUAL RJ45/48

.

Pin Designation Description

Pin Designation Description

1 Port A Receive Ring Receive signal into interface card Port A

2 Port A Receive Tip Receive signal into interface card Port A

3 Port B Receive Ring Receive signal into interface card Port B

4 Port A Transmit Ring Transmit signal out of interface card Port A

5 Port A Transmit Tip Transmit signal out of interface card Port A

6 Port B Receive Tip Receive signal into interface card Port B

7 Port B Transmit Ring Transmit signal out of interface card Port B

8 Port B Transmit Tip Transmit signal out of interface card Port B

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PCI TDM VoIP Signalling Card


Ethernet Interface Indicators



PCI TDM Signalling Card


12.3.2 EXAMPLE 2X4 PIN RJ48 TO 8 PIN RJ48 CROSS OVER CABLE

The following provides the pin of a 2 to 1 cross over RJ45 cable which provides

interconnect between two 4 Pin RJ45 and 1 8 pin RJ45.

Card Cable Pin, Port A Cable, Port B Cable

Card Cable Pin Port A Cable Port B Cable

1 4 NC

2 5 NC

3 NC 4

4 1 NC

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6 NC 5

7 NC 1

8 NC 2

NC = Not Connected

12.3.3 OCTAL RJ21

12.3.3.1 Wiring Table

Pin (Ring)

ColourPin

(Tip)Colour

1 Blue-White 26 White-Blue

2 Orange-White 27 White-Orange

3 Green-White 28 White-Green

4 Brown-White 29 White-Brown

5 Grey-White 30 White-Grey

6 Blue-Red 31 Red-Blue

7 Orange-Red 32 Red-Orange

8 Green-Red 33 Red-Green

9 Brown-Red 34 Red-Brown

10 Grey-Red 35 Red-Grey

11 Blue-Black 36 Black-Blue

12 Orange-Black 37 Black-Orange

13 Green-Black 38 Black-Green

14 Brown-Black 39 Black-Brown

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15 Grey-Black 40 Black-Grey

16 Blue-Yellow 41 Yellow-Blue

17 Orange-Yellow 42 Yellow-Orange

18 Green-Yellow 43 Yellow-Green

19 Brown-Yellow 44 Yellow-Brown

20 Grey-Yellow 45 Yellow-Grey

21 Blue-Violet 46 Violet-Blue

22 Orange-Violet 47 Violet-Orange

23 Green-Violet 48 Violet-Green

24 Brown-Violet 49 Violet-Brown

25 Grey-Violet 50 Violet-Grey

12.3.3.2 RJ21 Pin Outs

Interface Number Tx Pins (Tip/Ring) Rx Pins (Tip/Ring)

1 to 8 9 to 16

1 9 27/2 26/1

2 10 29/4 28/3

3 11 31/6 30/5

4 12 33/8 32/7

5 13 35/10 34/9

6 14 37/12 36/11

7 15 39/14 38/13

8 16 41/16 40/15

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13 DELIVERY SPECIFICS

Please note that all units shipped by Squire Technologies are equipped with shock timers. This is in case of the event of damage to the unit whilst in transit. This makes it possible to trace when and where the damage occurred. We advise that if this timer is stopped upon receipt, the recipient should ask the courier to make a note of this, accept the shipment and inform Squire Technologies immediately.

Notes

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END OF DOCUMENT

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Documents

Introduction - Squire Technologies · Web viewSquire Technologies reserve the right to charge for any extended time that is required to investigate and reconfigure the equipment