hg4 2v 16v voip cb manual rev5

HG-4000/2000V/1600V-CB

Release: 5.0

Installation manual of 58 Date: June 2008

Taking Voice to the Next Level

HyperGateway Installation and User Manual

HG-4000-CB / HG-2000V-CB /HG-1600V-CB Series

HG-4000/2000V/1600V-CB

Release: 5.0


Table of contents

List of Figures ................................................................................................................................3 1 Introduction ...........................................................................................................................5

1.1 About HyperGateway -VoIP GSM Gateway ............................................................ 5 1.2 Package Contents .................................................................................................... 6 1.3 How to Contact Hypermedia .................................................................................... 6 1.4 About This Manual ................................................................................................... 6

2 User Safety Information ........................................................................................................7 2.1 Electrical Safety........................................................................................................ 7 2.2 Environments with Explosive Materials.................................................................... 7 2.3 Non-Ionizing Radiation ............................................................................................. 7 2.4 Electronic Medical Equipment.................................................................................. 7 2.5 Measures to be Taken in Case of Loss/Theft .......................................................... 7 2.6 Transport .................................................................................................................. 7 2.7 Damage and Repairs ............................................................................................... 7

3 System Architecture..............................................................................................................9 3.1 General Description.................................................................................................. 9 3.2 System Components .............................................................................................. 10 3.3 HyperGateway Device Architecture ....................................................................... 11

3.3.1 CB1/2- Control Board Module ....................................................................... 11 3.3.2 CG41/CC41 - Cellular Gateway Single-Slot Module ..................................... 11 3.3.3 MG11- Media Matrix and Media Gateway Single-Slot Module ..................... 11 3.3.4 Optional PRI11- PRI ISDN Single-Slot Module ............................................. 11

4 System Installation..............................................................................................................12 4.1 Before You Install ................................................................................................... 12 4.2 HyperGateway Physical Installation....................................................................... 13

4.2.1 CB1/2 – Control Board .................................................................................. 13 4.2.2 Cellular cards indicators ................................................................................ 17 4.2.3 Power panel................................................................................................... 18

5 HMC Installations................................................................................................................19 5.1 Run the HMC installation program ......................................................................... 19 5.2 Running HMC for the First Time ............................................................................ 21

5.2.1 Configure Server IP Address......................................................................... 21 5.2.2 Connecting to the HyperGateway Server...................................................... 21 5.2.3 Change Default HMC and HGW Passwords................................................. 22 5.2.4 HGS Server Properties.................................................................................. 23 5.2.5 HGS Settings ................................................................................................. 24 5.2.6 VoIP Gateway Settings.................................................................................. 24

5.3 Cellular Card Configuration.................................................................................... 27 5.3.1 Volume Settings ............................................................................................ 27 5.3.2 Media Connection.......................................................................................... 27 5.3.3 Dial Filter........................................................................................................ 29 5.3.4 Cellular Card PIN Codes ............................................................................... 29 5.3.5 Cellular Card MSN Values............................................................................. 29 5.3.6 Cellular Card Reset ....................................................................................... 30 5.3.7 Cellular Card Module Information.................................................................. 30 5.3.8 Cellular Card Operator and SIM Locks (GSM only) ...................................... 31 5.3.9 Multi-SIM Configuration (GSM only).............................................................. 31 5.3.10 Counters (GSM only) ..................................................................................... 32 5.3.11 Automatic SIM Switching (GSM only) ........................................................... 32 5.3.12 Cellular Card Call Counters Steps................................................................. 33 5.3.13 Cellular Card CLI Blocking ............................................................................ 33 5.3.14 Cellular Card Serial Numbers........................................................................ 33 5.3.15 Cellular Card Call Limits ................................................................................ 34 5.3.16 Cellular Card Cell Selection........................................................................... 34

5.4 VoIP Card Configuration ........................................................................................ 35

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5.4.1 VoIP Media Connection................................................................................. 35 5.4.2 VoIP Setting................................................................................................... 37

5.5 PRI Card Configuration .......................................................................................... 38 5.6 PRI Cards Settings................................................................................................. 38

5.6.1 Connection Settings ...................................................................................... 38 5.6.2 E1 Media Matrix............................................................................................. 39

6 Save Configuration Management .......................................................................................40 7 System Monitoring ..............................................................................................................41

7.1 Cellular Card (CG / CC) Monitoring ....................................................................... 41 7.1.1 CG / CC Card Receptions ............................................................................. 41 7.1.2 CG / CC Card Status ..................................................................................... 42 7.1.3 CG / CC All Cells Monitor .............................................................................. 42

7.2 PRI Card Monitoring............................................................................................... 43 7.3 VoIP Card Monitoring ............................................................................................. 43

7.3.1 VoIP CDR Files ............................................................................................. 44 8 System Management ..........................................................................................................45

8.1 Call Filters .............................................................................................................. 45 8.1.1 Call Filters Operation..................................................................................... 45 8.1.2 Call Filters Settings........................................................................................ 45

8.2 SIM / Channels Scheduler ..................................................................................... 47 8.3 VoIP Calls Routing ................................................................................................. 47 8.4 IP Filters ................................................................................................................. 48 8.5 DDI Filters .............................................................................................................. 49 8.6 Call Routing............................................................................................................ 49 8.7 Phone2net dial plain............................................................................................... 51 8.8 Block DDI Number.................................................................................................. 51

9 Troubleshooting ..................................................................................................................52 9.1 Power ..................................................................................................................... 52 9.2 MG11...................................................................................................................... 52 9.3 PRI11 ..................................................................................................................... 53 9.4 Cellular cards ......................................................................................................... 54

Appendix A - CDR .......................................................................................................................55 Appendix B - Dlink Setup.............................................................................................................56

List of Figures

Figure 1. HG-4000-CB Gateway ............................................................................................... 5 Figure 2. HG-1600V-CB Gateway ............................................................................................. 5 Figure 3. HyperGateway Matrix................................................................................................. 9 Figure 4. HyperGateway Architecture ..................................................................................... 10 Figure 5. HG-4000 front panel................................................................................................ 11 Figure 6. CB1 Control Board ................................................................................................... 13 Figure 7. RJ-45 connector pin out ........................................................................................... 15 Figure 8. SIM card installation ................................................................................................. 16 Figure 9. Cellular antenna ....................................................................................................... 17 Figure 10. GSM card front panel ............................................................................................. 17 Figure 11. HyperGateway Power Panel .................................................................................. 18 Figure 12. HMC installation ..................................................................................................... 19 Figure 13. HMC icons .............................................................................................................. 19 Figure 14. HMC connection to server...................................................................................... 21 Figure 15. Hypermedia Server Address .................................................................................. 21 Figure 16. HMC and HGW password settings ........................................................................ 22 Figure 17. HGS Login .............................................................................................................. 23 Figure 18. Date & Time Settings ............................................................................................. 24 Figure 19. VoIP Gateway Settings .......................................................................................... 24 Figure 20. HMC connection..................................................................................................... 26 Figure 21. GSM Cellular Card Volume Settings...................................................................... 27

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Figure 22. Cellular Cards media matrix ................................................................................... 27 Figure 23. Cellular Card matrix configuration.......................................................................... 28 Figure 24. Cellular media matrix – edit parameters ................................................................ 28 Figure 25. Cellular Dial Filter ................................................................................................... 29 Figure 26. Cellular Card PIN codes......................................................................................... 29 Figure 27. Cellular MSN values............................................................................................... 30 Figure 28. Cellular Card Reset ................................................................................................ 30 Figure 29. Cellular Card Module Info....................................................................................... 30 Figure 30. Cellular Operator and SIM locks ............................................................................ 31 Figure 31. Multi-SIM Configuration.......................................................................................... 31 Figure 32. Cellular Time Count................................................................................................ 32 Figure 33. Automatic SIM Switching........................................................................................ 32 Figure 34.................................................................................................................................. 32 Figure 35. Cellular Card Call Counters Steps ......................................................................... 33 Figure 36. Cellular Card CLI Blocking ..................................................................................... 33 Figure 37. Cellular Card Serial Numbers................................................................................. 34 Figure 38. Cellular Card Call Limits......................................................................................... 34 Figure 39. Cellular Card Cell Selection ................................................................................... 34 Figure 40. VoIP Media Matrix .................................................................................................. 35 Figure 41. VoIP Allocation ....................................................................................................... 35 Figure 42. Unlink allocation ..................................................................................................... 36 Figure 43. VoIP Parameters .................................................................................................... 37 Figure 44. E1 General Settings ............................................................................................... 38 Figure 45. E1 Media Matrix ..................................................................................................... 39 Figure 46. PRI Allocation......................................................................................................... 39 Figure 47. PRI Unlink allocation .............................................................................................. 40 Figure 48. Save / Load Configuration...................................................................................... 40 Figure 49. Cellular Card Reception ......................................................................................... 41 Figure 50. Cellular Cards Status ............................................................................................. 42 Figure 51. All Cellular Cards Reception .................................................................................. 42 Figure 52. E1 Card Status ....................................................................................................... 43 Figure 53. VoIP Card Status.................................................................................................... 43 Figure 54. VoIP Cannel Control............................................................................................... 44 Figure 55. VoIP CDR Files ...................................................................................................... 44 Figure 56. Number Filters ........................................................................................................ 45 Figure 57. Rules filters............................................................................................................. 46 Figure 58. "newplan" filter........................................................................................................ 46 Figure 59. Adding rules ........................................................................................................... 47 Figure 60. IP Filter List............................................................................................................. 48 Figure 61. New IP Filter ........................................................................................................... 48 Figure 62. New DDI Filter ........................................................................................................ 49 Figure 63. VoIP Channel Restrictions ..................................................................................... 49 Figure 64. Assigning Group and Restrictions.......................................................................... 50 Figure 65. New Group and Restrictions .................................................................................. 50 Figure 66. DDI Blocking List .................................................................................................... 51

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1 Introduction

1.1 About HyperGateway -VoIP GSM Gateway

Figure 1. HG-4000-CB Gateway

Figure 2. HG-1600V-CB Gateway

The HyperGateway is a scalable, modular system that enables flexible and cost-

effective telephony over any combination of Fixed, wireless and IP/Ethernet

networks.

HyperGateway is optimized for medium-to-large enterprises and provides integrated

voice communications for both on-site and remote users.

The HyperGateway unit enables flexible, pre-defined allocation of PRI B-channels

for inbound and outbound PSTN, cellular (GSM and CDMA) and Voice over IP (VoIP)

calls.

Given the system’s flexibility, modularity and scalability, the HyperGateway can be

pre-configured to meet precise customer needs. Companies can easily expand the

cost-effective system to meet their evolving telephony needs over time.

HyperGateway is integrated in a 19" X 6U or in 19" X 3U rack-mountable box with

optional redundant power supply units. The system is available with 4 Cellular

channels- per-slot modules which can be used in up to 8 slots. 4 SIM drawers are

included on the front panel of the GSM slot module, with optional 12 more SIM's (4

SIM's per ch.), As well as an integrated power splitter for the antenna.

The Hypermedia Management & Console (HMC) is an HTML application for remote

system configuration and monitoring over TCP/IP using any standard Web browser.

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The HyperGateway Server (HGS) is a Java-based application that runs on a PC. It

communicates with the HyperGateway via the supplied Control Cord and acts as a

gateway to the enterprise LAN.

1.2 Package Contents

The Package in which the HyperGateway is supplied contains the following

accessories:

Item Quantity

HyperGateway System 1

Power Cord* 1 to 2

In-Door Antenna* 1 to 8

Control Cord 1

DI-100 Router 1

Warranty Certificate 1

Installation Manual 1

CD 1

* Number of items according to the system configuration

Please ensure you have all items before starting the system installation.

1.3 How to Contact Hypermedia

Additional assistance and technical support is available via your local Hypermedia

distributor. Additional information is also available at http://www.hyperms.com.

Hypermedia support can be reached via Email: [email protected]

1.4 About This Manual

This manual contains information about the installation of the HyperGateway.

It covers the following subjects:

• Introduction

• Before installation

• How to install the HyperGateway

• How to configure the HyperGateway

• Technical parameters

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2 User Safety Information

2.1 Electrical Safety

HyperGateway works with a nominal mains supply voltage of 110- 230VAC. The

device also needs to be connected to the PRI (S2m, E1) port of your TA or PSTN.

The power supply cord must be connected to a plug socket with a valid earth

connection.

Under no circumstances should the user open the HyperGateway housing. Doing so

may be dangerous and invalidates product warranty.

2.2 Environments with Explosive Materials

HyperGateway is not approved for use in potentially hazardous atmospheres. The

user is advised not to use HyperGateway in close proximity to such areas. This

includes areas such as, but not exclusively, fuel stations, fuel depots, chemical works

or during blasting. Should this nevertheless be necessary, the user must take

precautionary measures so as to ensure that no risk can occur.

2.3 Non-Ionizing Radiation

As in all radio transmission devices, the user should note that for satisfactory use of

the devices and safety of the user, the device should only be used in its normal

operating position.

2.4 Electronic Medical Equipment

The operation of radio transmitters, which includes cellular engines, can impair the

function of medical devices that have not been properly shielded. Please ask the

advice of your doctor or the manufacturer of the medical device.

2.5 Measures to be Taken in Case of Loss/Theft

Inform your network provider immediately if the cellular engines or the SIM cards

used are lost so as to reduce the risk of misuse.

2.6 Transport

The packaging is designed to protect against mechanical damage and should be

stored for any later transport of the unit. To avoid moisture condensation, time must

be allowed for the unit to slowly adapt to the ambient temperature (if it has been

stored in an environment with differing temperature) before switching on.

2.7 Damage and Repairs

For safety reasons, the device should not be used in case of noticeable damage or if

it has been exposed to moisture.

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Repairs to the device should only be carried out by the manufacturer or their

authorized agents.

Should this not be possible at any time, the repair must be carried out by an

adequately qualified person, whereby only original parts should be used.

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3 System Architecture

3.1 General Description

The HyperGateway system connects the telephone system to the GSM and CDMA

networks and to an IP network.

You can imagine the system as a matrix that connects between the different

communications technologies – Standard telephony, Cellular telephony and Voice

over IP (VoIP) telephony – on which any combination of connection is available.

Figure 3. HyperGateway Matrix

Any combination of connections is possible, and is configured by the HMC

application:

• On the standard telephony side it is connected to the PRI (S2m, E1)

local port of the telephone system and or to a PBX/SWITCH.

• On the Cellular telephony side the system can host up to 32 Cellular

modules, connected in groups of 4 modules per slot.

• On the VoIP side the system connects to an IP network using a

100baseT Fast Ethernet connection utilizing a media gateway.

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3.2 System Components

The HyperGateway system consists of 3 components:

• The HyperGateway unit is a 19” x 6U rack-mountable unit that

connects to the local PBX or network via a PRI card or VoIP card. It

also connects to the cellular network via up to 8 cellular cards, each

card with 4 channels of cellular channels.

The HyperGateway enables any combination of connectivity between

the various interfaces of the system.

• The D-LINK DI-100 is an Ethernet Broadband Router equipped with NAT network address translation technology. It enables the HyperGateway to connect to a public IP and to operate behind firewalls equipped with H.323 Network Address Translation (NAT); this provides maximum network security.

• The Hypermedia Management & Console (HMC) is a dynamic HTML

application for remote system configuration and monitoring over

TCP/IP using a standard WEB browser. This application is used by

the system administrator, to configure and monitor the

HyperGateway.

Figure 4. HyperGateway Architecture

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3.3 HyperGateway Device Architecture

The HyperGateway unit is a 19” x 6U or

19" x 3U rack mounted box that contains

a backplan and several slots for 3

different types of modules.

It contains a single power supply module.

Also available is a dual power supply

module for redundancy purposes.

A typical configuration includes one VoIP

module and at least 2 cellular slots

modules.

Figure 5. HG-4000 front panel

3.3.1 CB1/2- Control Board Module

The CB1/2 module is designed for remote TCP/IP access, advanced

application and enhanced new features.

3.3.2 CG41/CC41 - Cellular Gateway Single-Slot Module

CG41 for GSM and CC41 for CDMA is a cellular single-slot module designed to

enable inbound and outbound cellular voice calls for GSM and CDMA networks.

3.3.3 MG11- Media Matrix and Media Gateway Single-Slot Module

The MG11- Media Matrix enables flexible pre-defined allocation of PRI B-channels

for inbound and outbound calls by configuring the connections from the VoIP

channels to all other cards and channels in the system, including the Cellular cards

and the E1 cards.

3.3.4 Optional PRI11- PRI ISDN Single-Slot Module

The PRI11 module is designed for signaling over a single Primary Rate Interface

(PRI) channel on public or private Integrated Services Digital Networks (ISDN) at E1,

T1 and J1 reference points.

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4 System Installation

4.1 Before You Install

4.1.1.1 Where to install the device

HyperGateway is designed for installation in 19" cabinets with a height of available

6U.

Please Note: The HyperGateway must be installed by adequately trained

personnel.

A secure place should be found within the premises to permanently mount the

HyperGateway. Installation of the device near the following objects should be

avoided:

� Computer Rooms.

� Computer Monitors.

� Electrical Cabinet.

� Metal Objects.

� Windows with fold aluminum sheet.

Before permanently mounting the system, a Cellular signal check should be made.

This can be done by simply checking the Signal Strength and the Bit Error Rate ratio

on another mobile phone's display from the same operator and system.

The device should be installed so that it is protected against direct sunlight and heat.

This increases both the reliability of the operation of the device as well as its service

life, as the components used are less thermally stressed.

The cables to the device should be installed so that they do not cause any physical

risk. Power cables should be installed separate from the signal cables.

4.1.1.2 Prepare Your Network

Before installing the HyperGateway device you need to verify that you have all the

required components of the system that are not supplied with your HyperGateway

device:

• Ethernet / WAN free socket with fixed IP address.

• A spare PRI card in your PBX.

• SIM cards from your GSM operator. One SIM card is required for each

GSM channel.

• In case of CDMA network a MIN or NAM from your local operator.

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4.2 HyperGateway Physical Installation

Before turning on the HyperGateway, turn on the DI-604 Router and plug- in the 3 Ethernet cables (Please refer to the DI-604 Quick Setup Guide or to appendix B).

4.2.1 CB1/2 – Control Board

The CB1/2 Slot-Module provides TCP/IP remote access for systems control and

management. It designed to support future application and features.

Figure 6. CB1 Control Board

Interface

SD/MMC Flash Memory Socket

RESET For Factory default

USB -Host Future support

USB-Client Future support

MEDIA ETH Applies only when VoIP

supported

MAIN ETH Remote Access Interface

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4.2.1.1 MG Installation

MG is used for VoIP Media Gateway in addition to its basic functionality as a Media Matrix.

The MG11 Slot-Module provides the interfaces to the Ethernet LAN and 6 status

indicators LEDs.

States

LED Off On Blinks

ACT Active

Traffic

LINK LAN

Connection

Established

1.READY

(Yellow)

Powered Off Connected

(On 95%)

Maintenance Mode

2.ERROR

(Red)

Error

(see

Troubleshooting)

3.RX

(Green)

Active

Traffic

4.TX

(Yellow)

Active

Traffic

Note: Connect the MG11-Ethernet and the PC1-LAN1 RJ-45 connectors to DI-604 Router as described in DI-604 Quick Setup Guide.

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4.2.1.2 PRI Installation

This chapter applies for those using a PRI slot module.

Warning: The ISDN connection is regarded as a source of voltage that should

be inaccessible to user contact. Do not attempt to tamper with or open

any public telephone operator (PTO)-provided equipment or

connection hardware. Any hardwired connection (other than by a non

removable, connect-one-time-only plug) must be made only by

suitably trained engineers.

To physically connect the PRI module to a PRI connection at your PBX or network

operator make sure you have the appropriate RJ-45 connector, using the following

PINS layout:

Figure 7. RJ-45 connector pin out

PIN Color Assignment

1 White/Orange NC

2 Orange NC

3 White/Green Tx to NT / Rx from TE

4 Blue Rx from NT / Tx to TE

5 White/Blue Rx from NT / Tx to TE

6 Green Tx to NT / Rx from TE

7 White/Brown -48VDC (optional)

8 Brown -48VDC Return (optional)

The PRI11 Slot-Module provides the interfaces to the ISDN PRI and 4 status

indicators LEDs.

States

LED Off On Blinks

1.READY

(Yellow)

Powered Off Connected

(On 95%)

Maintenance Mode

2.ERROR

(Red)

Error

(see

Troubleshooting)

3.SYNC.

(Green)

Established Not Established

4.ACTIVE

(Yellow)

No Calls Active Calls

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The HyperGateway PRI connection operates in a point-to-point configuration and

can be set to NT or TE mode. The Clock Synchronization can be set to Master or

Slave.

The default configuration is: NT-Slave, which means that the HyperGateway system

assumes that it is connected to a PBX as a Network Terminal and the PBX also

provides synchronization for the mutual PRI clock.

Note that in most cases the PBX is also configured as a Synchronization Slave, and

the only “Master” on the network is actually the telephone company, who provides a

PRI connection to the PBX.

To modify this configuration please see chapter 5.6.1 below - Connection Settings.

4.2.1.3 Cellular Network Installation

4.2.1.4 Front panel GSM SIM Cards

In order to be able to use your Cellular cards you need to have valid SIM cards from

a cellular operator. One SIM card should be used per each cellular channel.

Figure 8. SIM card installation

4.2.1.5 Multi-SIM Extender

In order to install SIMs at the Multi-SIM Extender, pull out the desired CG4 slot

module. Slide back and pull up the SIM socket. Slide-In the SIM, make sure you lock

the SIMs sockets – Please do not use any force.

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4.2.1.6 Installing the antennas

Each cellular card requires one antenna.

Position the provided antenna in a place where reception of the

cellular network is at the best conditions. You can view the

receive level and receive Bit Error Rate (BER) at the HMC

application (GSM only). See chapter 7.1.1 – “CG / CC Card

Receptions” for more details.

Fasten the antenna to the cellular card, using the provided

SMA connector. Do not use too much force when you fasten

the connector.

In order to avoid breaking of the connectors or damages to the

cellular cards, make sure to tether all cables to a secured

place.

Figure 9. Cellular antenna

4.2.2 Cellular cards indicators

Check first that the Yellow LED is on.

If the Red LED is turned on then please see chapter 0-

Troubleshooting for details.

You can observe 5 different states of each cellular channel

(Green LEDs):

• Flashing - No SIM card

The channel does not contain an installed SIM

card.

• LED is off - No reception

The channel is not connected to a cellular

network.

• Short blink - Stand by

The channel is connected but there is no call in

progress.

• Long blink – Dialing out / Receiving a call

User is either dialing out or receiving a call in this

channel.

• Constantly on - In use

A call is in progress.

Figure 10. GSM card

front panel

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4.2.3 Power panel

Figure 11. HyperGateway Power Panel

The system’s Power Panel is located at the top right corner of the system. Typical

configuration comes with a single power supply or optional for double power

supplies, which are redundant to another.

To switch the unit on press on the On / Off button at the top right corner of the Power

Panel.

In case one of the redundant power supply fails, then an alarm will sound.

To stop the alarm press on the “Alarm Reset” red button at the top left corner of the

panel.

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5 HMC Installations

5.1 Run the HMC installation program

Run the HMC installation program by double-clicking on the file HMC-VoIP-x.xx.exe.

Figure 12. HMC installation

The Setup program will start. Click “Next”.

If you agree with the terms and conditions then select “I accept the agreement” and

click “Next”.

Select the destination of the installation files. The default location is “C:\Program

Files\Hypermedia”. Click “Next”.

Follow the instructions on the screen to select if you want to create a shortcut to the

program on your Start menu and desktop and click “Next”.

Once you are ready to install click the “Install” button. The installation process will

start. Once the installation process is done click “Finish”.

The HMC installation program will create a new folder on your desktop

and a “Hypermedia” group in your Start menu.

The Hypermedia folder contains the followings Icons:

Figure 13. HMC icons

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The following is a quick description of the application associated with each icon:

Icon Name Description

Setup Parameters Used to set the system VoIP and the Server

properties.

Hypermedia

Management Console

This is the remote management application for the

HyperGateway. Its operation is described in depth

in this manual

Log Console Used for remotely viewing detailed logs online.

Service Console Used for performing service functions on the

HyperGateway. Should only be used by

adequately trained personnel

CDR Console Used for remotely viewing Calls Detailed online

Server List This is the remote application to mange multiple

HyperGateways.

PRI Cause Conversion

Applies only if using a PRI card

Used to convert PRI cause codes sent to the PBX.

Should only be used by adequately trained

personnel

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5.2 Running HMC for the First Time

To run the HMC application, select “Start > Hypermedia > Hypermedia

Management Console” or double click the Hypermedia Management Console icon.

HMC will start and show the following screen:

Figure 14. HMC connection to server

5.2.1 Configure Server IP Address

In order to connect to the HyperGateway machine you need to configure its IP

address. The default address is 192.168.9.2. This should work if you are behind the

supplied DI-604 Router. Otherwise you need to enter the address of the

HyperGateway Public IP.

To enter the server IP address click "Configure" and "Server Settings". Select IP

address.

Figure 15. Hypermedia Server Address

Enter the appropriate IP address and click .

5.2.2 Connecting to the HyperGateway Server

To connect to the server click "Connect" and you will be prompted for a password.

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The default password is “admin”. If you or your system administrator have modified

the default password then use the appropriate password instead.

Once logged in you can view and modify settings on your system.

Note: Every time you run the HMC application, the application will attempt to

connect the HyperGateway server, and you will be prompted for a password.

5.2.3 Change Default HMC and HGW Passwords

It is strongly recommended to change the default password. This will enhance the

security of your system.

To change the password, click Configure and Server Settings. Select “HMC

Password” for the HMC application access or “HGW Password” for Remote IP

Management access

Figure 16. HMC and HGW password settings

Enter your old password and the new password (in two fields) and click “Save

Settings”.

Keep a record of your password in a safe place!

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5.2.4 HGS Server Properties

You can find the HGS Server properties on your desktop

Note:

HGS Server Properties is set for factory default.

You must configure the Well known gateway IP and make sure you set the

attached Router with the same Public IP

Setup will start and show the following screen:

. Figure 17. HGS Login

The default password is “admin”. If you or your system administrator has modified

the default password then use the appropriate password instead.

Once logged in you can view and modify the system VoIP and remote management

parameters.

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5.2.5 HGS Settings

Use this screen to set Date & Time, Service Properties and VoIP Parameter,

Note: You must stop the HGS Server in order to change time or HGS settings.

5.2.5.1 Settings Date & Time

Please set HyperGateway to your local Date & Time.

Figure 18. Date & Time Settings

5.2.6 VoIP Gateway Settings

Note: All other parameters set for default factory, no change is needed

Figure 19. VoIP Gateway Settings

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For setting, please double click and Save after changing the parameter. To apply

your new settings click and start the HGS.

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5.2.6.1 HMC- HyperGateway Settings

To configure and monitor the HyperGateway you need to run the HMC application.

To run the HMC application, double click the Hypermedia Management Console icon.

HMC will start and show the following screen:

Figure 20. HMC connection

Type your password and click “Submit”.

On the left menu Click "+" for Configure. Depending on the model you have

purchased, there are four different types of entities on the HyperGateway that are

configurable via the HMC application:

• Cellular Card

• PRI Card - Option

• VoIP Card

• Server Setting

You can select the item to configure, monitor and manage by exploding the menu on

the left, clicking on the next to the item you wish to explode and selecting the item

to be managed.

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5.3 Cellular Card Configuration

5.3.1 Volume Settings

Just like on any cellular phone, you can adjust the volume of the audio levels. This

can be done for each of the cellular modules on your HyperGateway.

Select the slot you wish to set, hold your mouse’s left button over the desired module

to adjust the volume.

Figure 21. GSM Cellular Card Volume Settings

5.3.2 Media Connection

The Media connection settings enables you to assign each E1 to a specific channel

on your cellular slots. This means that every time there is an incoming call from a

specific cellular channel, it will be routed to the configured channel on the E1 or vice

versa. Routing can be assigned between any cellular channel and any other channel

in the system, including other cellular channels.

Figure 22. Cellular Cards media matrix

To set the channels, select the cellular card and click the channel to be set.

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The channel selected will be highlighted in orange and various options will be

available on the top of the frame.

Figure 23. Cellular Card matrix configuration

You can now choose to Edit or to Unlink the channel.

5.3.2.1 Edit Channel

Select the channel you wish to edit and click “Edit” to edit a channel routing.

Editing a channel enables you to configure which card and channel is routed to the

currently configured cellular channel.

Figure 24. Cellular media matrix – edit parameters

Select the card that corresponds to the desired routing. There are currently 2 types of

cards available:

• CG / CC – Cellular Gateway – these are the cellular cards. You can

have as many as 8 CG cards in your gateway.

• E1 – this is the E1/PRI card, usually interfaced with your PBX

telephone system or telephone company.

For example, selecting E1.0(13) and Channel 1 means that every call coming from

channel 1 of the E1 card (which is in slot 13) will be routed to the currently managed

channel in the currently managed slot.

To apply your settings select “Save” and then

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5.3.3 Dial Filter

The “Cellular card Dial Filters” settings enables you to assign digits manipulations on

numbers that are sent or received by the HyperGateway. For further information

please refer to section 8.1

Figure 25. Cellular Dial Filter

5.3.4 Cellular Card PIN Codes

The “Cellular card PIN codes” settings, enables you to configure the PIN code that

the gateway would use, if a SIM card with active PIN is inserted (this item has no

meaning if a SIM card without an active PIN is used).Consult your cellular provider

for more information regarding your PIN code.

Figure 26. Cellular Card PIN codes

The configuration enables you to enter a PIN code for each of the cellular modules

on every cellular slot.

To apply your new settings click

5.3.5 Cellular Card MSN Values

Multiple subscriber number (MSN) values enable you to configure an extension on

your PBX to which incoming calls will be directed. You can assign a different

extension for each channel, or assign all channels to be routed to the same

extension.

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Figure 27. Cellular MSN values

In the example above all incoming calls on cellular slot 1 will be directed to extension

202, which is the welcome extension of the PBX.


5.3.6 Cellular Card Reset

Cellular Card Reset enables you to reset either the Cellular card or specific Cellular

Channel.

Figure 28. Cellular Card Reset

5.3.7 Cellular Card Module Information

Cellular Card Module Info enables to view the Cellular Modules

Figure 29. Cellular Card Module Info

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5.3.8 Cellular Card Operator and SIM Locks (GSM only)

Operator and SIM locks are programmed into a cellular slot module (all 4 channels),

and allow only specific GSM operators and/or specific operator SIM cards to be used

in the module.

Figure 30. Cellular Operator and SIM locks

Consult your cellular operator regarding the codes to be used.


5.3.9 Multi-SIM Configuration (GSM only)

Cellular Card Multi-SIM Configuration enables manual rotation between the specific GSM module's SIM cards. The rotation can be also applied per the entire GSM slot module or for the entire system.

Figure 31. Multi-SIM Configuration


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5.3.10 Counters (GSM only)

The cellular time counters count the actual usage time of each module or SIM card for outgoing calls.

Figure 32. Cellular Time Count

To get updated counting information press

To reset the counter press

5.3.11 Automatic SIM Switching (GSM only)

The Automatic SIM Switching enables load-balancing between specific GSM module's SIM cards based on preconfigured switched time cycle.

Figure 33. Automatic SIM Switching

Figure 34.

To Enable Auto Switching, select the module and then select the desired SIMs. If CLI

blocking is not enforced then the caller ID feature is dependent on the calling party.

Minute until SIM is switched – The cycle time switching between the valid SIMs. Minutes until SIM is blocked – The total limited time of each valid SIMs.

Important: Counters reset must be done before enabling the automatic switching


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5.3.12 Cellular Card Call Counters Steps

Cellular Card Call Counters Steps enables you to set the exact period of time per

counting step. It is Importent to set while using the SIM Auto Switch with Pre-Paid

SIMs.

Figure 35. Cellular Card Call Counters Steps

5.3.13 Cellular Card CLI Blocking

Cellular Card Caller ID blocking enables you to block or unblock caller ID for outgoing

calls on the cellular channels.

Figure 36. Cellular Card CLI Blocking

You can force CLI blocking, so that even if the calling party enables caller ID, it will

be blocked by the gateway. To force CLI blocking, select the slot and then select

“Block enforced” at the desired Module. If CLI blocking is not enforced then the caller

ID feature is dependent on the calling party.


5.3.14 Cellular Card Serial Numbers

Cellular Card Serial numbers enables to view the GSM Modules IMEI (International

Mobile Equipment Identity) and the SIMs IMSI (International Mobile Subscriber

Identity)

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Figure 37. Cellular Card Serial Numbers

5.3.15 Cellular Card Call Limits

Cellular Card Call Limits enables to limit an outgoing cellular call to be answered and

to set the maximum length of an outgoing call.

Figure 38. Cellular Card Call Limits

5.3.16 Cellular Card Cell Selection

This section applies for those using Wavecom GSM modules

Cellular Card Cell Selection enables to camp manually on one of the viewed cellular

sites by the GSM module.

Figure 39. Cellular Card Cell Selection

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5.4 VoIP Card Configuration

5.4.1 VoIP Media Connection

VoIP media Matrix enables you to configure the connections from the VoIP card to all

other cards and channels in the system, including the Cellular cards (CG) and the

PRI cards.

Figure 40. VoIP Media Matrix

Select "VoIP media matrix" by clicking "VoIP Cards" and then on "Media connection".

Then select slot you wish to configure. To configure a specific channel, click the

channel number and then on “Edit”.

Figure 41. VoIP Allocation

To allocate a channel click the Target link next to the desired channel and then select

the card you want to allocate this channel to.

If all channels of that card are already allocated to other channels then a message –

“Fully allocated” will be on the right, next to the selected card.

Select the channel on the card to be allocated and click “Save”.

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If you want to cancel allocation of a channel then select the channel and click

“Unlink”, as shown in the following figure.

Figure 42. Unlink allocation


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5.4.2 VoIP Setting

VoIP Settings enables configuration of the VoIP parameters. Before setting the parameters please make sure the options selected are indeed supported by the other endpoint. Set HyperGateway with Public IP you received from internet provider. Make sure that you set the attached D-Link with the same Public IP address

Figure 43. VoIP Parameters


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5.5 PRI Card Configuration

5.6 PRI Cards Settings

This chapter applies to whom is using PRI slot module.

5.6.1 Connection Settings

Use this menu to configure the PRI parameters.

The PRI card typically connects between the HyperGateway and a PBX. It can also

be assigned to connect directly to the operator’s network.

Figure 44. E1 General Settings

If the PLL Clock Sync at the PRI connection at the PBX is configured as “Master”

then the configuration on the HyperGateway should be set to “Slave” and vice-versa.

The Remote Device configuration enables you to choose between a connection to a

PBX and a connection to an operator’s network. If your HyperGateway is connected

to a PBX then select “PBX”.

Line Coding and Framing Type settings should be compatible with the remote

device.

Long Haul setting should be compatible with the remote device.

Dial Mode setting should be compatible with the remote device.

Country Code and ISDN Version settings should be compatible with the remote

device


Note – To make those above mentioned setting effective the HyperGateway should

run initialization procedure for approx. of 15 sec.

To start click at the side menu: Save Configuration > Save all Setting.

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5.6.2 E1 Media Matrix

E1 media matrix enables you to configure the connections from the E1 card to all

other cards and channels in the system, including the Cellular cards (CG) and the

VoIP cards (MG).

The matrix can be configured in any combination as shown in the following figure.

Figure 45. E1 Media Matrix

Select "E1 media matrix" by clicking "PRI Cards" and then on "Media connection".

Then select the E1 card at the slot you wish to configure. To configure a specific

channel, click the channel number and then on “Edit”.

Figure 46. PRI Allocation

To allocate a channel click the Target link next to the desired channel and then select

the card you want to allocate this channel to.

If all channels of that card are already allocated to other channels then a message –

“Fully allocated” will be on the right, next to the selected card.

Select the channel on the card to be allocated and click “Save”.

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If you want to cancel allocation of a channel then select the channel and click

“Unlink”, as shown in the following figure.

Figure 47. PRI Unlink allocation


6 Save Configuration Management The Save Configuration Management enables downloading and uploading of the system setting using a configuration file.

Figure 48. Save / Load Configuration

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7 System Monitoring

The HyperGateway system enables monitoring the traffic and the parameters of the

Cellular, PRI and VoIP media resources.

7.1 Cellular Card (CG / CC) Monitoring

7.1.1 CG / CC Card Receptions

To view the receive level and receive Bit Error Rate (BER) you should click Monitor

> Cellular Cards > Reception.

Then select which cellular card you want to monitor, by clicking on the Slot number.

The following screen will appear:

Figure 49. Cellular Card Reception

Operator shows the network you are connected to and the Cell ID.

RX Level shows the received power level in dBm. This number can be between –51

dBm and –113 dBm.

When the signal level is –55 dBm or above, it means that there is too much signal

and you are probably too close to a base station. A signal level of –100 dBm and

below, or the message “Not known or not detectable” on the right side of the screen,

means that there is no reception of signal and you should find a better location for

your antenna or check your connections to the antenna.

Bit Error Rate (BER) is a calculated figure for the quality of the signal received from

the base. This is an indication of the number of errors detected in the signal received

by the cellular channel, graded into quality ratings according to the percentage of

errors in the data. Typical values for BER are between 0.2% and 12.8%.

A BER value of 12.8% or more will result in undesirable disconnections of calls as

well as “noisy” calls. In such case you should find a better location for your antenna

or check your connections to the antenna.

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7.1.2 CG / CC Card Status

To view the cellular card status you should click Monitor > Cellular Cards > Status.

Then select which cellular card you want to monitor, by clicking on the Slot number.


Figure 50. Cellular Cards Status

When a specific channel is busy, an “On going” message will be shown. When there

is no call activity on a channel, “Idle” message will be shown.

If the system cannot find the selected card then the following message will appear

next to the module: “Module doesn’t exist or is faulty”.

7.1.3 CG / CC All Cells Monitor

To view all Cellular reception information you should click Monitor > Cellular Cards

All cells.


Figure 51. All Cellular Cards Reception

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Release: 5.0


7.2 PRI Card Monitoring

To monitor the PRI cards click Monitor > PRI Cards > PRI Status and select the

PRI card to monitor. The following screen will be shown:

Figure 52. E1 Card Status

When a specific channel is busy, an “On going” message will be shown. When there


The total connected lines are shown on the bottom right corner.

7.3 VoIP Card Monitoring

To monitor the VoIP Card click Monitor > VoIP Cards > VoIP Status and select the

VoIP card to monitor. The following screen will be shown:

Figure 53. VoIP Card Status

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When a specific channel is busy, a “Connected” message will be shown. When there


An on-line information of the HyperGateway's ACD and ASR performances is been

shown both per channel and for all system. By clicking on one of the channels you

can control the channel activity.

Figure 54. VoIP Cannel Control

7.3.1 VoIP CDR Files

Use this screen to manage and download the daily VoIP CDR files.

Figure 55. VoIP CDR Files

Double-click the desired file to open or to save the file.

For more information about the CDR structure, please refer to appendix A.

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8 System Management

8.1 Call Filters

Call Filters are used to enable performing advanced digits manipulations on numbers

that are sent or received by the HyperGateway.

8.1.1 Call Filters Operation

Whenever a user dials a number it is routed via the HyperGateway system, which it

compares to the pre-configured set of rules. If the dialed number matches a rule then

the rule is applied and a new number is dialed.

For example, if an area code was changed from 066 to 054, with the addition of the

number 6 in front of the old number (for example – 066-952738 becomes 054-

6952738) then a filter can be set at the HyperGateway that will change all numbers

that start with ‘066’ to ‘0546’.

The following filter will be used in this case:

066(\d\d\d\d\d\d$) 0546$1

8.1.2 Call Filters Settings

To set a Call Filter open Manage > Number Filters.

Figure 56. Number Filters

This screen enables defining a new filter or editing an existing one. You can also

delete an existing filter.

To add a new Filter just type the name and click “Submit”. The new filter will be

added to the list.

Now click “Edit” to add filters to the new plan. The following screen will appear:

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Figure 57. Rules filters

Filters can be set as incoming or outgoing.

Incoming filters cause the system to look at incoming calls and apply the filtering

rules – for example – route all calls that are dialed to a number that ends with ‘200’ to

extension 23.

Outgoing filters will cause the system to look at outgoing calls and apply the ``filters

to them. For example a filter that removes the country code from a dialed number

and will suffix '0' will look like this:

^44(d\d\d\d\d\d\d+) 0$1

Using this filter will cause the system to ignore the prefix of a number that starts with

a ‘44’ followed by seven or more digits and dial only the digits following the '44' prefix.

A filter that adds the suffix ‘9’ to all outgoing calls which have five or more digits (for

getting an outside line) will look like this:

(\d\d\d\d\d+) 9$1

Figure 58. "newplan" filter

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Figure 59. Adding rules

The filter can contain several rules which manipulate the number one after the other. By using the up /down arrows you can to re-order the rules.

To update your filter click Manage > Number Filter >

8.2 SIM / Channels Scheduler

The Scheduler is designed to enable flexibility in using SIMs with special tariff

programs provided by the Cellular operator.

For the scheduler support, please contact [email protected]

8.3 VoIP Calls Routing

VoIP Calls Routing enables to define Routing Groups with association of an

endpoint IP address and a DDI (Direct Dialing Inward) number pattern. Predefined

restrictions for IP address and DDI pattern enables a flexible assignment for each

routing group.

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8.4 IP Filters

To set an IP Filter open Manage > VoIP > IP Filter.

Figure 60. IP Filter List

This screen allows defining a new filter or editing an existing one. You can also

delete an existing filter.

To add a new Filter just type the name and endpoint IP address, click “Add IP to

List=>”, and the new filter will be created. To add more endpoint IP address, type

the new IP address and click “Add IP to List=>”.

Figure 61. New IP Filter

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8.5 DDI Filters

To set DDI Filter open Manage > VoIP > DDI Filter.

Figure 62. New DDI Filter

From here you can define a new filter or edit an existing one. You can also delete an

existing filter.

To add a new Filter just types the name and DDI pattern, click “Add DDI to List=>”,

the new filter will be created. To add more DDI pattern, type the new pattern and click

“Add DDI to List=>”.

8.6 Call Routing

To set Call Routing open Manage > VoIP > Call Routing.

Figure 63. VoIP Channel Restrictions

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This screen enables to define Routing Groups with association of an endpoint IP

address and a DDI (Direct Dialing Inward) pattern. The factory default set for "Allow

All" restrictions for both IP address and DDI pattern.

Figure 64. Assigning Group and Restrictions

In order to assign Routing Group and Restrictions, mark the desired Channels, - for example – "16-19" and associate them to the relevant restrictions group, than click "Add Entry" to apply.

Figure 65. New Group and Restrictions

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8.7 Phone2net dial plain.

Not applicable

8.8 Block DDI Number.

Block DDI Number enable to upload a CSV file contain a list of DDI numbers which will by block from dialing out of the HyperGateway

To Blok DDI Number Manage > VoIP > DDI Blocking

Figure 66. DDI Blocking List

For farther assistant please contact [email protected]

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9 Troubleshooting

9.1 Power

Display Problem Solution See page

System does

not start up

No power to the unit Connect power cables 17

Alarm sounds

every time the

system boots

up

• One power

unit is not

functioning

• Only one

power unit is

present

• Replace

faulty power

unit.

• Add a power

unit

17

9.2 MG11

Display Problem Solution See

page

• LINK

LED(Green)

does not light

• Error LED

(Red) is

blinking (50%

duty cycle, not

twinkling)

• Ready LED

(Yellow)

does not light

No LAN Connection

Card is faulty

Card is either not

inserted correctly, or

faulty

Check connections to

the Router.

Reinsert the

card and restart

the system. If

problem

continues

replace the

card.

13

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9.3 PRI11


page

• Error LED

(Red) is

lighting.

• Sync. LED

(Green)

does not light

• Ready LED

(Yellow)

does not light

• Error LED

(Red) is

blinking

Red LED on means an

error.

No synchronization of

PRI card

Card is either not

inserted correctly, or

faulty

Card is faulty

Check connections to

the PRI card at the

PBX or line.

• Verify that the

PRI cable is

connected.

• Verify that all

pins in the

PRI

connector are

connected in

accordance

to the PRI

specification.

Reinsert the

card and restart

the system. If

problem

continues

replace the

card.

14

Noise on the line while

call in progress

Synchronization of PRI

card is not set

correctly.

Verify PRI settings for

synchronization.

Typically the PRI Sync.

settings at the

HyperGateway should

be “Slave”.

14

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9.4 Cellular cards


page

No sync. with

network (Green

LED is off)

Antenna is not located

properly

Position the antenna in a

place with better

reception.

16

No sync. with

network (Green

LED blinks)

No SIM card

Put a working SIM card

in the appropriate

channel

16

Error LED (Red) is

blinking

Ready LED

(Yellow)

does not light

Card is either not inserted

correctly, or faulty

Reinsert the card and

restart the system. If

problem continues

replace the card.

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Appendix A - CDR

The following contains the explanation of the CDR (Call Detail Recording) for calls

made using VoIP applications.

Sample record:

12,101,71010546858577,2004-08-08 T 10:24:18 +0200,2004-

08-08 T 10:24:45

+0200,27.062,82.80.164.109,82.81.26.233,4000,0,2d,0,0,216

3,2156,0,256

Description Field Name Column Number

A unique identifier for the call CallID 1

The time when the incoming call was received Received 2

The time when the remote party was dialed to (may be empty if no resources were available to place the call)

Dialed 3

The time when an alerting signal was received from the remote party (may be empty if no resources were available to complete the call or if an error or hang-up event was received prior to this stage.

Alerting 4

The number that the call is being made from E164Src 5

The number that call is being is being made to E164Dest 6

Time when call started in ISO 8601 format (two way RTP audio channels open) (e.g. 2004-08-08 T 10:24:18 +0200). May be empty if call did not connect.

StartTime 7

Time when call ended in ISO 8601 format (two way RTP audio channels closed)

EndTime 8

Duration of call in seconds Duration 9

IP address of remote H.323 endpoint / gateway RemoteSignalIP 10

IP address of remote RTP endpoint RemoteMediaAddr 11

IP Port of remote RTP endpoint RemoteMediaPort 12

Channel used on VoIP card LocalChannel 13

Slot number of card connected to VoIP channel RemoteCardSlot 14

Direction of call. Possible values are: 0 – Call from network to line 1 – Call from line to network

CallDirection 15

Initiator of hangup. Possible values are: 0 – Network 1 – Line

HangupInitiator 16

Number of RTP packets sent during the session TxRTP 17

Number of RTP packets received during the session RxRTP 18

Number of RTP packets lost during the session LostRTP 19

Q.931 reason for call hangup HangupReason 20

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Appendix B - Dlink Setup

DIR-100-CBV Ethernet Broadband Router

Quick Setup Guide

General

The DIR-100 is an Ethernet Broadband Router equipped with NAT network address translation technology. It enables the HyperGateway connecting to a public IP and to operate behind firewalls equipped with H.323 and SIP Network Address Translation (NAT); this provides maximum network security. The only change required after the DIR-100 router is shipped is to assign a new valid Public IP address.

Package Contents

1. Power Adapter 2. 3 Ethernet Cable 3. Original Quick Installation Guide 4. Original Manual on CD

Hardware Description

Front Panel

Power LED

Steady green light indicates the unit is powered on.

Status LED

This lights steady green when the device is first powered on, then blinks green when the system status is normal, that is, when the device is functioning properly. A prolonged steady green light indicates a problem.

WAN LED

Lights steady green when the WAN (Internet) connection is established and blinks green when there is activity on the WAN port.

LAN LEDs

Lights steady green when the LAN (Ethernet) connection is established and blinks green when there is activity on the corresponding LAN port.

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Rear Panel

LAN Ports 1-4 The LED glows steadily when a port is connected to a HyperGateway.

WAN Port This is where you will connect to WAN.

Power Connect to the included power.

Reset Caution - Reset Used to restore the DIR-100 back to original factory default settings.

Assign Static IP address (Public IP address)

To set DIR-100, you have to properly configure the network settings of your computer. The default IP address of the DIR-100 is 192.168.9.254, and the default subnet mask is 255.255.255.0. These addresses can be changed as needed, but the default values are used in this manual. If the TCP/IP environment of your computer has not yet been configured, you can refer to configuring your PCs to connect to one of the free LAN ports of DIR-100. Configure your computers to obtain TCP/IP settings automatically from the DHCP server feature of the DIR-100.

Start-up and Login

Activate your web browser and type in the IP address of the DIR-100 into the Address field and press “Enter.” The default IP address of the DIR-100 is 192.168.9.254

After the connection is established, the logon screen will pop up. To log in as an dministrator, enter the username of “admin” and the password “hypergateway ". Click the Log In button.

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The Setup Wizard screen will appear. Click on Manual Internet Connection Click WAN

You will see the following page. Enter in the WAN (Public) IP address information provided to you by your ISP. You will need to enter in WAN IP Address, WAN Subnet Mask, WAN Gateway, and Primary DNS (as optional). Click Save Settings

Cables Connections

Connect the 3 Ethernet cables and keep following the main HyperGateway's installation manual.

hg4 2v 16v voip cb manual rev5

Documents

adequately

caller id

cb1 control

cg cc

nt tx

nt rx

problem continues

standard web