Reliance Training 03 HiE

8/3/2019 Reliance Training 03 HiE

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Informationand CommunicationNetworks

SURPASS hiE9200

Softswitch

NGN


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Information and Communication Networks 2

The SURPASS product family - a whole

range of products for the Next Generation Network

Open Service Platform

SURPASS hiE

SURPASS hiG

NetManager DirectoryServer

SURPASS hiS

SURPASS hiR

SS7

MGCP/MEGACO

SS7to PSTN

IP LocalOffice

IPCustomerPremises

IP ClientsandTerminals

Next Generation Access

Proxy andRedirect Server

SIP

GatekeeperSoftswitch


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SURPASS hiE9200

In the context of the SURPASS solutions

IP

Trunking

for large scale

VoIP networks

IP

Trunking

for large scale

VoIP networks

IPSignaling

Overlay

Networks

for bridging fixed,

mobile, IN and

NGN networks

Signaling

Overlay

Networks

for bridging fixed,

mobile, IN and

NGN networks

IN

IP

IP

Applicationsfor new end-user

applications built

with open APIs

IP

Applicationsfor new end-user

applications built

with open APIs

IP

IP Local

Access

for connectivity of

IP terminals

IP Local

Access

for connectivity of

IP terminalsIP

SURPASS


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Information and Communication Networks

SURPASS hiE 9200 Softswitch

Main Tasks

SURPASS hiE 9200 Softswitch provides the

following functionality:

Call Feature Server, i.e. control of PSTN/ISDN and

converged services for VoBB connections

Media Gateway Control, i.e. controlling all media

gateways via MGCP or H.248/MEGACO

Signaling Gateway, i.e. interworking between signaling

systems (e.g. SS7 over IP or over SCN)

Packet Manager, i.e. handling of the IP based call

control signaling like H.323, MGCP/MEGACO, SIP

OAM&P Agent, i.e interface to the NetManager

SURPASS hiE 9200 Softswitch provides the

following functionality:

Call Feature Server, i.e. control of PSTN/ISDN and

converged services for VoBB connections

Media Gateway Control, i.e. controlling all media

gateways via MGCP or H.248/MEGACO

Signaling Gateway, i.e. interworking between signaling

systems (e.g. SS7 over IP or over SCN)

Packet Manager, i.e. handling of the IP based call

control signaling like H.323, MGCP/MEGACO, SIP

OAM&P Agent, i.e interface to the NetManager

SURPASS

hiE 9200


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Technical data at a glance

Performance:

BHCA: up to 16 million BHCA

Trunk ports controlled: up to 240,000 ports

Number of subscriber ports: up to 250,000

Reliability:

Total system availability: better than 99.999%

Interfaces:

signaling and high speed signaling links

Ethernet

Protocols: Signaling: ISUP, BICC, H.323, SIP, INAP

Control: MGCP, H.248, SIP

Management: SNMP


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Calls per second


peak load: 7000 Calls/s

permanent* load: 4444 Calls/s (16 Mio BHCA)

* The permanent load gives the number of calls which can be handled

(setup and completion) by the SUPASS hiQ9200 Softswitch permanently.


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Why BHCA (Busy Hour Call Attempts)?

traffic in a telecommunication network is not bursty

the traffic statistic of a day shows busy hours in the

morning and in the afternoon

these busy hours bring the turnover

so it is important to have a system which can

handle this traffic load for several hours and not

only seconds

traffic load per hour is measured in BHCA


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hiGhiG

SCP

IN

SS7SwitchSTP

IP Network SS7STPSwitch

H.323 / SIP

H.323 / SIP

Endpoints

hiR

MGCP/ MEGACO

Endpoint

SURPASS hiE 9200

Signaling Interfaces


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SURPASS hiE9200 Softswitch

Structure Overview

Call Feature Server

Packet Control

Unit

Signaling

Gateway

Interface to

IP Backbone Network

Interface to

SS7 Network

Interface to

Network Mgmt

Internal Communication Network

OAM&P Agent


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Call Feature Server

The Call Feature Server

performs the call control for networkusers:

call processing

feature control

collection of accounting data

provides todays PSTN/ISDNservices also to Voice over BroadBand users

provides new applications andservices in the Next GenerationNetwork


Call Feature Control

Call Feature Server

Signaling

Gateway

OAM&P

Agent

Packet

Control

Unit


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Call Feature Server - Details


consist of:

Coordination processor 113E

(CP113E)

Central clock generator, type E(CCGE)

Message buffer D (MBD)

Media control platform (MCP)



Signaling

Gateway

OAM&P

Agent

Call & FeatureControl

CCGE

MBD

CP113E

MCP

MCP

Packet

Control

Unit


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Call Feature Server Details

Coordination Processor 113E (CP113E)

Functional Units

Basic processor (BAP)

Call processor (CAP) Input/output control (IOC)

ATM bridge processor (AMP)

Common memory (CMY)

Input/output processor (IOP)

BAP, CAP, IOC and AMP arebased on the same Hardware Processor module PEXE


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Functional Units BAP, CAP, IOC, AMP, CMY

Basic processor (BAP)One of the two BAPs operates as master (BAPM), the other as spare (BAPS).They operate in task and load sharing mode. The BAPM processes operation andmaintenance tasks as well as some of the call-processing tasks. If the BAPM fails, theBAPS takes over.

Call processor (CAP)The CAP handles call processing tasks only. They work in load sharing mode.Together with the BAPS and BAPM, the CAPs form a pool redundancy (n+1redundancy).

Input/output control (IOC)The input/output controls (IOC) contain software for communication with the callprocessing, operation and maintenance, and data communication peripheries. TheIOCs are redundant. They constitute the interface between the CMY and IOP.

ATM bridge processor (AMP)The AMP contains the software for communication with the SSNC. It converts packet-oriented data streams from the ATM area to the CP113E communication mode andvice versa. For Redundancy the AMPs are always operated in pairs in the CP113E.

Common memory (CMY)The CMY is the central memory medium for the connected BAPs, CAPs, IOCs, andAMPs. It contains the common database, the input and output lists for the IOP:MBand the communication areas for the IOP to the OA&M periphery. In normal operationthe two CMYs perform all read and write cycles synchronously.


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Functional Units Input/Output processors (IOP)

The IOPs control the exchange of data between the call processing and the OA&Mperiphery in the network. Up to 16 IOPs can be connected per IOC. For redundancy theIOPs are always operated in pairs.

Input/output processor for message buffer (IOP:MB)The IOP:MB forms the interface between the CP113E and the other subsystems andfunctional units via the MB.

Input/output processor unified for OA&M devices (IOP:UNI)

The IOP:UNI allows the following devices and lines to be connected: magnetic disk device (MDD) magneto-optical disk device (MOD) and optionally one management system and two data links or three data links

Input/output processor for serial data communication devices BX.25/X.25-protocol(IOP:SCDP)The IOP:SCDP consists of:

Line control unit, module B (LCUB) handling control functions in the IOP:SCDP and Line adaptation unit, module B (LAUB) providing the X.25 interfaces of the IOP:SCDPand controlled by the module LCUB. The LAUB has two interfaces with X.25 protocol forconnection of data terminal equipment and data transmission equipment.

Input/output processor for time and alarms (IOP:TA)The IOP:TA contains the hardware clock for the CP113E and the interfaces for connectingexternal alarms.


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Trial equipment


INVShiG SMX MB CCGCP113E SSNC CP113E SSNCMB CCG

hiQMCPA STMILTGSE MG PSCB hiG SMX

0201 0403 0605 0807 1009 1211

01

02


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Rack Layout

R:CP113E010105

Breaker-Panel basic

F:EIOP empty

F:EIOP empty

F:BIOP

Fantray basic

F:BPCE

F:EPCE

Fan-Box basic


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InformationandC

ommunicationNetworks

Coordin

ationProces

sor113E(CP

113E)

FrameL

ayout(1)

M:DCCMD

M:LAUB

M:LCUB

M:IOPMB

M:IOP:UNI

M:IOPMB

M:IOPTA

M:DCCMD

M:DCCMD

M:LAUB

M:LCUB

basic

empty

empty

empty

empty

basic

basic

empty

empty

empty

empty

F:BIO

P


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InformationandC


Coordin

ationProces

sor113E(CP

113E)

FrameL

ayout(2)

M:PEXE

M:PEXE

M:CMYE

M:PEXE

M:CONE

M:PEXE

M:CMYE

M:PEXE

M:PEXE

empty

empty

empty

empty

empty

basic

empty

CAP6

CAP8 / IOC2

CAP4

CAP2

CAP0

IOC0

AMP0

CMY0

BAP0

Connector board

BAP1

CMY1

AMP1

IOC1

CAP1

F:BP

CE

F:BPCEApplications


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Frame Layout (3)

MODE

MDDE

MODE

MDDE

basic

basic

empty

basic

F:EPCE


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consist of:


(CP113E) Central clock generator, type E

(CCGE)





Signaling

Gateway

OAM&P

Agent


CCGE

MCP

MCP

MBD

CP113E

Packet

Control

Unit


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Message Buffer D (MBD)

The MBDincorporates thefollowingmodules:

MBDEMBD Ethernet

module MBDAATM interfacemodule

MBDCMessage buffer

controller MBDCG

Clock module

MBDHHDLC interfacemodule


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Message Buffer D (MBD) Functional units

Each MBD Ethernet module (MBDE) connects 4 fast Ethernet externalinterfaces to the MBD internal bus (IBUS). These interfaces provide theconnection to the packet control unit (PCU), the media control platform(MCP), the open service platform (OSP) and SURPASS hiG Mediagateway for access.

The ATM interface module (MBDA) connects the MBD via optical links to

the SS7 Control (SSNC). One MBDA supports a maximum of four fiberoptic transceiver. Two redundant ATM connections can be set up. Eachmodule is capable of processing 24,000 SS7 message signal units (MSU)per second. A maximum of five MBDA can be deployed.

The message buffer controller (MBDC) is the interface to CP113E. TheMBD transmits messages to and receives commands from the CP113E.

The clock module (MBDCG) forms part of the synchronous clockdistribution of the SURPASS hiE 9200. The MBD is synchronized by theCCGE. In addition, it performs the function of a multiplexer/demultiplexerfor the interface between the MBD and the switching network D (SND).

The HDLC interface module (MBDH) provides the interface to SURPASSaccess gateway hiG1600.


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Trial equipment

Message Buffer and Central Clock Generator



0201 0403 0605 0807 1009 1211

01

02


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Rack Layout


F:MBDF:MBD

Fantray

F:CCGE

empty

Fan-Box

R:MB/CCG010106

Breaker-Panel

F:SCB


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InformationandC


MessageBufferD(M

BD)

FrameL

ayout

Dummy Module

M:MBDE

M:MBDA

M:MBDE

M:MBDC

Dummy Module

M:MBDCG

Dummy Module

Dummy Module

Dummy Module

Dummy Module

Dummy Module

D M d l

basic

basicF:MBD


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consist of:



(CCGE)





Signaling

Gateway

OAM&P

Agent


CCGE

MCP

MCP

MBD

CP113E

Packet

Control

Unit


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Central Clock Generator, Type E (CCGE)

Functionality The CCGE supplies the following subsystems directly:

Coordination processor 113E (CP113E)

SS7 control


four reference inputs per redundant unit, capable ofprocessing different signals

simultaneous monitoring of all reference inputs

flexible expansion options to up to 2 x136 T4 outputs

filters to remove jitter and wander on the transmission links

optimized signaling to deal with deterioration of quality at theT4 outputs

rapid recovery after a power failure

automatic active/standby switchover after signal failure inthe redundant unit


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Hardware Structure Synchronization module (CCGES)

is the control and synchronization moduleof CCGE with following tasks:

evaluating and selecting referencesources

generating stabilized clock signals in

accordance with G.812 distributing timing signals inside and

outside the network node system

control interfaces to the CP113E andthe redundant unit

The CCGES provides 16 network nodeclock outputs (8 kHz) for MBD and SSNCand two further clock outputs for theCP113E.

Clock distribution module (CCGED)provides optional 32 extension outputs(T4 clock outputs) operating at 2.048 MHzin four groups of eight outputs each forthe external users.


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Trial equipment




0201 0403 0605 0807 1009 1211

01

02


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Rack Layout


F:MBDF:MBD

Fantray

F:CCGE

empty

Fan-Box

R:MB/CCG010106

Breaker-Panel

F:SCB


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Frame Layout

M:CCGES

M:CCGED

M:CCGED

M:CCGED

M:CCGED

M:CCGES

M:CCGED

M:CCGED

M:CCGED

M:CCGED

basic

empty

empty

empty

empty

basic

empty

empty

empty

empty

F:CCGE


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consist of:



(CCGE)





Signaling

Gateway

OAM&P

Agent


CCGE

MCP

MCPMBD

CP113E

Packet

Control

Unit


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Media Control Platform (MCP)

FunctionalityA scalable array of MCP provides the call and feature processing as well assignaling interworking. It includes:

the control of media gateways via MGCP or H.248 / MEGACO

The inter-softswitch communication via BICC, SIP-NNI or SIP-T

IP subscribers connected via H.323 and MGCP(H.323 SW Clients, H.323 IP Phones, H.323 CPE, MGCP CPG/IAD).

Handling of the whole range of signaling protocols for voice traffic likeISDN user part (ISUP), transaction capabilities application part (TCAP),IN application part (INAP).

The MCPs handle all the protocol specific processing, including countryspecific signaling and feature variants. For each signaling protocol the MCPsprovide mediation onto a universal call control interface, which is designed tofacilitate the unlimited interworking between all the different protocols andfeature sets.


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Hardware StructureThe MCP consists of:

media control platform unit (MCPU)

MCP shelf (F:MCPA)

Ethernet switch board (ETX24)

One MCP itself consists of two mediacontrol platform units (MCPU),providing for redundancy.The redundant Ethernet switchconnects the MCPs to the outer world,i.e. to the interface module to theEthernet in the MBD (MBDE) or thepacket control units (PCU) viaredundant Ethernet interfaces.


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Trial equipment




0201 0403 0605 0807 1009 1211

01

02


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Rack Layout


R:MCPA010201

Breaker-Panel basic

Fantray empty

F:MCPA empty

Fantray empty

F:MCPA empty

Fantray

F:MCPA for hiE A

Fantray empty

F:MCPA for hiE B

Fan-Box


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InformationandC


MediaC

ontrolPlatform(MCP)

FrameL

ayout

M:ETX24

M:MCPU

M:MCPU

M:MCPU

M:MCPU

M:MCPU

M:MCPU

M:MCPU

M:MCPU

M:MCPU

M:MCPU

M:MCPU

M:MCPU

M:MCPU

M:MCPU

basic

empty

empty

empty

empty

empty

empty

empty

empty

empty

empty

F:MC

PA


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consist of:



(CCGE)





Signaling

Gateway

OAM&P

Agent


CCGE

MCP

MCPMBD

CP113E

Packet

Control

Unit


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SURPASS hiQ 9200 Softswitch

Packet Control Unit (PCU)

The Packet Control Unit

provides interworking and mediationbetween voice and data networksignaling

controls media gateways

via MGCP and H.248 / MEGACO controls IAD and CPG

via MGCP and H.248 / MEGACO

allocates the mediation resources(such as CODECs) via MGCP or

MEGACO / H.248 protocol provides IP signaling control

H.323 for IP endpoints,BICC or SIP-T for signaling to othersoftswitches andSIP-NNI for signaling to SIP servers


Call Feature Server

Signaling

Gateway

OAM&P

Agent

Packet

ManagerPacket

Control

Unit


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Packet Control Unit (PCU) - Details

The Packet Control Unit

is built on commercial hardware (SunNetra 120) and a commercial operatingsystem (Sun Solaris) complemented bya common Unified Mediation Layer(UMLA). The UMLA provides highavailability platform functions for

software and hardwaremaintenance,

upgrade,

SNMP operation,

data persistence,

timer and shared memoryadministration,

patch,

startup recovery and

alarming.


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Trial equipment

Packet Control Unit (PCU)



0201 0403 0605 0807 1009 1211

01

02


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Rack Layout

Packet Control Unit (PCU)R:hiQ

010202

Switch 24-DC

Switch 24-DC

WS-N3-512 empty

WS-N3-512 empty

WS-N3-512 empty

WS-N3-512 hiQ30

WS-N3-512 hiQ20

WS-N3-512 hiQ20

WS-N3-512 hiQ6200

WS-N3-512 PCU4

WS-N3-512 PCU3

WS-N3-512 PCU2

WS-N3-512 PCU1

WS-N3-512 RCSWS-N3-512 PCU4

WS-N3-SAI-512 PCU3 - hiE B

WS-N3-SAI-512 PCU2

WS-N3-SAI-512 PCU1

WS-N3-512 empty

WS-N3-512 empty

- hiE A


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Signaling Gateway

The Signaling Gateway

terminates SS7 links over SCN(MTP) for more than 100 nationalISUP variants

maintains MTP state information tomanage protocol interfaces up tolayer 3

delivers layer 4 information (e.g.ISUP, SCCP, BICC) to the CallFeature Server for call processing

Supports 64 kBit/s and 2 MBit/ssignaling links

connects SS7 over IP (SCTP)


Call Feature Server

OAM&P

Agent

Packet

Control

Unit

Signaling

GatewaySignaling

Gateway

SCN:Switched Circuit Networks (PSTN)


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Signaling Gateway

Signaling System Network Control (SSNC)

The Hardware of the signaling gateway is based onSignaling System Network Control (SSNC).

SSNC can be operated either in stand-alone mode asSignaling Transfer Point (STP) / Signaling Gateway (SG)or as integrated part of Softswitch hiE9200.

In both scenarios SSNC provides SS7 over TDM

SS7 over ATM

SS7 over IP

and valuable features around it

to handle the enormous amount of signaling traffic

and simplify network administration.


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Functional Units Signaling Message Handler (MTP)

Global Title Translator (SCCP)

Number Portability Server

OAM units

Interfaces: SS7 over IP, SS7 over TDM/ATM

Gateway Features

MTP & SCCP Screening & Accounting

Multiple SS7 Networks

High Speed Signaling Links Load Sharing

Best Performance Worldwide

Extremely Scalable and Modular

High Reliable

SURPASS hiS 700

ASN

MessageHandler

MessageHandler

Global TitleTranslatorGlobal TitleTranslator

SS7 overTDM /ATM

OAM UnitsOAM Units

NumberPortabilityNumber

Portability

SS7 over IPSS7 over IP


Functional Units, Interfaces, Features


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Best-in-Class Performance

Best Performance WorldwideBest Performance Worldwide

Number

Portability

server

Number

Portability

server

Signaling

Message

handler

Signaling

Message

handler

Global

Title

Translator

Global

Title

Translator

600,000 MSU/s

1,500 links

148 High Speed Links

100,000 GTT/s

256,000 GT Entries

8 Mio. Numb.

100 Mio. BHCA

24 Digits

Powerful NP Server

Large databaseBest in Class


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Number Portability

Number portabilityDescribes the possibility that a subscriber can keep his telephone

number in case he moves or changes the operator.

Features

Geographic Number Portability

Non-Geographic Number Portability

Mobile Number Portability

Large Database

up to 100 million BHCA

up to 8 million ported subscribers (24 digits) up to 100,000 updates of NP entries per Busy Hour

Powerful Number Portability Server


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Information and Communication Networks

SURPASS hiS 700

SS7 over IP Interface

SS7 over IP interface

Interworking between

TDM and IP

Protocols Supported:

SCTP (Stream

ControlTransmission

Protocol)

M3UA protocol for

adaptation of user

parts (e.g. ISUP)

and applications(e.g. INAP)

Interface to Next Generation Networks

Circuit SwitchedNetwork

Next GenerationNetwork

TDM IP

Switch

Switch

Switch


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Protection against unauthorised use of

the SS7 network

against overload of theoperators own node and

network

SURPASS hiS 700

SS7 Screening

Screening:MTP, SCCP & SCCP Bellcore

SURPASS hiS 700

Value-Add

FeatureshiS 700

ScreeningFunction

STOP

Operator

1

Operator

2

Operator

3


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Direct marketability of the transfer capacity

of the operators own SS7 network

Ability to charge for incoming MTP and SCCP traffic

that makes use of the STP and GTT functionality of the

operators own node

Cost control over the outgoing SS7 traffic

(verification of the charges billed by other network

operators)

SURPASS hiS 700

SS7 Accounting

MTP & SCCP Accounting


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3

2

MultipleSS7 Networks

Buy one - get 32

Benefits

Multiple Point code functionality (Up to 32 signaling point codes)

STP partitioning between different network operators

Simplifies administration through operator specific screening and accounting matrices

1

32

SURPASS hiS 700

Multiple SS7 Networks


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BenefitsEnables very powerful redundant SS7 overlay networks

Extends the ITU-T limit of 1Mbit bandwidth

Simplifies maintenance and administration thanks to reduced number of links

High Speed

Signaling Links

Max. bandwidth: 1 Mbit/s Max. bandwidth: 32 Mbit/s

Multiply your linkbandwidth

SURPASS hiS 700

High speed signaling links


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TDM

ATM High SpeedSS7 Links2 / 1.5 Mb/sSTM / ATM

Craft Terminal orNetM

(Local or Remote)

Ethernet (TCP/IP)

MP:SLT Main Processor: Signaling Link TerminationMP:GTT Main Processor: Global Title TranslationMP:NP Main Processor: Number PortabilityMP:IP Main Processor: SS7 over IP transport

207Mb/sATM

MP:SLT High-speedATM

Comm.Bus

Narrow bandSS7 Links

64/56 kb/s

10/100 bT

10/100 bT

10/100 bT

MP:GTT

SURPASS hiS 700

Hardware Architecture

MP:SM Main Processor: signaling managerMP:OAM Main Processor: Operation Administration MaintenanceLIC Line Interface CardNetM NetManager

IPMP:NP

MP:STATS

MP:SM

MP:OAM

LIC

LIC

MP:IP

MP:IP


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SURPASS hiS 700

Scalability grows with your network

Number

PortabiliyOAM/SM/

STATS

Message

Handler

Global Title

Functionality

IP Protocol

Handler

Line Interface

Card

Simply fill in your need of functionality and performance

Performance extensions through

simply adding additional MPs

Best investment protection with a

single common processor platform

for all different software types

MP:MTP 1- 47

MP:GTT 1- 46

MP:NP 1- 45

MP:IP 1- 45

LIC 1- 100


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Shelf

SURPASS hiS 700

World-class density

Highest performance on lowest

footprint:

Example* forone Rack:

1450 Narrow Band Links

175,000 MSU/s

40,000 GTT/sec

*configuration is modular

World Class single Rack Performance

Within a footprint of 600 x 880 mm

Shelf

FAN-BOX

Basic Shelf

Shelf

Shelf

Breaker Panel

Fan


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SURPASS hiS 700

Reliability

Switch

Load sharing+

Software redundancy

with task sharing

x1.2.

3.

+

Fully doubled hardware

High Reliability with up to 99.99994%


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NetManager

Optimized Administration of your signaling network

Reduced costs for network planning and operation

- Easy SS7 Management with SS7 Application

- Simplifies MTP/SCCP configuration, screening and accounting

Signaling Overlay

Network

To other

operators

To other

operators

MSCMSC

SS7 Links / Linksets

Switch Switch

NetManager +

SS7 Management

SS7 Management Application Network wide and efficient

management of the SS7 network

- MTP network administration

- SCCP Administration

- Global Title Translation

- MTP and SCCP Screening- MTP and SCCP Accounting

Immediate overview of the existing

configuration via reports

based on application database

Task oriented working

via modern profile technique


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OAM&P Agent


Call Feature Server

Signaling

Gateway

OAM&P

AgentOAM&P

Agent

The OAM&P Agent

is the interface to the Net Managerfor the management task execution,such as alarming, databaseupdating, system configuration

provides the interface for chargingdata transmission to the NetManager or to the operators billingsystem

Packet

Control

Unit


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TDM

ATM High SpeedSS7 Links2 / 1.5 Mb/sSTM / ATM

Craft Terminal orNetM

(Local or Remote)

Ethernet (TCP/IP)

MP:SLT Main Processor: Signaling Link TerminationMP:GTT Main Processor: Global Title TranslationMP:NP Main Processor: Number PortabilityMP:IP Main Processor: SS7 over IP transport

207Mb/sATM

MP:SLT High-speedATM

Comm.Bus

Narrow bandSS7 Links

64/56 kb/s

10/100 bT

10/100 bT

10/100 bT

MP:GTT

SURPASS hiS 700

Hardware Architecture

MP:SM Main Processor: signaling managerMP:OAM Main Processor: Operation Administration MaintenanceLIC Line Interface CardNetM Net Manager

IPMP:NP

MP:STATS

MP:SM

MP:OAM

LIC

LIC

MP:IP

MP:IP


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Trial equipment




0201 0403 0605 0807 1009 1211

01

02


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Rack Layout


R:SSNC010107

Breaker-Panel basic

F:SCE emptyFantray basic

F:SCE

F:ASN(H)

F:SCB

Fan-Box basic


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InformationandCommunicationNetworks

FrameLayout(1)

SignalingSystemNetworkContro

l(SSN

M:MPUD

M:MPUD

M:MPUD

M:MPUD

M:MPUD

M:MPUD

M:MPUD

M:MPUD

M:AMXE

M:ACCG

M:ACCG

M:AMXE

M:MPUD

M:MPUD

basic

basic

basic

basic

only hiE B

only hiE B

empty

empty

F:SCE

M:LIC:2A-P

M:LIC:2A-P

M:MPUD

M:MPUD

M:AMXE

M:ACCG

M:ALIB

M:ACCG

M:AMXE

MOD

MDD

M:MPUD

M:MPUD

MDD

basic

basic

basic

basic

basic

empty

F:SCB

1

2

3

4

5

6

7


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Frame Layout (2)


M:GM

X:E

M:PSAG

M:ASMG16/16

M:ACCG

M:GM

X:E

M:PSAG

M:ASMG16/16

M:ACCG

basic

empty

basic

basic

basic

empty

empty

basic

empty

basic

basic

basic

empty

empty

F:ASN(H)


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SURPASS hiQ 30

Directory server

SURPASS hiQ 20Registration and

Routing Server

LDAP

Next Generation Network

H.323

H.323 Endpoint

POTS/ISDNIP-phone

H.323

H.323 client

SURPASS hiE 9200Call Feature Server

H.323

SURPASS hiQ 20

Registration and Routing Server


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SURPASS hiQ 20 Registration and Routing Server

performs the following functions:

SURPASS hiQ 20

Overview

Registration of H.323 subscriber

Routing of H.323 calls to the relevant H.323 client or gateway

Authentication of H.323 clients (password)

Authorization of H.323 clients (what is allowed for the client)

Address resolution (number mapping between E.164 and IPaddress)

H.323 VoIP call setup

H.323 Proxy (if user is registered, but not online)

Accounting (ticketing)


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SURPASS hiQ 20 RRS

Authentication, Authorization and Registration

H.323 client

1. User accesses the IP network

IP

Registration:

Successful call setup

now possible

4. H.323 client software registers at the SURPASS hiQ 20

2. H.323 client software authenticates at the SURPASS hiQ 20

Authentication:

Login for VoIP usageBased on H.323

security standard

H.235

3. H.323 client software authorizes at the SURPASS hiQ 20

Authorization:

User rights are checked to

guaranty the services

assigned to the user

SURPASS hiQ 20

RRS


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H.323 client

5. E.164 number of H.323 client is associated with IP-address

of current session

IP

Address resolution table:

E.164 IP-address

+49 89 722 29279 1.2.3.4

SURPASS hiQ 20

RRS

SURPASS hiQ 20 RRS

Address resolution


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H.323 Multimedia user

calling party

hiQ 20

accepts request and

sends IP address of

related hiQ 9200

H.323 user sends

admission request

to hiQ 20

hiQ 9200 communicates

with hiQ 20 to check

H.323 users SetUpH.323 user sends

SetUp

to related hiQ

9200

hiQ 9200 accepts

SetUp and connects

the H.323 user

hiQ 20Registration andRouting Server

SURPASS hiQ 20 RRS

H.323 VoIP call setup

hiE 9200


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IP

hiE 9200hiQ 20

Registrationand Routing

Server

other vendors

Gatekeeper

Multimedia user

SURPASS hiQ 20 RRS

Interfaces

Sun Netra HWplatform

Solaris operatingsystem

DirX

hiQ 30

User database

LDAP Leigthweight Directory Access Protocol


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SURPASS hiQ 20


Commercial hardware and software platform

Sun Netra 120, 512 MByte RAM

Operating system: Sun Solaris

standard Gatekeeper RAS (registration,administration, status) functionality

Protocols:

H.323, H.225, LDAP

Charge data: AMA format

Management: Integrated into NetManager concept

or Web-based only

Located in same rack as SURPASS hiQ 30

A30828-X8020-V301-**-7618

SURPASS

hiQ 20

Registration and

Routing Server


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Commercial hardware and software platform

Sun Netra 120, 512 MByte RAM

Operating system: Sun Solaris)

Protocols:

LDAP Database: LDAP directory,

Netscape IPlanet

Management: Integrated intoNetManager conceptor Web-based only

Located in same rack asSURPASS hiQ 20

Directory server for Click-to-Phone and VoxPortal

A30828-X8020-V304-**-7618

SURPASS hiQ 30


SURPASS

hiQ 30

LDAP Server


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Trial equipment

SURPASS hiQ20 and hiQ30



0201 0403 0605 0807 1009 1211

01

02


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Rack Layout

SURPASS hiQ20 and hiQ30R:hiQ

010202

Switch 24-DC

Switch 24-DC

WS-N3-512 empty

WS-N3-512 empty

WS-N3-512 empty

WS-N3-512 hiQ30

WS-N3-512 hiQ20

WS-N3-512 hiQ20

WS-N3-512 hiQ6200

WS-N3-512 PCU4

WS-N3-512 PCU3

WS-N3-512 PCU2

WS-N3-512 PCU1

WS-N3-512 RCS

WS-N3-512 PCU4

WS-N3-SAI-512 PCU3 - hiE B

WS-N3-SAI-512 PCU2

WS-N3-SAI-512 PCU1

WS-N3-512 empty

WS-N3-512 empty

- hiE A


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SURPASS hiE9200

The Key Messages

The SURPASS hiE9200 Softswitch: is the future proof platform with

carrier-grade reliability for NGN

is the high-performance feature andsignaling control platform

supports the feature-richness ofPSTN in converged networks

is the interface for new innovativeend-user applications to generateadditional revenue streams.

Date post:	06-Apr-2018
Category:	Documents
Upload:	ajaykumar-singh
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Reliance Training 03 HiE

Documents