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Siemens Enterprise Communications: www.siemens.com/open

Information

HiPath 2000 V2

IP communication for small and medium-sized companies

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FlexibilityHiPath 2000 puts an end to parallel networks for voice and data. Companies that invest todayn an efficient IP infrastructure are well equipped to fully exploit the possibilities of IP commu-nication and are ready to take advantage of cost-effective access to Internet telephony serviceproviders.

HiPath 2000 is a modern communication sys-

em that combines voice and data transmis-

sion within a single solution. This Linux-based

eal-time IP system can be used in small and

medium-sized companies with up to 30 em-

ployees, in a wide range of industry sectors.

ntegrating mobile employees and telework-

ers into the communications infrastructure isan important prerequisite for streamlining

business processes.

HiPath 2000 is a secure and reliable communi-

cation system for Voice-over-IP and is based

on a solid and efficient IP infrastructure. The

ntegrated gateway is the interface between

LAN/WAN andtraditional exchange circuits,and routing functionality sets up the connec-

ion to the Internet for both data traffic and In-

ernet telephony. HiPath 2000 has a range of

security features protecting against system

ailure and eavesdropping. Thanks to openstandards support, HiPath 2000 is extremely

lexible with regard to integration into busi-

ness applications.

HiPath 2000 provides pure IP technology and

eatures high-quality telephones with intui-

ive user operation (via a display and dialog

keys), PC clients for any modern working envi-

onment, and Wireless LAN devices. Analogdevices can also be connected to this real-time

P system where necessary. A wide range of

voice telephony features combined with ap-

plications such as CTI (Computer Telephony

ntegration) and integrated VoiceMail guaran-ee support for all aspects of professional

communication. And HiPath 2000s user-

riendly executive-secretary function ensures

he smooth flow of communication at atten-

dant or secretary stations in the reception ar-

ea, where multiple communications process-

es converge. Integrated call distribution en-

sures that staff can be reached and guaran-

ees fast customer contact.

This makes telephony not only simpler and

more efficient, but also customer-friendly.

SIP the standard forInternet telephony

HiPath 2000 supports all the exciting new

options that the SIP protocol brings with it.

Whether SIP terminals or subscriber and

system connections for Internet telephony -it represents a new dimension in flexible

communication. As an open and standard

protocol, SIP (Session Initiation Protocol)fulfills the requirements for interoperability

between systems and devices from differ-

ent manufacturers. Intelligent use of the

available bandwidths for both voice anddata leads to a better utilization of the Inter-

net connection. Quality of Service (QoS) al-

ways gives priority to voice communication,

and the codecs that are used guarantee the

highest transmission quality. Mixed opera-

tion involving both traditional exchange cir-cuits and xDSL network connections and

the scalability of the voice bandwidth net-

work make SIP-based communication suffi-

ciently flexible to exploit new services of-

fered by carriers. Real-time and multimedia

services such as voice, video, instant mes-

saging, or presence services provide in-creased transparency about who is avail-

able, and when, and via which terminal de-

vice.

The secure company

connectionEmployees voice and data applications can

be fully integrated into the company net-

work, whether they are working from homeor are on the move. Modern security mech-

anisms such as integrated VPN (Virtual Pri-

vate Network) ensure that employees work-

ing via the Internet have a secure connec-

tion. Confidential information can thus be

accessed at any time and from anywhere in

the world. An integrated firewall protects

the voice and data network against unau-

thorized external access. Another impor-tant advantage for mobile workers is that

they can be reached at their company num-

ber regardless of where they are currently

located, at reasonable cost and over a tap-

proof connection.

Reduced costs

A high-performance IP infrastructure means

that voice and data communication can becombined within a single network. The inte-gration of a router and gateway in one andthe same system also optimizes hardwarecosts. The fact that no separate voice net-work has to be set up and maintained reduc-es the administrative necessary for systemsand applications. And existing Internet con-nections can be utilized in a more economicfashion by also using them for calls to thepublic network. The costs for separate tradi-tional exchange circuit lines can be reducedto a minimum, using them solely as back-up

lines or for fax or TeleCash purposes. Exploit-ing Least Cost Routing via traditional ex-change circuits and several Internet Telepho-ny Service Providers (ITSP), companies canimplement applications that lower call costsconsiderably.

Flexible configuration

HiPath 2000 is highly flexible with regard to

the number of subscribers. Telephones are

connected to existing LAN cables ("one-

wire-to-the-desk") and connected to the PC

via the integrated mini-switch. This meansthat the system can be connected to the cir-

cuit-switched traditional exchange network

and is also suitable for packet-switched

(LAN/WAN) environments. It also means

that a step-by-step migration to present or

future Internet telephony services is possi-

ble.

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The HiPath 2000 scenario in overview

HiPath 2000 offers a wide range of connec-

ion options, both to the public telephone

network and on the user side. The tradition-

al exchange circuit connection can be uti-ized in parallel with connections to Internet

elephony service providers (ISP/ITSP).

Conventional analog phones or devices

such as fax machines and door openers can

be used as terminals. Additional analog

adapters can also be employed.

All types of IP devices can be connected to

the LAN interface via the external switch,

which also supplies these devices with the

necessary power (Power-over-Ethernet). Incombination with additional WLAN base

stations, wireless communication is also

possible, for both voice and data applica-

tions, for example by using a WLAN phoneor an optiClient 130 installed on a note-

book. IP telephones with integrated mini-

switches offer a high level of convenience;

PCs can be smoothly integrated into an ex-

isting LAN infrastructure via the "one wire

to the desk" concept.

The Internet interface for voice and data

communication is protected by a firewall.

An e-mail server can be set up on the DMZ

port, isolated from the rest of the internal

company infrastructure, for forwarding in-coming mails to the respective recipient.

The USB interface is used for initial system

set-up.

* Internet Telephony Service Provider

HiPath ComScendo top-class features

As a software suite, HiPath ComScendo pro-

vides both the real-time IP system, HiPath2000, as well as the telephones, with the

most comprehensive array of voice commu-

nication services. And all this regardless of

he type of terminal used at the desk

desktop phone, PC) or on the move (hand-

set, notebook). Any necessary software

components are configured automatically.

Selected HiPath ComScendo features:

Advisory messages Intercept position/attendant console

Camp-on/call waiting tone

Missed calls list

Do Not Disturb/"ringer cutoff" Call pickup

Call forwarding from extensions

Display of call source and destination for

call forwarding and call pickup Call intrusion

Classes of service

Display languages (can be specified

individually)

Paging (internal announcement)

Call detail recording (external analysis

optional)

Group call

Integrated voicemail

Internal text messages

Internal telephone directory

Conference (internal/external)

Speed dialing (individual/central)

Line seizure (automatic/manual)

Toggle

Text messages (internal)

Music-on-hold with system-driven an-

nouncements (standard/individual)

Night service/day service

Park Account code

Consultation

Callback on busy and no answer

(automatic)

Call number suppression

Call signaling

Call forwarding after timeout on RNA,

immediately on busy

Group ringing

Hunt group (linear/cyclic)

Changeover on (individual code lock)

Central system telephone book

Entrance telephone and door opener

functions

Transferring a call (internal/external)

Number redial (enhanced)

Automatic recall from public network

carrier

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Extending theinfrastructure

IP Networking

HiPath 2000 can also be networked with

other HiPath systems. Here the data net-

work is also used for voice communication

between the sites. This means that applica-tions installed on central servers can also be

used in branches with HiPath 2000.

And many features and switching functions

are available for use at all connected sites.

HiPath Wireless

HiPath 2000 also relies fully on IP technolo-

gy for mobile communication. Up to 10 sep-

arate WLAN access points can be directly

connected to the LAN. This guarantees full

voice and data communication coverage for

WLAN telephony, with roaming and han-

dover.

Administration

Web-Based Management(WBM)

All standard administration and mainte-

nance functions have been integrated intothe HiPath 2000 system, and require no ex-

pert knowledge. They can be accessed via

Web-Based Management (standard brows-

er).

HiPath 2000 Manager

This software provides the service techni-

cian with an expert tool for administration.

It includes all setup, maintenance, backup

and diagnostic functions, and can also be

used via a remote access.

Licensing

HiPath 2000 is highly flexible with regard to

increasing the number of subscribers. New

telephones are simply connected to the

LAN and, once the l icense has been activat-

ed, the new user has access to all functions.

The upgrade from HiPath 2000 V1.0 to V2 is

licensed.

HiPath 2000 plus appli-cations the perfectsystem

It only requires a few of the wide range of

applications available to turn the real-timeIP system into a tailor-made company solu-

tion.

Fixed Mobile Convenience

Fixed Mobil Convenience is the integration

of GSM cell phone users into the communi-

cation environment of the HiPath system.

The following features are supported:

ONE Number Service contactableeverywhere under the same HiPathnumber

Home Office Integration contactableat home under the HiPath number

Call charge reduction Mobile phonecalls (into foreign countries) for fix netpricing

DECT alternative world wide accessa-bility of HiPath system features (recall,toggle, conference)

Mobile users are connected to the HiPathsystem via a GSM mobile phones or alter-native teleworker destinations.

optiPoint Attendant

An optiPoint system telephone can be con-

figured for auto attendant functionality, asan information, intercept, or night service

station.

The busy lamp field with 90 programmable

LED function keys is an additional module

for optiPoint Attendant.

The optiClient Attendant software package

simulates an enhanced attendant console

on a PCs screen. All functions can be acti-

vated and executed via the PC keyboard and

mouse.

HiPath ComAssistant

HiPath ComAssistant is a server-based CTI

solution for the intranet. Software is in-

stalled and configured centrally on the serv-

er. This ensures the quick and easy

distribution of data via the intranet.

XPhone Entry

XPhone Entry is the application for the CTI

sector (Computer Telephony Integration). It

is ideally suited to workstations using CTI as

a universal communications or organiza-

tional tool

HiPath TAPI 120 andHiPath CAP

This driver software was developed for con-necting a PC to digital system telephones on

HiPath. CTI applications conforming to TAPI

are integrated in this way. Supported CTI

applications are: HiPath Simply Phone forOutlook and Lotus Notes, and HiPath Co-

mAssistant.

TeleData OfficeCalculates the costs of all communication

services (telephone, fax, Internet) and en-ables analysis according to extension, net-

work connection or department. Via the

LAN interface, the call data can be transmit-

ted directly to a central server for recordingpurposes.

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Technical data

Optional configurable as exchange or subscriber interface2 Demilitarized zone

Features HiPath 2030 HiPath 2036

IP workpoints (HFA/SIP) max. 30 max. 30

Exchange interfaces 4 x S01

SIP provider via WLAN port or external router 6 x HKZ SIP provider via WLAN port or external router

Connections 4 port LAN switch 1 x WAN 1 x DMZ2

1 x USB (for service use) 2 x a/b (for subscriber line)

4 port LAN switch 1 x WAN 1 x DMZ2

1 x USB (for service use) 4 x a/b (for subscriber line)

Dimensions Width = 440 mm (478 mm including housing feet) Height = 44 mm (55 mm including housing feet)

Depth = 240 mmInstallation options 19 case for rack/desktop/wall mounting

Space required in 19 rack = 1 height unit

Power supply Systems, by default, are designed for mains operation. Possible power outages can be optionally bypassed

with an (external) uninterruptible power supply (UPS).

Rated input voltage (AC): 88 264V

Rated frequency: 50/60 HzBattery supply (DC): -48 V

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Supported Standards

Ethernet

RFC 894 Ethernet II Encapsulation IEEE 802.1Q Virtual LANs IEEE 802.2 Logical Link Control

IEEE 802.3u 100BASE-T IEEE 802.3x Full Duplex Operation

IP / Routing

RFC 768 UDP RFC 791 IP

RFC 792 ICMP

RFC 793 TCP

RFC 2822 Internet Message Format

RFC 826 ARP

RFC 2131 DHCP

RFC 1918 IP Addressing RFC 1332 The PPP Internet Protocol Con-

trol Protocol (IPCP) RFC 1334 PPP Authentication Protocols

RFC 1618 PPP over ISDN RFC 1661 The Point-to-Point Protocol

(PPP)

RFC 1877 PPP Internet Protocol Control

Protocol RFC 1990 The PPP Multilink Protocol (MP) RFC 1994 PPP Challenge Handshake Au-

thentication Protocol (CHAP)

RFC 2516 A Method for Transmitting PPP

Over Ethernet (PPPoE)

NAT RFC 2663 NAT

IPSec

RFC 2401 Security Architecture for IP RFC 2402 AH - IP Authentication Header

RFC 2403 IPsec Authentication - MD5 RFC 2404 IPsec Authentication - SHA-1

RFC 2405 IPsec Encryption - DES

RFC 2406 ESP - IPsec encryption

RFC 2407 IPsec DOI RFC 2408 ISAKMP

RFC 2409 IKE

RFC 2410 IPsec encryption - NULL RFC 2411 IP Security Document

Roadmap

RFC 2412 OAKLEY

SNMP

RFC 1213 MIB-II

SIP

RFC 2198RTP Payload for Redundant Au-dio Data

RFC 2327SDP: Session Description

Protocol RFC 2617HTTP Authentication: Basic and

Digest Access Authentication

RFC 2782DNS RR for specifying the loca-

tion of services (DNS SRV)

RFC 2833RTP Payload for DTMF Digits,Telephony Tones and Telephony Signals

RFC 2976The SIP INFO Method

RFC 3204MIME media types for ISUP and

QSIG Objects

RFC 3261SIP: Session Initiation Protocol.

SIP core RFC

RFC 3262provisional Response Acknow-

ledgement (PRACK) Early Media RFC 3263SIP Locating Servers

RFC 3264An Offer/Answer Model with

SDP

RFC 3310HTTP Digest Authentication

RFC 3311Session Initiation Protocol (SIP)

UPDATE Method

RFC 3323A Privacy Mechanism for the

Session Initiation Protocol (SIP)

RFC 3325Private Extensions to the Sessi-

on Initiation Protocol (SIP) for Asserted

Identity within Trusted Networks

RFC 3326The Reason Header Field for

the Session Initiation Protocol (SIP)

RFC 3489STUN - Simple Traversal of User

Datagram Protocol (UDP) Through

Network Address Translators (NATs)

RFC 3515The Session Initiation Protocol(SIP) Refer Method

RFC 3550RTP: Transport Protocol for

Real-Time Applications

RFC 3551RTP Profile for Audio and VideoConferences with Minimal Control

RFC 3891The Session Initiation Protocol

(SIP) Replaces Header

RFC 3581An Extension to the Session In-itiation Protocol (SIP) for Symmetric

Response Routing

QoS

IEEE 802.1p Priority Tagging RFC 1349 Type of Service in the IP Suite RFC 2475 An Architecture for Differenti-

ated Services RFC 2597 Assured Forwarding PHB

Group RFC 3246 An Expedited Forwarding PHB

(Per-Hop Behavior)

Codes

G.711; G.723; G.729

Other

RFC 959 FTP RFC 1305 NTPv3

RFC 1889 RTP

RFC 2833 RTP Payload for DTMF Digits

RFC 3544 IP Header Compression over

PPP

RFC 3605 Real Time Control Protocol

(RTCP)

RFC 1951 DEFLATE

DNS

STUN

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Copyright Siemens EnterpriseCommunications GmbH & Co. KG 07/2007Hofmannstr. 51, D-81359 Munich

Reference No.: A31002-E1020-D100-1-7629

The information provided in this brochure contains

merely general descriptions or characteristics of per-

formance which in case of actual use do not always

apply as described or which may change as a result

of further development of the products. An obligati-

on to provide the respective characteristics shall onlyexist if expressly agreed in the terms of contract.

Availability and technical specifications are subject

to change without notice. The trademarks used are

owned by Siemens Enterprise Communications

GmbH & Co. KG or their respective owners.