NEC NDA-24349 User Manual

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Page 1

NDA-24349

ISSUE 4

STOCK # 152050

NEAX

INTERNET PROTOCOL SERVER

Request For Proposal (RFP)

2000 IPS

Reference Guide

January 2005

Page 2

LIABILITY DISCLAIMER

NEC Unified Solutions, Inc. reserves the right to change the specifications, functions, or

features, at any time, without notice.

NEC Unified Solutions, Inc. has prepared this document for use by its employees and customers. The information contained herein is the property of NEC Unified Solutions, Inc. and

shall not be reproduced without prior written approval from NEC Unified Solutions, Inc.

NEAX® and D

term®

are registered trademarks of NEC Corporation. Microsoft® is a registered trademark of Microsoft Corporation. Intel® is a registered trademark of Intel Corporation. All other product references and/or company references are registered trademarks or trademarked for their respective products and/or company.

The NEAX2000 IPS Request For Proposal (RFP) Reference Guide has been developed to provide technical information on the NEAX2000 IPS, which is required when responding to the majority of questions asked on Request For Proposals. The information provided has been compiled from a variety of available documentation and has been consolidated into a single manual. For this reason, it may be necessary to gather additional information from other supporting documentation to fulfill the Request For Proposal (RFP) requirements.

Information concerning questions not covered in this guide, corrections and/or comments are most welcome and should be sent to:

NEC Unified Solutions, Inc.

NEAX2000 Product Management

6535 North State Highway 161

Irving, TX 75039-2402

NEC Unified Solutions, Inc.

Printed in the U.S.A

Page 3

Chapter 1 Introduction...........................................................................................................1

Overview of NEC ...................................................................................................................................................1

Components............................................................................................................................................................3

Computers ..............................................................................................................................................................4

Communications.....................................................................................................................................................4

Global Citizenship..................................................................................................................................................4

Social Contributions ...............................................................................................................................................5

Preserving the Environment ...................................................................................................................................5

Promoting Volunteer Activities..............................................................................................................................6

Developing Good Community Relations ...............................................................................................................6

Supporting the Arts, Culture and Sports.................................................................................................................7

Saving International Cultural Assets ......................................................................................................................7

Global Resources....................................................................................................................................................7

NEC Unified Solutions, Inc....................................................................................................................................9

Vertical Markets ...................................................................................................................................................11

Corporate Philosophy ...........................................................................................................................................11

NEAX®2000 IPS Introduction..............................................................................................................................12

NEAX® 2000 IPSDM Introduction ........................................................................................................................16

NEAX® 2000 IPS

DMR

Introduction.......................................................................................................................17

NEAX 2000 IPS Competitive Benefits ................................................................................................................18

Advantages ...........................................................................................................................................................18

Stands Alone System Capacity.............................................................................................................................20

IP Remote Network Capacity...............................................................................................................................26

Chapter 2 System Architecture.............................................................................................1

Hardware Architecture ...........................................................................................................................................1

NEAX® 2000 IPS System Configuration ...............................................................................................................5

NEAX® IPS

DM/

IPS

DMR

System Configuration ......................................................................................................12

Software Architecture...........................................................................................................................................16

Chapter 3 System Highlights.................................................................................................1

Processors...............................................................................................................................................................1

Reliability and Availability ....................................................................................................................................4

System Traffic ........................................................................................................................................................8

System Specifications...........................................................................................................................................16

System Compliance ..............................................................................................................................................24

Chapter 4 Equipment List......................................................................................................1

Module/Installation Hardware................................................................................................................................1

Circuit Cards...........................................................................................................................................................3

Chapter 5 Station Equipment ..............................................................................................15

Terminal Line Up .................................................................................................................................................15

Analog Terminals .................................................................................................................................................16

term

Series i (IP) Terminals .................................................................................................................................17

term

Series i (TDM) Multi-line Digital Terminals...............................................................................................19

term

Series E (Multi-line Digital Terminals) .......................................................................................................22

term

Cordless Terminals ......................................................................................................................................29

INASET................................................................................................................................................................33

term

PS III Wireless Handset ...............................................................................................................................36

term

SP20 SoftPhone ...........................................................................................................................................37

term

SP30 SoftPhone ...........................................................................................................................................39

term

Extenders......................................................................................................................................................44

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Chapter 6 Trunking.................................................................................................................1

Type of Trunks .......................................................................................................................................................1

Trunk Card Specifications......................................................................................................................................2

System Trunking Capacity .....................................................................................................................................7

Least Cost Routing (LCR)......................................................................................................................................9

Chapter 7 Attendant Answering Position.............................................................................1

Attendant Console (SN716) ...................................................................................................................................1

Business Attendant System (BAS) .........................................................................................................................8

Chapter 8 System Administration.........................................................................................1

System Administration ...........................................................................................................................................1

Customer Administration Terminal (CAT) ............................................................................................................2

Maintenance Administration Terminal (MAT) ......................................................................................................2

System Diagnostics ................................................................................................................................................5

Self Diagnostic/System Messages ..........................................................................................................................5

Remote Maintenance ..............................................................................................................................................6

MA4000 Management System...............................................................................................................................7

Chapter 9 Feature Descriptions ............................................................................................1

Business/Hotel/Data Feature List ...........................................................................................................................1

Business/Hotel/Data Feature Descriptions .............................................................................................................5

CCIS Feature List .................................................................................................................................................34

CCIS Features Descriptions .................................................................................................................................35

ISDN Feature List.................................................................................................................................................41

ISDN Feature Descriptions...................................................................................................................................42

Q-SIG Feature List ...............................................................................................................................................44

Q-SIG Feature Descriptions .................................................................................................................................44

Wireless Feature List............................................................................................................................................45

Wireless Feature Descriptions ..............................................................................................................................47

Chapter 10 System Input/Output (I/O) Interfaces...................................................................1

Station Message Detail Recording (SMDR) ..........................................................................................................1

Message Center Interface (MCI) ............................................................................................................................7

Property Management System (PMS) ....................................................................................................................9

Chapter 11 Open Application Interface ................................................................................1

System Outline .......................................................................................................................................................1

User Application Processor (UAP).........................................................................................................................1

OAI UAP Applications...........................................................................................................................................2

OpenWorX: Attendant Statistics............................................................................................................................5

OpenWorX: Business Attendant System (BAS).....................................................................................................6

OpenWorX: Business Receptionist (BR)..............................................................................................................10

OpenWorX: Dialer...............................................................................................................................................11

OpenWorX: Location Status Information (LSI) ..................................................................................................12

OpenWorX: Message Reader (MR).....................................................................................................................12

OpenWorX: Short Text Messaging......................................................................................................................13

OpenWorX: Incoming Call Assistant (ICA)........................................................................................................14

OpenWorX: Group Call Forward Control (GCFC) ..............................................................................................15

OpenWorX: Personal Call Assistant (PCA)..........................................................................................................16

OpenWorX: Name Display ...................................................................................................................................19

OpenWorX: Multiple CCIS Node Configuration .................................................................................................19

OAI Application Software Development .............................................................................................................20

System Specifications...........................................................................................................................................20

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Chapter 12 Automatic Call Distribution (ACD) with MIS .......................................................1

Automatic Call Distribution (ACD) .......................................................................................................................1

Basic ACD..............................................................................................................................................................1

Basic ACD Features ...............................................................................................................................................2

CallCenterWorX ACD 3.0 for Business .................................................................................................................3

CallCenterWorX MIS .............................................................................................................................................6

QueWorX4.0.........................................................................................................................................................14

QueWorX Server Information & PBX Requirements...........................................................................................17

QueWorX Packaging............................................................................................................................................17

Professional Services for QueWorX .....................................................................................................................18

Chapter 13 Voice over IP (VoIP)............................................................................................1

VoIP Solutions .......................................................................................................................................................1

Extended Enterprise IP Solution ............................................................................................................................1

IP Station ................................................................................................................................................................3

CCIS Networking via IP.......................................................................................................................................14

H.323 Connection.................................................................................................................................................18

FAX and Modem over IP .....................................................................................................................................21

Remote PIM over IP.............................................................................................................................................25

Planning and Installation ......................................................................................................................................30

System Conditions/Limitations (Peer-to-Peer IP) ................................................................................................34

Chapter 14 Common Channel Inter-Office Signaling (CCIS) ................................................1

CCIS and ISDN ......................................................................................................................................................3

Digital and Analog CCIS........................................................................................................................................4

IP CCIS...................................................................................................................................................................5

Centralized Billing..................................................................................................................................................8

Centralized E911 – CCIS .....................................................................................................................................10

Call Set Up Times ................................................................................................................................................11

Look Ahead Routing ............................................................................................................................................11

Shared Trunk Facilities and Alternate Routing ....................................................................................................12

Centralized System Maintenance and Administration .........................................................................................13

Centralized Call Accounting/Billing Systems......................................................................................................14

Centralized Voice Processing / Messaging ..........................................................................................................15

Centralized Attendant Consoles ...........................................................................................................................15

Uniform Numbering Plans ...................................................................................................................................16

CCIS Feature Chart ..............................................................................................................................................16

System Capacity ...................................................................................................................................................18

Required Equipment.............................................................................................................................................19

IP Specifications...................................................................................................................................................21

Chapter 15 Integrated Services Data Network (ISDN).........................................................1

ISDN Primary Rate Interface .................................................................................................................................1

PRI Services & Features.........................................................................................................................................1

Event Based CCIS ..................................................................................................................................................7

Business Feature List..............................................................................................................................................8

ISDN Network Requirements for Layer One (1) ...................................................................................................9

Supported Network Services (Trunk provisioned only).........................................................................................9

ISDN PRI Specifications......................................................................................................................................10

ISDN Basic Rate Interface (BRI) .........................................................................................................................17

ISDN Basic Rate Interface (BRI) .........................................................................................................................18

Documentation .....................................................................................................................................................21

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Chapter 16 Wireless System..................................................................................................1

NEAX 2000 IPS Wireless Communication System (WCS)...................................................................................1

Wireless Roaming ..................................................................................................................................................3

Wireless – Short Text Message Notification (OAI) ...............................................................................................7

System Description...............................................................................................................................................12

Wireless Specifications ........................................................................................................................................15

UTAM Regulations and Reason for Existence.....................................................................................................19

Chapter 17 Hotel/Motel System.............................................................................................1

Features ..................................................................................................................................................................3

Hotel System Capacity .........................................................................................................................................12

System Specifications...........................................................................................................................................12

Station Equipment ................................................................................................................................................13

Chapter 18 Call Accounting...................................................................................................1

AIMWorX™ ...........................................................................................................................................................1

Configurations ........................................................................................................................................................4

The AIMWorX Manager.........................................................................................................................................6

Integrating AIMWorX modules..............................................................................................................................6

Supported Operating Systems ................................................................................................................................9

PC/Server Minimum Requirements........................................................................................................................9

Chapter 19 Voice Messaging Systems.................................................................................1

Voice Mail Integration ...........................................................................................................................................1

Message Center Interface (MCI) ............................................................................................................................4

NEAXMail AD-8 ...................................................................................................................................................6

NEAXMail AD-120 .............................................................................................................................................14

NEAXMail AD-64 ...............................................................................................................................................20

NEAXMail IM-16 ................................................................................................................................................36

Chapter 20 System Documentation......................................................................................1

NEAX 2000 IPS Documentation List ....................................................................................................................1

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Chapter 1 Introduction

Overview of NEC

NEC Corporation was founded in 1899. NEC worldwide is built on a strong tradition and global heritage. NEC was created out of a joint venture between Western Electric from America and a Japanese investment group. Japan’s first joint venture combined the technology and manufacturing techniques of the Bell Company with the vision of Japanese investors to form one of the oldest, established telecommunications companies in the world. NEC is one of only a small number of companies within the world that have successfully pioneered technology and delivered products within every major evolution of business communications systems.

NEC has a total workforce of over 202,000 people. At least 10% of NEC’s employees are either scientists or engineers. In Japan, NEC has eight major plants in or near Tokyo and 53 consolidated subsidiaries throughout Japan. NEC has 57 major plants at overseas subsidiaries and affiliates in 19 countries. NEC’s marketing network consists of approximately 420 sales offices in Japan. Overseas, NEC has 114 marketing and service subsidiaries and affiliates in 30 countries, with 22 liaison offices in 22 countries. There are seven R&D facilities in Japan and three subsidiaries in the United States and Germany. NEC is truly committed to the linking of people and information through technology, with over 15,000 different products distributed worldwide.

NEC, recognized as a worldwide leader in high technology, is one of the few companies capable of offering a full spectrum of products and systems in computers, communications, and semiconductor devices.

NEC first established a United States presence over 30 years ago when it opened a sales office in New York in 1963. Since that time, NEC has broadened its operations in the United States by expanding into manufacturing, research and software development operations, by employing 7,000 people and by establishing extensive marketing, sales and service networks nationwide with revenues exceeding $5.9 billion.

In 1993, NEC introduced a new corporate logo: . The logo represented the beginning of a dynamic era in the life of a company with a distinguished past. The changing dynamics of domestic and international markets mandate that the world’s leading companies evolve with those changes. In response to this evolution, NEC is building a more responsive business based on the steadfast foundation of the traditional NEC business philosophy. NEC.s organization has become a recognized leader in linking people and information through technology. The logo evolved from the simple abbreviation of Nippon Electric Company, in the late 1890.s, into a dynamic symbol featuring the traditional NEC letters with bold, sharp lines expressing technology and confidence, combined with gentle curves that are associated with humanity and friendliness. The logo has a holistic design that each letter expresses an independent character and at the same time represents the harmony of the logo as a whole or unit. NEC blue has been designated as the corporate color. This subtle blue was selected to symbolize human intelligence, life, and the protection of the environment.

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Chapter 1 Introduction

The Invention Age

NEC began its solid tradition with some of the first manual telecommunications systems in Japan. During the Invention Age, NEC had achieved the following:

 In 1900 - NEC began manufacturing its own products  In 1903 - NEC manufactured the first battery phone in Japan  In 1923 - NEC entered the radio transmission field  In 1927 - NEC began automatic switching manufacturing  In 1938 - NEC began manufacturing crossbar switching systems

The Industrial Age

The Industrial Age in America brought great strides in business communication systems with the development of the electro-mechanical system. NEC successfully delivered step-by-step, crossbar, and cross-reed technology to the world marketplace. During this era;

 In 1950 - NEC began manufacturing some of the world’s first semiconductors  In 1952 - NEC won the Deming prize awarded in communications  In 1956 - NEC introduced step-by-step, cross-reed technology, and crossbar telephone

switching systems to the world marketplace.

 In 1959 - NEC developed one of the first transistorized computers  In 1963 - January 17, 1963 NEC entered the American marketplace with a sales office in

New York

 In 1965 - NEC became a world innovator in digital transmission equipment

The Electronic Age

NEC entered the Electronic Age with solid-state technology, stored program control, and digital switching throughout the 1970’s and 1980’s.

 In 1972 - NEC developed the world’s first 10K single element LSI chip  In 1976 - NEC introduced the first skinny wire system  In 1978 - NEC introduced the first digital hybrid, the Electra-100  In 1979 - NEC entered the personal computer market  In 1980 - NEC patented its Distributor Processor design (US Patent # 4,210,782). This

little known patented process, invented by Kazunori Fujita, ushered in a new era of business communications systems through the use of distributed processing, modular building block concept, and fully integrated voice and data switching. Out of this patent came NEC’s premier flagship product, the NEAX2400 IMS

 In 1983 - NEC introduced the NEAX2400 IMS  In 1983 - NEC introduced one of the world’s first super computers  In 1985 - NEC introduced the Electra IMS  In 1986 - NEC created one of the first 4MBit processor chips  In 1988 - NEC opened the Software Development Center in the U.S. market  In 1989 - NEC introduced the NEAX1400 IMS

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Chapter 1 Introduction

The Information Age

Once again, NEC is delivering powerful communications systems. Systems that interface today’s computers and telephones deliver a broad spectrum of integrated answers to today’s modern communication challenges.

 In 1993 - NEC introduced the world’s first 64M DRAM samples  In 1993 - NEC introduced the NEAX2400 ICS  In 1994 - NEC introduced the NEAX2000 IVS  In 1997 - NEC introduced the NEAX1000 IVS  In 1998 - NEC introduced the NEAX2400 IMX  In 1999 - NEC introduced the NEAX2000 IVS  In 1999 - NEC introduced the NEAX EXPRESS  In 2000 - NEC introduced the NEAX2400 IPX  In 2001 - NEC introduced the NEAX2000 IPS  In 2002 - NEC introduced the NEAX2000 IPS  In 2002 - NEC introduced the NEAX2400 IPXi  In 2003 - NEC introduced the NEAX2000 IPS  In 2004 - NEC introduced the Univerge SV7000

NEC continues to focus its activities on the integration of computers and communications. NEC research and development, production, marketing, and service based on this integration positioned it to meet diversifying needs in worldwide markets

DMR

Worldwide Leadership

NEC is committed to the linking people and information through technology, with over 15,000 different products distributed worldwide. Innovative, award-winning products featured in top publications form the foundation for NEC’s leadership in these high-tech industries.

Components

NEC is the world leader in integrated components with billions of dollars in annual sales. NEC provides major processors and component chips to other leading manufacturers of communications, computers and electronic equipment.

 Very Large Scale Integrated (VLSI) memories  Micro and Mini computers  Application Specific Integrated Circuits (ASIC)  Semiconductors  A broad spectrum of other electronic components

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Chapter 1 Introduction

Computers

Among the world’s leaders in the manufacture and sales of computers, NEC has billions of dollars in annual sales, provides the broadest selection of computers and the networking products to connect them.

 Mainframe computers  Business computers  Personal Computers  Computer peripherals  Computer terminals  Software

Communications

NEC is one of the world’s top suppliers in the production and distribution of communications equipment. With billions of dollars in sales, NEC is not the largest manufacturer of communications products, but offers the broadest spectrum of products and a demonstrated commitment to the total integration and networking of those products.

 Telephone company switching systems  Network transmission systems  Business communication systems  Broadcast equipment  Space electronics

Global Citizenship

Worldwide in scope, NEC links people with the local communities across the street, throughout a nation, and around the world with caring and involvement through its corporate sponsorships and the individual efforts of its employees. Realizing that businesses and communities must work together in harmony, NEC has emerged as a global citizen working to fulfill the social and economic goals of communities and countries around the globe through its corporate commitments and dedication of its employees. Each NEC affiliate responds to its obligation to reinvest some of its profits into local communities and link business with social responsibility.

Environment

The world becomes smaller through technology. It is rapidly moving from a world of independent nations to a global community. Based on this premise, NEC has drawn up the NEC Eco Action Plan 21, a strategy to involve the company in the solving of global community environmental problems. The objective of the plan is to develop corporate activities that will contribute to building an economic society that exists in harmony with the environment. The NEC commitment to global environmental security is further demonstrated through support in dollars, equipment, and manpower for worthwhile environmental programs that provide a higher quality of life to all earth’s creatures.

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Chapter 1 Introduction

Community

NEC and its employees are active in worldwide, national, regional, and local community affairs through the dedication of their time and resources. NEC affiliates and their employees donate time, money, and equipment to help meet everyday and emergency needs of the healthcare and other social communities. In addition, the NEC businesses and their people give freely of their time, effort, and contributions to help meet the needs of local business groups, fraternal, and other social organizations

Education

Through worldwide efforts, NEC soundly supports the education of citizens and nations around the world through financial grants, volunteer work, donations of equipment, and the sharing of knowledge. Specifically, the NEC Foundation of America is dedicated to encouraging and supporting the efforts of creative and effective non-profit organizations in the United States and their staffs, clients, and volunteers who, like NEC, work to develop and share the benefits of technology with society in order to help improve the quality of human life

Social Contributions

As a global corporation, NEC aims at achieving a higher level of coexistence with society. We will also strive to become an outstanding corporation respected by all those related to us and fully capable of offering high standards. In order to achieve this, we appreciate the great importance of contributing to society as a good corporate citizen and walk hand in hand with the world toward a better society.

Preserving the Environment

Satellite Tracking of Cranes Migration Routes

A conference to conclude the Ramsar Treaty - an international agreement regarding protecting the world’s major wetland areas as habitat for waterfowl - was held in the city of Kushiro in Hokkaido in June 1993. In commemoration, NEC has already embarked upon comprehensive research programs into the migration routes and habitats of the crane. A reflection of our deep concern for preserving the earth’s environment, we are the sole sponsors of this project, which

is being supported by the extensive “Computer and Communications Technology” amassed

over the years.

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Chapter 1 Introduction

Major Aspects of the Research

Small homing devices, linked to a communications satellite, are attached to the cranes in order to trace their migration routes, stopover points, breeding grounds and their final destinations. Once the major habitats are determined, their environmental conditions over the last 10 years are analyzed in order to study changes in the earth’s environment.

As field studies continue, they are correlated with analytical data on the environment in an attempt to predict the cranes’ future selection of environments and conditions in the wetland areas.

Promoting Volunteer Activities

The International Beach Clean Up

The International Beach Clean Up grew out of a proposal from CMC (Center for Marine Conservation) in the United States. The activities do not merely concentrate on cleaning up

each area. In order to devise strategies to stop the sources of environmental pollution, research is being conducted into the type and extent of the pollution. Japan began its participation in the program 1990 and is conducting clean up campaigns under the auspices of the National Clean Up Office. Activities are conducted during the spring and autumn, the major one being the

“International Beach Clean Up Day” held nationwide on September 22nd. It was launched with

about 1,000 people participating and today has grown into an event with tens of thousands of people working on beaches and other locations throughout the country. In addition to cooperating with the events, NEC also promotes the activities to its employees and encourages their voluntary participation.

Developing Good Community Relations

NEC Super Tower Concert

The atrium at NEC’s head office in Mita, Tokyo, also serves as a venue for concerts for employees of the NEC Group, with residents of the surrounding Mita area especially welcome. This is just one of the ways NEC contributes to the local community. Since starting in July 1991 four concerts have been organized featuring a variety of programs, each one has been very favorably received.

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Chapter 1 Introduction

Relief for Victims of Mt. Unzen Eruption and Other Natural Disasters

After the eruption of the Mt. Unzen volcano* and the disaster in the Fugen Mountains occurred,

NEC wasted no time in rushing large quantities of badly needed household appliances (such as washing machines, dryers and fans) to the victims. It also provides relief to victims of the cyclone disaster in Bangladesh and the huge floods in China.

(* Mt. Unzen suddenly erupted on November 17, 1990, after lying dormant for over two centuries. Approximately 15,000 people were killed, and loss of property and possessions was extensive. Living in special shelters, the former residents are still attempting to recover from their losses.)

Supporting the Arts, Culture and Sports

Wheelchair Tennis

NEC supports wheelchair tennis competitions, popular all over the world, and believes that the disabled should be able to enjoy sporting events along with their family and friends. NEC

sponsors the NEC International Wheelchair Tennis Tour, organized by the International Wheelchair Tennis Federation (IWTF). In Japan, it also sponsors the NEC National Invitational

Wheelchair Tennis Championship, offering an opportunity for top-ranking players from all over the country to compete together.

Saving International Cultural Assets

NEC also supports the restoration of old works of art stored overseas. It organized the restoration work done in Japan since the spring of 1992 on old Japanese paintings previously stored in the Freer Gallery of Art, in the Smithsonian Institute in Washington DC. Parts of the work were completed in August of that year and the work still continues. It is also studying requests for restoration work from various other institutions such as the Boston Museum of Art. Feeling that preserving the environment involves preserving the art that also beautifies man’s surroundings, NEC firmly believes in its support of this important restoration work.

Global Resources

The primary elements in a company’s ability to respond to marketplace, buyer, and customer demands are the scope of its resources and strategy by which it uses those resources. NEC has established a worldwide network of human, physical, financial, and intellectual resources. These are deployed through localized operations, strategically located, professionally staffed, and thoroughly equipped. This enables NEC to deliver leading edge products and innovative services to businesses with hundreds of locations across the country or one location across town.

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Chapter 1 Introduction

People

NEC has a global network of dedicated employees with offices in many countries. Our experienced management, engineers, installers, trainers, and staff pride themselves in a high level of job performance and customer support. More than 7,000 employees in the U.S. help maintain NEC’s technological leadership with fresh ideas and the energy to turn them into reality.

Facilities

The physical resources of the company are the tangible assets that allow it to respond to your system’s needs and your communication demands in a timely and effective manner. NEC takes pride in maintaining smooth working facilities with all resources required to provide the highest level of system service and client support. NEC has invested millions of dollars in facilities, tools, equipment, and inventory located in hundreds of corporate locations, direct offices, distributors, and affiliates worldwide to create one of the broadest multi-level support systems in the industry.

Assets

NEC’s ability to manufacture and market its offerings depends in large part on its ability to remain profitable. With a substantial revenue base worldwide, NEC has built a strong financial and operational base -- a strong foundation of support our customers can depend on.

Innovation

Top training, knowledge, experience, and creativity are the hallmarks of intellectual excellence and of NEC’s professional staff. Our telecom experts combine the skills and desire needed to provide the highest level of responsiveness to a system’s service needs and your company’s communication support requirements.

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Chapter 1 Introduction

NEC Unified Solutions, Inc.

Established

1963, as a subsidiary of NEC Corporation, Tokyo, Japan

Headquarters

Revenues Employees

Sales & Marketing Network

Manufacturing Facilities

Development Activities

6535 North State Highway 161 Irving, Texas 75039-2402 PHONE: (214) 262-2000

$3.7 billion 2,800+

65 offices in 20 states throughout the United States, Puerto Rico and Canada.

HILLSBORO, OREGON

Fiber Optic Transport Systems Digital Loop Carrier Systems Very Small Aperture Terminals (Satellite) (VSATs) Asynchronous Transfer Mode (ATM) Switching Systems Digital PBXs Digital Multiplex Systems Automotive Electronic Systems Cellular Telephone and Pagers

TECNOLOGIAS NEC DE MEXICO, S.A. DE C.V.

Cellular Telephones and Pagers

DALLAS, TEXAS

Advanced Switching Computer Telephony Software Radio & Satellite Communications Software Wireless Communication Products

HERNDON, VIRGINIA

Transmission Software & Firmware

SAN JOSE, CALIFORNIA

Transmission Software

HILLSBORO, OREGON

Transmission Hardware & Software

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Chapter 1 Introduction

Major Product Areas

Scope Of Business

PUBLIC NETWORKING

Asynchronous Transfer Mode (ATM) Switching Broadband Access Systems Digital Loop Carrier Systems Fiber Optic Transmission Systems Microwave Radio Systems Network Management Systems Satellite Communications Systems SONET Transport Systems Internet Access Systems Narrowband Wave Division Multiplexing Systems Personal Access Communications System (PACS) Infrastructure Equipment

CORPORATE NETWORKING

Asynchronous Transfer Mode (ATM) Switches Audio/Video Teleconference Systems Telemedicine Products Distance Learning Products Data Communications Products Key Telephone Systems Local Area Network (LAN) interconnectivity Private Branch Exchange (PBX) Systems, Software and Peripheral Products

COMMUNICATIONS TERMINALS

Analog & Digital Telephones Cellular Mobile Telephones Facsimile Equipment Narrowband & Broadband Personal Communications Services (PCS) Products Numeric & Alphanumeric Pagers Enhanced Wireless Products (messaging, voice, data & accessories)

Development, manufacturing, sale, service and support of Telecommunications Products and Network Management Systems to the public and private sectors.

Engineering and Marketing of Integrated Computer and Communications (C&C) Systems and Networks including Broadband Multimedia Products.

Customization of ATM Switching Systems, Business Communication Systems, Data Communications, Radio and Transmission Equipment.

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Chapter 1 Introduction

Vertical Markets

The NEAX®2000 IPS is a full-featured IP based communications system that addresses the telecommunications market by providing a rich feature set of both Key and PBX features. The NEAX2000 IPS is positioned to provide a more cost effective solution for the small to medium size business, hotel property or networked environment. The NEAX2000 IPS provides unparalleled investment protection by allowing the user to take full advantage of today and tomorrow’s technology advancements. The following is a list of some of the markets the NEAX2000 IPS easily adapts to fit customer requirements.

 Business  Legal  Telemarketing  Hospitality  Communication  Financial  Tenant Services  Government  Education  Transportation  Health Care

Corporate Philosophy

C&C is NEC’s answer to the challenges of today and the future. NEC’s C&C philosophy, born out of the marriage between COMPUTER technology and COMMUNICATION technology, crystallizes over 90 years in the telecommunications engineering and more than 25 years of development in computers. Through C&C, NEC is able to meet the challenges of the future today. In 1993, NEC had modified its corporate philosophy to reflect their vision of the future: “NEC strives through C&C to help advance societies worldwide toward deepened mutual understanding and the fulfillment of human potential”.

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Chapter 1 Introduction

NEAX®2000 IPS Introduction

In the modern information-based economy, timely access to accurate information is an essential resource for every successful organization. In many cases it is the primary commodity being created, bought, or sold and anything less than the best communication system puts your organization at a disadvantage. The complex interconnections of voice, print, and data communications demand a powerful but elegant system capable of taking you through the 21st century.

The NEAX 2000 IPS (Internet Protocol Server) is a full-featured IP based communications system providing a rich feature set with pure Voice over IP (VoIP) communications (peer to peer connections), across corporate Local and Wide Area Networks (LAN and WAN). D telephones are designed to provide a converged infrastructure at the desktop, with a 100 Base T Ethernet connection to the LAN and built-in hub for a PC connection to the telephone itself. The system can provide peer-to-peer connections between D compression, offering existing D

term

Series i telephone features. On the WAN side, the system

term

IP telephones with voice

can provide peer-to-peer connections over IP networks with the voice compression, on a CCIS basis (CCIS over IP) or Remote PIM (Remote PIM over IP).

The NEAX 2000 IPS can provide legacy station/trunk interfaces to support the existing Time Division Multiplexing (TDM) based infrastructure, such as analog telephones, analog networks, and digital networks (T1/E1, ISDN etc.). At maximum configuration, the system can provide 1020 ports for IP and legacy devices, and 256 ports for Application cards. Communications between legacy stations/trunks and D

term

IP telephones/IP networks are made via IP PAD, which converts packet-based voice data to TDM-based voice data, and vice versa. Both peerto-peer connections and TDM-based connections are controlled the Main Processor (MP) card. The MP card incorporates a built-in Device Registration Server (DRS) and a single interface point of IP connection to IP telephone, MATWorX, and OAI/ACD servers.

NEAX 2000 IPS users have access to hundreds of service features that are used in building unique telephony applications that enhance productivity, reduce operating costs and improve communications efficiently. The innovative modular hardware and software design allows efficient, effective growth within each module from its minimum to its maximum configuration. The NEAX 2000 IPS software design is as advanced as its hardware. It ensures the system will support evolving applications and have the reliability needed to compete in today's world and into tomorrow's. The software is designed with modularity in mind. Together, these modular building blocks allow customers to initially buy what they need and add capacity and capabilities as the business demands, resulting in a greater degree of cost control for new installations and for upgrades to features, capacities and the software versions.

term

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Chapter 1 Introduction

The illustration below shows a typical system layout.

NEAX 2000 IPS

MATWorX (via RS232C)

Dterm IP

Client PC

DRS

Switching Hub

Dterm IP

LC/DLC

IP-PAD

Switching Hub (100Mbps)

COT

IPT(H.323 Handler)

Router

H.323 GK

MATWorX (via LAN)

PSTN

Router

OAI Server

Dterm Assistant

MATWorX (Via IPT:CCIS)

CCIS over IP

Internet /Intranet

Router

DHCP Server

NEAX 2000 IPS

PSTN

NEAX IPS

Dterm IP

Remote PIM over IP with Survivability

Client PC

Dterm INASET

Dterm SP30

Station to Station Connection

term

For D

IP to D received directly between D card and VCT card are required to transmit and receive the voice data. These cards are used to control and convert the voice data. The MP card in either of the connections above manages the control signals

term

IP connection (Peer to Peer connection), the voice data is transmitted and

term

IPs on the LAN. For D

term

Legacy terminal connection, the IP-PAD

CCIS Connection

term

IP to D destination office is NEAX 2000 IPS or NEAX 2400 IPX. The system provides only Point to Multipoint connection

term

IP connection (Peer to Peer connection) via CCIS is available only when the

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Chapter 1 Introduction

Maintenance

MATWorX IPS is used as the maintenance program for the NEAX 2000 IPS. Direct connection (RS232C), Modem connection and LAN (TCP/IP) connections are available to connect to the MAT (Maintenance Administration Terminal).

Hybrid System of IP (peer-to-peer connection) and TDM Switching

The NEAX 2000 IPS supports both pure IP switching (peer-to-peer connections) and Time Division Switching (TDM). The pure IP switching is provided for communications between D CCIS/Remote PIM connections with another NEAX 2000 IPS/ NEAX IPS Remote PIM over IP). On the other hand, the TDM switching is provided for communications between legacy stations/trunks. Connections between D

term

IP/CCIS or Remote PIM over IP and legacy

/2400 IPX (CCIS over IP or

term

IPs and for

stations/trunks are made via IP PADs, which converts packet-based voice data to TDM-based voice data, and vice versa.

Built-in DRS (Device Registration Server) on MP

The NEAX 2000 IPS incorporates DRS (Device Registration Server) on MP, which provides a Login/Log-out management of D inter-worked with DHCP server to provide easy administration of IP address

term

IP including Registration, Authentication. Also the built-in DRS can be

Reduced Hardware with IP based Architecture

The D with the LAN and connected with peer-to-peer basis. When D which is accommodated in TSW, the speech path between LAN and TSW is made via IP PAD under the call processing control of MP. The number of D terminal itself and IP PADs if traffic volume is increased. With this system architecture, the hardware such as DLC, PIM, Power Supply etc. is reduced and easy cost effective move, add, change is realized.

term

IPs accommodated in a LAN do not require DLC card because they can be interfaced directly

term

IPs can be simply expanded by adding the

term

IP is connected with station/trunk,

Office Data Backup Enhancement

The office data of NEAX 2000 IPS is stored in Flash ROM.

Various Installation Methods

To meet the specific needs of the customers’ environment, the NEAX 2000 IPS provides the following installation methods:

Floor Standing Installation Wall-mounting Installation IEC standard 19-inch Rack-mounting Installation

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Chapter 1 Introduction

Unified Circuit Card Size

All the circuit cards for NEAX 2000 IPS are designed in one size (PN-type), and installed in the PIM. This maximizes the efficiency of slot utilization of the PIM.

High Density Line/Trunk Cards

Major line/trunk cards used in NEAX 2000 IPS are provided with 8 circuits per card. This allows the physical system size to be compact.

Universal Slot

One PIM provides 12 card slots for Line/Trunk (LT). Also, these card slots can be used for Application Processor (AP) cards without complicated limitations. As this makes easy quotation and installation, more number of AP cards can be mounted in one PIM.

DC/DC Power Supply for –48V

The PIM houses optional DC/DC Power Supply for the cards which require –48V power such as CSI card used for interface of Cell Station (CS) of wireless system. Since this power supply is mounted in the space under the AC/DC power, additional Power Module/card slots are not required.

Extended Application Processor (AP) Port Capacity

The NEAX 2000 IPS provides a maximum of 256 AP ports and it is independent of the 512 phyical ports for legacy Line/Trunk (LT), therefore, more AP cards can be used in the system such as T1/E1 digital link, etc.

Dual MP System

The system complies with dual control system on Main Processor.

Note: Since the system employs Cold Standby processing in MP changeover, the calls in progress are terminated as a result of the MP changeover. Also, during the MP changeover, the call originating/receiving and service feature access are not effective. (It takes about 30 to 60 seconds to complete the MP cha ngeover.)

Remote PIM over IP with Survivability

The NEAX 2000 IPS can have a PIM installed at a remote site through an IP network. At the main site, the NEAX 2000 IPS/NEAX IPS installed at the remote site. The main site controls call processing and service feature access for station users located at both the main and remote sites. When the Remote PIM cannot be connected with main site due to the IP network and/or main PBX failure, the Remote PIM initializes the system and re-starts operation by its own Main Processor (survival mode). In the survival mode, almost all service features are provided to the station users accommodated in Remote PIM. When the IP network/main PBX recovers, the Remote PIM can be restored to normal mode with a system initialization by manual operation or automatically (Selectable by system data setting).

 IPS

with CP24-A MP

DMR

with CP31-A MP

is installed and NEAX 2000 IPS/NEAX IPSDM/ NEAX IPS

DMR

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Chapter 1 Introduction

NEAX® 2000 IPSDM Introduction

The NEAX IPSDM (Internet Protocol Server Distributed Model) is equipped with all the features and functions of the NEAX 2000 IPS, with a smaller space requirement. It is a full-featured PBX that supports advanced networking, pure peer-to-peer IP telephony connectivity and traditional TDM switching capabilities. Designed primarily for pure converged IP networks, the

NEAX IPSDM can also accommodate a mixed (i.e., TDM and IP) converged IP network or standalone solution.

The NEAX IPSDM supports up to 952 peer-to-peer IP stations and 40 TDM ports in a single modular chassis. Up to three chassis can be stacked providing maximum capacity of 120 legacy TDM ports while still supporting as many as 828 peer-to-peer IP stations or more depending on the amount of TDM stations used. It uses the same CPU, line/trunk cards, application processor cards and software of the NEAX 2000 IPS and comes equipped for 19” rack mounting. It offers superior port density; each chassis only occupies two Rack Units (2RU).

Characteristics of the NEAX IPSDM

Compact and Small Size MODULAR CHASSIS

One MODULAR CHASSIS provides 6 card slots /40LT ports and up to 3 MODULAR CHASSIS can be used per system. (24 virtual LT ports are available per MODULAR CHASSIS in addition to 40LT ports.)

2 types of MP (Main Processor)

MP can be selected from the following options by customer requirements.

1) PN-CP24-A for IPSDM, the same MP as the NEAX 2000 IPS.

2) PN-CP31-A for IPS Port for MAT / MN Alarm Indication

DMR

, the following functions are removed from the CP31: DAT / DK00 / 1 RS232C

Power Failure Transfer (PFT)

Power Failure Transfer (PFT) for the IPSDM is provided with PZ-4PFTA card. The PZ-8PFTB for the NEAX 2000 IVS

/ IPS is not available for the IPSDM.

IPSDM Installation Methods

Wall Mount Installation is not available. The NEAX IPS 19-inch rack.

can be installed on the desktop or into the

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Chapter 1 Introduction

NEAX® 2000 IPS

The NEAX IPS has been optimized for Remote PIM over IP applications. The NEAX IPS

DMR

Introduction

(Internet Protocol Server Distributed Model Remote) is a NEAX IPSDM that

DMR

uses the SPNCP31 as the Main Processor. The SPN-CP31 is a cost down CPU to compete with Mitel 3100, NBX25, and CISCO 2600 Series. This system targets users who have up to 15 relatively small offices that accommodate 10-30 extensions at the Remote Site.

The MP card at Remote Site has the same system data as that at Main Site, because Remote Site automatically gets the data from Main Site at the time of setup. In normal operation, Main Site automatically copies the system data to Remote Site through the network once a day.

Because the CP31 is a cost down CPU, the following options that are built-in on the CP24 are not available with the CP31:

 No built-in modem.  No built-in DAT.  Only one RS Port.  No built-in DK (external/relay key).  No MN Alarm Indication

System Outline

 The MP card at Main Site controls system processing, and Remote Site follows the Main

Site.

 Remote Site can accommodate most terminals and trunks such as D

telephone, PS, D

term

IP, COT, ISDN, etc. The Attendant Concole, D

term

, Single-Line

term

Attendant postion,

Add-on Module and DSS/BLF are not supported at the Remote Site.

 Local Switch (TDSW) at Remote Site controls connections within the Remote Site if possible.  In the case of connections between Main-Remote and Remote-Remote, the voice path is

connected via Peer-to-Peer or IP-PAD.

 If the communications between Main-Remote are interrupted, the Remote Site survives by

itself after the system reset.

Advantages

 The system regards the terminals accommodated in both Main Site and Remote Site as the

extensions in the same office. Therefore, the service transparency is superior to CCIS.

 Remote PIM over IP has no limitation of distance between Main and Remote.  Remote Site has a switching function at local. This provides the effective configuration of C.O.

line. In addition, the Remote Site can accommodate AP cards. This is an advantage to accommodate ISDN lines especially.

 The Remote Site survives by itself even if the link between Main and Remote is disconnected.

Therefore, the impact to users at Remote Site will be smaller if the link between Main and Remote is disconnected.

 This feature can reduce the bandwidth used on the WAN that is connected to CO lines at

Remote Site, rather than D accommodation.

term

IP at remote location or the Media Converter (MC)

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Chapter 1 Introduction

NEAX 2000 IPS Competitive Benefits

 Advanced Technology (complete IP system on one card)  Pentium Equivalent AMD CPU  PSTN Gateway (requires trunk cards)  Supports Both IP & TDM  Both TDM & IP Totally Non-Blocking  H.323 Connectivity  Smaller Foot Print  Low Power Consumption  Wide Selection of IP and TDM Terminals  Economical Incremental Licensing Costs  Reduced Hardware Costs  Survivability at the Remote Site

Advantages

The NEAX 2000 IPS provides a unique set of advantages to users who seek an advanced information system that is both flexible and dependable. Through the use of state-of-the-art computer controlled telecommunications technology, NEC is able to provide the following advantages:

(1) Full-Featured System – NEAX 2000 IPS station users have access to more than 300 service features that enhance user productivity, reduce operating costs, and improve communication efficiency. In addition, the control, network and interface positions of the NEAX 2000 IPS accommodate features, services and subsystems as required by specific applications.

(2) Network Integration - The NEAX 2000 IPS offers business, industries, hospitals and hotel/motels the ability to access an extensive array of information processing and management services by serving as the central controller of an integrated information network. The NEAX 2000 IPS reflects the philosophy of NEC Corporation to integrate C&C technology, and can provide many voice and non-voice services.

(3) Flexible Line Size - Innovative Modular hardware and software design allows the NEAX 2000 IPS

to efficiently serve from 48 ports up to 1020 ports in a main plus remote environment. Modularity gives the system the ability to expand from its minimum configuration to its maximum capacity as the need arises. This unique expansion capability allows the system to grow in a cost affective manner as the user requirements expand. Your initial system investment is protected through growth capability.

(4) Energy Saving and Space Savings - Through employment of state-of-the-art technology in the system circuitry design, NEC has been able to reduce power consumption. As a result, the current consumption of the system has been reduced to 50% of that of any conventional electronic PBX systems. This energy saving oriented system design allows for the use of much smaller capacity main power equipment and air conditioning equipment. In parallel with the energy savings, the space requirement for the system has been reduced to one third when compared with that of a conventional electronic PBX system.

(5) Building Block Configuration - In a conventional switching system, various kinds of equipment are mounted in a cabinet group and are connected to each other by use of connecting cables. The NEAX 2000 IPS, however, uses a building block modular design. When

can

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Chapter 1 Introduction

installing the system, the required blocks are placed on top of each other in a building block formation and interconnected by round bus cables.

(6) Flexible Interface Ports - The NEAX 2000 IPS employs a Universal Port architecture that has the flexibility to accommodate station terminal equipment, trunks and adjunct processors. This universality allows the NEAX 2000 IPS

(7) High Reliability - The NEAX 2000 IPS is designed and manufactured to provide the highest level of system reliability. The NEAX 2000 IPS

to optimize use of slot space and lower expansion costs.

is designed with such features as: remote maintenance, distributed call processing, error-correcting memory, battery backup, and automatic system alarm indications to insure unsurpassed reliability. Only the finest components have been used. In addition, through the employment of LSI and custom LSI and VLSI technology, the number of component parts has been greatly reduced, thus lessening possible failures and insuring continuous operation.

(8) Intelligent Attendant Console - The NEAX 2000 IPS attendant console, SN716 Desk Console, is a compact, desktop unit equipped with non-locking keys, Light Emitting Diodes, and a 4 x 40 character Liquid Crystal Display. The LED’s provide continuous information relative to the status of calls in progress. The display provides station and trunk identification, class of service and the number of calls waiting. The LCD changes with different call states and instructs the user which Multifunction keys are available for each state. Keys such as Busy Verify, DND Override, etc. only appear when needed. The Multi-function Keys reduce the number of different buttons and greatly simply operation.

(9) Intelligent Digital Multifunction Terminal - In addition to supporting conventional station equipment, the NEAX 2000 IPS multifunction terminals. The D which enhance the feature capabilities offered by the system and provide the service of conventional key telephones over 1-pair wiring. The D

can be equipped with the D

term

terminals are intelligent microprocessor controlled terminals,

term

instrument may be equipped with an

term

series digital electronic

interface adapter to allow simultaneous voice and data switching, without compromising the voice communication system.

(10) Ease of Installation - Because the NEAX 2000 IPS uses pre-assembled modules and plugin type circuits packs, it is easy to install. Wiring connections, both internal and external, are made through simple-to-use standard plug-ended cables. In addition, with each unit and system having been fully factory tested prior to shipment, potential obstacles to easy installation have been held to a minimum.

(11) Ease of Maintenance - Because the system is constructed with first quality components, reliability is high and operation is trouble free. However, if a minor fault occurs, the selfdiagnostic programs will detect the fault, and automatically make the needed corrections. If the problem is beyond the internal correction capabilities of the system, the self-diagnostic programs will automatically print the nature of the fault and the involved unit is identified on the man-machine interface equipment. The faulty plug-in unit can then be quickly replaced with little or no interruption of service.

(12) Flexible Numbering Plan - The NEAX 2000 IPS provides flexible numbering assignment to meet all forms of network integration service.

(13) Future Capabilities - Because the NEAX 2000 IPS uses a stored program control, performance enhancements and new features can be easily incorporated by simple changes in software. The NEAX 2000 IPS

can be upgraded by using the most current software release and,

when necessary, additional hardware. This means that the system will not become obsolete.

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Chapter 1 Introduction

(14) Cost Controls - With telecommunications costs growing, it is becoming increasingly important to control them. The NEAX 2000 IPS

makes it possible for you to get a firm grasp on telecommunications costs. Through the use of such features as least cost routing, class of service and detail call recording, cost reduction and control are possible.

Stands Alone System Capacity

IPS System Capacity (Single MP System)

Item

(No. of Ports) LT Card (No. of Cards) (No. of Ports) AP Card (No. of Cards) Total Number of Lines (Single Line Tel. + Dterm) 64 128 192 256 320 384 448 512

IP PAD (No. of Channel) 64 128 192 256

Single Line Telephone (Lines)

Standard 64 128 192 256 320 384 448 512

Long 48 96 144 192 240 288 336 384

PIM1 PIM2 PIM3 PIM4 PIM5 PIM6 PIM7 PIM8

64 128 192 256 320 384 448 512

12 24 36 48 60 72 84 96

12 24

Capacity Per PIM Note

Max. 256 ports per system

Dterm (Lines)

Dterm IP/Dterm IP INASET (PTP Connection) 952 888 824 760 696 632 568 504 Dterm PS 512

Cell Station (CS) / Zone Transceiver (ZT) 16 32 48 64 80 96 112 128

ISDN Station 16 32 48 64 80 96 112 128

Central Office Trunk (Lines)

Tie Line Trunk (Lines)

CCIS Trunk (Peer to Peer Connection) Max. 127

DTI/CCIS Digital Link

ISDN

IP Trunk 1 2 3 4 5 6 7 8 PFT Connections 8 16 24 32 40 48 56 64 3-Party Conference Max. 16 conference groups per system

6-/10-Party Conference

32-Party Conference Max. 8 conference group per system Built-in Router Max. 8 cards per PIM DTMF Sender Max. 32 circuits per system DTMF Receiver 16 32 Attendant Consoles 8

Standard 64 128 192 256 320 384 448 512

Long 24 48 72 96 120 144 168 192

Loop Start 64 128 192 256 256 256 256 256

DID w/4DIT 48 96 144 192 240 256 256 256

2W E&M 24 48 72 96 120 144 168 192

4W E&M 24 48 72 96 120 144 168 192

1.5M DTI: 10, CCIS: 8 2MI 8

1.5M/2M (PRT) 8 2BRT (card) 12 24 4BRT (card) 6 12 18 24 24 24 24 24

6-Party Max. 4 conference groups per system 10-Party Max. 2 conference groups per system

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Chapter 1 Introduction

IPS System Capacity (Single MP System cont’d)

Item

Capacity Per PIM Note 1

PIM1 PIM2 PIM3 PIM4 PIM5 PIM6 PIM7 PIM8

Attendant Terminal (D

term

ATT Position) Max. 8 sets per system SMDR Interface Max. 1 interface port per system PMS Interface Max. 1 interface port per system ACD / MIS or OAI Interface Max. 1 interface port per system Remote PIM over IP (Number of PIM at Remote Site)

Up to 15 (depending on network)

DID Dial Conversion 1000 Call Forwarding-Outside Set 496 Authorization. Code / Forced Account Code / Remote Access to System(DISA)Code

3000

Message Reminder Set 1024 Name Display / Guest Name Display 512 Speed Calling-Station (Station Speed Dial) Set 10000 MP built-in SMDR Call Record 1280

Note: System Capacity is for Main site only. For Total System Capacity see IP Remote Network System Capacity.

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Chapter 1 Introduction

IPS System Capacity (Dual MP System)

Item

(No. of Ports) LT Card (No. of Cards)

(No. of Ports) AP Card (No. of Cards)

Total Number of Lines (Single Line Tel. + D

term

) 64 128 192 256 320 384 448 512

PIM1 PIM2 PIM3 PIM4 PIM5 PIM6 PIM7 PIM8

64 128 192 256 320 384 448 512 11 23 35 47 59 71 83 95

11 23 24

Capacity Per PIM Note

Max. 256 ports per system

IP PAD (No. of Channel) 64 128 192 256

Single Line Telephone (Lines)

term

(Lines)

Standard 64 128 192 256 320 384 448 512 Long 44 92 140 188 236 284 332 380 Standard 64 128 192 256 320 384 448 512

Long 22 46 70 94 118 142 166 190

term

D Cell Station (CS) / Zone Transceiver (ZT) ISDN Station

Central Office Trunk (Lines)

Tie Line Trunk (Lines)

term

IP/D

IP INASET (PTP Connection) 952 888 824 760 696 632 568 504

PS 512

16 32 48 64 80 96 112 128 16 32 48 64 80 96 112 128

Loop Start

64 128 192 256 256 256 256 256 DID w/4DIT 44 92 140 188 236 256 256 256 2W E&M 22 46 70 94 118 142 166 190 4W E&M 22 46 70 94 118 142 166 190

CCIS Trunk (Peer to Peer Connection) Max. 127

DTI/CCIS Digital Link

1.5M-AMI DTI: 10, CCIS: 8 2M-AMI 8

1.5M/2M (PRT) 8

ISDN

2BRT (card) 11 23 24 4BRT (card) 6 12 18 24 24 24 24 24

IP Trunk 1 2 3 4 5 6 7 8 PFT Connections 8 16 24 32 40 48 56 64 3-Party Conference Max. 16 conference groups per system

6-/10-Party Conference

6-Party Max. 4 conference groups per system 10-Party Max. 2 conference groups per system

32-Party Conference Max. 8 conference group per system Built-in Router Max. 8 cards per PIM DTMF Sender Max. 32 circuits per system DTMF Receiver 16 32 Attendant Consoles 8

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Chapter 1 Introduction

IPS System Capacity (Dual MP System, Cont’d)

Item

Capacity Per PIM Note 1

PIM1 PIM2 PIM3 PIM4 PIM5 PIM6 PIM7 PIM8

Attendant Terminal (D

term

Up to 15 (depending on network)

DID Dial Conversion 1000 Call Forwarding-Outside Set 496 Authorization. Code / Forced Account Code / Remote Access to System(DISA)Code

3000

Message Reminder Set 1024 Name Display / Guest Name Display 512 Speed Calling-Station (Station Speed Dial) Set 10000 MP built-in SMDR Call Record 1280

Note: Capacity is for Main site only. For Total System Capacity see IP Remote Network System Capacity.

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Chapter 1 Introduction

IPSDM System Capacity

Number of PHYSICAL MODULAR CHASSIS

Capacity Per MC

1 2 3

LT card Note 1

No. of ports 40 80 120 No. of cards 5 10 15

AP card

Total number of lines (Analog Single Line Telephone +

term

)

No. of ports Max. 256 ports per system No. of cards 5 10 15

40 80 120

IP-PAD No. of channel 32 64 96

4LC w/RGU Card 20 40 60

Analog Single Line Telephone (Lines) Note 2

term

(Lines)

term

IP/D

IP INASET (PTP Connection) 952 888 824

PS 512

8LC 40 80 120 Long Line Not Available

Standard 40 80 120 Long Line 10 20 30

Cell Station (CS) / Zone Transceiver (ZT) 12 24 36 ISDN Station 8 16 24

Loop Start 40 80 120

Central Office Trunk (Lines)

DID w/4DIT 20 40 60 2W/4W E&M 10 20 30

CCIS Trunk (Peer to Peer Connection) Max. 127

DTI/CCIS Digital Link Note 3

1.5M 5 DTI: 10, CCIS: 8 2M 5 8

1.5M/2M(PRT) 5 8

ISDN

2BRT (card) 5 10 15

4BRT (card) 5 10 15 IP Trunk 1 2 3 PFT Connections 4 8 12 3-Party Conference Max. 16 conference groups per system

6-/10-Party Conference

32-Party Conference 5

6-Party Max. 4 conference groups per system 10-Party Max. 2 conference groups per system

Max. 8 conference groups per system

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Chapter 1 Introduction

IPSDM System Capacity (Cont.)

Number of PHYSICAL MODULAR CHASSIS

Built-in Router Max. 5 cards per MODULAR CHASSIS DTMF Sender Max. 32 circuits per system DTMF Receiver 16 32 SN716 Desk Console 8 Attendant Terminal (D SMDR Interface Max. 1 Interface port per system PMS Interface Max. 1 Interface port per system ACD / MIS or OAI Interface Max. 1 Interface port per system DID Dial Conversion 1000 Call Forwarding-Outside Set 496

Authorization Code / Forced Account Code / Remote Access to System(DISA) Code

Message Reminder Set 1024 Name Display / Guest Name Display 512 Speed Calling-Station (Station Speed Dial) Set 10000 MP built-in SMDR Call Record 1280

term

ATT Position) Max. 8 per system

1 2 3

Capacity Per MC

3000

Note 1: Each Modular Chassis has 24 Virtual LT Ports that can only be used to expand the PAD channels from 8 to

32 using the 8IPLA w/24IPLA.

Note 2: When 8LC card is used, the 4LC w/RGU is required which does not provide Message Waiting indicator.

Note 3: The total number of trunk line and DTI channel shall be 256 or less.

(Each trunk line and DTI channel are required to assign the “Trunk Number” by system data programming and maximum number of system parameter for “Trunk Number” is 256.)

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Chapter 1 Introduction

IP Remote Network Capacity

Total System Capacity (Main plus Remote)

Item Capacity

LT Ports 1020 AP Ports 256 Analog Single Line Tel. + D IP PAD (No. of Channel) 256

term

IP/D

IP INASET (PTP Connection) 952

PS 512

Cell Station (CS) / Zone Transceiver (ZT) ISDN Station

Central Office Trunk (Lines) 256 Tie Line Trunk (Lines) 2W/4W E&M 192

CCIS Trunk (Peer to Peer Connection) 127 DTI/CCIS Digital Link 1.5M/2M DTI: 10/CCIS: 8 Links

ISDN

IP Trunk 8 PFT Connections 64 3-Party Conference Max. 16 conference groups

6-/10-Party Conference

32-Party Conference Max. 8 conference groups Built-in Router 1 per Site DTMF Sender/Receiver Max. 32 circuits Attendant Consoles 8 Attendant Terminal (D SMDR Interface Max. 1 interface port PMS Interface Max. 1 interface port ACD / MIS or OAI Interface Max. 1 interface port Remote PIM over IP Up to 15 (depending on network) DID Dial Conversion 1000 Call Forwarding-Outside Set 496 Authorization Code / Forced Account Code / Remote Access to System(DISA)Code Message Reminder Set 1024 Name Display / Guest Name Display 512 Speed Calling-Station (Station Speed Dial) Set 10000 MP built-in SMDR Call Record 1280

term

980

128 128

1.5M/2M (PRT) 8 2BRT (card) 24 4BRT (card) 24

6-Party Max. 4 conference groups 10-Party Max. 2 conference groups

term

ATT Position) Max. 8 sets

3000

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Chapter 1 Introduction

Number of PHYSICAL MODULAR CHASSIS

IPS

DMR

Capacity

Capacity Per MC

1 2

LT card Note 1

AP card

No. of ports 40 80 No. of cards 5 10 No. of ports Max. 256 ports per network

No. of cards 5 10 IP-PAD No. of channel 32 64 Analog Single Line Telephone

(Lines) Note 2

term

(Lines)

term

IP/D

term

IP INASET (Peer to Peer Connection) Note 3 128

4LC w/RGU Card 20 40

8LC 40 80

Standard 40 80

Long Line 10 20

Loop Start 40 80 Central Office Trunk (Lines)

DID w/4DIT 20 40

2W/4W E&M 10 20 DTI 1.5M 5 10

ISDN

1.5M(PRT) 5 8

4BRT (card) 5 10 PFT Connections 4 8

Note 1: Each Modular Chassis has 24 Virtual LT Ports that can only be used to expand the PAD channels from

Note 2:

Note 3:

8 to 32 using the 8IPLA w/24IPLA When 8LC card is used, the 4LC w/RGU is required which does not provide Message Waiting

indicator

Remote PIMs Support up to 2 Virtual PIMs for assignment of D

term

IP/D

term

IP INASET only.

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Chapter 1 Introduction

IPS PIMMD (As Remote PIM) Capacity

Number of PHYSICAL PIMS

LT card

AP card

No. of ports 64 128

No. of cards 8 16

No. of ports Max. 256 ports per network

No. of cards 12 24 IP-PAD No. of channel 32 64

Analog Single Line Telephone (Lines)

term

(Lines)

term

IP/D

term

IP INASET (Peer to Peer Connection) Note 128

8LC 64 128

Standard 64 128

Long Line 24 48

Loop Start 64 128 Central Office Trunk (Lines)

DID w/4DIT 48 96

2W/4W E&M 24 48 DTI 1.5M 10

ISDN

1.5M(PRT) 8

4BRT (card) 6 12 PFT Connections 8 16

Note: Remote PIMs Support up to 2 Virtual PIMs for assignment of D

Capacity Per PIM

1 2

term

IP/D

term

IP INASET only.

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Chapter 2 System Architecture

The NEAX®2000 IPS family consists of the NEAX 2000 IPS, NEAX IPSDM, and the NEAX

DMR

IPS dynamic advancements in hardware and software to satisfy the most stringent system requirements. NEC's modular design, sensible migration, comprehensive network solutions, and the ability to customize functionality to match specific business applications are just a few of the NEC benchmarks that the new IVS builds upon.

NEAX® 2000 IPS users have access to hundreds of service features that enhance productivity, reduce operating costs, and improve communications efficiently. The innovative modular hardware and software design allows efficient, effective growth within each module from its minimum to its maximum configuration. This is achieved by a unique building block architecture allowing growth without the loss of existing hardware or software.

Voice and Data Switching

. These NEAX® Internet Protocol Servers fuses existing NEC technologies with

The NEAX® 2000 IPS systems support advanced applications such as Tandem Networking, Centralized Attendant Service, Direct Digital Interface and other voice features. The system's nonblocking architecture and distributed processor control hierarchy are designed to support the traffic and control the load generated by voice and data switching. Station users may perform simultaneous voice and data transmission at speeds up to 19.2Kbps over universal 1-pair wiring without the use of modems. Proprietary Digital Instruments (D eliminate the need for conventional multiple line stations with their associated control equipment and cable plant requirements.

term

) may be provided to increase system flexibility and

Hardware Architecture

The NEAX® 2000 IPS systems employ the latest advancements in Large Scale Integration (LSI) circuits and component manufacturing techniques to create a highly reliable and serviceable communications system. The IPS has changed from NEC's traditional PROM based CPUs to a Flash ROM based for system software and RAM for data programming. The NEAX® 2000 IPS architecture consists of three major functional components: Distributed Controller, Digital Switching Network, and Port Interface.

(1) Distributed Controller - The Distributed Controller is composed of distributed multiprocessing units, generic memory, database instructions, system interface, and interface ports for system maintenance and administration.

(2) Digital Switching Network - The Digital Switching Network consists of a non-blocking digital time division switch, allowing all ports to be used simultaneously.

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Chapter 2 System Architecture

(3) Port Interface - The Port Interface provides access to the public and private network for various types of terminal devices, including digital and analog telephones, data terminals, computers and subsystems such as Voice Mail Systems, Data Switch Networks, and related communication and information services.

Hardware Design

The NEAX® 2000 IPS hardware is designed to provide the best of the following:

 Flexibility  Capacity  Reliability  Optimum use of space  Minimal environmental requirements  Ease of installation and maintenance

A unique modular design is employed throughout the NEAX modules are required, they are stacked on top of each other, rather than mounting the equipment in conventional frames or cabinets. This innovative method reduces installation time, avoids the use of bulky frames and provides for manageable future expansion, virtually eliminating the possibility of outgrowing your NEAX

2000 IPS.

2000 IPS. As additional equipment

Fusion of RAM and ROM Programs

The NEAX® 2000 IPS incorporates the flexibility of Random Access Memory (RAM) for Office Data Memory and Flash ROM that contains the operating system. This fusion of divergent memory technologies results in high performance 32-bit processing reliability in system operation as well as fast recovery time in case of system power loss. This unique configuration provides improved efficiency for updates to the generic program by floppy disk, and simplifies upgrades for system features and capabilities throughout its life

Main Processor (MP) with Integrated Functionality

The NEAX® 2000 IPS Main Processor (MP) is a heart of pure IP connections and TDM-based connections. The MP employs a high-speed CPU, which is equivalent with Pentium. With this processing power and System On Chip (SOC) technology, the MP integrates Device Registration Server (DRS), AP01 (OAI) functions*, which are provided by an additional card in the previous IVS

. Also, by means of today's advanced LSI technology, the MP card size is minimized and On-board Ethernet Interface Card is mounted on MP without using an additional slot space in PIM. This interface card is linked with LAN for call control processing of D

term

IP and inter-work with MATWorX and OAI

server. (*RS-232C interface, Authorization Code service and FLF facility are deleted.)

Application Processors

The processing architecture of the NEAX® 2000 IPS allows the system to be configured with Application Processors that provide processing capacity for a specific application or multiple applications. These EPROM-based processors support applications such as:

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Chapter 2 System Architecture

Open Applications Interface (OAI), which connects to external computing devices to support a wide range of host computer-supported features

 ACD Processor for call center applications  SMDR for call accounting  Hotel Processor for Hospitality applications  Message Center Interface (MCI)

These application processors provide the power and flexibility to meet specific users’ applications and traffic needs.

Integration

In addition to the application processors manufactured by NEC, the NEAX® 2000 IPS systems also deliver an open architecture for integration with other manufacturers. Interface processors and specifications for communicating with computing devices support this integration. These computing devices enable such service features as network and facilities management, call center applications, call accounting, property management, voice mail, maintenance access terminals, and management information systems for ACD reports and monitoring.

Unified Circuit Card

All the circuit cards for NEAX® 2000 IPS are designed in one size (PN-type), and installed in the PIM. This maximizes the efficiency of slot utilization of the PIM.

High Density Line/Trunk Cards

Major line/trunk cards used in NEAX® 2000 IPS are provided with 8 circuits per card. This allows the physical system size to be compact.

Universal Slot

One PIM provides 12 card slots for Line/Trunk (LT). Also, these card slots can be used for Application Processor (AP) cards without complicated limitation. As this makes easy quotation and installation, more number of AP cards can be mounted in one PIM.

DC/DC Power Supply for –48V

The PIM houses an optional DC/DC Power Supply for the cards which require –48V power such as the CSI card used for interface of Cell Station (CS) of a wireless system. Since this power supply is mounted in the space under the AC/DC power, additional Power Module/card slots are not required.

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Chapter 2 System Architecture

SN716 Attendant Console

The SN716 Attendant Console connection is available through one twisted-pair cable when using an AC adapter. When using the PN-PW00, one twisted-pair cable is required for voice/data and one pair is required for power from the PW00 to the Console.

Analog/Digital Telephones

The analog/digital telephone connection is available through one twisted-pair cable.

IP Telephones

The IP telephones can communicate with other IP telephones over the LAN, on a peer-to-peer connection basis. The Main Processor (MP) provides call control with an Ethernet adapter card. Voice packets are transmitted between IP telephones over the LAN (not through Time Division Switch). Voice compression of G.729a (8 kbps) and G.723.1 (5.3 kbps/6.3 kbps) is available for these connections.

The IP telephones can communicate with legacy stations and trunks (including H.323 trunks) via an IPPAD that converts voice packet data to PCM signals. Call control signals are transmitted to the MP over the LAN, while voice packets are transmitted via the IP-PAD. The number of IP-PADs depends on the traffic volume of connections between the IP Enabled D

term

and legacy stations and trunks.

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Chapter 2 System Architecture

NEAX® 2000 IPS System Configuration

The NEAX® 2000 IPS consists of single or multiple Port Interface Modules (PIM) depending on the system configuration, and there are two types of PIMs; “Physical” PIM and “Virtual” PIM. The Physical PIM is “hardware” PIM which is used to accommodate an MP, FPs, IP PADs, legacy LT cards, AP cards, and power supply units. One Physical PIM provides up to 64 LT ports and up to 8 Physical PIMs can be accomidated in a Stand Alone system. The Virtual PIM is a “software” PIM and provides up to 64 ports per Pim for use by system programming

term

as D consists of up to 16 PIMs, by the combination of Physical PIMs and Virtual PIMs, thus providing 1020 ports. When the use of Virtual PIMs exceeds 8 then the number Physical PIMs is reduced by one for each additional Virtual PIM required.

The illustration below shows examples of 1020-port configuration by the combination of TDM LT ports, D

IP telephones, Wireless PS stations or Peer to Peer (PTP) CCIS trunks. The system

term

IP telephones, Wireless PS stations and Peer to Peer (PTP) CCIS trunks.

Example 1 Example 2

PIM #3

PIM #2

PIM #1 PIM #5

PIM #0 PIM #4

448 LT ports + 64 IP-PADs

PIM #7

PIM #6

PIM #11

PIM #10

PIM #9 PIM #13

PIM #8 PIM #12

252 Dterm IPs + 128 Wireless + 128 PTP CCIS

PIM #15

PIM #14

PIM

Physical PIM

PIM #3

PIM #2

PIM #1 PIM #5

PIM #0 PIM #4

192 LT ports + 64 IP-PADs

PIM #7

PIM #6

PIM

Virtual PIM

PIM #11

PIM #10

PIM #9 PIM #13

PIM #8 PIM #12

508 Dterm IPs + 128 Wireless + 128 PTP CCIS

PIM #15

PIM #14

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Chapter 2 System Architecture

Module and Installation Hardware

The NEAX 2000 IPS is comprised of up to 8 Port Interface Modules (PIMs). For installing the PIMs in various installation methods, additional installation hardware is required.

Modules

(1) Port Interface Module (PIM)

A PIM provides 13 card slots for common control, Line/Trunk (LT), and Application Processor (AP) cards. It also houses an AC/DC Power Supply, DC/DC Power Supply (for -48V), and batteries for protection from short-term (about 30 min.) power interruption

Four champ connectors for Line/Trunk (LTC 0 to 3) are located at the lower front side of the PIM.

A PIM provides a maximum of 12 card slots for Line/Trunk (LT) and Application Processor (AP) cards. At maximum configuration, the system is comprised of 8 PIMs.

There are two types of PIM (PIMMD and PIMMF) depending on the system type as follows.

Type of PIM Single MP System Dual MP System

PIM MD Used for PIM 0-7 Used for PIM 1-7 PIM MF Not used Used for PIM 0

PIM MD (PIM3) PIM MD (PIM7) PIM MD (PIM3) PIM MD (PIM7) PIM MD (PIM2) PIM MD (PIM6) PIM MD (PIM2) PIM MD (PIM6) PIM MD (PIM1) PIM MD (PIM5) PIM MD (PIM1) PIM MD (PIM5) PIM MD (PIM0) PIM MD (PIM4)

(Single MP System)

Unit Configuration

Battery Module (BATTM)

The BATTM is an optional module for installing optional long-term (about 3 hours) backup batteries. The BATTM is designed to accommodate batteries covering up to a 4-PIM system (2 BATTMs support maximum system configuration).

The BATTM is available for Floor Standing Installation or 19 inch Rack-mounting. (When the system is Wall-mounted, the BATTM cannot be installed with the PIM.)

Modules

Abbrev Description Remarks

PIMMD SN1617 PIMMD Single MP System: PIM 0 - PIM 7

PIMMF SN1658 PIMMF Single MP System: Not used

BATTM SN1619 BATTMB 1 per STACK, Max.2 per system

PIM MF (PIM0)

(Dual MP System)

Dual MP System: PIM 1 – PIM 7

Dual MP System: PIM 0

PIM MD (PIM4)

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Chapter 2 System Architecture

Installation Hardware

Base/Top Assembly

The Base/Top Assembly includes a Base Unit and a Top Cover for the PIM. One Base/Top Assembly is required for each PIM stack. The Base Unit also serves as the AC power distribution panel for up to a four PIM configuration.

Hanger Assembly

The Hanger Assembly is used for Wall-mounting Installation. One set of Hanger Assembly is required for each PIM.

19 inch Bracket

The 19-inch Bracket is a set of hardware used for 19-inch Rack-mounting Installation. The 19-INCH RACK BRACKET (A) is installed on both sides of the PIM. One set of 19 inch Bracket (A) is required for each PIM. The 19-INCH RACK BRACKET (B) is installed at the BASE of stack. One 19-INCH BRACKET (B) is required for each stack.

If the system is 2 PIM or more configurations with 19-INCH BRACKET (B), one set of 19-INCH BRACKET (A) is also required for the topmost PIM.

Optional Brackets

The Mounting Bracket is used for Floor Standing Installation. Without Mounting Bracket, 1.1G shockproof is provided for 1 to 3-module stack and 0.5G shockproof is provided for 4 or more module stack. To enhance the shockproof capability to 1.1G, one set of Mounting Bracket is required for each 4 or more module stack and attached to the topmost PIM.

The I/F Bracket is used for Floor Standing Installation to joint the neighboring topmost PIM in 6 PIM or more configurations. One set of I/F Bracket is required for multiple stacks.

The Base Tray Assembly is used for Floor Standing Installation for stationary equipment (UL complied). One set of Base Tray Assembly is required for each stack.

Installation Hardware

Abbrev Description Quantity

Top Cover TOP COVER ASSEM 1/STACK (BASE ASSEM is local supply) Base/Top ASSEM Hanger Assem HANGER ASSEM (UL) 1/PIM (Wall-mounting Installation)

Mounting Bracket MOUNTING BRACKET OPTION (1/STACK) I/F Bracket I/F BRACKET ASSEM OPTION (1/SYSTEM) Base Tray BASE TRAY ASSEM OPTION (1/STACK)

SN1545 BASERE 1/STACK

19 INCH RACK BRACKET (A) 1/PIM (19 inch Rack-mounting Installation) 19 inch Bracket 19 INCH RACK BRACKET (B) 1/STACK (19 inch Rack-mounting Installation)

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Chapter 2 System Architecture

NEAX 2000 IPS SYSTEM POWER SUPPLY

AC/DC Power Supply

The AC/DC Power Card is mounted in the left side of each PIM. The AC/DC Power card provides power to all circuit cards, which reside in the PIM. AC power requirements are as follows:

Input Voltage: 90 to 132 Vrms or 180 to 264 Vrms (selectable by switch) 50/60 Hz

AC/DC Power Card

Name Code Qty Remarks

PZ-PW121 1 per PIM AC/DC Power Supply Input:100 V/200 V

Output:+5 V,-27 V,+90V, CR

DC/DC Power Unit

The DC/DC Power Unit is mounted under the AC/DC Power Card and generates -48 V power for the circuit cards that need such power

Name Code Qty Remarks

PZ-PW122 1 per PIM DC/DC Power Supply, Input: -27 V, Output: -48 V

DC/DC (-48V) Power Card

Battery Backup

Internal Short-term option

For customers requiring battery backup, short-term and/or long-term options are available. Two 3.4AH batteries are required per PIM, and installed inside of each PIM. Backup time is approx. 30 minutes when PHS (Wireless PS) is not accommodated and approx. 10 minutes when PHS (Wireless PS) is accommodated in the system.

Internal Battery Option

Name Code Qty Remarks

PWR CA-A 1 per (2) PIMs DC Power Cable (-27v input) BATT CA INT 1 per PIM Internal Battery Cable

External Long-term option

Two 24AH batteries are required per each 2 PIMs, and installed inside of Battery Module in a stack basis. Backup time is approx. 3 hours when PHS (Wireless PS) is not accommodated and approx. 2 hours when PHS (Wireless PS) is accommodated in the system. The batteries are varied depending on the requested backup time. The battery shall be locally provided

External Battery Option

Name Code Qty Remarks

PWR CA-A (No. of PIM) –1= up to 4PIM

DC Power Cable (-27v input)

(No. of PIM) –2= 5 to 8PIM

BATT CA EXT 1/Stack External Battery Cable

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Chapter 2 System Architecture

Cabling

The internal and external cabling for the NEAX 2000 IPS is as follows:

Internal Cabling

BUS Cable

The BUS Cable provides a connection between PIMs for I/O Bus, PCM Bus, and Alarm Bus extension in a multiple-PIM configuration.

Bus Cable

Name Code Qty Remarks

48-TW-0.7 CONN CA (No. of PIM)-1 0.7 m (2.3ft.)

Power Control Cable

The Power Control Cable provides a connection between the MP and the AC/DC Power Supply for controlling battery backup function and MJ/MN alarm indication.

Power Control Cable

Name Code Qty Remarks

PWR CNT CA-D 1/PIM Power control cable (for PIMI-PIM7):

BWB - PZ-PW121/122 (Included in PIM)

PWR CNT CA-E 1/PIM Power control cable (for PIM0)

BWB - PZ-PW121/122 (Included in Base and PIM for Dual System)

DC Power Cable

The DC Power Cable provides a connection between the AC/DC Power Supplies for extending the 27 VDC input in a multiple-PIM configuration, when battery backup option is required

Power Cable (Internal Battery Option)

Name Code Qty Remarks

PWR CA-A 1/2 PIM DC Power Cable (-27v input) BATT CA INT 1/PIM Internal Battery Cable

Power Cable (External Battery Option)

Name Code Qty Remarks

PWR CA-A (No. of PIM) –1= up to 4PIM

DC Power Cable (-27v input)

(No. of PIM) –2= 5 to 8PIM

BATT CA EXT 1/Stack External Battery Cable

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Chapter 2 System Architecture

AC Cord

The AC cord provides a connection between the AC/DC Power Card and Base Unit.

AC Cord

Name Code Qty Remarks

AC CORD-B-U 1/PIM AC power cable (Included in PIM) AC CORD-D-U 1/BASE AC power cable for BASE (Included in BASE)

External Cabling

IP Connection

MP with PZ-M606-A and IP PAD

Name Code Qty Remarks

IP TRK BUS CA 1/VCT IP TRK BUS Cable 0.1m (0.33ft)

(Included in SPN-16VCTA IP PAD)

IP Trunk (H.323, CCIS over IP w/IVS2)

Name Code Qty Remarks

IP TRK BUS CA 1/VCT IP TRK BUS Cable 0.1m (0.33ft)

(Included in SPN-4VCTI-A, or SPN-4VCTI-B.)

Maintenance Administration Terminal (MAT) (RS-232C)

Direct Connection

MAT Cable (Direct)

Name Code Qty Remarks

MAT CA-T 1/MAT RS-232C cable, 2m (6.6ft.) MAT CA-P 1/MAT RS-232C cable, 4m (13.1ft.)

Remote connection

Remote connection is available via an internal modem in the MP or an external modem.

MAT Cable

Name Code Qty Remarks

RS NORM-4S CA-A 1/MAT RS-232C cable, 4m (13.1ft.)

Built-in SMDR/MCI on MP

The MP card provides RS-232C interface ports for SMDR/MCI connection.

No. 0/1 Port: Async. : 1200/2400/4800/9600/19200 bps

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Chapter 2 System Architecture

Connection to SMDR is made on a port basis by a front cable

Cable for Built-in SMDR/MCI on MP

Name Code Qty Remarks

RS RVS-4S CA-C 1/SMDR

RS NORM-4S CAA

1/SMDR

RS-232C cable, 4m (13.1ft.) MP-DTE RS-232C cable, 4m (13.1ft.) MP-DCE (MODEM)

SMDR (W/AP00)/PMS Hotel Printer/MCI CCIS Centralized SMDR

The PN-AP00-B card provides 4 RS-232C interface ports for SMDR, PMS, CIS Printer, Hotel Printer, MCI and Centralized SMDR. Connection to SMDR, PMS or Printer is made on a port basis by a front cable.

Cable for AP00

Name Code Qty Remarks

RS RVS-4S CA-C 1/SMDR or

PMS

RS NORM-4S CA-A 1/SMDR or

PMS

RS PRT-15S CA-A 1/Printer RS-232C cable, 15m (49.2ft.)

RS-232C cable, 4m (13.1ft.) PN-AP00 - DTE RS-232C cable, 4m (13.1ft.) PN-AP00 - DCE (MODEM)

PN-AP00 - Printer

External Alarm Display

The NEAX 2000 IPS can provide an optional external alarm display unit (ALM DSPP) to indicate Power-ON/OFF, Major Alarm, and Minor Alarm status

External Alarm Display Panel

Name Code Qty Remarks

ALM DSPP 1/System External Alarm Display Panel

Digital Trunk Interface (DTI) Primary Rate Interface (PRI) CCIS Trunk Interface (CCT)

The DTI/PRI/CCT connection is available through twisted-pair cable via the MDF

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Chapter 2 System Architecture

(

)

NEAX® IPS

DM/

IPS

DMR

System Configuration

NEAX IPSDM Modular Chassis (MC)

The NEAX IPS

consists of from one to three MODULAR CHASSIS depending on the system configuration. The MODULAR CHASSIS provides 40 LT ports in hardware slots and provides 64 ports in software port allocation (40LT ports and 24 virtual ports). There are 2 types of MODULAR CHASSIS; "Physical MODULAR CHASSIS" and "Virtual MODULAR CHASSIS ". The Physical MODULAR CHASSIS is a “hardware MODULAR CHASSIS” and is used to accommodate an MP, FPs, IP PADs, legacy LT/AP cards, and power supply units. The Virtual MODULAR CHASSIS is a “software MODULAR CHASSIS” and is used to accommodate IP stations by system data programming. The port capacity of the Virtual MODULAR CHASSIS is varied depending on the number of Physical MODULAR CHASSIS.

One MODULAR CHASSIS provides 6 card slots including one card slot for Main Processor (MP)/Firmware Processor (FP) and other 5 slots for Line Trunk (LT)/Application Processor (AP) cards; 40LT ports and 24 virtual LT ports; AC, LTC, BUS cable connectors and power switch which are located at the rear side of MODULAR CHASSIS. The following illustration shows MODULAR CHASSIS hardware configurations, software port allocation, face layout, and rear view of MODULAR CHASSIS for IPS

IPSDM MODULAR CHASSIS Hardware Configuration

1 MODULAR CHASSIS

2 MODULAR CHASSIS

3 MODULAR CHASSIS

MC-0

Virtual

MODULAR

CHASSIS

orts

24 Virtual

orts

Virtual

MODULAR

CHASSIS

MC-1

MC-0

orts

24 Virtual

256 AP Ports per System

orts

MC-2

MC-1

MC-0

Virtual

MODULAR

CHASSIS

824 IP Ports

orts

24 Virtual

orts

24 Virtual

orts

24 Virtual

orts

MODULAR CHASSIS Software Port Allocation

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Chapter 2 System Architecture

NEAX IPS

DMR

Modular Chassis (MC)

There are 2 types of MODULAR CHASSIS; "Physical MODULAR CHASSIS" and "Virtual MODULAR CHASSIS ". The Physical MODULAR CHASSIS is a “hardware MODULAR CHASSIS” and is used to accommodate an MP, FPs, IP PADs, legacy LT/AP cards, and power supply units. The NEAX IPS

DMR

can consist of one or two MODULAR CHASSIS depending on the system configuration. The Physical MODULAR CHASSIS provides 40 LT ports in hardware slots and provides 64 ports in software port allocation (40LT ports and 24 virtual ports). The Virtual MODULAR CHASSIS is a “software MODULAR CHASSIS” with a port capacity of 64 ports. A maximum of two Virtual MODULAR CHASSIS can be assigned per remote site for a total of 128 ports used to accommodate IP stations by system data programming. The maximum number of Remote Sites is 15. This system locates the maximum of 64 FP/AP cards per system, at multiple Remote Sites. The number of FP/AP cards accommodated at one Remote Site should be a maximum of eight including the MP built-in FP. If more than eight FP/APs are assigned, the system does not operate normally.

The following illustration shows MODULAR CHASSIS hardware configurations, software port allocation, face layout and rear view of MODULAR CHASSIS for IPS

DMR

IPS

MODULAR CHASSIS Hardware Configuration

1 MODULAR CHASSIS

2 MODULAR CHASSIS

MC-0

LT ports

Virtual

MODULAR

CHASSIS

(128 IP Ports)

24 Virtual

LT ports

MC-1

MC-0

256 AP Ports per System

MODULAR CHASSIS Software Port Allocation

Virtual

MODULAR

CHASSIS

(128 IP Ports)

LT ports

24 Virtual

LT ports

24 Virtual

LT ports

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Chapter 2 System Architecture

Modular Chassis (MC) Installation

The MODULAR CHASSIS can be installed on the desktop or into the 19-inch rack only.

Modular Chassis (MC) and Bracket

The following table shows the name and specification number of MODULAR CHASSIS and bracket. The bracket is selected depending on the installation method (Desktop or 19" Rack).

Modular Chassis

Description Qty Remarks

SN-1653 IPSMF N Modular Chassis (Molded Cover)

Bracket

Description Qty Remarks

RACK MOUNT KIT(U) N 1/Modular Chassis for 19” rack-mounting installation

JOINT BRACKET KIT(U) N

1/Expansion Modular Chassis for desktop-setting installation

Cabling

BUS-0.4 CA-PA 1 per Expansion MODULAR CHASSIS BUS cable

AC CORD-E-U 1 per MODULAR CHASSIS AC Cord

BATT CA-P5 1 per MODULAR CHASSIS

BUS Cable / AC Cord

Description Qty Remarks

PFT and Battery cable

Description Qty Remarks

PFT and Battery connection cable 5m (15ft). Cable for connecting Battery to 4PFT of AC/DC Power

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Chapter 2 System Architecture

System Power Supply and cooling fan

AC/DC Power Supply

The AC/DC Power Card is mounted in the rear side of each MODULAR CHASSIS. The AC/DC Power card provides power to all circuit cards, which are resided in the MODULAR CHASSIS.

AC power requirements are as follows:

Input Voltage: 85 to 264VAC, 50/60 Hz (Auto sensing 100V/200V selection)

AC/DC Power Card

Description Qty Remarks

PZ-PW131 1 per MODULAR CHASSIS AC/DC Power Supply

Output:+5 V, 5.5A, -27 V, 3A

Back-up Power

UPS or battery backup (with external battery) is available for backup power for AC power failure. In case of battery backup, sealed type battery should be used. The open type battery is not available because of AC/DC power specifications.

Cooling FAN

The cooling FAN is mounted at the right side of each MODULAR CHASSIS. The FAN should be replaced every 4 years in order to ensure the cooling system.

Cooling FAN

Description Qty Remarks

109P0624H

7D09 FAN

1/MODULAR CHASSIS

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Chapter 2 System Architecture

Software Architecture

The NEAX 2000 IPS systems offer very attractive system starting points. Listed below are the System/Expansion Packages available with the NEAX 2000 IPS family.

System Packages

NEAX 2000 IPS System Packages

Description Remarks

IP Starter 8 Seat System PKG-B

ICS VS PIMMD (UA) ICS VS BASE-C (UA) SPN-CP24B (CPU) PZ-M606-A SPN-8IPLA IP PAD-B 64 PORT SYS SOFTWARE KEY KEEPER (FD) 8 SEAT LICENSE

MATWorX IPS

48 Port Basic System Package (IPS)

SPN-CP24 (CPU) ICS VS PIMMD (UA) ICS VS BASE-C (UA)

MATWorX IPS

Back-Up CPU 8 Seat (IP) SYS PKG (IPS)

ICS VS PIMMF (UA) ICS VS BASE-C (UA) SPN-CP27A (CPU) SPN-CP27A (CPU) PZ-M606-A PZ-M606-A SPN-8IPLA IP PAD-B 64 PORT SYS SOFTWARE KEY KEEPER (FD) 8 SEAT LICENSE KEY

MATWorX IPS

Back-Up CPU 64 Port (TDM) SYS PKG (IPS)

ICS VS PIMMF (UA) ICS VS BASE-C (UA) SPN-CP27A (CPU) SPN-CP27A (CPU) 64 PORT SYS SOFTWARE

MATWorX IPS

IP Starter Kit Package. Supports up to 8 IP D

term

’s, 64 LT Ports, 5 T1’s /E1’s, Remote PIM’s, 5 ISDN-PRI DCH’s, 48 ISDN-BRI Trunks.

NEC Customer Software License Agreement

Required.

Supports up to 48 LT Ports & 1 T1.

No NEC Customer Software License agreement required

Package is equipped with 64 TDM ports and 8 IP. Provides matching CPU cards with the same CPU number. With matching CPU’s, only one set of software is needed.

NEC Customer Software License Agreement

Required.

Package is equipped with 64 TDM ports License for each CPU. Provides matching CPU cards with the same CPU number. With matching CPU’s, only one set of software is needed.

NEC Customer Software License Agreement

Required.

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Chapter 2 System Architecture

NEAX IPSDM System Packages

Description Remarks

IPS DM 8 Seat IP SYS PKG-A

IPS DM PIMMF

AC CORD-E-U Rack Mount Kit

SPN-CP24B (CPU) PZ-M606-A SPN-8IPLA IP-PAD-B 64 Port Sys Software Key Keeper (FD) 8 Seat Licenses 24 Port Patch Panel

MATWorX IPS

Provides for up to 32 Legacy ports and 952 IP stations per system. Comes with 8 IP Seat Licenses. Additional IP Seat Licenses are required beyond 8.

NEC Customer Software License Agreement

Required

IPS DM Expansion Module 1

IPS DM PIMMF

AC CORD-E-U

Rack Mount Kit Joint Bracket Kit BUS-0.4 CA-PA Key Keeper (FD) LT Port 48/64 to 256 24 Port Patch Panel

IPS DM Expansion Module 2

IPS DM PIMMF

AC CORD-E-U Rack Mount Kit

Joint Bracket Kit BUS-0.4 CA-PA PN-CP19 24 Port Patch Panel

Adds 40 additional Legacy ports for a total of 72 and supports up to 892 IP station per system

Adds 40 additional Legacy ports for a total of 112 and supports up to 828 IP station per system

IP Remote PIM Packages(DMR)

Description Remarks

NEAX IPS DMR System Pkg-A

IPS DM PIMMF SPN-CP31 (CPU) PZ-M606-A SPN-8IPLA IP PAD

AC CORD-E-U Rack Mount Kit

24 Port Patch Panel

DMR Package for Remote PIM.

Provides DM Chassis for Remote PIM over IP. The 8IPLA PAD card is provided.

Remote PIM Site License required.

IP REMOTE PIM-B (IPS)

ICS VS PIMMD (UA) ICS VS BASE-C (UA) ICS PN-CP24 PZ-M606-A

NEAX IPS DMR Expansion Module

IPS DM PIMMF

AC CORD-E-U Rack Mount Kit

Joint Bracket Kit BUS-0.4 CA-PA

IPS Package for Remote PIM. Provides IPS PIM that can be used as Remote PIM over IP.

Remote PIM Site License required.

Adds another DM PIMMF to provide five card slots for 40 additional TDM ports.

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Chapter 2 System Architecture

Software Keys/Licenses

The NEAX 2000 IPS systems offer both TDM Software Keys and Peer-to-Peer Seat Licenses, which are designed with modularity in mind. This approach allows customers a greater degree of cost-control for new installations and for upgrades to features, capacities and software series itself.

Description Remarks

Generic Program

64 Port Sys Software Basic Business/Hotel/Motel Features for:

64 LT Ports, 5 T1’s /E1’s, Remote PIM’s, 5 ISDN-PRI DCH’s, 48 ISDN-BRI Trunks.

NEC Customer Software License Agreement Required

Key Keeper (Parent Capacity Option)

Key Keeper (FD) Floppy Disk that holds selected Key files from below

Capacity Option (used w/Key Keeper)

LT– 64 Port Expands LT Ports from 64 to 1020 Ports in increments of 64. CCIS Link (1) CCIS Link (4) CCIS Link (8)

IPT Card (1) IPT Card (4) IPT Card (8)

Event Based CCIS (ECCIS) Key Adds Event Based CCIS capability Wireless Software Key Adds Wireless with support of 128 ZT’s and 256 PS’s Wireless Software Key 8 PS Adds 8 Wireless ports each key above the initial 256 T1/E1 6 to 10 Expands T1/E1 capacity between 144 to 240 channels ISDN DCH 5 to 8 Expands capacity between 5 DCH Cards and 8 DCH cards IP Remote PIM 1 Site License Adds IP Remote Capability and is required for each Remote Site

term

IP Software Seat Licenses

8 Seat License Key

Soft-Phone 4 Seat License Each Soft-Phone 4 Seat License can support up to four

SP-30 4 Seat License Each SP-30 4 Seat License can support up to four simultaneous

Adds support for one CCIS Link Adds support for four CCIS Link Adds support for eight CCIS Link

Adds support for one IP trunk card Adds support for four IP trunk card Adds support for eight IP trunk card

term

IP termainls are controlled by the CPU and do not use digital line cards! Instead they require D licenses are available in 8 seat increments and are cumulative. For example, if you have 8 existing D total of 16, you can simply add another 8-seat license to reach the total of 16 seats.

simultaneous sessions via the SP-20 Soft-Phone. The SP20 Soft-Phone also requires IP 8 Seat License. To support eight simultaneous soft-phone sessions would require eight SoftPhone Licenses and 8 IP Seat Licenses.

sessions via the SP-30 Soft-Phone. The SP30 Soft-Phone also requires IP 8 Seat License. To support eight simultaneous softphone sessions would require eight Soft-Phone Licenses and 8 IP Seat Licenses.

term

IP seat licenses. The

term

IP Seats and need a

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Chapter 3 System Highlights

Processors

The NEAX2000 IPS, IPSDM, and IPS

DMR

are distributed multiprocessor systems. Their control system consists of a Main Processor (MP), Firmware Processors (FP), and Application Processors (AP). Both the FP and APs execute their predetermined functions under the control of the MP.

Main Processor (MP)

Name Code Remarks

Main Processor Card for NEAX 2000 IPS and IPS

PN-CP24

PN-CP27

PN-CP31

PZ-M606

One card is required per system.

Main Processor Card for NEAX 2000 IPS Dual MP System. One card is required per system.

Main Processor Card for NEAX 2000 IPS One card is required for each Remote Site.

Ethernet Control Card:

• Mounted on MP card to accommodate the Ethernet and transmit/receive a signal of TCP/IP protocol.

• 10 BASE-T/100 BASE-TX twisted pair cable is connected directly to this card.

DMR.

DM.

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Chapter 3 System Highlights

Major specifications and functionality of the NEAX IPS MPs are shown below:

Item

Central Processing ElanSC520 System Memory Flash ROM (8MB), SDRAM (32MB) Network Switching 3-Way Conference 16 sets of 3-way conference circuitry DTMF Signal Sender 32 circuits (digit 0 to 9, *, and # are generated) Music-on-Hold 10 types are available Note Mini Jack 1 for External Music Source for Music on Hold Note Audible Tone Generator (DTG) Available Phase Lock Oscillator (PLO) 2 ports (Source/Receiver) Built-in SMDR Available Built-in MCI Available Built-in FP0 Available BS00 Function Available DTMF Receiver 4 circuits AP01 Function Available Built-in DRS Available MAT Interface --- -- Direct Connection 1 port 1 port Remote Connection w/Built-in MODEM External Alarm Indication MJ and MN MJ only DAT 2circuits (120 seconds per circuit) Not Available DK00 2 circuits (relay drive x1,

external key scan x1)

Application Key Program In EPROM In Flash ROM Built-in DRS (Device Registration Server)

Note: In case of D

term

IP, the synthesized melody is provided built into IP adapter on the phone

PN-CP24-B PN-CP27-A

1,024 × 1,024 Time Division Switch

1 port Not Available

Not Available

PN-CP31-A

Firmware Processor (FP)

Firmware Processors (FP) are required when more than two PIMs/Modular Chassis (MC) are used. The FP provides supervision and status analysis of line/trunk ports, which reside in the MC or PIM. The FP provides the bus interface for I/O Bus, PCM Bus, and Alarm Bus in a multiple-PIM configuration. The major specifications of the FP are shown below:

 Central Processor Unit: 16-bit (25 MHz)  Memory: Program Area (384 kb), Work Area (384 kb)  BS01 Function

Name Code Remarks

PN-CP15 Firmware Processor Card for use with the NEAX 2000 IPS. PN-CP19 Firmware Processor Card for use with the NEAX 2000 IPSDM.

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Chapter 3 System Highlights

Application Processor (AP)

Application Processors communicate directly to the MP, bypassing the FP. Features such as SMDR, Property Management System (PMS), Digital Trunks (T1), CCIS, etc. are Application Processors.

System Capacity for Application Processor Card:

 Maximum of 24 cards per system  Maximum of 256 ports per system

There are several different AP cards. The table below provides a list of APs and their functions

Application Processor (AP) Cards

AP CARD Function

SPN-24DTAC (AP) 24 Channel Digital Trunk Interface with built-in CSU SPN-30DTC (AP) 30 Channel Digital Trunk Interface with A/U Law conversion SPN-24PRTA (AP) 24 Channel PRI Trunk with built-in D-Channel Handler (DCH) SPN-24PRTA QSIG(AP) 24 Channel PRI Trunk with built-in QSIG D-Channel Handler (DCH) SPN-24CCTA (AP) 24 Channel CCIS Trunk with built-in Common Channel Handler (CCH) SPN-2BRTC (AP) 2 circuit BRI (Trunk) SPN-4BRTA (AP) 4 circuit BRI (Trunk) SPN-SC00 CCH (AP) Common Channel Handler for CCIS Signaling SPN-SC01 DCH (AP) D-Channel Handler for ISDN Primary Rate Access SPN-SC03 8ICH (AP) D-Channel Handler for BRI SPN-SC03 8CSH (AP) CS (ZT) Handler (CSH) for S-Interface/U-Interface SPN-SC01 QSIG (AP) Q-SIG Protocol Handler SPN-AP00B MRC (AP) SMDR, PMS, H/M Printer & MCI Port SPN-4RSTB (AP) 4 circuit MF Receiver for T1 trunks with ANI SPN-4RSTB-911 (AP) 4 circuit MF Receiver for enhanced E911 SPN-4RSTC (AP) 4 circuit ID Number Receiver for Analog Caller ID (Class SM) SPN-IPTB-A (AP) IP Trunk for VoIP (P-MP) SPN-IPTB-B (AP) IP Trunk for VoIP (H.323) SPN-CFTC (AP) 32-Party Conference SPN-AP00B DBM (AP) Data Base Memory, Wireless Roaming SPN-SC01 DCH-Q (AP) Q931a Protocol Handler for Wireless Roaming

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Chapter 3 System Highlights

Reliability and Availability

Mean Time Between Failures (MTBF)

The MTBF represents the minimum time frame in which a failure of any common equipment --such as processors, memory, switching, and etc. - may cause a partial system outage. The following table shows the MTBF in hours and in years for each card and terminal

Reliability and Availability Chart

Reliability

Description

Fit

ICS VS PIMMD (BWB) 1868 61.1 32136156 60 99.999813%

SPN-CP24A MP 11849 9.63 5064995 45 99.999112%

SPN-CP24B MP 10798 10.6 5575176 45 99.999193%

MTBF

years

MTBF

Minute

MTTR

Minute

Availability

SPN-CP31A MP 10700 10.7 5627772 45 99.999200%

PN-CP27A MP 10798 10.6 5575176 0.3 99.999995%

SPN-CP15 FP 3060 37 19460520 5 99.999974%

PZ-M606-A 1269.2 89.94 47304842 10 99.999979%

PZ-PW121 13850 8.2 4312872 5 99.999884%

PZ-PW122 5780 19.8 10414008 10 99.999904%

PZ-PW131 13350 8.6 4523256 15 99.999668%

PN-8LCAA 1934 59 31031640 5 99.999984%

PN-8COTS 3312 34.5 19092348 5 99.999974%

PN-4DATC 5490 20.79 10934708 5 99.999954%

PZ-8PFTB 1439 79.3 41708628 5 99.999988%

PN-CFTB 941 121 63641160 5 99.999992%

PN-CFTC (AP) 6000 19.8 10414008 5 99.999952%

PN-IPTB-B (AP) 5757 19.83 10429787 5 99.999952%

SPN-4VCTI-B 1435.3 79.54 41834858 5 99.999988%

PN-4LCAA 4467 25.6 13464576 5 99.999963%

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Chapter 3 System Highlights

Reliability and Availability Chart (Cont.)

Reliability

Description

Fit

PN-2ILCA 5849 19.5 10256220 5 99.999951%

PN-8DLCP 1848 61.77 32488549 5 99.999985%

PN-2DLCN 856 133.36 70142026 5 99.999993%

PN-M10 1750 65.23 34308371 5 99.999985%

PN-DK00 1274 89.6 47126016 5 99.999989%

PN-4LLCB 1792 63.7 33503652 5 99.999985%

PN-AP00B MRC-C (AP) 5196 22 11571120 5 99.999957%

PN-SC03-B 8ICH(AP) 6816 16.75 8809830 5 99.999943%

MTBF

Years

MTBF

Minute

MTTR

Minute

Availability

PN-16VCTAA IP PAD-A/B 2674 42.69 22453232 5 99.999978%

PN-20DTB 2965 38.5 20249460 5 99.999975%

SPN-32IPLAA IP PAD-D 11112 10.3 5417388 5 99.999908%

SPN-32IPLAA IP PAD-C 11112 10.3 5417388 5 99.999908%

SPN-SC00 CCH-D(AP) 8816 12.95 6811182 5 99.999927%

PN-30DTCC-A(AP) 3504 32.58 17135777 5 99.999971%

SPN-24PRTA (AP) 4625 24.7 12991212 5 99.999962%

PN-24CCTA 4625 24.7 12991212 5 99.999962%

PN-8RSTG 133 858.31 4.51E+08 5 99.999999%

PN-4BRTA-A(AP) 6566.4 17.39 9146444 5 99.999945%

SPN-PRTA-QSIG (AP) 4082 28 14726880 5 99.999966%

SN716 DESK CON-B 7790.4 14.3 7521228 5 99.999934%

PZ-M537 346 329.9 17409276 10 99.999943%

PZ-M542 1464 78 41024880 10 99.999976%

PZ-4PFTA 751 152 79945920 10 99.999987%

IPS DM PIMMF 13680 8.3 4365468 30 99.999313%

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Chapter 3 System Highlights

Reliability and Availability Chart (Cont.)

Reliability

Description

Fit

DTR-1-1 TEL 1359 84 44180640 5 99.999989%

DTR-1HM-1 TEL 2718 42 22090320 5 99.999977%

DTR-2DT-1 TEL 9927 11.5 6048540 5 99.999917%

DTR-8-1 TEL 8154 14 7363440 5 99.999932%

DTR-8D-1 TEL 10378 11 5785560 5 99.999914%

DTR-16D-1 TEL 10976 10.4 5469984 5 99.999909%

DTR-32D-1 TEL 12614 9.05 4759938 5 99.999895%

ITR-8D-2 TEL 14269 8 4207680 5 99.999881%

MTBF

years

MTBF

Minute

MTTR

Minute

Availability

ITR-16D-2 TEL 14269 8 4207680 5 99.999881%

DCR-60-1P Console 9593 11.9 6258924 5 99.999920%

AD(A)-R Unit 2857 39.95 21012102 10 99.999952%

AP(R)-R Unit 6668 17.12 9004435 10 99.999889%

AP(A)-R Unit 6406 17.82 9372607 10 99.999893%

CT(A)-RP Unit 8154 14 7363440 10 99.999864%

IP-R Unit 12144 9.4 4944024 10 99.999798%

DCU-60-1

DTP-8-1 TEL

DTP-8D-1 TEL

DTP-16D-1 TEL

DTP-32D-1 TEL

DTP-1-2

DTP-1HM-2

9593 11.9 6258924 5 99.999920%

8272 13.8 7258248 5 99.999931%

10570 10.8 5680368 5 99.999912%

11083 10.3 5417388 5 99.999908%

12826 8.9 4681044 5 99.999893%

3110 36.7 19302732 5 99.999974%

4494 25.4 13359384 5 99.999963%

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Chapter 3 System Highlights

Mean Time To Repair (MTTR)

The Mean Time To Repair has been studied with the following conditions:

1. A mid to high-level technical person will attend to the site for the detection of the fault and

replacement of the faulty circuit board.

2. All critical circuit boards for replacement are stocked at each Fault Dispatch Center (FDC).

3. All non-critical circuit boards for FDCs are stocked at NEC. The calculation result of the MTTR is

1.0 hour.

Reliability Calculations

The following information is to show you how to calculate the reliability for the system you are configuring. Remember that these calculations are used to determine a partial system outage.

Reliability Calculation

1Defect 1FIT 10

1FIT= MTBF= =

1,000,000,000Hours•Parts TotalFITS TotalFITS

System Calculation

To calculate the MTBF of a single system, obtain the sum of the FITs from each component. For example: Assume you have a complete system that consists of two components: Item A FIT=31,700, Item B FIT=80,000 TotalFit = 31,700 + 80,000 = 111,700

10 MTBF= = 8952.55 Hours 111,700

8,952.22 Hours

= 1.02 Years 8,760Hours / Year

Availability Calculations

MTBF

Availability=

MTBF+MTTR

=.9XXXXX

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Chapter 3 System Highlights

System Traffic

In regards to the traffic capacity of electronic PABX, two kinds of descriptions are usually employed. One is Busy Hour Call Attempts (BHCA), which relates to the ability of the Central Processor Unit (CPU). Another is the traffic handling capacity per line that relates to the handling capacity of each station. This technical information herein offers the traffic data for both cases.

Traffic Load

Traffic load is expressed as the quantity of traffic during the busy hour, the busiest one-hour period of the day for traffic. Traffic can be measured in minutes, hours, hundreds of call seconds (CCS), or Erlangs.

CCS--one CCS is equal to 100 seconds of telephone time, or 1/36 Erlang.

Erlang--one Erlang is equal to one hour of telephone time or 36 CCS.

CCS units are convenient when traffic is measured in small increments. For telephone traffic, a typical business generates about 6 CCS per telephone during the busy hour (1/6 Erlang

Busy Hour

The hour during the day when traffic is highest is called the busy hour. Since this is the period when users are most likely to encounter blockage, the traffic load during the busy hour is the load you need to plan for. Traffic tables show the amount of traffic that can be handled during the busy hour. Within the busy hour, peaks will occur when blockage will be higher than the design objectives. It's not economical, however, to design a network to handle absolute peaks. Most networks are designed to cause some traffic to be blocked or overflow to other services.

One way to establish the load during the busy hour is to schedule traffic studies for a week when you know the load is high. Or, you can use tables developed by traffic engineers to estimate the busy hour load.

BHCA (Busy Hour Call Attempts)

BHCA of the NEAX2000 IPS is shown below.

Number of PIMs 1PIM 2PIM 3PIM 4PIM 5PIM 6PIM 7PIM 8PIM

Business or Hotel/Motel without ACD/OAI

Business or Hotel/Motel with ACD/OAI

Max. 2500 BHCA (No FP)

Max. 2000 BHCA (No FP)

Max. 5000 BHCA (One FP)

Max. 4000 BHCA (One FP)

Max. 7500 BHCA (Two FPs)

Max. 5000 BHCA (Two FPs)

Max. 8000 BHCA (Three FPs)

Max. 5500 BHCA (Three FPs)

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Chapter 3 System Highlights

Traffic Capacity In Erlang (For TDM Circuits)

Calculation Procedure

TDSW LC Internal Traffic (I-erl) LC STA

External Traffic COT (E-erl) C.O.

Total system traffic capacity (T-erl) is obtainable by the following formula. T (erl) = I (erl) + E (erl)

In the NEAX 2000 IPS, external traffic capacity is obtained from the Central Office Trunk (COT) quantity by employing the “Erlang B Table”. There is no limitation for the internal traffic capacity. The time slot is assigned for individual station and the connection between stations can be made without limitation through TDSW (Time Division Switch). Consequently, when describing the traffic capacity in erlang, it is meaningless unless specifying the ratio of the internal and external traffic. From the above idea, total system traffic capacity (T-erl) is actually obtained by the following formula:

T (erl) = Internal Traffic (I-erl) + External Traffic (E-erl) = E (erl) ÷ (Ratio of external traffic) When assuming the external and internal traffic is even.

T(erl) = E(erl)+ 0.5

For example: System configuration

• 384 Lines

• 64 C. O. Trunks

• External traffic: Internal traffic: = 7:4

In this system, external traffic capacity is obtained from “Erlang B” table. That is, 64 C. O. Trunks at grade of service of 0.01 can carry 50.6 erl. Total traffic capacity of this system is obtained from above

50.6 erl and ratio of external traffic as shown below:

T (erl) = E (erl) ÷ (Ratio of external traffic)

= 50.6 ÷ 7__ 7 ÷ 3

= 72.3 erl

Traffic capacity per station line = 72.3erl ÷ 384 lines

= 0.19 erl/L

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Chapter 3 System Highlights

Traffic Capacity per Line (For TDM Circuits)

Traffic capacity per line (erl/L) can be calculated in accordance with the calculation procedure in Section 3.4. The traffic capacity per line at various line/truck configurations as the calculation result is shown in the following table. Though the following table does not cover all NEAX2000 IPS line/trunk configurations, it covers the typical TDM line/trunk configurations likely to be required in the actual system. Grade of service is considered as 0.01. Use the Erlang B Table to find the required number of DTMF register ports for a specific NEAX2000 IPS.

Unit = erl per line

Number of Trunks

Use Erlang B table to determine the number of trunks at a particular grade of service after using the following formulas:

Incoming: incoming ccs traffic

----------------------- = Erlang B 36 ccs

Outgoing: outgoing ccs traffic

----------------------- = Erlang B

36 ccs

Note: Traffic loads are measured in hundred call seconds, or CCS. Since there are 3,600 seconds in an hour, a

line that's tied up for one hour measures 36 CCS traffic.

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Chapter 3 System Highlights

Erlang B Table

Distribution

Line Trunk

16L

32L

48L

96L

144L

192L

240L

288L

336L

384L

Traffic

Internal Call: 0.3 External Call: 0.7

4 COT 0.078 0.091 0.109 0.136 0.181 8 COT 0.279 0.326 0.391 0.489 0.652

12 COT 0.525 0.612 0.735 0.918 1.224

4 COT 0.039 0.045 0.054 0.068 0.091

8 COT 0.140 0.163 0.196 0.244 0.326 12 COT 0.262 0.306 0.367 0.459 0.612 16 COT 0.396 0.462 0.555 0.693 0.925

4 COT 0.026 0.030 0.036 0.045 0.060

8 COT 0.093 0.109 0.130 0.163 0.217 12 COT 0.175 0.204 0.245 0.306 0.406 16 COT 0.264 0.308 0.370 0.462 0.613 12 COT 0.087 0.102 0.122 0.153 0.204 16 COT 0.132 0.154 0.185 0.231 0.308 20 COT 0.179 0.209 0.251 0.313 0.418 24 COT 0.228 0.266 0.319 0.398 0.531 12 COT 0.058 0.068 0.082 0.102 0.136 16 COT 0.088 0.103 0.123 0.154 0.205 20 COT 0.119 0.139 0.167 0.209 0.278 24 COT 0.152 0.177 0.212 0.266 0.354 20 COT 0.090 0.104 0.125 0.157 0.209 24 COT 0.144 0.133 0.159 0.199 0.266 28 COT 0.139 0.162 0.194 0.243 0.324 32 COT 0.164 0.191 0.230 0.287 0.383 20 COT 0.072 0.084 0.100 0.125 0.167 24 COT 0.091 0.106 0.127 0.159 0.212 28 COT 0.111 0.129 0.155 0.194 0.259 32 COT 0.131 0.153 0.184 0.230 0.306 20 COT 0.060 0.070 0.084 0.104 0.139 24 COT 0.076 0.089 0.106 0.133 0.177 28 COT 0.093 0.108 0.129 0.162 0.216 32 COT 0.109 0.128 0.153 0.191 0.255 28 COT 0.079 0.092 0.111 0.139 0.185 32 COT 0.094 0.109 0.131 0.164 0.219 36 COT 0.108 0.127 0.152 0.190 0.253 40 COT 0.123 0.144 0.173 0.216 0.288 44 COT 0.138 0.161 0.194 0.242 0.323 28 COT 0.069 0.081 0.097 0.121 0.162 32 COT 0.082 0.096 0.115 0.144 0.191 40 COT 0.108 0.126 0.151 0.189 0.252 44 COT 0.121 0.141 0.169 0.212 0.282 48 COT 0.134 0.157 0.188 0.235 0.313 64 COT 0.188 0.220 0.264 0.329 0.439

:0.4

:0.5

:0.6

:0.7

:0.6 :0.5 :0.4 :0.3

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Chapter 3 System Highlights

PEG Count

The PEG counter is used for maintenance purposes to verify various data in the system. PEG counters can be set by system programming to start and stop by month, day, hour and minute. A system reset will clear all PEG count data. The following data can be measured by PEG count.

Trunk PEG Count

 Number of outgoing trunk seizure by Trunk Route

 Number of tandem connectioins established

Number of times a busy station was encountered



 Number of all types of calls to Attendant Console  Number of connections giving Dial Tone  Number of station-to-station connections established  Number of failures caused by all senders being busy  Number of failures caused by all registers being busy  Number of failures caused by all ringing trunks being busy  Number of failures caused by all IP-PAD channels being  Number of incoming call seizure-Trunk Route  Number of times all trunks found to be busy trunk route  Number of incoming calls terminated to busy tone-Trunk Route

 Number of unanswered incoming calls-Trunk Route

Number of register connection on trunk call-Trunk Route



 Number of conference calls (Three/Four way Calling)  Number of failures cased by all conference trunks (For three way Calling) being busy  Number of transferred incoming calls to Attendant Console or predetermined station, by Call

Forwarding-Don’t Answer

UCD PEG Count

 Number of answered calls on UCD station  Number of incoming calls to UCD Group  Number of call waiting calls for predetermined time in queuing mode on UCD Group  Number of abandoned calls to UCD Group  Number of incoming calls to all busy of UCD Group  Number of incoming calls to UCD Group that were answered  Number of times queuing

IP Network PEG Count



Number of times that traffic exceeded the limit bandwidth

 Number of times that traffic exceeded the warning bandwidth  Maximum bandwidth used  Bandwidth used now

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Chapter 3 System Highlights

Number of Voice Channels per IP Trunk

The maximum voice channels per IP Trunk card depends on the payload size as follows (payload size can be assigned in system programming):

CCIS (Point-to-Multipoint)

Payload Size G.729a G.711 G.723.1

20 ms 8 Channel 8 Channel ------

30 ms 16 Channel 16 Channel 16 Channel

40 ms 16 Channel 16 Channel ------

VoIP (H.323)

Payload Size G.729a G.711 G.723.1

20 ms 6 Channel 5 Channel ---

30 ms 8 Channel 7 Channel 8 Channel

40 ms 12 Channel 10 Channel ---

Payload size for Virtual IPT

Payload Size

10 ms. 4 4 – 20 ms. 8 8 – 30 ms. 16 16 16 40 ms. 16 16 –

G.729a G.711 G.723.1

Max. Voice Channels Per IPT

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Chapter 3 System Highlights

IP PAD Calculation

Number of extensions

Legacy: Number of PAD Ports 5 6 9 12 16 20 20

0% Number of IP PAD Cards 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 5 6 9 12 15 19 19

10% Number of IP PAD Cards 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 4 6 9 11 15 18 19

20% Number of IP PAD Cards 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 4 6 8 11 14 17 18

30% Number of IP PAD Cards 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 4 6 8 10 13 16 16

40% Number of IP PAD Cards 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 4 5 7 9 12 15 15

50% Number of IP PAD Cards 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 4 5 7 8 11 13 13

60% Number of IP PAD Cards 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 3 4 6 7 8 10 10

75% Number of IP PAD Cards 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 3 4 5 6 8 9 9

80% Number of IP PAD Cards 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 2 3 4 5 5 6 6

88% Number of IP PAD Cards 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 2 2 3 3 4 5 5

95% Number of IP PAD Cards 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 3 3 4 5 6 7 7

99.0% Number of IP PAD Cards 1 1 1 1 1 1 1

8 16 32 48 72 96 100

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Chapter 3 System Highlights

IP PAD Calculation

Number of extensions 120 200 208 264 300 320 376 432

Legacy: Number of PAD Ports 23 34 35 43 48 50 57 64

0% Number of IP PAD Cards 1 2 2 2 2 2 2 2

Legacy: Number of PAD Ports 22 33 34 41 46 48 55 62

10% Number of IP PAD Cards 1 2 2 2 2 2 2 2

Legacy: Number of PAD Ports 21 31 32 39 44 48 52 59

20% Number of IP PAD Cards 1 1 1 2 2 2 2 2

Legacy: Number of PAD Ports 20 30 30 37 41 43 49 55

30% Number of IP PAD Cards 1 1 1 2 2 2 2 2

Legacy: Number of PAD Ports 19 27 28 34 37 40 45 51

40% Number of IP PAD Cards 1 1 1 2 2 2 2 2

Legacy: Number of PAD Ports 17 25 25 30 34 35 40 45

50% Number of IP PAD Cards 1 1 1 1 2 2 2 2

Legacy: Number of PAD Ports 15 22 22 27 29 31 35 39

60% Number of IP PAD Cards 1 1 1 1 1 1 2 2

Legacy: Number of PAD Ports 11 16 17 20 22 23 26 28

75% Number of IP PAD Cards 1 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 10 14 14 17 19 20 22 24

80% Number of IP PAD Cards 1 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 7 9 10 11 12 12 14 15

88% Number of IP PAD Cards 1 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 5 6 7 7 8 8 9 10

95% Number of IP PAD Cards 1 1 1 1 1 1 1 1

Legacy: Number of PAD Ports 8 11 11 13 14 14 16 18

99.0% Number of IP PAD Cards 1 1 1 1 1 1 1 1

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Chapter 3 System Highlights

System Specifications

AC Power Requirements

Description Specifications

AC Input Voltage 90 to 132Vac or 180 to 264Vac; 47 to 64Hz

AC Input Current 3.5A(at 100V), 2.0A(at 200V)

AC Power Consumption / Thermal Output (Maximum)

Description

1-PIM 0.35 0.40 1,195 1,365 2-PIM 0.70 0.80 2,389 2,730 3-PIM 1.05 1.20 3,584 4,096 4-PIM 1.40 1.60 4,778 5,461 5-PIM 1.75 2.00 5,973 6,826 6-PIM 2.10 2.40 7,167 8,191 7-PIM 2.45 2.80 8,362 9,556 8-PIM 2.80 3.20 9,556 10,922

AC Power Consumption (KVA) Thermal Output (BTU)

100V 200V 100V 200V

Battery Requirements

Description Specifications

Max. Battery Capacity 260AH per 4 PIM (65AH (12V) x 8) DC Input Voltage for Battery -24V Built-in Battery Requirements 3.4AH (12V) x 2 (approx. 30min. backup) Physical Size of Built-in Battery (one 12V battery)

133(W) x 60(H) x 67(D) mm

Operating Environment

Description Specifications

Ambient Temperature 320F to 1040F (00C to 400C) Relative Humidity Max. 90% (non-condensing)

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Chapter 3 System Highlights

Electrical Characteristics (Central Office Trunk)

Description Specifications

Insulation Resistance 15 mega-ohms or more at 100Vdc DC Resistance On-hook conditions: 30 mega-ohms

Off-hook conditions: 1,700 ohms

Impedance On-hook conditions: 20 kilo-ohms (300 to 3,400Hz)

8 kilo-ohms (at 24Hz) Looped conditions: 600 ohms

Leak Current 0 mA at on-hook conditions

Transmission Characteristics (For TDM Circuits)

Description Specifications

PCM Coding System A-law/U-law Insertion Loss 0.15 dB at 1KHz Return Loss 20 dB or more (300 to 3,400Hz) against 600 ohms Longitudinal Balance 59 dB or more (300 to 3,400Hz) Attenuation/Frequency Distortion -0.2 dB to +0.7 dB (300 to 3,400Hz) Group Delay Distortion 0 to 0.3msec. (500 to 2,800 Hz) Total Distortion 25 dB (Input signal:-45 dBm0)/40 dB(input signal:0 dBm0) Idle Channel Noise -67 dBmop or less (psophometric noise)

-50 dBm0 or less (single frequency noise) Impulsive Noise 0 counts at -35 dBm Cross Talk Attenuation 90 dB or more Inter-modulation Products -40 dB or more Spurious In-Band Signals -49 dBm0 or less Signal Attenuation Attenuation rate: 12 dB per octave or more at 3.4 kHz above

Attenuation level: -40 dBm or less at 3.4 kHz and above

-70 dBm or less at 50 kHz and above

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Chapter 3 System Highlights

Line Conditions

Description Specifiations

Loop Resistance (including Telephone Set)

Analog Standard Line Max. 600 ohms Analog Long Line Max. 2,500 ohms (DP 10pps), Max. 1,700 ohms (DP 20pps)

Max. 1,200 ohms (DTMF)

Loop Resistance (including Opposite End Resistance)

Central Office Trunk Max. 1,700 ohms Tie Line Trunk (Loop Dial) Max. 2,500 ohms Tie Line Trunk (E&M) Max. 900 ohms (only E-wire condition)

Cable Length Note

SN716 Desk Console

8DLC/4DLC/2DLC Card Max. 350 meters (Max. 300 meters for 8DLC card) 4DLC/2DLC Card with

term

Series i/E

AC Adapter

8DLC/4DLC Card Max. 200 meters (Max. 300 meters for D 2DLC Card Max. 850 meters 4DLC/2DLC Card with

AC Adapter

DSS/BLF Console

4DLC/2DLC Card with AC Adapter

Zone Transceiver

ZTII-S (for S-Interface) Max. 1,210 meters @-48V, Max. 970 meters @-45V ZTII-S with AC Adapter Max. 1,340 meters @-48V

ZTII-U (for U-Interface) Max. 1,210 meters (2-wire), Max. 2,100 meters (4-wire) @-48V

ZTII-U with AC Adapter Max. 3,950 meters

Note: Cable length is based on cable with 0.5mm diameter and without lightning arresters

Max. 1,200 meters

term

8 and D

Max. 1,200 meters

Max. 970 meters (2-wire), Max. 1,700 meters (4-wire) @-45V

term

8D)

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Chapter 3 System Highlights

Rotary Dial Pulse and DTMF Signaling

(1) Rotary Dial Signal

Description

Dial Speed 9 to 22 pps 10 pps +/- 0.8pps

Break Ratio 55 to 77 % 67 +/- 3% or 62 +/- 3% Inter-Digit Pause Min. 256 msec. 300 to 1,000 msec.(10 pps) Switch-Hook Flash Detection 384 to 2,300 msec. Not applicable

Receiving Sending

(2) DTMF Signal

Description

Signal Code

Frequency Deviation +/- 1.8 % +/- 0.8 % Signal Duration Min. 40 msec. 64 or 128 milli-sec. Inter-Digit Pause Min. 40 msec. 32 to 240 msec. Signal Level -46 to -5 dBm -10 dBm (low group)

Unwanted Frequency Components

High Frequency Group 1,209Hz 1,336Hz 1,477Hz

Low Frequency Group

Not Applicable 40 dB below the power of signal frequency

Receiving Sending

Specifications

20 pps +/- 0.8 pps

Specifications

697Hz 1 2 3 770Hz 4 5 6 852Hz 7 8 9 941Hz * 0 #

- 8 dBm (high group)

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Chapter 3 System Highlights

Multi-frequency Compelled (MFC) – R2 SIGNAL

(1) MFC Frequency Value

Frequencies Forward Signals(Hz)

F0 1,380 1,140 F1 1,500 1,020 F2 1,620 900 F3 1,740 780 F4 1,860 660 F5 1,980 540

(2) MFC Combinations

Combination Number Frequencies

1 F0 + F1 2 F0 + F2 3 F1 + F2 4 F0 + F3 5 F1 + F3 6 F2 + F3 7 F0 + F4 8 F1 + F4

9 F2 + F4 10 F3 + F4 11 F0 + F5 12 F1 + F5 13 F2 + F5 14 F3 + F5 15 F4 + F5

(3) Sender/Receiver Specifications

Description Specifications

Sender

 Sender Transmitted Level -8 dbm to -11.5 dBm  Frequency Variation +/- 2 Hz

Receiver

 Sensitivity Range -35 dBm to 0 dBm  Frequency Variation +/- 12 dBm

Backward Signals(Hz)

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Chapter 3 System Highlights

Audible Tones and Ringing Signal

Audible Tones

Tone Frequency Interruption

Dial Tone (DT) 350 Hz mixed with 440 Hz Continuous Special Dial Tone (SDT) 350 Hz mixed with 440 Hz 0.125 sec. ON, 0.125 sec. OFF Busy Tone (BT) 480 Hz mixed with 620 Hz 0.5 sec. ON, 0.5 sec. OFF Reorder Tone (ROT) 480 Hz mixed with 620 Hz 2.5 sec. ON, 0.25 sec. OFF Howler Tone (HWT) 2,400 Hz interrupted by 16 Hz Continuous Service Set Tone (SST) 350 Hz mixed with 440 Hz Continuous Ring Back Tone (RBT) 440 Hz mixed with 480 Hz 1 sec. ON, 3 sec. OFF Hold Tone (HDT) 480 Hz mixed with 620 Hz 0.25 sec. ON, 0.25 sec. OFF

0.25 sec. ON, 1.25 sec. OFF

Second Dial Tone 440 Hz mixed with 480 Hz 0.25 sec. ON, 0.25 sec. OFF

0.25 sec. ON, 1.25 sec. OFF Call Waiting Ringback Tone 440 Hz mixed with 480 Hz 1 sec. ON, 1 sec. OFF Message Waiting Indication Tone 350 Hz mixed with 440 Hz 0.125 sec. ON, 0.125 sec. OFF

Ringing Signal

Description Specifications

Frequency 20 or 25Hz Voltage 75 or 90Vrms

Note: The 2000 IPS has the capability to detect the above type of signal from Central Office and to transmit the above type of signal to PBX stations

Dimension and Weight

NEAX 2000 IPS

Description

Main Equipment

PIM (Fully card-mounted) Approx. 430 x 223 x 353 mm

BASE Approx. 430 x 205.2 x 61.6 mm

BASE TRAY (for UL) Approx. 435 x 224.6 x 66.2 mm

Dimensions (W x D x H; mm) Weight (kg)

(16.9” x 8.8” x 13.9’)

(16.9” x 8.08” x 2.43”)

(17.1’ x 8.84” x 2.6”)

NEAX IPSDM/IPS

Main Equipment

NEAX IPSDM NEAX IPS

DMR

Description

DMR

Dimensions (W x D x H; mm) Weight (kg)

430(W) x 365(D) x 88(H) mm (16.9” x 14.4” x 3.5”)

Specifications

Approx. 11.5 kg

(25.35 lbs)

Approx. 3.0 kg

(6.61 lbs)

Approx. 1.7 kg

(3.75 lbs)

Specifications

Approximately 7Kg / MODULAR CHASSIS (when all slots are occupied)

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Chapter 3 System Highlights

NEAX IPSDM/IPS

Item Specifications

System Capacity

Circuit Card Mounted in MODULAR CHASSIS

Power

Installation Method

Conditions

Cooling

Safety Standard

EMC

DMR

System Specifications

LT ports: Max. 40 ports / MODULAR CHASSIS, (Max. 64 ports including 24 virtual LT ports/MODULAR CHASSIS) Max. 120 ports / system (IPS AP ports: Max. 256 ports / system IP ports: Max. 952 ports (IPS Card slots: 6 slots / MODULAR CHASSIS (including 1 slot for MP/FP card)

All LT/AP cards of the NEAX 2000 IPS can be used for the IPSDM/ IPS the exception of 4LLC and 2CSI cards.

AC100V – 240V (automatically adjusted)

Desk top-setting, 19” rack-mounting

Temperature: 5°C – 40°C (when the system is operating) Humidity: 20% - 80% (when the system is operating)

Cooling by FAN

Complied with UL60950, CSA22.2 No. 950, EN60950, AS3260

Complied with VCCI Class A, FCC Part 15 Class A, EN55022 Class A, AS/NZS 3548 Class A

), Max. 80 ports / system (IPS

), Max. 128 ports / system (IPS

DMR

)

DMR

with

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Chapter 3 System Highlights

IP Specifications

Item Specifications Remarks

G.729a

Voice Encoding

G.723.1 (5.3 k/6.3 k) G.711

IP-PAD

32 channels per card

Automatically seized per call FAX Communication

FAX Relay Method (T.30) IP Feature DTMF Signal H.245 H.323 IPT/IP-PAD/Dterm IP

H.245

Inter-office/Intra-office Signaling

PROTIMS over IP

CCIS over IP Point to Multipoint connection

H.323 Jitter Control

QoS (Quality of Service)

LAN Interface

Echo Canceller (IP-PAD)

term

D IP/CCIS Virtual IPT

Dynamic Jitter Buffer

• TOS, IP Precedence

• DiffServ

10BASE-T/100BASE-TX

G.168

10 ms-40 ms

(G.723.1: 30 ms unit)

Payload Size

H.323 IPT

20 ms.-40 ms. (10 ms. increments)

(G.723.1: 30 ms. fixed)

0 dB to +16 dB (+2 dB unit) PAD Control

0 dB to –16 dB (–2 dB unit)

0 dB to –16 dB For connection via the IPT card

LAN interface transmission modes

Device type

MP (M606)

Auto

negotiation

(Default) 32IPLA/32IPLA-A X (Default) 8IPLA X (Default)

X = available — = not available

100 Mbps fixed mode 10 Mbps fixed mode

Full Duplex Half Duplex Full Duplex Half Duplex

X X X X

8 kbps CS-ACELP MP-MLQ/ACELP 64 kbps PCM

PAD card is required. G3 FAX (up to 14.4 kbps) Super G3 Reciprocal: Not allowed

term

IP to D

term

IP to IP-PAD connection

term

IP to NEAX 2000 IPS

term

IP connection

connection

H.323 IPT card and IP-PAD card are required

Auto Negotiation is available. 100BASE-TX is recommended.

Max. voice channels per card 10 ms: 12 ch 20 ms: 20 ch 30 ms: 30 ch 40 ms: 32 ch Maximum voice channels per card G.729a

G.711 G.723.1 20 ms.: 6ch 5ch 30 ms.: 8ch 7ch 8ch 40 ms.: 12ch 10ch -

Setting is available per Location No.

— — —

—

— — —

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Chapter 3 System Highlights

System Compliance

HIPAA Summary

The security standards set forth within HIPAA require encryption; authentication and audit trail measures to safeguard patient medical information during electronic data interchange (EDI) transactions between healthcare providers and third party reimbursement entities. These measures impact how patient medical information is exchanged, as well as accessed within a facility’s data network. Claims transmissions using Internet, intranets, extranets or private data networks are subject to HIPPA security standards as previously outlined.

HIPAA Compliance

Patient medical data is not accessed, stored or otherwise exchanged over a healthcare facility’s private branch exchange (PBX). However, an NEC manufactured private branch exchange does provide the flexibility to create detailed call accounting records that can be utilized to audit or otherwise track utilization of a facility’s NEC telecommunications system and/or PBX. A NEC PBX can also be configured to restrict access be configured to utilize password access end user authentication

So, under the guise of the security standards within HIPAA, NEC Private Branch Exchange

equipment is HIPAA compliant and does provide the necessary security measures for use within any

business setting that is subject to administrative rules outlined with the Health Insurance Portability and Accountability Act.

Department of Defense Compliance

The NEC NEAX 2000 Internet Protocol Switch (IPS) with software release D1.8.20, hereinafter referred to as the system under test (SUT), meets all of its critical interoperability requirements and is certified for joint use within the Defense Switched Network (DSN) as a Private Branch Exchange (PBX) 2.

However, since PBX2s do not support the Military Unique Feature Requirements detailed in reference (c), connectivity to the DSN is not authorized until a waiver is granted by the CJCS. PBXs are Military

Department (MILDEP) controlled elements of the Defense Switched Network (DSN). PBX2 switches have no military unique features (MUFs) and can only serve Department of Defense (DOD), non-DOD, non-governmental, and foreign government users having no missions or communications requirement to ever originate or receive Command and Control (C2) communications. C2 users and Special C2 users are not authorized to be served by a PBX2. This interoperability test status is based on evaluation of Chairman of the Joint Chiefs of Staff (CJCS) validated Generic Switching Center Requirements (GSCR) for PBX2s and the overall system interoperability performance. The SUT also offers a Voice over Internet Protocol capability; however this capability is not covered under this certification.

This statement was obtained from a Department of Defence document posted on there web site and full copy of the compliance document can be downloaded from the following link.

http://jitc.fhu.disa.mil/tssi/apl.html

to designated telephone extensions. Furthermore, an NEC PBX can also

to individual telephones, voice mailboxes, etc. for purposes of

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Chapter 4 Equipment List

Module/Installation Hardware

This table shows the names and functions of the modules.

Equipment Name Function Name Remarks

SN1617 PIMMD

SN1568 PIMMF

COVER PARTS ASSEM-A

SN1545 BASE

SN1619 BATTMB

PIM

PIM Port Interface Module (PIM) for Backup CPU System

COVER PARTS

ASSEM

BASE/TOP

ASSEM

BATTM Battery Module for housing PIM or CS (ZT) backup batteries

Port Interface Module (PIM) Maximum 64 physical ports per PIM. Houses two batteries for protection from short power interruption (for 30 minutes). At maximum configuration, the system consists of eight PIMs, and provides a total of 512 physical ports (64 ports × 8).

Maximum 64 physical ports per PIM. Houses two batteries for protection from short power interruption (for 30 minutes). One PIM is required per Backup CPU System.

Cover Parts Assembly One cover parts assembly is required for each PIM.

Base/Top Cover Assembly One base and top cover assembly is required for each stack.

Houses two pairs of batteries for protection from long power interruption (for 3 hours).

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Chapter 4 Equipment List

This table shows the name and functions of installation hardware.

Equipment Name Remarks

HANGER ASSEM (B) Wall Hanger Assembly

One HANGER ASSEM is required per PIM for Wall Mounting Installation.

MOUNTING BRACKET Safety Mounting Bracket

Used as an overhead hanger for Floor Standing Installation. Wire, chain or eyebolts are to be locally provided, to secure the bracket. To be installed on the top PIM in four or more modules of stack. It provides 1.1G shockproof construction.

19” RACK BRACKET (A) 19-inch Rack Mounting Bracket Type A

One bracket is required for one PIM configuration. One bracket is required for the top PIM of multiple module configurations.

19” RACK BRACKET (B) 19-inch Rack Mounting Bracket Type B

One bracket is required for the bottom module of multiple module configurations

I/F BRACKET ASSEM Inter Frame Bracket Assembly

Used to join the frames in two-stack configuration, for Floor Standing Installation.

BASE TRAY ASSEM Base Tray Assembly

One BASE TRAY is required per one frame for Floor Standing Installation of Stationary Equipment.

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Chapter 4 Equipment List

Circuit Cards

The circuit cards used for NEAX 2000 IPS systems are divided into the following types. According to these card types, the mounting locations of card and port allocation of the Time Division Switch are varied.

Common Control Cards



Main Processor (MP)

 Firmware Processor (FP)  Ethernet  Power

Line/Trunk (LT) Cards



IP PAD, Line Circuit (LC), Central Office Trunk (COT), Tie Line Trunk (LDT/ODT), etc.

Application Processor (AP) Cards



SMDR/PMS/CIS/Hotel Printer Interface (AP00)

 T1/E1 Digital Trunk Interface (DTI)

Common Control Cards

The following table shows the names and functions of each control card.

Common Control Cards

Equipment

Name

PN-CP24 MP

PN-CP27 MP

Function

Name

Remarks

MP Card for Single MP System Provides LAN control function, system-based Device Registration Server (DRS), built-in FP, built-in OAI, built-in SMDR, Virtual IPT, Virtual CSH, 33 MHz PCI BUS, Memory (SDRAM 32 MB, Flash ROM 9 MB), TDSW (1024CH × 1024CH), 16-line CFT, PB sender, Clock, 2-line PLO (receiver mode/source mode), two RS-232C ports, 2-line DAT (Recording duration: Maximum 128 seconds), DK, 4-line PB receiver, Modem for remote maintenance (33.6 Kbps), Music-on-Hold tone, BUS interface. BUS interface functions as a driver/receiver of various signals, adjusts gate delay timing, cable delay timing, monitors I/O Bus and PCM BUS. One card is required per system.

Main Processor Card for Backup CPU system Provides LAN control function, system-based Device Registration Server (DRS), Virtual FP, built-in OAI, built-in SMDR, Virtual IPT, Virtual CSH, 33 MHz PCI BUS, Memory (SDRAM 32 MB, Flash ROM 9 MB), TDSW (1024CH × 1024CH), 16-line CFT, PB sender, Clock, 2-line PLO (receiver mode/source mode), two RS-232C ports, 2-line DAT (Recording duration: Maximum 128 seconds), DK, 4-line PB receiver, Modem for remote maintenance (33.6 Kbps), Music-on-Hold tone, BUS interface. BUS interface functions as a driver/receiver of various signals, adjusts gate delay timing, cable delay timing, monitors I/O Bus and PCM BUS.

Two cards are required per Backup CPU system. One card for active MP [MP0] and another card for stand by MP

[MP1].

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Chapter 4 Equipment List

Common Control Cards (Cont.)

Main Processor Card for Remote PIM (DMR) Provides LAN control function, System-based Device Registration Server (DRS), built-in FP, 33 MHz PCI BUS, Memory (SDRAM 32 MB, Flash ROM 9 MB), TDSW (1024CH × 1024CH), 16-line CFT, PB sender, Clock, 2-line PLO

PN-CP31 MP

PN-CP15 FP

PN-CP19 FP

PZ-M606 ETHER

PN-PW00 EXTPWR

PZ-PW121

PZ-PW122

AC/DC

PWR

DC/DC

PWR

(receiver mode/source mode), one RS-232C port, 4-line PB receiver, internal Music-on-Hold tone, BUS interface. BUS interface functions as a driver/receiver of various signals, adjusts gate delay timing, cable delay timing, monitors I/O Bus and PCM BUS. One card is required per system.

Firmware Processor Card for NEAX 2000 IPS. Provides Line/Trunk interface, Memory (RAM 768 KB), and inter-module BUS interface. BUS interface functions as a driver/receiver of various signals, adjusts gate delay timing, cable delay timing, monitors I/O Bus and PCM BUS. When the system consists of three PIMs or more, one each of this card is mounted respectively in PIM2, PIM4, and PIM6.

3/4 PIM System: 1 per System 5/6 PIM System: 2 per System 7/8 PIM System: 3 per System

Firmware Processor Card for IPS Provides Line/Trunk interface, Memory (RAM 768 KB), and inter-module BUS interface. BUS interface functions as a driver/receiver of various signals, adjusts gate delay timing, cable delay timing, monitors I/O Bus and PCM BUS. This card is used for the expansion MC of NEAX IPSDM. When the system consists of three MC, this card is mounted in MC2.

Ethernet Card, 1 per MP For Peer to Peer Connection and MAT/OAI Mounted on MP card to accommodate the Ethernet and transmit/receive a signal of TCP/IP protocol. Provides Auto Negotiation function (Always set to ON). 10 BASE-T/100 BASE-TX twisted pair cable is connected directly to this card.

Power Supply Card for DESKCON Provides –48 V DC power. Maximum 4 cards per frame (4PIMs). Maximum 3 cards per PIM. Occupies two physical slots width per card.

Main Power Supply Card Input: AC120 V/240 V (50 Hz/60 Hz) Output: –27 V (4.4 A), +5 V (7.2 A), CR (38 mA), +90 V (80 mA) One card is pre-installed per PIM.

Power Supply Card for Cell Station (Zone Transceiver) Input: –24 V DC Output: –48 V DC (1.7 A) One card per PIM. Maximum 16 CS (ZT)s backed up by one card.

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Chapter 4 Equipment List

Application Processor Cards

The following table shows a summary of the Application Processor cards for NEAX 2000 IPS systems.

Maximum 24 (AP) cards per system Maximum 256 (AP) ports per system

Application Processor Card Name and Function

Function Name Port Remarks

Digital Trunk Interface (DTI/PRT/BRT)

SPN-24DTAC-B (AP)

SPN-30DTC-C (AP)

SPN-24PRTA-C (AP) 25

SPN-24CCTA-A (AP) 25

SPN-2BRTC (AP)

SPN-4BRTA-D(AP)

T1 Digital Trunk Interface (1.5 Mbps) Card: Accommodates 24-channel PCM digital lines. (Available up to 256 AP ports) T1 w/CSU

E1 Digital Trunk Interface (2 Mbps) Card: Accommodates 30-channel PCM digital lines. (Available up to 128 AP ports)

ISDN Primary Rate (23B+D) Interface Card w/CSU: Provides a built-in D-Channel Handler (DCH) and built-in CSU

CCIS (1.5 Mbps) Trunk Card: Provides a built-in Common Channel Handler (CCH) of CCIS.

2-line Basic Rate (2B+D) Interface Trunk Card: Accommodates two two-channel PCM digital lines.

4-line Basic Rate (2B+D) Interface Trunk Card: Accommodates four two-channel PCM digital lines. Point to Point Connection Only

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Chapter 4 Equipment List

Application Processor Cards (Cont.)

Function Name Port Remarks

Common Channel

Handler for NO.7

CCIS

D-Channel Handler

for ISDN PRI

D-Channel Handler

for ISDN Station

ZT Handler SPN-SC03B 8CSH-C(AP) 4

SMDR/MCI/PMS/CIS

/Hotel Printer

Interface

MFC Receiver/Sender

SPN-SC00 CCH-D (AP)

SPN-SC01 DCH-C (AP)

SPN-SC03B 8ICH (AP)

SPN-AP00B MRC-C(AP)

SPN-AP00B MRC-E(AP)

PZ-M537

Note

SPN-4RSTB-B (AP) 4

SPN-4RSTB-911 (AP) 4

SPN-4RSTC (AP) 4

Common Channel Handler for CCIS (1/Trunk Route). Transmits/receives

signals on the common signaling channel of CCIS.

D-Channel Handler Card: Transmits/receives signals on the D-

Channel of ISDN Primary Rate (23B+D) interface.

ISDN-channel Handler Card: Provides the D-Channel signaling

interface and controls a maximum of four ILC cards (Layer 2 and 3).

CS (ZT) Handler Card for S-Interface/UInterface: Provides the D-Channel signaling interface and controls a maximum of four CSI cards, eight CS (ZT)s. Supports Dukane Nurse Call system. Max two PN-4CSIA-A (U-Interface) and max. four PN-2CSIA (S-Interface)

Application Package for SMDR (2400 basic and 1400 only/ PMS/ Hotel Printer/

CCIS Centralized SMDR Default data supported.

Application Package for SMDR (2400

basic and extended only)/MCI/DND Automatic Set/Reset at Appointed Time. Memory Expansion Card for AP00 Card:

• The system capacity is expanded when

PZ-M537 is mounted on PN-AP00-B (AP00) card.

4-line MF Receiver, MFC Receiver/Sender Card:

• Used for MF/MFC-R2 Signaling on DID/DOD trunks.

• A maximum of four cards can be provided per system, including the PN-4RSTC card.

4 circuit MF Receiver for Enhanced 911 Requires CAMA Trunks

4 circuit ID Number Received for Caller ID

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Chapter 4 Equipment List

Application Processor Cards (Cont.)

Function Name Port Remarks

Database Memory for Wireless Roaming and OAI Applications using Free Location

SPN-AP00B DBM-C (AP) 2

Wireless Roaming

SPN-SC01 DCH-Q (AP) 1

SPN-SC01 QSIG (AP) 1

QSIG

SPN-24PRTA-QSIG (AP) 25

32-Party Conference

Note: The Expansion Memory (PZ-M537) is the on-board sub-memory card for the AP00-B. It provides additional memory capacity as shown below

SPN-CFTC (AP)

Facility (FLF). 1 Card / system

DCH Card for Wireless Roaming 1 Card / Tie Line Route Installed with DTI Card

QSIG Protocol Handler

ISDN Primary Rate (23B+D) Interface Card w/CSU and built-in QSIG DChannel Handler (DCH). Also provides Name Display.

32-party Conference Trunk 1 card/system

No EXPMEM With EXPMEM

Type of PN-AP00-B

PN-AP00-B with MRC-C program

PN-AP00-B with MRC-E program

Local Office of Centralized Billing-CCIS /Stand-alone is Provided.

1600 800

2620 1965 23580 22925

Center Office of Centralized Billing-CCIS is Provided. Local Office of

Centralized Billing-CCIS /Stand-alone is Provided.

27000: Call Record for CIS is not provided. 26000: Call Record for CIS is provided.

Center Office of Centralized Billing-CCIS is Provided.

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Chapter 4 Equipment List

Line/Trunk (LT) Cards

The following table shows a summary of the Line/Trunk (LT) cards for NEAX 2000 IPS. The LT cards may be installed in slot 00 to 11 of PIM 0-7, with the following conditions:

Line/Trunk (LT) Cards

Function Name Port Remarks

8L Analog Line Circuit Message Waiting Control: 8 circuits Momentary Open: 8 circuits Loop Resistance: Max. 600ohms including telephone set

8-Line Analog Station Card Momentary Open: 8 circuits, Message Waiting notification via Stutter Dial Tone only. Loop Resistance: Max. 600 ohms Note: DM & DMR must use with PN-4LCAA.

4L Analog Line Circuit with MW Lamp control Momentary Open: 4 Circuits On-Board power (80V) is included. Loop Resistance: Max. 600ohms including telephone set 2L Analog Universal Trunk 2L Long Line Circuit with PFT Loop resistance: max. 2500ohms (LLC) Two reverse circuits is included On Board power (-48V) is included

4-Line Analog Station Card with built-in Ring Generator. For use with NEAX IPS DM and DMR only, Provides Line Test function “No Messaging Waiting Lamp” Utilizes Stutter Dial Tone for MW notification. Loop Resistance: Max 600 ohms

4L Long Line Circuit Works in either mode: Long Line Station Caller ID Loop Resistance: Max. 2500ohms including telephone set PZ-PW122 is required. Can not be used in IPS

or IPS

DMR

2-line ISDN Line Circuit Card.

• Provides a physical interface to ISDN Terminals.

• Occupies eight time slots per one card.

Analog Station

PN-8LCAA

PN-8LCS

PN-4LCD-A

PN-AUCA 2

PN-4LCAA 4

PN-4LLCB 4

ISDN Station

SPN-2ILCA 8

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Chapter 4 Equipment List

Function Name Port Remarks

Digital Station

IP Station (Integrated IP)

Line/Trunk (LT) Cards (Cont.)

PN-8DLCL 8

PN-8DLCP 8

PN-4DLCM 4

PN-4DLCQ 4

PN-2DLCN 2

SPN-32IPLA (ELC) 32

8-line Digital Line Circuit Card for D

term

Series i/E/III, Elite,IPK, DSS Console,DESKCON [–27 V version, two-wire type]

8-line Digital Line Circuit Card for D

term

Series i/E/III, DSS Console, DESKCON [–27 V version, 2-wire type]

4-line Digital Line Circuit Card for Dterm Series i/E, Elite, DSS Console, ATTCON, DESKCON [–27 V version, 2-wire type] Provides Line Test function.

4-line Digital Line Circuit Card for D

term

Series i/E, DSS Console, ATTCON, DESKCON [–27 V version, 2-wire type] Provides Line Test function.

2-line Digital Long Line Circuit Card for D

term

Series i/E, Elite, DSS Console, ATTCON [–48 V version, two-wire type]:

• Provides Line Test function.

• Equipped with –48 V DC-DC on-board power supply. Max. 850 m (2788.7 ft.)

32 Circuit IP Station card G711 56K no compression. Maximum 2 cards per FP, 8 cards per system. Each card has RJ45 LAN connection. Each card has on-board Device Registration Software (DRS).

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Chapter 4 Equipment List

Function Name Port Remarks

IP PAD (IP Station Peer-to-Peer)

Line/Trunk (LT) Cards (Cont.)

SPN-32IPLAA IP

PAD-E

SPN-8IPLA IP

PAD-B

PZ-24IPLA 24

32-channel IP-PAD card:

• Provides Packet Assembly/Disassembly to accommodate Legacy Line/Trunk interface.

• Used with a maximum of two 16VCT cards.

• Two cards can be accommodated per built-in FP/FP card, a maximum of eight per system.

• 100 BASE-TX twisted pair cable is connected directly to this card.

•Supports T.30 or Pass-Through Fax (G.711/G.726). 16VCT is not required for G.711, 16VCT is required for G.726. (R9 enhancement).

• Auto-Negotiation or 100Mbps Full Duplex is selectable.

8-channel IP-PAD Card Provides LAN Interface, Packet Assembly/ Disassembly to accommodate Legacy Line/Trunk interface. And provides voice compression DSP control functions such as voice compression control, DTMF relay.

• Voice compression protocols: G.711 (64 kbps), G.723.1 (5.3 Kbps/6.3 Kbps), G.729a (8 Kbps)

• FAX protocol: Pass-through (G.711, G.726)

• Auto-Negotiation or 100Mbps Full Duplex is selectable.

When mounting 24DSP (PZ-24IPLA) card, this card can provides up to 32-channel of IP-PAD (When using G.723.1, provides up to 24-channel of IP-PAD).

Two cards can be accommodated per built-in FP/FP card, maximum 8 per system. 10BASE-T/100BASE-TX twisted pair cable is connected directly to this card.

24-channel IP PAD and VCT daughter board. Mounts on SPN-8IPLA to provide up to 32 G.711, G.729a and 16 G.723.1 PAD channels. (T.30/T.38 is not supported)

16-channel CODEC Card for IP-PAD:

• Used with IP-PAD card.

SPN-16VCTAA IP

PAD-B

• Two cards can be accommodated per IP-PAD card, maximum 16 per system.

• Voice compression protocols:

• G.723.1, G.729a, G.711,

• FAX (14.4 Kbps), DTMF signals.

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Chapter 4 Equipment List

Function Name Port Remarks

Analog C.O. Trunk

Analog Tie Line Trunk

Analog DID Trunk

DTMF Receiver

Caller ID Sender

Line/Trunk (LT) Cards (Cont.)

8-line Central Office Trunk Card (Loop Start/ Ground Start Trunk):

PN-8COTS 8

PN-8COTQ 8

PN-4COTB 4

PN-4COTG 4

PN-2ODTA 2

PN-4ODTA 4

PN-4DITB 4

PN-AUCA 2

PN-8RSTG 8

PN-4RSTF 4

Provides loop detection, sending/detecting ground on Tip/Ring wire.

8-line Central Office Trunk Card (Loop Start Trunk): Provides loop detection, receiving/sending the Caller ID (CLASS SM) signal.

4-line Central Office Trunk Card (Loop Start/Ground Start Trunk): Provides loop detection, sending/detecting ground on Tip/Ring wire.

4-line Central Office Trunk Card (Loop Start Trunk): Provides loop detection, receiving/sending the Caller ID (CLASS SM) signal.

2-line Out Band Dialing Trunk Card: Used as either a 2-wire E&M trunk or a 4-wire E&M trunk. Equipped with –48 V DC-DC onboard power supply. Both No. 0 and No. 1 circuits must be set to the same purpose (2-wire or 4-wire) in one card.

4-circuit analog 2W/4W Tie line card. The PZPW122 (-48V Power Supply) is required in case of E&M Type-I signaling.

4-line Direct Inward Dialing Trunk Card:

• Provides loop detection, sending reverse signal and PB to DP signal conversion.

• Equipped with –48 V DC-DC on-board power supply.

2L ANALOG UNIVERSAL TRUNK Used as 2-Line Long Line Circuit with PFT or 2-Line DID. Loop Resistance: MAX.2500ohms (LLC) Two Reverse Circuits Included On-Board Power (-48VDC) included

8-line PB Receiver Card: Used for a PB station line, DID or tie line.

4-line Sender Card for Caller ID Display on analog single line telephones: PN-4LLCB is required. Max. 4/sys.

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Chapter 4 Equipment List

Function Name Port Remarks

Conference Trunk

Digital Announcement Trunk

Tone Trunk

Power Failure Transfer

IP Trunk

Line/Trunk (LT) Cards (Cont.)

6-/10-Party Conference Trunk with Amp

PN-CFTB 10

PN-2DATA 4

PN-4DATC 8

PN-TNTA 4

PZ-8PFTB 8

PN-AUCA 2

SPN-IPTB-A

SPN-4VCTI-A

SPN-IPTB-B

SPN-4VCTI-B

6-party (1 CFTB card): 10 ports 10-party (2 CFTB cards): 20 ports

2-circuit Digital Announcement Trunk (Max. 60 sec. per channel)

4-circuit Digital Announcement Trunk (Max. 120 sec. per channel)

2-line Tone/Music Source Interface Card:

• Used for BGM or Music on Hold.

• Provides two jacks for an external tone/music source.

8-line Power Failure Transfer Card:

• Mounted in PFT slot of PIM.

• One card per PIM.

2 Line Analog Universal Trunk card that provides 2 Lines of Power Failure Transfer

IP Trunk card for VoIP (CCIS/ p-mp). This card is used together with a max. of four PN-4VCT cards (16 channels) for connection with

2000/2400 non peer-to-peer connection. 1 card/PIM, 8 cards (Max. 127ch)/system

4-channel CODEC Card for IP Trunk. Voice compression protocols:

• G.723.1, G.729a, G.711,

• FAX (14.4 Kbps), DTMF signals.

• Used with PN-IPTB card.

VoIP H.323 IP Trunk card. Supports up to 12 channels. (G.729a. PAYLOAD 40ms). Also requires CCIS and IPT key per IPTB and NEC GK1000

software. Has one RJ45 connectors for 10/100 Ethernet/Fast Ethernet to router.

4-channel voice translator CODEC card for H.323 includes BUS cable. Voice compression: G729A /G723

/G711. Max 3 VCT’s per SPN-IPTB-B

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Chapter 4 Equipment List

Function Name Port Remarks

Wireless Zone Transceiver interface

Fiber Optical

In-Skin Router

Line/Trunk (LT) Cards (Cont.)

2-line Zone Transceiver Interface Card:

• Used to interface with the ZT, based on ISDN S-Interface.

SPN-2CSIA

SPN-4CSIA

SPN-2CSIH

PN-M10 0

PN-RTA 0

PZ-M649 0

PZ-M623 0

• A maximum of two ZTs can be

connected per CSI card.

• Occupies eight time slots per one card.

The PZ-PW122 is required.

4-circuit CS interface for U-interface ZT. Two slot card, 16 LT ports. The PZ-PW22 is

required.

2-line Cell Station (Zone Transceiver) Interface Card:

• Used to interface with the CS (ZT), based on U-Interface.

• A maximum of two CSs (ZTs) can be

connected per CSI card.

• Occupies eight time slots per one card.

PZ-PW122 is required.

Optical Fiber Interface Card: Provides optical fiber interface for T1/E1 Digital Trunk Interface (1.5 M/2 Mbps) or Remote PIM. Line length: 10 km (6.2 miles) or less. Line coding: CMI.

In-Skin Router Card 10/100BASE-TX:1, 10BASE-T:1, RS2332C(Dsub 9pin) Maximum 8 cards per PIM

T1 Digital Trunk Interface (1.5Mbps) Card Mounted on PN-RTA Card Provides a built-in CSU.

Ether Control Card Mounted on PN-RTA Card 10BASE-T:1

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Chapter 4 Equipment List

Function Name Port Remarks

NEAXMail AD-8

NEAXMail IM-16

External Relay Control

Line/Trunk (LT) Cards (Cont.)

4-Port Voice Mail Card:

• One card per system.

• Number of ports: Four ports (Up to eight

PZ-VM00 4

PZ-VM01 4

PZ-VM03 4

PZ-VM05 4

PZ-VM06 4

PN-DK00 0

ports when PZ-VM01 is mounted)

• Occupies three physical slots width per card.

• Mounted in LT00 slot of PIM.

Four-port Voice Mail Extension Card: Mounted on PZ-VM00/VM00-M.

4 Port Voice Mail card (NEAXMail IM-16) This card can provide 16 ports of digital line circuit interface. One card per PBX is available.

This card provides additional 4 ports for transmitting/receiving the voice information, and is used for expanding the port interface up to 12 ports for NEAXMail IM-16. It is mounted on the VM03 card.

This card provides additional 4 ports for transmitting/receiving the voice information, and is used for expanding the port interface up to 8/16 ports for NEAXMail IM-16. Moreover, this card is used for expanding the fax port interface up to 4 ports. It is mounted on the VM03/VM04 card.

External Relay Contact Control/Scanning (8-circuit/card) Works in either mode: Control 8-circuit 0-circuit 4-circuit 4-circuit 0-circuit 8-circuit

Scanning

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Chapter 5 Station Equipment

Terminal Line Up

A variety of terminal equipment may be connected to the NEAX2000 IPS systems.

term

Series i Terminals

Analog

 DTR-1-1 (Single-Line Analog)  DTR-1HM-1 (Hospitality Single-Line Analog)

term

Series i (IP) Multi-line Digital Terminals

 ITR-4D-3 (4-Line display Digital)  ITR-8D-3 (8-Line display Digital)  ITR-16D-3 (16-Line display Digital)  ITR-16LD-3 (16-Line display Digital)  ITR-32D-3 (32-line display Digital)

term

Series i (TDM) Multi-line Digital Terminals

 DTR-2DT-1 (2-Line Digital)  DTR-4D-1 (4-Line display Digital)  DTR-8-1 (8-Line non-display Digital)  DTR-8D-1 (8-Line display Digital)  DTR-16D-1 (16-Line display Digital)  DTR-16LD-1 (16-Line Desi-less display Digital)  DTR-32D-1 (32-Line display Digital)  DCR-60-1 Console (Add-On Module/DSS/BLF)

term

Series E Terminals

Multi-line (TDM) Digital Terminals

 DTP-2DT-1 (2-Line Digital Terminal)  DTP-8-1 (8-Line Digital Terminal)  DTP-8D-1 (8-Line Digital Terminal with Display)  DTP-16D-1 (16-Line Digital Terminal with Display)  DTP-32D-1 (32-Line Digital Terminal with Display)  DTP-32DA-1 (32-Line Digital Terminal with Display for ACD)  DCU-60-1 CONSOLE (Add-On Module/DSS/BLF)

term

Cordless Terminals

 DTR-4R-2 (D  DTH-4R-1 (D  DTR-1R-1 (D  DTP-16HC-1 (D

term

Cordless II Terminal)

term

Cordless Lite II Terminal)

term

Analog Cordless Terminal)

term

Handset Cordless Terminal)

Inaset

 ITR-LC-1 (3.75” x 4.75” color LCD and 16 programmable keys)

 ITR-240G-1 (3” gray scale LCD and 16 programmable keys)

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Chapter 5 Station Equipment

 ITR-320C-1 (5.1” color LCD and 32 programmable keys)

ITR-320G-1 (5.1” gray scale LCD and 32 programmable keys)



Wireless Handset

term

 D

PSIII

term

IP Soft Phones

term

 D  D

term

SP20 SP30

term

Extenders

term

 D  D

Extender (ISDN)

term

Extender (Analog)

Analog Terminals

NEC offers two distinct analog terminals. Both are available in black or white.

Descriptions of the Analog Terminals

Description Remarks

DTR-1-1 (WH) TEL DTR-1-1 (BK) TEL DTR-1HM-1 (WH) TEL DTR-1HM-1 (BK) TEL

Fully modular with Redial key, Flash key, Message Waiting lamp, Data Jack and Ring/Handset Receive Volume. Fully modular with Redial key, 'Flash' key, Message Waiting Lamp, Data Jack, eight programmable Feature/Speed Dial keys and Ring/Handset Receive Volume.

Line Conditions of the Analog Terminals

Terminal Type Card Type Cable Length* (Cable 0.5/24 AWG)

DTR-1-1 DTR-1HM-1

*Cable length is based on the diameter of the cable and the terminal impedance.

PN-4LCD-A (max. 600 ohms loop resistance) Approximately: 1.43km (.88 miles) PN-8LCAA (max. 600 ohms loop resistance) Approximately: 1.43km (.88 miles) PN-AUCA (max. 2500 ohms loop resistance) Approximately 12.29km (7.63 miles) PN-4LLCB (max. 2500 ohms loop resistance) Approximately 12.29km (7.63 miles)

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Chapter 5 Station Equipment

Specification for Analog Terminals

Item Description

Size 224mm x 165mm +/5mm(Length x Width) Color Black or White Dial Pad 12-Key Dial Pad: 4 Rows and 3 Columns; Metropolitan Dial Pad

with Alphabet, * and # buttons; Button 5 has a Raised Dot Type of Dial DTMF and Dial Pulse Function Buttons Hook flash, Redial Key, (DTR-1HM Only)

Speaker Monitor and Hold Key Message Waiting Lamp Neon Lamp with Window Design -Glow Through Filter Raised

from Surface with MW and Incoming Ring Indication Message Waiting Lamp Operating Voltage Speed Dials (DTR-1HM Only) 8 Buttons (2 Columns), Maximum 21 Digits Hookflash Timer 630+/10ms (Fixed) Redial Key Maximum of 31 digits Ring Vol. Control 4 Levels (Off Low Middle High) Programmable Ring Tone Pitch Control 3 Levels Programmable Handset Receiver & Speaker Volume 6 Levels (Volume Key) Handset Hearing Aid Compatible, Dynamic Type Element Handset Cord 12 feet Directory Card Large Convenient Directory Card Data Jack Dedicated Jack; Used for Connection to Modem Data Jack Position Back of Telephone Wall-Mount Unit Built-in Electrostatic Discharge Can Withstand +/- 20kv Discharge Approvals c-UL (Ul 60950 3rd Edition) FCC part 15, 68 IC

Activation Voltage 88V to 108V, Deactivation

Voltage 53V or Less

term

Series i (IP) Terminals

term

IP terminals offer features and benefits that brilliantly capture the essence of form and functions, helping your business take service and performance to newer, more profitable heights. The D

term

IP terminals consist of two distinct models, an 8 or 16 feature key terminal,

in order to meet diverse telephone terminal needs.

Descriptions of the D

Description Remarks Physical Features

ITR-4D-3 (BK) 4 Programmable Line/Feature keys with Display

ITR-8D-3 (BK/WH) 8 Programmable Line/Feature keys with Display

ITR-16D-3(BK/WH) 16 Programmable Line/Feature keys with Display

ITR-16LD-3(BK)

term

IP Terminals

16 Programmable Line/Feature keys with both 3 line

LCD Display and LCD display for each line key

• Tilt-able LCD Unit

• Adjustable Legs

• Built-in Wall Mount

Unit

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Chapter 5 Station Equipment

Call Handling Features

• Four Local Soft Key Controls (detail functions are dependent on PBX)

• Large Message Waiting LED

• 24 Character, 3-Line LCD

• Built-in Headset Jack Connector

• Speed Dial/DSS Buttons

• Programmable Line Keys with 2-Color LED

• Eight Dedicated Function Keys (Feature, Recall, Conf, Redial, Hold, Transfer, Answer & Speaker)

• Built-in Half Duplex Hands-free Unit

Convergence Features

• Two 10/100 full duplex Ethernet ports- One which connects the D

term

IP to the local Ethernet

Network, the other provides connectivity for a local workstation.

• Three types of powering options:

- Local AC adapter

- CDP (Cisco Discovery Protocol) power for those infrastructures with an installed base of Cisco

gear

- Spare pair power across the Ethernet network.

• Transportable QoS, which follows the user no matter where they log in.

• Multiple Voice Coding support, which automatically negotiates to a common setting.

- G.711 providing an international standard for encoding/decoding telephony signals on a 64

Kbps Non-compressed channel.

- It also supports the compression algorithms G.729A (8Kbps) and G.723.1 (5.3/6.3 Kbps).

Line Conditions

ITR-8D-3

ITR-16D-3 ITR-16LD-3

Max. 328 ft. between Ether/IP-PAD and Router/ Switching Hub

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Chapter 5 Station Equipment

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Series i (TDM) Multi-line Digital Terminals

The D

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Series i, digital terminals have a user-friendly ergonomic design and is available in

six distinct digital models.

Descriptions of Terminals

Description Remarks

DTR-2DT-1 (BK) TEL DTR-2DT-1 (WH) TEL

DTR-4D-1 (BK) TEL

DTR-8-1 (BK) TEL DTR-8-1 (WH)TEL

DTR-8D-1 (BK) TEL DTR-8D-1 (WH) TEL

DTR-16D-1 (BK) TEL DTR-16D-1 (WH) TEL

DTR-16LD-1 (BK) TEL DTR-16LD-1 (WH) TEL

DTR-32D-1 (BK) TEL DTR-32D-1 (WH) TEL

DCR-60-1 (BK) CONSOLE DCR-60-1 (WH) CONSOLE

2 LINE TERMINAL - available in black (BK) or white (WH). (does not support optional adapters) Fully modular with 2 Flexible, 2-color LED Line keys, eight Function Keys, built-in Speakerphone and electronic volume and tone controls.

4 LINE DISPLAY TERMINAL - available in black (BK). Fully modular with 4 Flexible, 2-color LED Line keys, eight Function Keys, built-in Speakerphone, headset jack, wall mount unit, 24-character by 3-line display, four softkeys, Large LED, Microphone button, Message button, Directory button, Electronic Volume and Tone Controls, and tilt stand. 8 LINE TERMINAL – available in black (BK) or white (WH). Fully modular with 8 Flexible, 2-color LED Line keys, eight Function Keys, built-in Speakerphone, headset jack, wall mount unit, four softkeys, Large LED, Electronic Volume and Tone Controls and tilt stand. 8 LINE DISPLAY TERMINAL - available in black (BK) or white (WH). Fully modular with 8 Flexible, 2-color LED Line keys, eight Function Keys, built-in Speakerphone, headset jack, wall mount unit, 24-character by 3-line display, four softkeys, Large LED, Microphone button, Message button, Directory button, Electronic Volume and Tone Controls, and tilt stand.

16 LINE DISPLAY TERMINAL - available in black (BK) or white (WH). Fully modular with 16 Flexible, 2-color LED Line keys, eight Function Keys, builtin Speakerphone, headset jack, wall mount unit, 24-character by 3-line display, four softkeys, Large LED, Microphone button, Message button, Directory button, Electronic Volume and Tone Controls and tilt stand.

16 LCD DESI-LESS TERMINAL – 16 Flexible LCD appearances for Speed Dial/DSS, feature or line appearance, 11 Function Keys, Built-in Speakerphone (Half Duplex), Headset Jack, Wall Mount Unit, 4 Soft-keys, In-Line Power and 12 ft. Handset Cord 32 LINE DISPLAY TERMINAL - available in black (BK) or white (WH). Fully modular with 32 Flexible, 2-color LED Line keys, eight Function Keys, builtin Speakerphone, headset jack, wall mount unit, 24-character by 3-line display, four softkeys, Large LED, Electronic Volume and Tone Controls and tilt stand.

ATTENDANT ADD-ON CONSOLE - Requires an AC-R ADP (included). Fully modular with 48 programmable, 2-color LED keys (for station trunk appearances), 12 Function keys with red LED, and tilt stand. Terminal available in: black (BK) or white (WH).

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Standard features

 Tilt-able LCD Unit and Adjustable Legs  Built-in Wall Mount Unit  Four Local Soft Key Controls (detail functions are dependent on PBX, only provided on

terminals with display)

 Built-in Half Duplex Hands-free Unit

 Large Message Waiting LED

 24 Character, 3-Line LCD on display equipped models  Built-in Headset Jack Connector  Speed Dial/DSS Buttons  Programmable Line Keys with 2-Color LED  Eight Dedicated Function Keys (Feature, Recall, Conf, Redial, Hold, Transfer, Answer

and Speaker)

 Ringing Sound Variation  LCD indication of volume control  FCC Part.15 Class B Approved  Replaceable Function/Dial Key pad:  Used for foreign languages, ACD instruments, etc.  Un-tangler compatible handset  The Directory card can swivel 360o

Specification

Item Description

Curl Cord Length 12ft Weight (no handset) 510g (min.) LCD Display 24 digit x 3 line (alphanumeric and some characters)

no back light

Ringing Sound Level max. 80dBSPL (in output limit condition) max.

86dBSPL (in normal condition) Built in Hands Free Half duplex Items Provided with Instrument Line cord, Directory card Handset Cradle K type compatible LCD angle 14~42.5 deg. (on the desk, no housing tilt) 25~53.5

deg. (on the desk, housing tilt up)

-4.4 deg. (wall mounting)

Housing Face Angle 14~25 deg. (on the desk)

-4.4 deg. (wall mounting) Recommended Headset NEC Headsets Other HAC

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Chapter 5 Station Equipment

Terminal Options

Item Description

WM-R Unit Series i Multi-line Terminals with an AP(R)-R, AP(A)-R, CT(A)-R, and/or an IP-R

Unit can be wall mounted using the WM-R Unit.

AD(A)-R Unit Provides Series i Multi-line Terminals ability to interface with recording device.

AP( R)-R Unit Provides Series i Multi-line Terminals ability to interface with analog device such

as a cordless telephone, facsimile machine, external speakerphone, Automatic Dialer or modem. Provides ringing to analog device connected. Requires an ACR ADP.

AP(A)-R Unit Provides Series i Multi-line Terminals ability to interface with analog device such

as a cordless telephone, facsimile machine, external speakerphone, Automatic Dialer or modem. No ringing is provided.

CT(A)-R Unit Connects a Series i Multi-line Terminal to a PC providing a complete turnkey

package with graphical telephone user interface and call logging. Shipped with Multi-line Phone Kits software. Supports Serial interface.

IP-R Unit A compact plug-and-play device that installs into the base of a D

display terminal. Integrated two-port 10/100baseT Ethernet pass through hub that permits using one port to connect the network interface card (NIC) from the PC to the IP network. The other is plugged directly into a LAN or an IP network device such as a router, DSL modem or cable modem. Requires an AC-R ADP.

AC-R Unit AC adapter for DSS/BLF Console, AP(A), AP(R), or IP-R Unit

term

Series i

Line Conditions

Cable Length Note 1 Standard with AC Adapter

term

Series i

term

8 / 8D 16/16D

8DLC 300m (984ft)

Note 2

4DLC 300m (984ft) 1200m (3937ft)

2DLC 850m (2789ft) 1200m (3937ft)

term

32/32D

8DLC 200m (656ft)

Note 2

4DLC 200m (656ft) 1200m (3937ft)

2DLC 850m (2789ft) 1200m (3937ft)

DSS/BLF Console

Note 3

8DLC - 300m (984ft)

4DLC - 1200m (3937ft)

2DLC - 1200m (3937ft)

Note 1: Cable length is based on the following conditions.

• Diameter of the cable is 0.5 mm.

• The Protection arrester is not inserted between the terminal and PBX.

Note 2: When using 8DLC card, it is not available for long line function, even if it is equipped with AC Adapter.

Note 3:

The DSS/BLF Console requires local AC/DC supply.

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Series E (Multi-line Digital Terminals)

The D friendly functions. With advanced digital circuitry, the D

term

Series E terminals were strategically designed to provide ergonomic form and user-

term

Series E terminals consist of five distinct telephone models and one DSS/BLF console to meet users’ diverse terminal needs. The D

term

Series E family of terminals offers adjustable display and non-display units with menu-driven soft key operation, allowing users to program terminals at the desktop. The display units are equipped with large LCD panels with three lines of display, each with 24 characters. Each terminal offers an optional full duplex speaker phone operation for two-way conversation. Standard features include headset jacks, wall mount units and adjustable base units. Laser printer designation cards are available in Metallic Green (MG), Black (BK) and Soft White (WH).

Standard features

 HOLD - Press key to place an internal or external call on hold.  TRANSFER - Allows the station user to transfer established calls to another station

without attendant assistance.

 ANSWER - When LED on this key is lighted, press key to answer a waiting call.  SPEAKER - Controls the built-in speaker that can be used for Hands Free

Dialing/Monitoring and Voice Call.

 REDIAL - Press key to activate redial feature. Press redials and scrolls back through

numbers that have been dialed. When desired number is displayed, press the * key to activate dialing.

 CONF - Press key to establish a three-way conversation.  RECALL - Press key to terminate established call and re-seize internal dial tone.  FEATURE - Used to activate terminal setup functions and to program One-Touch

Speed Dial/Feature Keys.

term

Series E Softkeys

The D Terminal. These menu-driven Softkeys allow users convenient access to many features. Each Softkey may have up to 4 features programmed on it. Softkeys will be functional for specific states of the terminal such as idle, during dialing, ringing, etc. The state of the terminal will determine what Softkey is available to the user. According to the status of the Multiline Terminal, functions of the Softkeys are displayed in the third line on the LCD and if the status of the Multiline Terminal changes, the Soft Key displayed will change automatically. Also if the HELP key is pressed, an explanation of the indicated Softkey is shown on the LCD. Typical Softkey Applications are Business, Hotel, Multi-tenant and Networking applications where it is necessary to save key space on the telephone and also provide a variety of quickly accessible features.

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Series E Display Terminals have four Softkeys located just under the Display of each

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Descriptions of Series E Multi-line Digital Terminals

Description Remarks

DTP-2DT – 1 (WH) This 2-line non-display digital terminal is equipped with 2 programmable

line/feature keys (each with a two-color LED), 8 dedicated function keys, a builtin speakerphone, and large LED to indicate incoming calls and messages. The terminal comes in Ivory White (WH) only.

DTP-8 – 1 (WH) DTP-8 – 1 (BK)

DTP-8D – 1(WH) DTP-8D – 1(BK)

DTP-16D – 1 (WH) DTP-16D – 1 (BK)

DTP-32D – 1 (WH) DTP-32D – 1 (BK)

DTP-32DA-1 (WH) DTP-32DA-1 (BK)

This 8-line non-display digital terminal is fully modular with 8 dedicated function keys, 8 programmable line/feature keys (each with a two-color LED), built-in speakerphone, built-in headset jack, built-in long loop adapter, built-in wall mount unit, tone/volume/contrast control, tilt stand, and a large LED to indicate incoming calls and messages. The terminal comes in two colors: Black (BK) and Ivory White (WH).

This 8-line display digital terminal is equipped with 8 dedicated function keys, 8 Programmable line/feature keys (each with a two-color LED), built-in speakerphone, built-in headset jack, built-in long loop adapter, built-in wall mount unit, tone/volume/contrast control, tilt stand, 3 line by 24 character LCD display panel (adjustable/detachable), four softkeys, and a Large LED to indicate incoming calls and messages. This terminal comes in two colors: Black (BK) and Ivory White (WH).

This 16-line display digital terminal is equipped with 8 dedicated function keys, 16 Programmable line/feature keys (each with a two-color LED), built-in speakerphone, built-in headset jack, built-in long loop adapter, built-in wall mount unit, tone/volume/contrast control, tilt stand, 3 line by 24 character LCD display panel (adjustable/detachable), four softkeys, and a Large LED to indicate incoming calls and messages. This terminal comes in two colors: Black (BK) and Ivory White (WH).

This 32-line digital terminal is equipped with 8 dedicated function keys, 32 Programmable line/feature keys (each with a two-color LED), built-in speakerphone, built-in headset jack, built-in long loop adapter, built-in wall mount unit, tone/volume/contrast control, tilt stand, 3 line by 24 character LCD display panel (adjustable/detachable), four softkeys, and a Large LED to indicate incoming calls and messages. This terminal comes in two colors: Black (BK) and Ivory White (WH).

See above for basic description of phone. This phone is to be used as an ACD terminal. The Silk Screening of the function keys is changed for the dedicated ACD functions.

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Descriptions of Series E Multi-line Digital Terminals (Cont.)

Description Remarks

DCU-60 –1 (WH) DCU-60 –1 (BK)

This DSS/BLF/Add-On Console is equipped with 60 programmable line keys (each with a two-color LED). These keys can be programmed as Direct Station keys, function keys, or outside line keys. This terminal comes in two colors: Black (BK) and Ivory White (WH).

When the console is used as an Add-On Module, an additional 25 lines/trunks and the existing line/trunks for the Multiline Terminal can be accessed directly (maximum 41 lines/trunks).

The station speed dialing function can be assigned for all keys on the Add-On Module unit. Also, one of the last three keys can be used as a Day/Night change keys.

When the console is used as a DSS/BLF console, up to 60 stations can be directly accessed in addition to those already appearing on the Multiline Terminal. A red LED associated with each button indicates busy status for each station. In addition, the DSS/BLF console can provide the following functions:

Message Waiting – Set/Cancel/Status Display Do Not Disturb – Set/Cancel/Status Display Automatic Wake Up No Answer – Status Display/Cancel Agent Busy Out – UCD – Status Display Line Lockout – Status Display Room Cutoff – Set/Cancel/Status

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