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SAMSUNG
iDCS100
Digital Communication System
General Description
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Publication Information Samsung Telecoms reserves the right without prior notice to revise information in this publication for any reason. Samsung Telecoms also reserves the right without prior notice to make changes in design or components of equipment as engineering and manu- facturing may warrant. Disclaimer Samsung Telecoms is not responsible for errors or problems arising from customers not installing, programming or operating their Samsung systems as described in th
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Intended Use This telephone system is intended to provide the user with voice communication between the system extensions and connection to the public switched telephone network by digital or analogue links. The telephone system may be provided with the ability to communicate with local computer networks to provide CTI functions and features. In this case, it is capable of passing information to the computer network via a specified link. The system is powered by mains volt
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i Preface About This Guide The iDCS100 Digital Communication System is designed for small to medium–sized businesses. This Guide provides a comprehensive overview of the system including configuration, hardware descriptions and available features. The Guide consists of the following chapters. Chapter 1: Introduction to the iDCS100 Information on capacities, possible configurations, the technology employed and default programming Chapter 2: Hardware Descriptions Describes the
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ii Contents Chapter 1 Introduction to the iDCS100 ......................................................... 1-1 General Description ...................................................................................................................1-1 Size and Configuration ..............................................................................................................1-2 Technology ...........................................................................................
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iii List of Figures 1-1 iDCS100 BASIC KEY SERVICE UNIT ........................................................................................................ 1-3 1-2 iDCS100 CONFIGURATION MATRIX TABLE (ANALOGUE TRUNKS) ...................................................... 1-4 1-3 iDCS100 CONFIGURATION MATRIX TABLE (DIGITAL TRUNKS)............................................................ 1-4 2-1 KSU WITH EXPANSION TYPE “A” CABINET ..................................
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1-1 Chapter 1 Introduction to the iDCS100 This chapter contains the following sections. General Description Size and Configuration Technology Programming General Description The Samsung iDCS100 (Digital Communications System) is a digital telephone system de- signed for small- to medium-sized businesses. It can operate with the functionality of a key system, PABX or a combination of both (hybrid). The system employs DSP (Digital Signal Processor) digital technology. The i
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1-2 Chapter 1 Introduction to the iDCS100 Size and Configuration The iDCS100 comprises a Basic Key Service Unit (KSU, Figure 1–1), Expansion cabinet, in- terface cards and electronic keysets. The simplest KSU has eight (8) keyset ports, but this is expandable to 18 analogue C.O. line ports, or 24 BRI lines, or 32 stations. In addition, up to eight keyset daughterboards may be added to the system along with the optional 2SLI card. Two types of Expansion cabinet are available: Expansion
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1-3 Figure 1–1 iDCS100 Basic Key Service Unit
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1-4 Chapter 1 Introduction to the iDCS100 Trunk Lines 36 30 Two Cabinets 24 18 12 KSU 6 0 8 16 18 26 34 42 50 58 66 Station Lines Figure 1–2 Configuration Matrix Table (With Analogue Trunks) Trunk Lines 70 40 Two Cabinets 32 24 16 KSU 8 0 8 16 18 26 34 42 50 58 66 Station Lines Figure 1–3 Configuration Matrix Table (With Digital Trunks)
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1-5 Technology Memory The system operates using stored program control. This program is stored in EPROM chips or flash memory. All specific customer data is stored in Random Access Memory (RAM) which is protected against the loss of AC power to the system by an onboard battery back-up system. Microprocessors iDCS100 uses distributed processing. The primary processor is a 16–bit Motorola MC68000 operating at a clock speed of 16 MHz. Secondary processing is carried out in some speci
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2-1 Chapter 2 Hardware Descriptions This chapter describes the hardware for the iDCS100 system as follows. Key Service Unit Interface Cards Station Equipment Key Service Unit (KSU) The iDCS100 KSU (see Figure 1–1 in Chapter 1) is a single metal cabinet containing the fol- lowing: Power supply unit Processing and switching technology Eight 2B+D digital keyset interfaces Memory (MEM) card: MEM3: A removable card containing 4Mbytes of program memory, 1Mbyte data mem
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2-2 Chapter 2 Hardware Descriptions MEM Card The MEM3 card contains EPROM memory to support new features such as Windows PCMMC, and the ITM3 and TEPRI cards. The MEM4 card is provided with an SIO port and a 10/100 base T LAN interface. The card has Flash memory to support new features such as Windows PCMMC, the ITM3 and TEPRI cards, a networking solution using TE/PRI, program/database upload/download and Hotel features. Ring Generator Unit (RGU1 or RGU2) Two kinds of sinusoidal
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2-3 Figure 2–2 KSU With Expansion Type “B” Cabinet Interface Cards These cards provide the interface connections for telephone lines and stations to the KSU and Expansion cabinet. They fit into the card slots to configure the system as required. Refer to the Samsung iDCS100 Installation Guide for information on how to recognise and install interface cards. 1. Trunk Cards AC15 Contains three 4-wire tielines. Signalling frequency is 2280 Hz. 3TRK Provides three loo
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2-4 Chapter 2 Hardware Descriptions 2BRI Contains two Basic Rate access ports, i.e. four ISDN channels. Protocol is compatible with Euro–ISDN BRI. For S0 applications, power feeding to ports is selectable by programming. (See also PLL, below.) 4BRI Contains four Basic Rate access ports, i.e. eight ISDN channels. Protocol is compatible with Euro–ISDN BRI. For S0 applications, power feeding to ports is selectable by programming. (See also PLL, below.) PLL Any ISDN card (i.e.
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2-5 6MWSLI 100V pulse for message waiting LED working. Provides six SLI ports for industry–standard single line telephones and the ability to provide a loop-disconnect signal and a message- waiting signal. This card does not provide Long Line protection. Keyset Daughterboards A variety of keyset daughterboards (KDB) are available. If installed in a digital keyset con- nected to the Basic KSU, a KDB provides a second DLI or SLI port. (See Station Equipment, below, for full details.)
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2-6 Chapter 2 Hardware Descriptions All power to run the system comes from the power supply. Each power supply is rated ac- cording to the number of stations it will support. When SVMi-8 is installed, it counts as eight (8) stations of the PSU rating regardless of the number of Voice Processing Modules in- stalled. 3BSI Supports up to three DECT Base Stations for cordless handset communication. Station Equipment Note that the keysets described here may differ according to the cou
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2-7 LCD 6B Keyset (Figure 2–5) 32 character display (2 x 16) with three associ- ated soft keys and a scroll key 6 programmable keys Four fixed-function keys Built-in speakerphone Volume Up/Down keys for digital control of speaker, handset and ringer volumes Eight selectable ring tones Figure 2–5 LCD 6B Keyset Desk or wall mounted 6B Basic/Enhanced Model Keyset (Figure 2–6) 6 programmable keys Four fixed-function keys Built-in speakerphone Volume Up/Down keys for di
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2-8 Chapter 2 Hardware Descriptions 48 Button AOM (Figure 2–8) 48 programmable keys Up to four can be assigned to any DCS keyset to provide additional programmable keys Figure 2–8 48 Button AOM DCS Series Keyset Daughterboards KDB-DLI This daughterboard can be installed only in a 12B or 24B keyset. The KDB-DLI provides one additional DLI circuit for the connection of any digital station device such as a keyset, add-on module or DPIM. The KDB-DLI will only operate when
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2-9 Door Phone Interface Module (DPIM) & Door Phone (Figures 2-9 and 2-10) The DPIM adapts any DLI circuit for use with the door phone unit Commonly used to request entry through locked doors (interior or exterior) or as a room monitoring box Provides contact control to be used with a customer-provided electric door lock Door phone is wall-mounted Door phone is weather resistant Figure 2–9 Door Phone Interface Module Figure 2–10 Door Phone iDCS Series Keyse
