IEN Product Design Reference. Version 1.6

Transcription

1 IEN Product Desig Referece Versio 1.6

2 Hypercom Corporatio 2851 West Kathee Road Phoeix, Arizoa USA Corporate Teephoe: (602) Corporate Fax: (602) TRADEMARKS: Hypercom has attempted throughout the Itegrated Eterprise Network Referece Library to distiguish proprietary trademarks from descriptive terms by foowig the capitaizatio stye used by the maufacturer. The Itegrated Eterprise Network is a trademark. Hypercom ad the Hypercom ogo are registered trademarks of Hypercom Corporatio. A other products or services metioed i this documet are trademarks, service marks, or registered trademarks of their respective owers. Every effort has bee made to suppy compete ad accurate iformatio. However, Hypercom assumes o resposibiity for its use, or ay ifrigemet of the iteectua property rights of third parties which woud resut from such use. Copyright 1998 by HYPERCOM Corporatio. Maufactured i the Uited States of America

3 HYPERCOM CORPORATION A Rights Reserved. Hypercom ad the Hypercom Logo are registered trademarks of Hypercom Corporatio. The Itegrated Eterprise Network is a trademark. This pubicatio is proprietary to Hypercom Corporatio ad is iteded soey for the cotractua use of Hypercom customers. This pubicatio may ot be reproduced or distributed for ay purpose without the writte permissio of Hypercom Corporatio. NOTICE Hypercom Corporatio reserves the right to make chages to specificatios at ay time ad without otice. The iformatio furished i this pubicatio by Hypercom Corporatio is beieved to be accurate ad reiabe, however, o resposibiity is assumed by Hypercom Corporatio for its use. This documet appies to the Hypercom Itegrated Eterprise Network system ad supportig software. FCC NOTICE The Hypercom devices described herei geerate ad use radio frequecy eergy. If ot istaed ad used propery, they may iterfere with radio ad teevisio receptio. These devices have bee tested ad certified to compy with the imits for a Cass A digita device, as defied i Part 15 of the Federa Commuicatios Commissio (FCC) rues. Cass A imits are desiged to provide reasoabe protectio agaist radio/teevisio iterferece i a busiess eviromet. To compy with FCC reguatios, you must use shieded cabes with these devices. Operatio with uapproved equipmet or ushieded cabes is ikey to resut i iterferece with radio or teevisio receptio. Chages made to these devices without the approva of Hypercom Corporatio coud void your authority to operate them. These devices may cause iterferece eve though they meet Cass A imits. If there is iterferece, try to eimiate it by: Reorietig or reocatig the receivig atea of the radio or teevisio. Icreasig the distace betwee the receiver ad the Hypercom equipmet. Coectig the device to a outet o a circuit differet from that to which the receiver is coected. These devices have aso bee tested ad certified to compy with Part 68 of the FCC rues. FCC Part 68 requires that you: Provide the FCC registratio umber of the devices (idetified o the device itsef) to the teephoe compay, if requested; Estabish that the sum of Riger Equivaece Numbers of a devices coected to a sige teephoe ie does ot exceed five for reiabe operatio; Not ista this device o coi operated or party teephoe ies. Repair work o these devices must be doe oy by Hypercom Corporatio or a Hypercom authorized repair statio.

4 Tabe of Cotets TABLE OF CONTENTS CHAPTER 1 INTRODUCTION Objective Termioogy The IEN Desig Process CHAPTER 2 NETWORK REQUIREMENTS AND DEFINITIONS Network Desig Cosideratios Gatherig Network Requiremets Node Cassificatios Assigig the Regioa ad Remote Nodes CHAPTER 3 WAN TOPOLOGY SELECTION Defiig the WAN Topoogy HDLC X Frame Reay WAN Physica Iterfaces Determiig the WAN Topoogy Idetifyig Network Commuicatio Poits CHAPTER 4 PORT PROCESSOR AND MODULE SELECTION Seectig Port Processors ad Modues Creatig A Network Map Defiig WAN Port Processors ad Modues Dia Backup Fowchart Frame Reay WAN Protoco Fowchart HDLC WAN Protoco Fowchart Voice Over Frame Reay Protoco Fowchart Defiig Loca Port Processors ad Modues CHAPTER 5 PORT PROCESSOR SOFTWARE SELECTION TABLE OF CONTENTS I

5 IEN PRODUCT DESIGN REFERENCE Seectig Port Processor Software Defiig WAN Port Processor Software Requiremets HDLC WAN Port Processor Software Matrix Frame Reay WAN Port Processor Software Matrix Dia Backup Port Processor Software Matrix T1/E1 WAN Iterface Port Processor Software Matrix X.25 Port Processor Software Matrix Defiig Loca Port Processor Software Requiremets Asychroous Port Processor Software Matrix Bisychroous Port Processor Software Matrix Burroughs Po/Seect Port Processor Software Matrix Bus Extesio Port Processor Software Matrix Etheret Port Processor Software Matrix Gateway Port Processor Software Matrix IENView Access Port Processor Software Matrix SDLC Port Processor Software Matrix Toke Rig Port Processor Software Matrix User Services Port Processor Software Matrix Voice Port Processor Software Matrix CHAPTER 6 CHASSIS SELECTION Seectig the Chassis Whe to Use the IEN Whe to Use the IEN Whe to Use the IEN Whe to Use the IEN Whe to Use the IEN Whe to Use the IEN Whe to Use the IEN CHAPTER 7 CABLE AND ADAPTOR SELECTION Cabes ad Adaptors Defiig the Required Cabes ad Adaptors Determiig the Required Cabes ad Adaptors Geera Hardware Iformatio II IEN PRODUCT DESIGN REFERENCE

6 C h a p t e r 1 Itroductio The Itegrated Eterprise Network (IEN) Product Desig Referece ca assist you i seectig the appropriate products for desigig a etwork. This guide provides iformatio about the IEN desig process ad its basic compoets.

7 OBJECTIVE The guide takes you through the product seectio process for desigig a etwork. The cofiguratio diagrams i the IEN Product Desig Referece iustrate commoy used protocos, iterfaces, ad desig strategies. TERMINOLOGY The foowig terms are used throughout this referece. For more detaied defiitios, refer to the IEN Techica Gossary. Cetra Node Logica Node Node Node ID Port Port Processor Regioa Node The uppermost ode i the Hypercom IENView etwork maagemet system through which IENView ca admiister ad view a other odes. The cetra ode is usuay the primary ode coected to IENView. A ogica cocept defied oy withi IENView. The ogica ode represets the frame reay coud with its upik ad dowik IDs. For exampe: The ogica ode, or frame reay coud, o the Hypercom IENView etwork map ists a the frame reay coectio IDs associated with that ogica ode. Oe or more bus-exteded or expaded IEN chassis, comprised of up to 240 bus addresses. A uique umber assiged to each ode withi a IEN etwork. It is the remote ID umber assiged whe you create the database. A sige physica iterface associated with its ow bus address. Refers to a sef-cotaied CPU/iterface circuit board that icorporates a ecessary circuitry to commuicate with the IEN chassis busses. The port processor cotais a memory to ru the CPU idepedety. Hypercom produces a umber of differet types of port processors that are capabe of hadig sige or mutipe fuctios. A ode withi the Hypercom IENView etwork maagemet system that does ot fuctio as a cetra ode; it fuctios as a cocetrator for subordiate odes. From a regioa ode, you ca view the regioa ode ad subordiate odes. You ca aso admiister these odes if IENView is coected to the regioa ode.

8 INTRODUCTION Remote Node Sot Sot Coector Sot Coector Number Sot Number A ode withi the Hypercom IENView etwork maagemet system that has o subordiates. From a remote ode, you ca oy view the remote ode. You ca admiister the remote ode if IENView is coected to the remote ode. A physica ocatio where a port processor is iserted ito a IEN chassis. A physica coector ocated o the rear of a IEN chassis. A uique umber assiged to each sot o the rear of a IEN chassis. A uique umber assiged to each sot i the frot of a IEN chassis INTEGRATED ENTERPRISE NETWORK 1-3

9 CHAPTER 1 THE IEN DESIGN PROCESS The IEN desig process cotais six steps. Each step i this process equates to a chapter i this referece, as foows: Network Requiremets ad Defiitios Chapter 2 describes the process for gatherig requiremets. This iformatio is ecessary for seectig the correct products for desig impemetatio. WAN Topoogy Seectio Chapter 3 describes the WAN topoogies avaiabe withi the Itegrated Eterprise Network. Port Processor ad Modue Seectio Chapter 4 describes how to seect port processors ad modues for the protocos, appicatios, ad iterfaces withi the etwork. Port Processor Software Seectio Chapter 5 describes the appicatios avaiabe withi the Itegrated Eterprise Network. This chapter icudes how to seect port processor software for the etwork desig. Chassis Seectio Chapter 6 describes the IEN chassis ad whe to use a particuar IEN chassis withi the etwork. Cabe ad Adaptor Seectio Chapter 7 describes how to seect the correct cabes ad adapters to gai coectivity. This chapter icudes a cabe matrix, istig the seectios for each port processors by fuctio. 1-4 IEN PRODUCT DESIGN REFERENCE

10 C H A P T E R 2 Network Requiremets ad Defiitios The first step i the Itegrated Eterprise Network desig process is to determie a etwork requiremets ad their fuctios withi each site. This icudes idetifyig a the protocos, appicatios, ad iterfaces required at each site. You ca cassify each site withi the IEN system with this iformatio. Topics icude: Network Desig Cosideratios Gatherig Network Requiremets Assigig Node Cassificatios

11 CHAPTER 2 NETWORK DESIGN CONSIDERATIONS Whe you desig a etwork, you must cosider basic site factors ad iformatio. The factors to cosider icude: Site fuctios Protocos ad iterfaces Equipmet Existig ad desired WAN topoogy Existig ad desired LAN topoogy Physica space Eviromet Power Demarcatio poits Withi this process, you gather iformatio about what the etwork currety supports ad the types of iformatio ad speeds that you wat the etwork to support i the future. Gatherig Network Requiremets Through the requiremets-gatherig process, you obtai iformatio o a sites icuded i the etwork aaysis. You use this iformatio to cassify the sites i the etwork. Figure 2-1 Sampe corporate etwork diagram 2-2 IEN PRODUCT DESIGN REFERENCE

12 NETWORK REQUIREMENTS AND DEFINITIONS Withi a IEN, sites are abeed as odes. You ca cassify odes as cetra, regioa, or remote; oy oe ode is cassified as the cetra, but mutipe odes ca be cassified as regioa or remote. The fuctios performed at each site determie the etwork hierarchy. Each IEN ode cosists of oe or more bus-exteded or expaded IEN chassis, cotaiig up to 240 bus addresses. Node Cassificatios The cetra ode is the uppermost ode i the etwork. The cetra ode usuay cotais the hosts that maage the processig for the rest of the etwork. It may aso cotai fuctios that are withi a corporate office or data processig ceter, icudig accoutig ad trasactio processig. You usuay coect IENView to the cetra ode, because you ca view ad admiister the etire etwork from the cetra ode. A regioa ode is usuay a cocetrator for remote odes withi the etwork. Typica sites that quaify to be regioa odes icude warehouses ad arge bak braches i major areas. The regioa ode strategy is effective whe there are may remote odes withi cose proximity that require coectio to the cetra ode. Whe you use a regioa ode, you ca cocetrate the traffic from remote odes ad sed it through oe coectio. From a regioa ode, you ca view the regioa ode ad remote odes withi its regio. You ca aso admiister these odes if you coect IENView to the regioa ode. A remote ode is the owest ode i the structure. A remote ode does ot have ay odes that are subordiate to it i the etwork. Typica sites that you ca cassify as remote odes icude a sma bak brach or a oca saes office. From the iformatio gaied whie gatherig requiremets, you ca begi to assig ode cassificatios to ocatios withi the etwork INTEGRATED ENTERPRISE NETWORK 2-3

13 CHAPTER 2 Assigig the Regioa ad Remote Nodes I the curret etwork desig as show i Figure 2-1, the warehouses ad saes offices are cassified as remote odes, each oe havig access to the corporate office or the cetra ode. The curret etwork desig is ot efficiet. It does ot provide easy traffic fow or ow commuicatios costs because: A the oca saes offices require access to New York The state saes offices require access to the fie server at the state s warehouse To reduce traffic fow through the corporate office i New York, promote the warehouses to regioa odes to cocetrate the traffic from the state s saes offices ad to provide a direct route to the cetra ode i New York. CURRENT NETWORK STRUCTURE NEW NETWORK STRUCTURE Figure 2-2 Promotig warehouses from remote to regioa odes 2-4 IEN PRODUCT DESIGN REFERENCE

14 C H A P T E R 3 WAN Topoogy Seectio The chapter describes the supported WAN topoogies for a IEN. Topics icude: Defiig the WAN Topoogies Determiig the WAN Topoogy

15 CHAPTER 3 DEFINING THE WAN TOPOLOGY Withi a Itegrated Eterprise Network, you ca seect from three WAN topoogies: HDLC X.25 Frame Reay Seect a topoogy based o the speeds, protocos, ad iterfaces requirig support ad the amout of traffic withi your curret etwork. Cosider the existig WAN services ad how to use those services effectivey withi your ew desig. 3-2 IEN PRODUCT DESIGN REFERENCE

16 HDLC WAN TOPOLOGY SELECTION IEN odes ca coect usig a HDLC LAP-B poit-to-poit or mutipe poit-to-poit backboe over a private eased-ie etwork, providig a ow-overhead WAN backboe. You ca use HDLC iks with other WAN topoogies such as frame reay, tai circuits from regioa odes, or cosoidatio iks from regioa to cetra odes. A HDLC mutipe poit-to-poit backboe supports up to eight drops. Figure 3-1 HDLC mutipe poit-to-poit backboe topoogy A HDLC poit-to-poit backboe correspods to the umber of odes ad eased ies avaiabe i the etwork. Figure 3-2 HDLC poit-to-poit backboe topoogy INTEGRATED ENTERPRISE NETWORK 3-3

17 CHAPTER 3 X.25 IEN odes ca aso coect usig a X.25 backboe etwork. Each IEN X.25 backboe coectio supports switched virtua circuit (SVC) coectios, permaet virtua circuit (PVC) coectios, or etwork maagemet oadig of SVC or PVC ca address tabes. A X.25 backboe aows coectio of up to 64 IEN odes. Figure 3-3 IEN X.25 backboe topoogy You ca aso combie X.25 with HDLC as a backboe ifrastructure. Figure 3-4 X.25 ad HDLC backboe topoogy 3-4 IEN PRODUCT DESIGN REFERENCE

18 WAN TOPOLOGY SELECTION Frame Reay IEN odes ca aso coect usig a frame reay backboe. This backboe supports the trasport of egacy ad LAN-based protocos ad aso aows voice ad data to trave over the same backboe. Frame reay provides predictabe etwork trasitio times ad routig betwee etwork odes. There are various frame reay backboes avaiabe. Usig frame reay as a backboe, you ca route IEN data traffic from ay ode to ay other ode. This backboe topoogy ca support up to 240 PVCs per port. Figure 3-5 Frame reay backboe topoogy INTEGRATED ENTERPRISE NETWORK 3-5

19 CHAPTER 3 You ca route LAN traffic usig RFC1294 or RFC1490 to o-ien routers. Figure 3-6 Frame reay RFC1490 backboe topoogy You ca route SNA/SDLC LLC2 traffic to host FEPs such as the Figure 3-7 Frame reay RFC1490 ad SDLC to LLC2 backboe topoogy 3-6 IEN PRODUCT DESIGN REFERENCE

20 WAN TOPOLOGY SELECTION Usig the Frame Reay Network-to-Network (NNI) iterface, you ca pass frame reay traffic from oca ports to the frame reay etwork. This is kow as Frame Reay Pass-Through. Figure 3-8 Frame Reay Pass-Through backboe topoogy A carrier-based frame reay coectio may ofte be the best choice whe og distaces are ivoved. Carrier-based frame reay requires oy a oca access circuit from your ocatio to the carrier s oca premises. The carrier s itera etwork structure covers the og distace. A oca-access circuit is the made betwee a remote, regioa, or cetra ode ad the carrier s oca premises. A carrier-based frame reay may reduce costs compared to a dedicated circuit INTEGRATED ENTERPRISE NETWORK 3-7

21 CHAPTER 3 WAN Physica Iterfaces IEN supports a direct digita service (DDS) ad T1 WAN coectios, as we as V.35 ad ISDN. T1 or Fractioa T1 (FT1) T1 may ofte be the best WAN iterface whe the etwork requires high badwidth appicatios betwee two odes or amog arger umbers of outside, or o-tie-ie, voice ies. Cost savigs come from the voume discout a carrier ca offer compared to idividuay coected ies. Ay more tha oe 64Kbps coectio is cosidered a T1 coectio. Two to twety-four of these coectios are cosidered a fractioa T1. 56K/64Kbps DDS A 56/64Kbps DDS coectio may be best suited for ower badwidth appicatios. Sma umbers of 56K/64K DDS circuits may ofte resut i ower cost tha a fractioa T1 or fu T1 coectio. The threshod for seectig a FT1 or a T1 coectio varies by carrier. 3-8 IEN PRODUCT DESIGN REFERENCE

22 WAN TOPOLOGY SELECTION DETERMINING THE WAN TOPOLOGY To defie the WAN requiremets, buid from the owest eve to the highest, or from the remote odes to the cetra ode. As you defie badwidth requiremets, you ca determie the badwidth eeded for growth ad how much badwidth the cetra ode requires to support a its subordiate odes. Figure 3-9 Sampe etwork diagram The sampe etwork diagram icorporates both poit-to-poit ad mutipe poit-to-poit coectios. Betwee the remote odes ad respective regioa odes is a frame reay coud usig mutipe poit-to-poit coectios. The regioa odes coect to the cetra ode through poit-to-poit coectios INTEGRATED ENTERPRISE NETWORK 3-9

23 CHAPTER 3 Idetifyig Network Commuicatio Poits A etwork commuicatio poit is where two odes itersect for trasport. Based o the etwork diagram o the previous page, the etwork commuicatio poits are: The remote odes to the frame reay coud (A). The frame reay coud to the regioa ode (B). The regioa odes to the cetra ode (C). Figure 3-10 Network commuicatios poits Usig the sampe etwork diagram as a exampe, the remote odes (A) require access to frame reay. A 64Kbps DDS is cosidered sufficiet for the expected traffic voumes for the commuicatios IEN PRODUCT DESIGN REFERENCE

24 WAN TOPOLOGY SELECTION Each remote ode aso requires a Committed Iformatio Rate (CIR) of 19.2Kbps because of the burstig ature ad voumes expected. Each remote ode has a permaet virtua circuit (PVC) defied i the frame reay etwork to the regioa ode. Figure 3-11 Remote odes WAN badwidth requiremets The regioa odes (B) require access to frame reay ad to each remote ode i their regio. Seectig a fractioa T1 (FT1) with 128K, or two DS0s, of badwidth avaiabe eabes the future additio of remote odes to the frame reay etwork. Figure 3-12 Regioa odes WAN badwidth requiremets INTEGRATED ENTERPRISE NETWORK 3-11

25 CHAPTER 3 The cetra ode (C) uses a T1 to hade the voumes expected from the combiatio of LAN traffic ad future remote expasio. Figure 3-13 Network WAN badwidth topoogy diagram 3-12 IEN PRODUCT DESIGN REFERENCE

26 C H A P T E R 4 Port Processor ad Modue Seectio The chapter describes how to seect port processors ad modues for a etwork cofiguratio. Topics icude: Creatig a Network Map Determiig the WAN Port Processors ad Modues Determiig the Loca (Node-Leve) Port Processors ad Modues

27 CHAPTER 4 SELECTING PORT PROCESSORS AND MODULES Certai protocos require a specific port processor ad modue; other protocos have mutipe port processor ad modue combiatios. Each of the mutipe port processor optios is based o specific etwork desig requiremets, such as WAN iterface ad WAN speed. Creatig A Network Map Usig the iformatio gathered i the etwork requiremets process ad the etwork topoogy diagram, you ca create a etwork map. To create a etwork map, use the fuctioa iformatio for the cetra, regioa, ad remote odes to idetify the protoco ad iterface requiremets for each ode. Figure 4-1 Sampe Network Map 4-2 IEN PRODUCT DESIGN REFERENCE

28 PORT PROCESSOR AND MODULE SELECTION The iformatio o the etwork map heps idetify the required port processors ad modues. Withi the etwork, you specify WAN requiremets ad the ode-eve, or oca, requiremets. The umber ad type of port processors ad modues required for each WAN ad oca ode heps determie chassis requiremets for each ode. Defiig WAN Port Processors ad Modues The WAN protocos ad appicatios icude: Dia backup Frame reay HDLC ISDN Voice over frame reay X.25 As show i Tabe 4-1, some protocos require a specific port processor ad modue; others require a fowchart to idetify the correct port processor ad modue. The fowcharts use specific parameters, such as physica iterface requiremets ad ie speed, to determie the appropriate port processor. Each port processor requires oe sot i a chassis. Tabe 4-1 WAN port processor protocos ad appicatios Protoco/appicatio Port processor Dia backup See Figure 4-2 o Page 4-4. Frame reay See Figure 4-3 o Page 4-5. HDLC IEN to IEN WAN See Figure 4-4 o Page 4-6. ISDN BRI ISDN PRI CID63 with ISD01-U or ISD01-ST. DTC11-LHO pus CID61 x N (Each CID61 supports three ports). Voice over frame reay See Figure 4-5 o Page 4-7. X.25 - WAN software CID61. As you determie the required WAN port processors ad modues that meet the etwork requiremets for each ode, eter the ames ito separate boxes o the etwork map INTEGRATED ENTERPRISE NETWORK 4-3

29 CHAPTER 4 Dia Backup Fowchart Use the Dia Backup fowchart to determie the port processor ad modue requiremets whe you impemet dia backup appicatios for a etwork. Figure 4-2 Dia Backup fowchart 4-4 IEN PRODUCT DESIGN REFERENCE

30 PORT PROCESSOR AND MODULE SELECTION Frame Reay WAN Protoco Fowchart Use the Frame Reay WAN Protoco fowchart to determie the port processor requiremets whe you impemet a frame reay WAN backboe. Figure 4-3 Frame reay WAN protoco fowchart INTEGRATED ENTERPRISE NETWORK 4-5

31 CHAPTER 4 HDLC WAN Protoco Fowchart Use the HDLC WAN Protoco fowchart to determie the port processor requiremets whe you impemet a HDLC IEN to IEN WAN backboe. HDLC WAN Yes Greater tha 128Kbps? V.35 WAN Iterface? T1 Add CID61 ad DTC11-LHO No 56/64K DDS Add CID61 Add CID63 Add Extera DSU/ CSU No Itera DSU? Yes V.35 Iterface? RS232 Add CID63 with DSU63 Add CIV01 Add CIR01 END Figure 4-4 HDLC WAN Protoco fowchart 4-6 IEN PRODUCT DESIGN REFERENCE

32 Voice Over Frame Reay Protoco Fowchart PORT PROCESSOR AND MODULE SELECTION Use the Voice Over Frame Reay Protoco fowchart to determie the port processor requiremets whe you impemet voice over frame reay backboe. Each CID61 supports oe DVF18 modue. The DVF18 ca support two, four, or eight compressed voice chaes. F/R with Voice WAN V.35 56/64K DDS Iterface? T1 Add Extera DSU or CSU Add DTC11-LHO Add CID61 with DSU01 128Kbps or Less? No Yes Add Dedicated CID61 for WAN Add CID61 with DVF18-X END Figure 4-5 Voice Over Frame Reay Protoco fowchart INTEGRATED ENTERPRISE NETWORK 4-7

33 CHAPTER 4 Defiig Loca Port Processors ad Modues The oca protocos ad appicatios icude: Asyc Bisyc Etheret HDLC IENView PBX/key system SDLC Toke rig X.25 As show i Tabe 4-2, some protocos require a specific port processor ad modue ad others require a fowchart to idetify the correct port processor ad modue. The fowcharts use specific parameters, such as physica iterface requiremets ad ie speed, to determie the appropriate port processor. Each port processor requires oe sot i a chassis. Tabe 4-2 Loca port processor protocos ad appicatios Protoco/appicatio Port processor Asyc Bisyc Etheret CID63 with CIR01. CID63 with CIR01 (or CIV01). LET61 (LET61H if ocated i the cetra ode). HDLC oca port See Figure 4-6 o Page 4-9. IENView coectio See Figure 4-7 o Page PBX/key system See Figure 4-8 o Page SDLC Toke rig CID63 with CIV01 (or CIR01). LTR61 (LTR61H if ocated i the cetra ode). X.25 - Switched software CID63 with CIR01 (or CIV01). 4-8 IEN PRODUCT DESIGN REFERENCE

34 PORT PROCESSOR AND MODULE SELECTION HDLC User Port Protoco Fowchart Use the HDLC User Port Protoco fowchart to determie the port processor requiremets whe you impemet the HDLC oca port protoco ito your etwork. Figure 4-6 HDLC User Port Protoco fowchart INTEGRATED ENTERPRISE NETWORK 4-9

35 CHAPTER 4 IENView Coectio Fowchart Use the IENView Coectio Iterface fowchart to determie the port processor requiremets whe determiig which IENView coectio is best suited for your etwork. Figure 4-7 IENView Coectio Iterface fowchart 4-10 IEN PRODUCT DESIGN REFERENCE

36 PORT PROCESSOR AND MODULE SELECTION PBX/Key System Iterface Fowchart Use the PBX/Key System Iterface fowchart to determie the port processor requiremets whe the etwork cotais a PBX or a key system cofiguratio. The DLA14 port processor supports two chaes i four-wire E&M mode ad four chaes i two-wire FXO or FXS mode. Seect the umber of DLA14s that correspods to the umber of chaes i the etwork desig. Figure 4-8 PBX/Key System Iterface Fowchart INTEGRATED ENTERPRISE NETWORK 4-11

37 C H A P T E R 5 Port Processor Software Seectio This chapter describes the avaiabe port processor software. Topics icude: Defiig the Port Processor Software Requiremets Determiig the Port Processor Software Usage

38 CHAPTER 5 SELECTING PORT PROCESSOR SOFTWARE The ext step i the etwork product desig is to determie the software required for each port processor. To idetify the appropriate software for the etwork, use the software matrices ad descriptios i this chapter. The seectio process for the port processor software divides ito WAN ad oca requiremets. Start with the WAN iterface requiremets at the cetra ode ad work dow to the remote odes. A software defied for a cetra ode may require a parter software ruig at a remote ode. Defiig WAN Port Processor Software Requiremets The WAN software matrices icude: HDLC WAN Frame reay WAN Dia backup T1/E1 WAN Iterface X.25 Icuded with the matrix is a brief descriptio of port processor software use i a etwork. For more detaied iformatio, refer to the idividua software descriptios or the IEN Software Referece. 5-2 IEN PRODUCT DESIGN REFERENCE

39 PORT PROCESSOR SOFTWARE SELECTION HDLC WAN Port Processor Software Matrix Use the HDLC WAN Port Processor Software Matrix to determie the port processor software requiremets whe usig this WAN for the etwork. Tabe 5-1 HDLC WAN Port Processor Software Matrix Software ame Port processors CID15 CID15H CID15HA CID61 CID63 C5HNHNN C5HNHNP C5HNHNS C61NHDE C61NHNN CLMNHNN HDLC WAN Software Descriptios The HDLC WAN software i the matrix performs the foowig fuctios: C5HNHNN, C61NHNN, ad CLMNHNN provide ode-to-ode commuicatios usig the HDLC/LAPB protoco. C5HNHNP provides primary, mutipoit ode-to-ode commuicatios usig HDLC/NRM protoco. C5HNHNS provides secodary, mutipoit, ode-to-ode commuicatios usig HDLC/NRM protoco. C61NHDE provides ecrypted ode-to-ode commuicatios usig HDLC/ LAPB protoco INTEGRATED ENTERPRISE NETWORK 5-3

40 CHAPTER 5 Frame Reay WAN Port Processor Software Matrix Use the Frame Reay WAN Port Processor Software Matrix to determie the port processor software requiremets whe usig this WAN for the etwork. Tabe 5-2 Frame Reay WAN Port Processor Software Matrix Software ame Port processors CID15 CID15H CID15HA CID61 CID63 C61NHFX C61NHFV CLMNHFX Frame Reay WAN Software Descriptios The Frame Reay WAN software i the matrix performs the foowig fuctios: C61NHFX ad CLMNHFX provides ode-to-ode commuicatios usig a frame reay etwork. C61NHFV provides ode-to-ode commuicatios usig a frame reay etwork icudig voice compressio appicatios. 5-4 IEN PRODUCT DESIGN REFERENCE

41 Dia Backup Port Processor Software Matrix PORT PROCESSOR SOFTWARE SELECTION Use the Dia Backup Port Processor Software Matrix to determie the port processor software requiremets whe usig dia backup appicatios for the etwork. Tabe 5-3 Dia Backup Port Processor Software Matrix Software ame Port processors CID15 CID15H CID15HA CID61 CID63 C5HNHDB C61NHDB C63NHDB C61NIPB C61NIPD C63NHIB C63NHI2 Dia Backup Software Descriptios The Dia Backup software i the matrix performs the foowig fuctios: C5HNHDB, C61NHDB, ad C63NHDB provide a backup path for the primary ode-to-ode, frame reay, or HDLC/NRM coectio. C61NIPB supports the HDLC/LAPB protoco for ode-to-ode commuicatios o three ISDN B chaes. C61NIPD cotais the LAPD/Q.931 protoco for commuicatig to the user or etwork iterface of a ISDN etwork. C63NHIB supports the ISDN BRI 1B+D fuctioaity i a upik, regioa, or cetra ode. C63NHI2 supports icomig cas from oe or two upik, regioa, or remote odes INTEGRATED ENTERPRISE NETWORK 5-5

42 CHAPTER 5 T1/E1 WAN Iterface Port Processor Software Matrix Use the T1/E1 WAN Iterface Port Processor Software Matrix to determie the port processor software requiremets whe usig a T1 or E1 iterface for the etwork. Tabe 5-4 T1/E1 WAN Iterface Port Processor Software Matrix Software ame Port processors DTC11-LHO DTC11-E1 DSX11 D11NAFT D11NASW E11NASW T1/E1 WAN Iterface Software Descriptios The T1/E1 WAN Iterface software i the matrix performs the foowig fuctios: D11NAFT ad D11NASW provide cotro for the DTC11 T1 iterface port processor i the ode. E11NASW provides cotro for the DTC11-E1 iterface port processor i the ode. 5-6 IEN PRODUCT DESIGN REFERENCE

43 PORT PROCESSOR SOFTWARE SELECTION X.25 Port Processor Software Matrix Use the X.25 Port Processor Software Matrix to determie the port processor software requiremets whe usig this WAN for the etwork. Tabe 5-5 X.25 WAN Port Processor Software Matrix Software ame Port processors CID15H CID61 CID63 C5HNPNN C61NPNN X.25 Software Descriptios The X.25 software show i the matrix, C5ZHNPNN ad C61NPNN, both provide a iterface to a pubic or private X.25 etwork for itercoectio to a ode INTEGRATED ENTERPRISE NETWORK 5-7

44 CHAPTER 5 Defiig Loca Port Processor Software Requiremets Whe you fiish defiig the WAN software, start defiig the oca port processor, or user services, software. Start with the cetra ode ad work dow toward the remote. A software defied i the cetra ode usuay requires a compaio software defied i a remote ode. The Loca software matrices icude: Asyc Bisyc Burroughs Po/Seect Bus extesio Etheret Gateways IENView access SDLC Toke Rig User services Voice Icuded with the matrix is a brief descriptio of port processor software use i a etwork. For more detaied iformatio, refer to the idividua software descriptios or the IEN Software Referece. 5-8 IEN PRODUCT DESIGN REFERENCE

45 Asychroous Port Processor Software Matrix PORT PROCESSOR SOFTWARE SELECTION Use the Asyc Port Processor Software Matrix to determie the port processor software requiremets whe usig this protoco for the etwork. Tabe 5-6 Asychroous Port Processor Software Matrix Software ame Port processors CID15 CID15H CID15HA CID61 CID63 C5HNAIP C5HNAIS C5HNASP C5HNASS C5HNATP C5HNATS CLMNATS Asychroous Software Descriptios The asychroous software i the matrix performs the foowig fuctios: C5HNAIP pos ATM or teer cotroers cofigured for a asychroousy poed operatio. C5HNAIS accepts poig/seect sequeces from a host port ad forwards iformatio to C5HNAIP i a remote ode. C5HNASP provides a primary trasparet, poed iterface to a remote device supportig a asychroous protoco. C5HNASS provides a secodary trasparet, poed iterface to a host port supportig a asychroous protoco. C5HNATP provides a primary, trasparet iterface to a remote device supportig a asychroous protoco. C5HNATS provides a secodary, trasparet iterface to a host coectio supportig a asychroous protoco. CLMNATS provides either a primary or secodary trasparet iterface to a cetra or remote device supportig a asychroous protoco INTEGRATED ENTERPRISE NETWORK 5-9

46 CHAPTER 5 Bisychroous Port Processor Software Matrix Use the Bisyc Port Processor Software Matrix to determie the port processor software requiremets whe usig this protoco for the etwork. Tabe 5-7 Bisychroous Port Processor Software Matrix Software ame Port processors CID15 CID15H CID15HA CID61 CID63 C5HNBTP C5HNBTS CLMNBSC Bisychroous Software Descriptios The bisychroous software i the matrix performs the foowig fuctios: C5HNBTP provides a iterface to a remote device cofigured as a 3270 bisyc secodary cotroer or a 2780/3780 remote statio. C5HNBTS provides a iterface to a host seria iterface cofigured as a 3270 bisychroous primary or supportig 2780/3780 commuicatios protoco. CLMNBSC provides primary ad secodary bisyc driver fuctios ad routes bisyc data to a remote bisyc primary driver IEN PRODUCT DESIGN REFERENCE

47 Burroughs Po/Seect Port Processor Software Matrix PORT PROCESSOR SOFTWARE SELECTION Use the Burroughs Po/Seect Port Processor Software Matrix to determie the port processor software requiremets whe usig this protoco for the etwork. Tabe 5-8 Burroughs Po/Seect Port Processor Software Matrix Software ame Port processors CID15 CID15H CID15HA CID61 CID63 C5HNBDP C5HNBDS C5HNBBP C5HNBBS CLMNBUR Burroughs Po/Seect Software Descriptios The Burroughs Po/Seect software i the matrix performs the foowig fuctios: C5HNBDP pos automatic teer machies (ATM) or teer cotroers through a asychroous iterface. C5HNBDS receives pos from a host port ad forwards iformatio to C5HNBDP to acquire the po addresses ecessary to po remote ATM or teer cotroers. C5HNBBP pos ATM or teer cotroers through a bisychroous iterface. C5HNBBS receives pos from a host port to pass to C5HNBBP. CLMNBUR provides a Burroughs P/S coectio to a host ad remote device INTEGRATED ENTERPRISE NETWORK 5-11

48 CHAPTER 5 Bus Extesio Port Processor Software Matrix Use the Bus Extesio Port Processor Software Matrix to determie the port processor software requiremets whe usig this appicatio for the etwork. Tabe 5-9 Bus Extesio Port Processor Software Matrix Software ame Port processors LET61 LET61B LET61H LTR61 LTR61B LTR61H E61NEEX T61NTEX Bus Extesio Software Descriptios The Bus Extesio software i the matrix performs the foowig fuctios: E61NEEX aows the chassis to be itercoected for supportig up to 240 ports i oe IEN ode usig a Etheret iterface. T61NTEX aows the chassis to be itercoected for supportig up to 240 ports i oe IEN ode usig a Toke Rig iterface IEN PRODUCT DESIGN REFERENCE

49 PORT PROCESSOR SOFTWARE SELECTION Etheret Port Processor Software Matrix Use the Etheret Port Processor Software Matrix to determie the port processor software requiremets whe usig this protoco for the etwork. Tabe 5-10 Etheret Port Processor Software Matrix Software ame Port processors LET61 LET61B LET61H LTR61 LTR61B LTR61H E61NEMX Etheret Software Descriptios The E61NEMX Etheret software provides a iterface to Etheret LAN segmets fuctioig as mutiprotoco routers or bridges to remote subets reachabe through the WAN coectio or other extera routers INTEGRATED ENTERPRISE NETWORK 5-13

50 CHAPTER 5 Gateway Port Processor Software Matrix Use the Gateway Port Processor Software Matrix to determie the port processor software requiremets whe usig this appicatio for the etwork. Tabe 5-11 Gateway Port Processor Software Matrix Software ame Port processors CID15 CID15H CID15HA CID61 CID63 C5HNAAT C5HNB72 C5HNB7T C5HNBS2 C5HNBT2 C5HNBST C5HNBTT C63NB7T C63NBST C63NBTT C5HNABT C5HNBBT C5HNST2 C5HNSST C63NS0T C63NSPT C5HNPTC C63NPTT C61NSL2 CLMNSL2 C63NSTQ 5-14 IEN PRODUCT DESIGN REFERENCE

51 PORT PROCESSOR SOFTWARE SELECTION Gateway Software Descriptios The Gateway software i the matrix performs the foowig fuctios: C5HNAAT pos a TCP/IP host cofigured for a asychroousy poed operatio. C5HNB72, C5HNB7T, ad C63NB7T provide a sychroous iterface supportig 3780 poit-to-poit bisyc protoco to a bisyc device. C5HNBS2, C5HNBT2, C5HNBST, C5HNBTT, C63NBST, ad C63NBTT provide a iterface to a remote device cofigured as a 3270 bisyc protoco driver. C5HNABT provides a iterface to ed devices cofigured as Burroughs primary asychroous cotro uits. C5HNBBT provides a iterface to ed devices cofigured as Burroughs secodary bisychroous cotro uits. C5HNST2 provides a sychroous iterface supportig SNA LU2 protoco to a SDLC device. C5HNSST provides a sychroous iterface supportig SNA 3601 protoco to a SDLC device. C63NS0T provides a SNA /SDLC NCP iterface for trasparet etworks. C63NSPT provides a SNA /SDLC NCP iterface for trasparet etworks ad supports SNA LU0 secodary, SNA LU2 secodary, ad SDLC secodary. C5HNPTC ad C63NPTT provide a sychroous iterface supportig X.25 protoco to a X.25 device. C61NSL2 ad CLMNSL2 provide a seria iterface to support devices requirig SNA/SDLC data streams to be coverted to LLC2 data frames. C63NSTQ provides a seria iterface to support devices requirig SNA/SDLC data streams to be coverted to QLLC data frames INTEGRATED ENTERPRISE NETWORK 5-15

52 CHAPTER 5 IENView Access Port Processor Software Matrix Use the IENView Access Port Processor Software Matrix to determie the port processor software requiremets whe usig this appicatio for the etwork. Tabe 5-12 IENView Access Port Processor Software Matrix Software ame Port processors CID15 CID15H CID15HA CID61 CID63 C5HNAPC CLMNAPC IENView Access Software Descriptios The IENView Access software show i the matrix, C5HNAPC ad CLMNAPC, both coect a IENView patform, typicay a PC, to a cetra IEN ode IEN PRODUCT DESIGN REFERENCE

53 PORT PROCESSOR SOFTWARE SELECTION SDLC Port Processor Software Matrix Use the SDLC Port Processor Software Matrix to determie the port processor software requiremets whe usig this protoco for the etwork. Tabe 5-13 SDLC Port Processor Software Matrix Software ame Port processors CID15 CID15H CID15HA CID61 CID63 C53NSTP C5HNSTS C61NSTP C61NSTS CLMNSTP CLMNSTS SDLC Software Descriptios The SDLC software i the matrix performs the foowig fuctios: C53NSTP, C61NSTP, ad CLMNSTP provide a primary seria iterface to support devices usig SDLC SNA/SDLC data streams. C5HNSTS, C61NSTS, ad CLMNSTS provide a secodary, seria iterface to a FEP port requirig support for SNA/SDLC data streams INTEGRATED ENTERPRISE NETWORK 5-17

54 CHAPTER 5 Toke Rig Port Processor Software Matrix Use the Toke Rig Port Processor Software Matrix to determie the port processor software requiremets whe usig this protoco for the etwork. Tabe 5-14 Toke Rig Port Processor Software Matrix Software ame Port processors LET61 LET61B LET61H LTR61 LTR61B LTR61H T61NTMX Toke Rig Software Descriptios The T61NTMX Toke Rig software provides a iterface to Toke Rig LAN segmets fuctioig as mutiprotoco routers or bridges to remote subets reachabe through the WAN coectio or other extera routers IEN PRODUCT DESIGN REFERENCE

55 User Services Port Processor Software Matrix PORT PROCESSOR SOFTWARE SELECTION Use the User Services Port Processor Software Matrix to determie the port processor software requiremets whe usig this appicatio for the etwork. Tabe 5-15 User Services Port Processor Software Matrix Software ame Port processors LET61 CID15H CID15HA CID61 CID63 C61NPTP C61NPTS C61NHFS C5HNAX3 C5HNPX3 C63NXPA CLMNPSW CLMNPPP CLMNLAT E61NELT INTEGRATED ENTERPRISE NETWORK 5-19

56 CHAPTER 5 User Services Software Descriptios The User Services software i the matrix performs the foowig fuctios: C61NPTP provides a iterface to a remote seria coectio supportig a HDLC/LAPB (X.25) or SDLC (PU.T4) primary device. C61NPTS provides a iterface to a cetra seria coectio supportig a HDLC/LAPB (X.25) or SDLC (PU.T4) secodary device. C61NHFS coects a o-ien FRAD directy to a co-ocated remote ode to provide pass-through services. C5HNAX3 ad C63NXPA provide a trasparet asychroous iterface to a remote device supportig a asychroous protoco. C5HNPX3 provides a seria iterface to a host coectio supportig X.25. CLMNPSW provides a X.25 primary or secodary iterface to a IEN etwork. CLMNPPP aows seria-attached PCs to access a IP etwork through IEN routig. CLMNLAT ad E61NELT provide a device ad server iterface for LAT versio 5.0 or ater IEN PRODUCT DESIGN REFERENCE

57 PORT PROCESSOR SOFTWARE SELECTION Voice Port Processor Software Matrix Use the Voice Port Processor Software Matrix to determie the port processor software requiremets whe usig this appicatio for the etwork. Tabe 5-16Voice Port Processor Software Matrix Software ame Port processors CID61 DLA14 DSX11 DTC11-E1 DTC11-LHO C61NHFV DL4NVFR D11NAVD DSXNAVD E11NAVD Voice Software Descriptios The Voice software i the matrix performs the foowig fuctios: C61NHFV supports packetized voice over frame reay or poit-to-poit iks ad voice compressio ad ca cotro. DL4NVFR provides a four-chae aaog ie iterface for coectios to a IEN chassis. D11NAVD provides cotro for the DTC11 T1 iterface port processor ad aows the passage of voice traffic across the etwork. DSXNAVD provides cotro for the DSX11 T1 iterface port processor ad aows for the passage of voice traffic to a PBX coectio. E11NAVD provides cotro for the DTC11-E1 iterface port processor ad aows the passage of voice traffic across the etwork ad to a PBX coectio INTEGRATED ENTERPRISE NETWORK 5-21

58 C H A P T E R 6 Chassis Seectio This chapter describes the avaiabe IEN chassis. Topics icude: Defiig the Chassis Determiig the Chassis for the Network

59 CHAPTER 6 SELECTING THE CHASSIS Withi the IEN product famiy, there are seve differet chassis that you ca use to buid your ode. Tabe 6-1 IEN chassis Chassis Cetra Regioa Remote IEN 100 No No Yes IEN 500 No No Yes IEN 2000 No No Yes IEN 2500 No No Yes IEN 4000 No Yes Yes IEN 5000 Yes Yes Yes IEN 6000 Yes Yes No The two factors used to determie the chassis for a specific ode are the ode protocos ad appicatios ad the umber of port processors required for the ode. Whe to Use the IEN 100 A dia operatio chassis, the IEN 100 is desiged to coect a automatic teer machie (ATM) to a host. Because the IEN 100 is oy a speciaized remote ode device, compare the port processor requiremets of each remote ode to determie whether a IEN 100 meets the requiremets for the remote ode. Whe to Use the IEN 500 A oe-sot chassis, the IEN 500 is desiged to fuctio as a highy-fexibe, remote ode device for smaer remote offices. The IEN 500 uses the CID63 port processor to provide up to three ports for cofigurig various WAN, LAN, ad egacy appicatios. 6-2 IEN PRODUCT DESIGN REFERENCE

60 Because the IEN 500 is oy a remote ode device, compare the port processor requiremets of each remote ode to determie whether a IEN 500 meets the requiremets for the remote ode. CHASSIS SELECTION Whe to Use the IEN 2000 A two-sot chassis, the IEN 2000 is desiged for pay-as-you-grow fexibiity. It is expadabe to four chassis for a tota capacity of eight sots. Whe bus-coected with two or more IEN 2000s, the power bus is shared, offerig dua, oad-sharig power. The IEN 2000 offers a versatie soutio to the requiremets of the remote office eviromet. Because the IEN 2000 is oy a remote ode device, compare the port processor requiremets of each remote ode to determie whether oe IEN 2000 or mutipe-iked IEN 2000s meet the requiremets for the remote ode. Whe to Use the IEN 2500 A four-sot chassis, the IEN 2500 is capabe of ruig mutipe port processors. The IEN 2500 chassis is typicay used at a remote ode providig support for four port processors. The chassis ca be bus-coected to a additioa IEN 2500 chassis for a eight-sot chassis cofiguratio. This aows for expasio as ew requiremets deveop. Because the IEN 2500 is oy a remote ode device, compare the port processor requiremets of each remote ode to determie whether oe IEN 2500 or mutipe-iked IEN 2500s meet the requiremets for the remote ode. Whe to Use the IEN 4000 A eight-sot chassis, the IEN 4000 ca fuctio as a regioa cocetrator or as the soutio for arger remote odes with the greatest badwidth eeds ad the widest mix of appicatios. Compare the port processor requiremets of each remote ode ad the regioa ode to determie whether oe IEN 4000 or mutipe-iked IEN 4000s meet the requiremets for the ode INTEGRATED ENTERPRISE NETWORK 6-3

61 CHAPTER 6 Whe to Use the IEN 5000 A sixtee-sot chassis, the IEN 5000 is desiged to be used at the cetra, regioa, ad remote odes. This stackabe chassis is bus extedabe to support mutipe remote odes. Compare the port processor requiremets of each remote ad regioa ode to determie whether oe IEN 5000 or mutipe-iked IEN 5000s meet the requiremets for the odes. Whe to Use the IEN 6000 A sixtee-sot chassis, the IEN 6000 is desiged to be used as a cetra or regioa ode. This stackabe chassis is bus extedabe to support mutipe remote odes. Compare the port processor requiremets of each remote ad regioa ode to determie whether oe IEN 6000 or mutipe-iked IEN 6000s meet the requiremets for the odes. 6-4 IEN PRODUCT DESIGN REFERENCE

62 C H A P T E R 7 Cabe ad Adaptor Seectio The chapter describes the cabe ad adaptor optio requiremets. Topics icude: Defiig the Required Cabes ad Adaptors Determiig the Required Cabes ad Adaptors Geera Hardware Iformatio

63 CHAPTER 7 CABLES AND ADAPTORS Idetificatio of the cabes ad adapters is the fia etwork desig requiremet. If you kow the port processor fuctio withi the etwork, you ca idetify the cabe ad adapter requiremets to gai coectivity. Defiig the Required Cabes ad Adaptors Seectig appropriate cabes ad adaptors depeds o the physica iterface specificatios at each etwork ode. Listed i this chapter are the avaiabe cabes for each type of port processor. The packig ist ad the istaatio package aso provide the appropriate cabe ad adaptor iformatio for each customer ode. Each cabe ad adapter is ceary marked with its iformatio type. Use the cabes to coect IEN products to customer-provided coectios. Most of the cabes are ot directy coected to customer equipmet, but to customer-provided cabes. Note cabe geders ad adjust coectios accordigy. Determiig the Required Cabes ad Adaptors To seect the appropriate cabe, ocate the port processor or chassis i the Port Processor/ Chassis coum. Read dow the eft had side of the matrix to ocate the desired physica iterface ad fuctio. The itersectig ce betwee the port processor or chassis ad physica iterface idetifies the appropriate cabe or adaptor. If a ce does ot cotai a cabe or adaptor, the cofiguratio is ot correct. Review the port processor s fuctio ad physica iterface requiremets ad repeat the process. 7-2 IEN PRODUCT DESIGN REFERENCE

64 CABLE AND ADAPTOR SELECTION Geera Hardware Iformatio The foowig is a ist of geera IEN hardware iformatio: The CID63 port processor requires either a Type T(63) cabe for a RJ11 coectio or a Type Y(63) cabe for a DB25 coectio. The Type T(63) ad Type Y(63) cabes aso require additioa cabes to compete coectivity to customer devices. DIP Switches o the Type Y(63) cabe determie if the iterface is RS232 or V.35. The Type Y(63) ad Type T(63) cabes are icuded with the purchase of the CID63 port processor. Whe usig the DB25 coector for RS232, the coector is DTE. To perform as a DCE, use the appropriate crossover cabe. The Type VM coects a maiteace modem whe usig a extera CSU/ DSU with a V.35 iterface that coects the WAN to the IEN chassis INTEGRATED ENTERPRISE NETWORK 7-3

65 CHAPTER 7 Tabe 7-1 Port processor cabe requiremets Port processor Coectio Iterface Device V.35 DTE + RS232 DTE Aaog Voice RS232 RS232 X 3 V.35 2 X DB25 DTE Itera DSU 56/64Kbps T1 Coect Network Digita/Voice 4 x RJ11 Puchdow IEN to DTE IEN to DCE IEN to DTE IEN to DCE IEN to DTE IEN to DCE DB15 PBX TELCO Network DB15 CSU/ DSU RJ45 PBX CID15H CID15H-A CID61 CID61-DUAL CIM15H-22B CIM15H-33 Type D (M to F) Type A (M to F) Type V (M to M) Type VF (M to F) Type V (M to M) Type VF (M to F) Type 2VE (M to F) Type D6 (M to F) Type A (M to F) Type Y (M to F) Type YA (M to F) Type VX (M to F) Type V (M to M) Type VF (M to F) Type DDS (M to M) Type V (M to M) Type VF (M to F) Type 2VE (M to F) Type D (M to F) Type A (M to F) Type D (M to F) Type A (M to F) Toke STP Rig UTP UTP BNC AUI Backpae Extesio Etheret RJ11 2 X RJ11 Type RJ11 (M to M) Type RJ11 (M to M) 7-4 IEN PRODUCT DESIGN REFERENCE

66 CABLE AND ADAPTOR SELECTION Tabe 7-2 Port processor cabe requiremets Port processor Coectio Iterface Device V.35 DTE + RS232 DTE Aaog Voice RS232 RS232 X 3 V.35 2 X DB25 DTE Itera DSU 56/64Kbps T1 Coect Network Digita/Voice Toke Rig Etheret ISDN-ST RJ11 2 X RJ11 PC 2 x RJ45 4 x RJ11 Puch Dow IEN to DTE Type D 1 (M to F) IEN to DCE Type A 1 (M to M) IEN to DTE IEN to DCE IEN to DTE Type VX 1 (M to F) IEN to DCE DB15 PBX TELCO Network DB15 CSU/ DSU RJ45 PBX STP UTP UTP BNC AUI DB25 to DB9 Note: Note: CID63 DSX11 DTC11 LHO DLA14 Type V 1 (M to M) Type VF 1 (M to F) Type Y(63) (M to F) Type DDS 2 (M to M) Type ISDN-ST (M to M) Type RJ11 (M to M) Type T(63) (M to F) Type P 1 (M to F) Type T1-15-XF (F to M) Type T1-K (M to M) Type T1-45-XF (M to F) Type T1-45-M (M to M) These cabes are used with the Y(63) cabe. Type ALG-4W (M to F) Type ALG-2W (M to F) The Type DDS cabe is used with the T(63) cabe. Type ALG-PD 2- or 4-wire Voice (M to P/D) Type ALG-PD-2W 2-wire Voice (M to P/D) Type ALG-PD-4W 4-wire Voice (M To P/D) INTEGRATED ENTERPRISE NETWORK 7-5

67 CHAPTER 7 Tabe 7-3 Port processor cabe requiremets Port processor LTR61 LTR61B LTR61H LET61 LET61B LET61H V.35 DTE + RS232 DTE Aaog Voice 4 x RJ11 Puch Dow RS232 DTE DCE RS232 X 3 DTE DCE V.35 DTE DCE Coectio Iterface Device 2 X DB25 DTE Itera DSU 56/64Kbps DB15 PBX TELCO Network DB15 CSU/DSU T1 Coect Network Digita/Voice Toke Rig RJ45 PBX STP UTP Type TR (M to AMP) Type UTR-45M (M to M) Type TR (M to AMP) Type UTR-45M (M to M) Type TR (M to AMP) Type UTR-45M (M to M) UTP Type UET (M to M) Type UET (M to M) Type UET (M to M) Etheret BNC AUI Type LEC01 (BNC Adapter) Type LAU01 (AUI Adapter) Type LEC01 (BNC Adapter) Type LAU01 (AUI Adapter) Type LEC01 (BNC Adapter) Type LAU01 (AUI Adapter) Backpae Expasio w/o Hub Type UET Cross 2 X RJ IEN PRODUCT DESIGN REFERENCE

68 CABLE AND ADAPTOR SELECTION Tabe 7-4 IEN chassis cabe requiremets Chassis Coectio Iterface Device V.35 DTE + RS232 DTE Aaog Voice RS232 RS232 X 3 4 x RJ11 Puchdow DTE DCE DTE DCE DTE V.35 DCE 2 X DB25 DTE Itera DSU 56/64Kbps T1 Coect Network Digita/Voice DB15 PBX TELCO Network DB15 CSU/DSU RJ45 PBX IEN 500 IEN 2000 IEN 2500 IEN 3000 IEN 4000 IEN 5000 Toke Rig STP UTP Etheret UTP BNC AUI Backpae Extesio N/A Type HB2 (M to M) Type HB2 (M to M) Type B (AMP to AMP) Type HB3 (M to M) Type B (AMP to AMP) 2 X RJ11 Note: With the etwork desiged ad the hardware ad software specified, cotact your Hypercom project maager to pace your etwork order INTEGRATED ENTERPRISE NETWORK 7-7

69 Idex INDEX Numerics 56K/64Kbps DDS A Adaptors Adaptors ad cabes Assigig ode cassificatios Regioa Remote Asyc port processor software matrix B Backboe topoogies Determiig Frame Reay HDLC X Bisyc port processor software matrix C Cabe ad adaptors Geera iformatio Cabe matrix Port processors Cabes Cabes ad adaptors Defiig Determiig Chassis IEN IEN IEN IEN IEN IEN IEN Chassis matrix IEN Cassificatio For cetra ode For regioa ode For remote ode Cosideratios For etwork desig Creatig a etwork map D Defiig cabes ad adaptors Defiig oca port processor software requiremets. 6-8 Defiig oca port processors ad modues Defiig etwork requiremets Defiig the WAN topoogy Defiig WAN port processor software requiremets. 6-2 Defiig WAN port processors ad modues Defiitios Cetra ode Logica ode Node Node ID Port Port processor Regioa ode Remote ode Sot Sot coector Sot coector umber Sot umber Determiig cabes ad adaptors Determiig ode WAN requiremets Determiig the WAN topoogy Determiig WAN port processors ad modues Dia backup Dia backup fowchart E Etheret port processor software matrix F Fowcharts Dia backup Frame Reay WAN HDLC oca HDLC WAN INDEX I

70 INDEX PBX/key system Voice over Frame Reay Fractioa T Frame Reay Frame Reay WAN Frame Reay WAN fowchart G Gatherig etwork requiremets Geera hardware iformatio H HDLC HDLC oca HDLC oca fowchart HDLC WAN HDLC WAN fowchart HDLC/Frame Reay WAN port processor software 6-3 Hypercom termioogy Cetra ode Logica ode Node Node ID Port Port processor Regioa ode Remote ode Sot Sot coector Sot coector umber Sot umber I Idetifyig etwork commuicatio poits IEN IEN IEN IEN IEN IEN IEN IEN desig process Itroductio ISDN port processor software matrix L Loca port processor software Asyc Bisyc Etheret SDLC Toke Rig Loca port processor software requiremets Defiig Loca port processors ad modues Defiig M Matrices Asyc port processor software Bisyc port processor software , 6-11 Etheret port processor software HDLC/Frame Reay WAN port processor software IEN chassis cabes ISDN port processor software Port processor cabes SDLC port processor software Toke Rig port processor software Voice port processor software X.25 port processor software N Network commuicatios poits Network desig cosideratios Network desig process Network map Creatig Network requiremets Gatherig Node cassificatio Assigig Regioa ode Remote ode Cetra Regioa Remote Node WAN requiremets Determiig For cetra ode For regioa odes For remote odes O Objective P PBX/key system II IEN PRODUCT DESIGN REFERENCE

71 INDEX PBX/Key system iterface fowchart Physica iterfaces For WAN protocos Port processor software Seectig Port processor software matrix Asyc Bisyc , 6-11 Etheret HDLC/Frame Reay WAN ISDN SDLC Toke Rig Voice X Port processors Seectig S SDLC port processor software matrix Seectig chassis Seectig port processor software Seectig port processors Seectig WAN topogy Software matrix Asyc Asychroous Asychroous or seria IENView access Bisyc , 6-11 Bisychroous Dia Backup Etheret Frame Reay HDLC user services HDLC WAN HDLC/Frame Reay WAN ISDN SDLC T1/E1 iterface Toke Rig Voice X Voice over Frame Reay fowchart Voice port processor software matrix W WAN physica iterfaces 56K/64Kbps DDS T1 or Fractioa T WAN port processor software HDLC/Frame Reay ISDN Voice X WAN port processor software requiremets Defiig WAN port processors ad modues Defiig Determiig WAN protocos Frame Reay HDLC Physica iterfaces X WAN topoogy Defiig X X X.25 port processor software matrix T T Termioogy Toke Rig port processor software matrix V Voice over Frame Reay INDEX III

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