Zhone Technologies Network Device manual T1 Signal Format, E1 Signal Format, HDB3

Page 34

Zhone Technologies, Inc.

IMACS Product Book, Version 4

The 802060 Dual T1 HDSL WAN Card has two ports that that are equipped with 82100 T1 HDSL modules. The HDSL modules provide 1.544 Mbps T1 transmission over 2 copper pairs. Both modules have to be installed for proper operation and do not support redundancy. Table 9 depicts the various T1/E1 WAN card specifications. In addition to the specifications listed in Table 9 (below) the 802060 card is in conformance with ITU-T Q.421 and ITU-T Q.422. The transmission range is software selectable for the following: 0, 133, 266, 399, 533 or 655 ft. (up to 200 meters), and CSU (allowing connections to the equipment side of a co-located external CSU over a short distance, four-wire cable). Software selectable line build out (LBO) settings are also available for all of the aforementioned transmission ranges.

Table 9—WAN Card Hardware Specifications

Model

 

Number of Ports

Number of

Physical Interface

Electrical Interface

 

 

 

 

Cards

 

 

 

800060

 

1

1 to 4

Through 892xxx I/F

811 (T1-DSX/E1-CEPT)

 

 

 

 

 

 

card

812 (T1-CSU) - 1 per port

801060,

 

2

1 to 4

Through 892xxx I/F

811 (T1-DSX/E1-CEPT)

801460

 

 

 

 

card

812 (T1-CSU) - 1 per port

801560

 

2

1 to 4

Through 892xxx I/F

811 (T1-DSX/E1-CEPT)

 

 

 

 

 

 

card

812 (T1-CSU) - 1 per port

802060

 

2

1 to 4

Through 892xxx I/F

82100 is used to provide 1 T1

 

 

 

 

 

 

card

HDSL interface

801160

 

2

1 to 4

Through 892xxx I/F

82030 provides 2*1168Kbps E1

 

 

 

 

 

 

card

HDSL module. Required for each

 

 

 

 

 

 

 

port.

 

T1 Signal Format

 

 

 

 

 

 

Electrical Interface

 

ANSI T1.102/T1.403, DSX-1, balanced 100 Ω

 

Frame Format

 

D4, ESF, Subscriber Loop Carrier (SLC) 96, SLCD4

 

Line Coding

 

 

AMI or B8ZS

 

 

 

 

Signaling

 

 

AT&T 43801, 62411, ITU-T, Q.421, Q.422 using Robbed-bit method

 

Error Detection

 

CRC-6, Controlled Slip, Bipolar Violation, Out of Frame

 

Alarm Indication

 

BellCore TR-TSY-000191

 

 

 

SLIP Limit

 

 

126 bits or 138 bits

 

 

 

Bit Rate and Tolerance

 

1.544Kbps +32PPM. Jitter complies with ANSI T1.403

 

E1 Signal Format

 

 

 

 

 

 

Electrical Interface

 

G.703 balanced 120 Ω or unbalanced 75 Ω

 

Coding

 

 

HDB3

 

 

 

 

Framing

 

 

ITU-T G.704 Timeslots consist of 8 bits. Frame consists of 32 time slots,

 

 

 

 

 

Multi-frame consists of 16 frames

 

 

 

Signaling

 

 

CAS, CCS In Timeslot 16 if required.

 

 

 

 

 

 

 

CAS Signaling protocols: AT&T 43801, 62411, ITU-T Q.421 (2)

 

Error Detection

 

CRC-4, Controlled Slip, Out of Frame

 

 

 

Alarm Indication

 

ITU-T G.732

 

 

 

 

Performance and Test Options

 

 

 

 

 

 

Loop backs

 

 

Line, local, channel, loop back generation and detection

 

T1

 

 

FDL in accordance with AT&T 54016 or ANSI T1.403 (8015 only)

 

E1

 

 

National Bit Supporting (G.704)

 

 

 

Standards Conformance

 

 

 

 

 

 

AT&T TR43801

 

Digital Channel Bank Requirements & Objectives

 

AT&T TR54016

 

Requirements for Interfacing Digital Terminal Equipment to Service

 

 

 

 

 

Employing the Extended Superframe Format

 

AT&T TR62411

 

Accunet T1.5 Service, Description and Interface Specifications

 

AT&T TR41449

 

ISDN Primary Rate Interface Specification

 

BellCore TR-TSY-000008

 

Digital Interface Between the SLC 96 Digital Loop

 

BellCore TR-TSY-000191

 

Alarm Indication Signal, Requirements and Objectives

 

 

 

 

 

 

 

 

 

 

March 2001

 

 

 

 

Page 30

 

Image 34
Contents Imacs Product Book Intentionally Left Blank Table of Contents Management Channel Concentrator MCC Imacs System Testing and DiagnosticsSection Title Server Cards Internet Protocol Router Low-Bit Rate Voice ServerImacs Product Overview Imacs Features and Benefits CPU WAN Imacs Architecture OverviewWAN Imacs System Bus ArchitectureUser Buses WAN BusesCPU Card Server BusesCard Type Summary Interface CardData Card Power Supply RedundancyVoice Card Server CardAdpcm Redundancy CPU Card RedundancyWAN Card Redundancy System Synchronization and ClockingImacs System Management MCC MIBFrame Relay NetworkT1/E1 Frame Relay Imacs Management Using FDL/SA4Router Each FDL is mapped to a separate DS0 FDL over ESFImacs 38.4 kbps Slip Terminal Server Concentrator Node Page M card with 2713 Hz Loop back Module# Imacs 800 Universal Enclosure-Front View Imacs 800 Universal EnclosureImacs 800 Universal Enclosure-Rear View Imacs 900 Universal EnclosureImacs 900 Universal Enclosure Imacs 600 Front Load EnclosurePhysical and Environmental Characteristics Imacs Dimensions Chassis Height Width Depth ModelImacs Minimum Clearances 600 800 900 Power SuppliesImacs Compliance With Regulatory Standards Model 8903 Power Supply 120 VAC Model 8908 Power Supply, 105/240 VAC Model 8905 Power Supply, 120/240 VACRing Generator Page CPU Cards Code Storage LED IndicatorsOperational Modes Maximum number of WAN linksInterface Cards Page YES Interface Card SpecificationsWAN Ports Node Port EIA RS232-C DOC CS03Page HDB3 T1 Signal FormatE1 Signal Format Performance and Test OptionsWAN Card Hardware Specifications Etsi ETRForeign Exchange Station FXS Card Specification Short Loop Long LoopVF Transmission PCM Coding CharacteristicsForeign Exchange Office FXO Card Transhybrid LossVF Transmission Characteristics M Card Delay Specification Phone Station and Office Line Cards Universal Imacs P-Phone ApplicationVoice Transmission Status IndicatorsSubscriber and Central Office Interface-Transmit Channel Sealing Current Source 2W Port CharacteristicsKHz Signaling Specifications Sealing Current SinkVoice Channel Bank Application TR-008 ApplicationImacs Using TR-008 T1-E1 ConversionImacs Data Modules and Applications Data Card Types Type of Card DescriptionData Card Types Page CAD/CAM HSU CardApplications Imacs and HSU Application ExamplePoint to MultiPoint One-Way Video and Audio Using HSUs Dial Capability Performance StatisticsSRU Card Imacs Asynchronous Data SignalingSynchronous Data Standards CompatibilityFrad Card Imacs w/ Frad Imacs Frad Card ApplicationModel 823160 Frad Card Frad Card SpecificationsDiagnostics DlciOCU-DP Card OCU-DP Card ModelsPage OCU-DP Specifications Model Number Number of Ports Physical InterfacesBRI Card Imacs BRI Terminal Extension ApplicationImacs BRI Card In a Leased Line or Idsl Application BRI Card ModelsPage Model 8262 manual settings Remote NTU Configuration OptionsProcedural Characteristics Software Configurable OptionsDesign Standards for Model BRI Card SpecificationsOff or On per port Models 826361 and 826171 only Lult LuntImacs Using the 822860 For Network Management BnR IP Concentrator CardOptions port B7R IP Concentrator Card Specifications External PortsPortMaster Integrated Office Router PM-IOR Internal PortsUDP, Icmp Technical SpecificationsTCP/IP, IPX Alarm Cards Ports 840160 840260 840360 Alarm Card Specifications Model 840160, 840260Adpcm Voice Compression Server Model 8403 BuzzerPBX-to-PBX Trunk Application T1/E1Automatic Call Distribution Application BRI-U BRI-STImacs In a Wireless Base Station Application Wireless Base Station ApplicationAdpcm Server Card Specifications Isdn Primary Rate Interface PRI ServerNfas Non-Facility Associated Signaling Remote LoginCustomer 1 10B+D 7B+D Switch 23B+D on T1 30B+D on E1 Customer 3 5B+DFractional PRI Provisioning Isdn Video Conferencing and Video BroadcastCodec Video T1/E1 Integrated Isdn Access with SinaVideo Dialing Data Backup and Bandwidth on Demand25bis/DTR Dialing RouterPRI to FXS Termination Routing Capabilities Call Routing Local RoutingBi-directional Default Routing SwitchDefault Alternate RoutingManagement Channel Concentrator MCC Server Dpnss Trunk RoutingMCC In a Multilevel Concentration Application ACS-FRS Advanced Communication Server Frame Relay Server Frame Relay Server SpecificationsFECN, Becn Frame Relay Access and Concentration Server Frame Relay Switch Port SavingsImacs Using Frame Relay Server Cards Frame Relay and Internet Service ProvisioningFrame Relay and Internet Services Using IMACS’ Frad Server Idsl Service ProvisioningIdsl Service Provisioning Grooming and Concentration in Cellular NetworksMobile Base Station Mobile Switch Office Channelized DS1s = 96 DS0sFrame Switch Frame Relay DS1sFrame Relay Concentration at Corporate Headquarters Legacy Adaptation to ATM Migrating Legacy Networks to ATM Interactive Distance Learning/Tele-MedicineATM Server Specifications Interactive Distance Learning ApplicationON/OFF ATM Server Card SpecificationsATM I/F CBR, VBRSnmp Support Internet Protocol RouterMaximum Byte Size Standards SupportIPR-2 Uses of IPRApplication Ethernet LAN IPR-3Bundled Service Deployment Private Intranet DeploymentPrivate Intranet Deployment Using IP Routing Server Card IP Routing Server SpecificationsUNI DCE, UNI DTE, NNI IP Routing Server Card SpecificationsMTU Call Center Application Lbrv In a Call Center Application Backhauling Voice ApplicationCentral VoiceMail Server T1/E1 Extending Voice Access ApplicationSwitch T1/E1 NX64K Leased Line T1/E1Imacs System Parameters Password ProtectionLetter Meaning Port Status SummaryImacs Diagnostic Capabilities Status and Alarm Management Integral Test CapabilitiesIn-Band Loop back Code Generation WAN DiagnosticsBit Error Rate Tester Bert Patterns Supported In-Band Loop back Code DetectionBert Direction Voice DiagnosticsDiagnostic Capabilities of Voice Ports Statistics Gathered By BertDiagnostic Capabilities of Data Ports Data DiagnosticsControl Lead Handling Singaling Systems Equipped With Cross-Connect OptionData 64Kbps Nx64Kbp Toward WAN1 Yes Toward WAN2Bert Direction Voice Single Data Super-rate Without Data Singaling64Kbps Nx64Kbp Tones Supported Voice Single Data Super-rate WithoutBenefits of Built-In Diagnostics Toward WAN Voice Single Data Super-rate WithoutBuilt-In Diagnostics Example Imacs Performance Monitoring T1 Line Performance MonitoringATM Performance Monitoring DDS Line Performance MonitoringFrame Relay Performance Monitoring Conclusion