RAD Data comm AMC-101 operation manual General, Retimed Modules Transparent

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Chapter 1

Introduction

Retimed Modules

Transparent

Modules

1.1 General

The AMC-101, a Universal Converter and Repeater, provides retimed or transparent conversion of optical and electrical signals for ATM, FDDI, Fast Ethernet and other protocols at data rates up to 155 Mbps. The modularity of the AMC-101 interfaces enables field-changeable conversion between any two media.

Transparent modules provide cost-effective media conversion without reclocking. Retimed modules provide media conversion with reclocking, which enables the AMC-101 to be used as a repeater. These modules can also be set for transparent operation.

AMC-101 is supplied as a standalone unit. Special hardware for mounting either a single unit or two units side-by-side in a 19" rack can be ordered separately.

The AMC-101 provides retimed media conversion for the following ATM interfaces:

TAXI (100 Mbps)

STM-1

STS-3c

STS-1 over optical and electrical interfaces.

Retimed conversion is also available for FDDI and Fast Ethernet between single mode and multimode fiber, and for extending FDDI UTP connections over fiber. The retimed modules provide rate selection for 51, 100 or 155 Mbps. When set to one of these rates, the retimed module regenerates and reclocks the incoming signal and acts as an ATM or FDDI repeater. When the switch is set to "OTHER", the modules regenerate the signal without reclocking as transparent modules do.

The AMC-101 provides transparent conversion for any two-level optical protocol. Transparent modules are recommended for short distances and for all fiber and copper applications at less than 100 Mbps.

A special WRAP button activates loopbacks at the two interfaces. This can be used for test purposes or for special applications as explained later.

General 1-1

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Contents AMC-101 Page Warranty Safety Warnings Regulatory Information Declaration of Conformity Contents Operation List of Figures List of Tables Retimed Modules Transparent GeneralSTP UTP FeaturesDissimilar Device Connectivity General ApplicationsWrap Dual Single Mode SM to Multimode MM Conversion Fddi and Fast Ethernet Operations Fast Ethernet Applications ProblemRepeater Half Duplex Connection over UTP 10 Point-to-Point Full Duplex Connection 12 Full Duplex Connection over UTP Specifications Optical Module Characteristics 0.25 dB/Km for 1550 nm modules Electrical Module Characteristics Introduction Specifications Site Requirements UnpackingInstallation of a Two Units InstallationGrounding AC Power ConnectionCable Connections MM/SC/13/R Module AMC-101 ModulesMM/SC/13/T Module Front Panel MM/SC/13/T ModuleMM/ST/13/R Module Front Panel MM/ST/13/R ModuleMM/ST/13/T Module Front Panel MM/ST/13/T Module10 SM/ST/13/R Module Front Panel SM/ST/13/R Module11 SM/ST/13/T Module Front Panel SM/ST/13/T Module12 SM/FC/13/T Module Front Panel SM/FC/13/T Module13 SM/ST/13L/R Module Front Panel SM/ST/13L/R Module14 SM/ST/13L/T Module Front Panel SM/ST/13L/T Module15 SM/SC/13L/R Module Front Panel SM/SC/13L/R Module16 SM/ST/13LH/R Module Front Panel SM/ST/13LH/R Module17 SM/FC/13LH/R Module Front Panel SM/FC/13LH/R Module18 SM/ST/15L/R Module Front Panel SM/ST/15L/R Module19 SM/ST/15LH/R Module Front Panel SM/ST/15LH/R Module20 SM/FC/15LH/R Module Front Panel SM/FC/15LH/R Module21 MM/ST/85/T Module Front Panel MM/ST/85/T Module22 SF1/ST/R Module Front Panel SF1/ST/R Module23 SF2/ST/R Module Front Panel SF2/ST/R Module24 SF1/FC/R Module Front Panel SF1/FC/R Module25 SF2/FC/R Module Front Panel SF2/FC/R ModuleBNC CX/BNC/155/R Module27 CX/DIN/155/R Module Front Panel CX/DIN/155/R Module28 STP/155/R Module Front Panel STP/155/R Module29 STP/155/T Module Front Panel STP/155/T Module30 UTP/155/R Module Front Panel UTP/155/R Module31 UTP/155/T Module Front Panel UTP/155/T Module32 UTP/100/R Module Front Panel UTP/100/R Module33 UTP/100/T Module Front Panel UTP/100/T Module34 100BT/B 100BT/B Module35 100BT/R Module Front Panel 100BT/R Module36 10BT/B Module Front Panel 10BT/B ModuleChapter Operation Controls and IndicatorsJumper Locations and Functions DC adapter Connection Dry Contact Circuit and Connector for AlarmsExample Turning on the AMC-101AMC-101 Block Diagram Turning off the AMC-101 Troubleshooting ProceduresNormal Operation