SONET/SDH/FEC, NRZ/RZ Receiver with Dispersion Compensation Figur
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S3094
SONET/SDH/FEC, NRZ/RZ Receiver with Dispersion Compensation
Figure System Block Diagram, shows typical system configuration S3094 device.
PB1641_v1.00_09/16/03
Glance
Overview
S3094 receiver implements SONET/ deserialization reception functions. This chip used implement front SONET equipment, which consists primarily serial transmit interface serial receive interface. chip includes clock data recovery, dispersion compensation, monitoring, serial-to-parallel conversion, system timing.
AMCC Suggested Interface Devices
Verrazano (S2509) Ganges (S19202) Hudson (S19203) Mekong (S19204) Khatanga (S19205) Niagara (S19208) Rubicon (S19227) S3095 Quad SONET/SDH/Digital Wrapper Backplane Serdes STS-192 SONET/SDH Framer Digital Wrapper Overhead) STS-192 SONET/SDH MUX/ DeMUX with PHY/STS-192c Framer Mapper Digital Wrapper/Enhanced Overhead) Digital Wrapper/Strong OC-192 Post w/AGC
General Features
Operational NRZ/RZ data from 9.953 11.70 Gbps 9.953 12.66 Gbps with option) Ordering Info (last page) Dispersion compensation analog digital processing compensate channel Threshold adjust phase adjust capability Linearity control Variable gain adjust Robust extract clock with channel rate 10e-2 monitoring provides necessary hooks calculation input sensitivity (7.5 with threshold adjust) External phase adjust Phase stability Single-ended configuration reference AGND terminated, must coupled Reference frequency 155.52 182.81 155.52 197.81 with option) 622.08 731.25 622.08 791.25 with option) (selectable) 16-bit LVDS data path (OIF compliant)
Continued next page.
Description
S3094 high-performance demux with integrated variable gain control, high sensitivity input, Return-to-Zero (RZ) Non-Return-to-Zero (NRZ) data recovery, monitoring, deserialization circuitry. S3094 offers integrated analog digital processing units dispersion compensation. device suitable OC-192 equivalent rates) including metropolitan, long-haul, ultra long-haul, Dense Wavelength Division Multiplexing (DWDM) interfaces. On-chip clock recovery components contained S3094. S3094 receive STS-192 with FEC. device performs necessary serial-to-parallel functions conformance with SONET/SDH transmission standards. AMCCs proprietary DispersionXXtechnology allows system designers optimize coding gain without additional overhead expansion beyond standard data rate 10.7 Gbps.
AMCC RUBICON, NIAGARA, HUDSON
AMCC S3193
Driver
AMCC S3095
AMCC S3094 AMCC S3193
AMCC S3094
AMCC S3095
Driver
AMCC RUBICON, NIAGARA, HUDSON
Figure System Block Diagram
Empowering Intelligent Optical Networks
S3094
SONET/SDH/FEC, NRZ/RZ Receiver with Dispersion Compensation
S3094 sequence operations follows: External phase adjust Dispersion compensation monitoring Serial-to-parallel conversion 16-bit parallel output
PB1641_v1.00_09/16/03
Receiver Operations
Serial input variable gain control circuit Clock Data recovery External threshold adjust
Prefix
Device
Package
Integated Circuit
3094
CB20 CBGA
Prefix
XXXX
Device
XXXX
Package
Figure S3094 Ordering Information
Programmable parallel swap Accepts LVCMOS signal detect input Accepts Active High Active signal detect input presence-of-light (programmable) Lock detect indicator Temperature range (-5°C 85°C) -5.2 power supplies Compact 286-pin CBGA package High-performance package bandwidth Silicon Germanium BiCMOS technology Complies with Telcordia/ITU-T/ specifications Low-speed, parallel interface compatibility with AMCC's FEC/ framer devices (Niagara, Hudson, S2509)
Applications
SONET/SDH-based transmission systems SONET/SDH modules SONET/SDH test equipment Aover SONET/SDH Section repeaters Drop Multiplexers (ADM) Broad-band cross-connects Fiber optic terminators Fiber optic test equipment Metro 10.7 Gbps Long haul 10.7 12.66 Gbps Ultra long haul 10.7 12.66 Gbps
AMCC reserves right make changes products, discontinue product service without notice, advises customers obtain latest version relevant information verify, before placing orders, that information being relied upon current. AMCC registered trademark Applied Micro Circuits Corporation. Copyright 2002 Applied Micro Circuits Corporation. Rights Reserved.
Distribute only need-to-know basis, subject applicable NDA. disclosed used other person without prior authorization.
Confidential Proprietary
6290 Sequence Drive Diego, 92121 Tel: 450-9333 Fax: 450-9885 http://www.amcc.com
Empowering Intelligent Optical Networks
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