BASIC SDH ALARMS Niranjan B RTTC MYSORE.

Slides:



Advertisements
Similar presentations
NTT 2002 © 1 General Principles and Requirements for OAM Functions July 10, 2002 Hiroshi Ohta (NTT, Q.3/13 rapporteur)
Advertisements

Functions of the Data Link Layer Provide service interface to the network layer Dealing with transmission errors Regulating data flow Slow receivers not.
McGraw-Hill©The McGraw-Hill Companies, Inc., 2001 Chapter 20 SONET/SDH.
Synchronous Optical Networks SONET
Synchronous Digital Hierarchy Eleventh Meeting. History of Multiplexing Synchronous digital hierarchy (SDH) is a world- wide standard for digital communication.
Connection-Oriented Networks – Wissam FAWAZ1 Chapter 2: SONET/SDH and GFP TOPICS –T1/E1 –SONET/SDH - STS 1, STS -3 frames –SONET devices –Self-healing.
Formation/basics of E1 Basics of PDH Basics of SDH Formation of STM.
SunSet SDHC Product Positioning
The Optical Transport Network (OTN) – G.709
Infocom. 4. ea szept Infokommunikációs rendszerek – Infocommunication Systems Lecture 4. előadás Kódolás, nyalábolás, kapcsolás Coding, multiplexing,
On Job Training July 2006 PT Indonesia Comnets Plus
Parity Generator and Checker
1 Chapter 6 Client Layers of the Optical Layer A. In the backbone networks a. Synchronous Optical Network (SONET)/ Synchronous Digital Hierachy (SDH) b.
SONET Systems CET 533. North American Digital Hierarchy and SONET TypeChannelsData Rate DS-0164 Kbits/sec DS Mbits/sec DS Mbits/sec.
SONET / SDH Nirmala Shenoy Information Technology Department
Continuous Random Variable (2). Families of Continuous Random Variables Uniform R.V. Exponential R.V. Gaussian R.V.
Parity. 2 Datasheets TTL:  CMOS: 
CSCI-370/EENG-480 Computer Networks
Unit 1 Protocols Learning Objectives: Understand the need to detect and correct errors in data transmission.
Synchronous Optical Networks SONET
WCDMA : Introduction Multiple Access : Direct-Sequence Code Division Multiple Access (3.84Mcps) Frame Duration : 10ms Multi-rate Concept : Variable spreading.
SONET Alarms By Sadhish Prabhu. SONET frame structure The SONET frame structure has been designed to contain a large amount of overhead information.
Management and Monitoring
Error Detection/Correction Section 1.7 Section 3.9 Bonus Material: Hamming Code.
1 SDH 구조에서 에러와 알람의 원인 및 위치 Abbreviation SDH Old Abbr. Located in Byte Detection CriteriaMeaningITU-T Rec. LOSNO-SIGLoss of signalG.958 TSEBIT ERRORTest.
3. Physical Layer – Cell Transport Methods SONET (SYNCHRONOUS OPTICAL NETWORK)
B Multi-Layer Network Design Dr. Greg Bernstein Grotto Networking
Chapter 6 Multiplexingand Error Detection/Correction 1/60 By Dr.Sukchatri P.
SDH Principles.
Chapter Objectives After completing this chapter you will be able to: Describe the various PDH standards Describe the operation and the frame format, of.
T305: Digital Communications
Outline: Comparison between PDH and SDH. STM-N frame structure. Multiplexing of of 140Mb/s, 34Mb/s and 2Mb/s signals into STM-N frame. Common NE of SDH.
Conversion/Mapping of PDH Rates to SDH
17.1 Chapter 17 SONET/SDH Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
An Overview of ITU -T G.709 Monowar Hossain York University.
EDIT BY : S.ROKHSATI K4304-AC PCM30 ANALYZER. Prerequisite : PCM BASIC PCM ALARM’S SIGNALING (CAS & NO.7) CRC G.821 M.2100 PBRS Prerequisite : PCM BASIC.
Advantages Of SDH è More Capacity è Easy to interconnect different systems è simple and direct adding or dropping of electrical signals è Strong NMS è.
CS 4594 Broadband Communications
MAGDA2 - 6/12/2002 Distributed diagnosis of telecomunications networks Armen Aghasaryan.
Chapter 17 SONET/SDH Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
17.1 Chapter 17 SONET/SDH Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
M1 Byte Multiplex Section Remote Error Indication (MS-REI) byte: M1 è A return message from Rx to Tx when Rx find MS-BBE è By evaluating the 3xB2, the.
Compact Disc (CD) Coding –
CS 111 – Sept. 13 Error detection Error correction Review/practice chapter 1 questions Commitment: –Please read sections 2.1 and 2.2.
IETF PARIS1 SONET/SDH Emulation CEP-11 Andy Malis, Tellabs Prayson Pate, Overture Networks Ron Cohen, Resolute Networks David Zelig, Corrigent.
Computer Fundamentals Northern College Diploma Philip Bird.
Issues of the Synchronous Digital Hierarchy
Error Correction On Trunk Links. Why bother with error correction? Forward Error Correction (FEC) allows the receiver to detect and correct errors. In.
T305: DIGITAL COMMUNICATIONS Arab Open University-Lebanon Tutorial 51 T305: Digital Communications Block II – Part I - Synchronous Digital Hierarchy.
ITU Liaison on T-MPLS Stewart Bryant
Lecture 4 Error Detecting and Correcting Techniques Dr. Ghalib A. Shah
E1 Structure and Traffic Mapping
CS 140 Lecture Notes: Virtual Memory
Synchronous Digital Hierarchy
3. Physical Layer – Cell Transport Methods
DATA COMMUNICATION Lecture-32.
CS 140 Lecture Notes: Virtual Memory
Packetizing Error Detection
Packetizing Error Detection
Digital Transmission Systems Part 3
كار همراه با آسودگي و امنيت
CS 140 Lecture Notes: Virtual Memory
DATA COMMUNICATION Lecture-35.
BIC 10503: COMPUTER ARCHITECTURE
Packetizing Error Detection
Signal Conditioning.
JESD204B RX Standard ~SYNC Request and Error Notification
Synchronous Optical Network (SONET)
CS 140 Lecture Notes: Virtual Memory
Types of Errors And Error Analysis.
Presentation transcript:

BASIC SDH ALARMS Niranjan B RTTC MYSORE

Scenario 3 Network Elements(NEs) Requirement: Basic SDH Concepts and Section Over Head (SOH)Bytes

LOS-Loss Of Signal AIS-Alarm Indication Signal RDI-Remote Defect Indication

LOF-Loss Of Frame AIS-Alarm Indication Signal RDI-Remote Defect Indication

TIM-Trace Identifier Mismatch AIS-Alarm Indication Signal RDI-Remote Defect Indication

BIP-Bit Interleaving Parity

AIS-Alarm Indication Signal RDI-Remote Defect Indication

EXC-Excessive Bit Error rate( > 10x E-3)

BIP-Bit Interleaving Parity

RDI-Remote Defect Indication

REI-Remote Error Indication

DEG-Degradation

AIS-Alarm Indication Signal RDI-Remote Defect Indication

LOP-Loss Of Pointer

UNEQ- UNEQuipped

TIM-Trace Identifier Mismatch

BIP-Bit Interleaving Parity

RDI-Remote Defect Indication

REI-Remote Error Indication

DEG-Degradation

EXC-Excessive Bit Error rate( > 10x E-3)

PLM-Path Load Mismatch

AIS-Alarm Indication Signal RDI-Remote Defect Indication

LOP-Loss Of Pointer

TIM-Trace Identifier Mismatch

BIP-Bit Interleaving Parity

RDI-Remote Defect Indication

REI-Remote Error Indication

DEG-Degradation

EXC-Excessive Bit Error rate( > 10x E-3)

PLM-Path Load Mismatch

UNEQ- UNEQuipped

LOM-Loss Of Multi frame