Anritsu CMA 5000 - UTA Bedienungsanleitung

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CMA 5000 - UTA SPECIFICATIONS

Universal Transport Analysis Module / SDH/SONET Application

Content

•The perfect tool for testing SDH & SONET core networks up to 10 Gbps

•Testing APS switch time reaction of the network with 125 µs resolution

•Auto-discovery of the signal structure

•Field exchangeable XFP and SFP

•Fast and professional reports

The perfect tool for testing SDH & SONET core networks up to 10 Gbps

SDH and SONET technologies are firmly established in the core and metropolitan networks. STM-64 and OC-192 are widely

deployed in today’s networks. While great care is devoted to warrant a very high quality of transport, in the real world of day-

to-day installation, commissioning and maintenance activities things are not always running smooth. To this effect, several

important tests are always carried out in order to assess the good behaviour of these networks before turn-up. Similarly, when

the network has been turned on, it is paramount to keep monitoring the network health at physical level and beyond.

The SDH/SONET application of the UTA module provides a complete set of test functions for testing SDH/SONET networks

up to 10 Gbps, among which we find the checking & monitoring of the optical levels, alarm, error & frequency stressing,

tributary mapping checking, routing, connectivity and pointer tests on the synchronous payloads, round trip delay measurement,

BER tests, automatic protection scheme switching time and more.

As a part of the UTA applications family, the SDH/SONET application is just one test solution among many others. The UTA

module has been designed to support almost all the transport standards of modern networks (ex: 10 GigE, G.709, …) and

represents a new class of tester for the field engineers. One tool is all you need!

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Key Features Key Applications

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SDH/SONET interfaces up to 10 Gbps

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Pluggable XFP & SFP – 1310 nm / 1550 nm

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Generates and analyzes SONET/SDH frames down to the

tributary level (DS1/E1)

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Automatic Protection Switching time measurement

o125 µs measurement accuracy

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Quality assessment as per G.82X and M.21XX

recommendations

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Round Trip Delay measurement

o100 ns of resolution

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•Valuable Functions and Options:

oTrouble scan, APS, RTD, Concatenation, Tandem

Connection Monitoring, ATM, NGN monitoring …

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NGN Monitoring option:

oMonitor several VCAT groups simultaneously

oVCAT, LCAS, Differential Delay monitoring

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User-programmable thresholds for visual pass/fail indicators

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Automatic test report in PDF format

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Installation, commissioning and troubleshooting tests

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Check the switch time reaction of the network after failure –

should not exceed 50 ms

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Verify QoS with objective performance tests in compliance

with ITU-T and Telcordia standards

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Verify that transport delay through the network is acceptable

for the service that is carried

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Quickly identify network impairments through easy-to-

interpret user interface

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Testing APS switch time reaction of the network with 125 µs resolution

Due to the large amount of information being transferred over Synchronous Optical Network (SONET/SDH), it is extremely

important to ensure that the transport services are as readily available as possible.

APS -Automatic Protection Switching- is the protection mechanism that has been implemented in SDH/SONET networks in

order to guarantee the availability of the network in case of problems. The protection process involves switch actions between

working fibers and backup fibers. This process is completed when the equipments at both ends of the network have completed

these actions within the same 50 ms completion time. The result of this operation is the disappearance of the defaults because

the traffic is then transmitted on the backup channel.

The UTA-SDH/SONET application is able to detect defaults that may appear during a protection switch and displays their

duration with 125 µs resolution. With the ‘’Event Analysis” function of UTA, you have access to all the information from a

single window: total switch duration, details of all the events, partial duration for each event…

Fig.1: With the “Event Analysis” window, see all the defaults during the protection switch with 125 µs resolution.

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Auto-discovery of the signal structure

When performing tests in the field, it is sometimes difficult to configure the test equipment as the signal to be analyzed is not

always known: is the signal concatenated, what the frame mapping structure is, are the containers of the frame all equipped or

partially equipped? In such a situation, configuring the test equipment can be very painful and time consuming.

The “Structure Scan” function of the UTA application brings a smart solution to this type of problem.

“Structure Scan” automatically analyzes the signal and displays its frame structure in a graph for fast and easy interpretation.

The “Structure Scan” graph can give a complete overview of the frame down to the tributary and allows the automatic

configuration of the UTA application.

Fig.2: Discovering the frame structure of an unknown signal is easy with the “Structure Scan” function. Mix-payloads are also supported.

Field exchangeable XFP/SFP transceivers

The UTA module supports hot pluggable XFP/SFP transceivers. This feature brings a lot of configurability to the module. In

the field, the user just has to replace the XFP/SFP by another to change the optical interface characteristics. Whatever the

SDH/SONET link or equipment to test, the field engineer has the insurance to be able to equip his UTA module with the right

optical interface.

Fig.3: Change the optical interface of your module in the field via XFP/SFP transceiver

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Fast and professional reports

Creating professional report has never been so easy with the UTA application. After stopping a measurement, the report is just

one click away: produce, save, print reports directly from the application. Select the set of results you want to produce, fill in

the header information associated with the measurement and the UTA application will generate professionally presented

reports in PDF format.

Fig.4: Generate automatic test report in PDF format with just one click

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Specifications

Notes

The XFP/SFP interfaces of the UTA module meet the requirements stated in the MSA standard

Requires XFP/SFP that must be ordered separately (see the ordering guide)

Interfaces and Signal Specifications

Signal Port/Connector Format

STM-64 / OC-192 One XFP port

- SDH: as per ITU-T G.707

- SONET: as per Telcordia GR-253-Core

STM-1 / STM-4 / STM-16 (option)

OC-3 / OC-12 / OC-48 (option)

One SFP port

- SDH: as per ITU-T G.707

- SONET: as per Telcordia GR-253-Core

Bantam 100 Ohms E1 (2.048 Mb/s) / DS1 (1.544Mb/s)

Clock Input BNC 75 Ohms 2.048MHz/1.544MHz/10MHz

BNC 75 Ohms 2.048MHz/1.544MHz

Clock Output SMA 50 Ohms 622.08 MHz (with STM-4/16/64)

155.52 MHz (with STM-1)

Data Communication Channel DB-15 connector D1-D3: 192 Kb/s channel

D4-D12: 576 Kb/s channel

Optical Interfaces

1,2

Ref. Interfaces Wavelength Output Power Reach Overload Sensitivity

5610-141-UTA SR-1 / I-64-1 1290 – 1330 nm -6 to -1 dBm 10 km -1 dBm -11 dBm

5610-150-UTA SR-1 / I-64.1 1290 – 1330 nm -6 to -1dBm 10km -1dBm -11dBm

5610-142-UTA IR-2 / S-64.2b 1530 – 1565 nm -1 to +2 dBm 40km -1dBm -14dBm

XFP

5610-143-UTA LR-2/L-64.2 1530 – 1565 nm 0 to +4 dBm 80 km -7 dBm -24 dBm

5610-144-UTA LR-1 / L-16.1 1280 – 1335 nm -2 to +3 dBm 40 km -9 dBm -27 dBm

SFP 5610-145-UTA LR-2 / L-16.2 1500 – 1580 nm -2 to +3 dBm 80 km -9 dBm -28 dBm

Clock Synchronization

Clock Reference •Internal stratum 3 clock generation

•External 2.048 MHz reference clock

•Timed from 2.048 Mbit/s received signal

•External 1.544 MHz reference clock

•Timed from 1.544 Mbit/s received signal

•External 10 MHz reference clock

•Timed from SDH/SONET received signal

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DCC Signals

The UTA-SDH/SONET application supports the drop and insert of DCC channels from SONET/SDH

•D1-D3: 192 Kb/s

•D4-D12: 576 Kb/s

SONET Mappings

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SDH Mappings

Test Pattern

PRBS Patterns •PRBS: 2

-1, 2

-1, QRSS, 2

-1, 2

-1 inverted and non-inverted

Word Patterns •All “1” pattern, all “0” pattern, alternative “01” pattern, “1000” pattern, “1010” pattern, user-

defined 2 bytes word pattern, 1 in 8, 2 in 8, 3 in 24, T1 Daly

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Error Addition

SONET/DSn •A1/A2, B1, B2, REI-L, B3, REI-P, V5, REI-V, FAW (FAS), SFAW, FPS, MAW, Parity P,

Parity CP, F-bit, M-bit, FEBE, CRC-6, PRBS, Word, transmission errors

SDH/PDH •A1/A2, B1, B2, MS-REI, B3, LP-B3, HP-REI, V5, LP-REI, FAW (FAS), CRC-4, REI (E-bit or

REBE), PRBS, Word, transmission errors

Error Control •Programmable number or rate

SONET/SDH Overhead Editors

SONET

TOH Editor •All bytes of TOH (STS-1/STS-3) are programmable except B1/B2, H1/H2/H3 and Z0

•J0 (Trace Identifier):

oprogrammable 62 bytes ASCII sequence, CRLF added or

oprogrammable 15 bytes ASCII sequence, CRC (E.164) added or

oprogrammable byte

POH Editor (STS) •C2, G1, F2, H4, Z3, Z4, N1

•J1 (Trace Identifier):

oprogrammable 62 bytes ASCII sequence, CRLF added or

oprogrammable 15 bytes ASCII sequence, CRC (E.164) added or

oprogrammable byte

POH Editor (VT) •V5, Z6, Z7

•J2 (Trace Identifier):

oprogrammable 62 bytes ASCII sequence, CRLF added or

oprogrammable 15 bytes ASCII sequence, CRC (E.164) added or

oprogrammable byte

SDH

SOH Editor •All bytes of SOH (STM-1) are programmable except B1/B2 and H3

•J0 (Trace Identifier):

oprogrammable 15 bytes ASCII sequence, CRC (E.164) added or

oprogrammable 62 bytes ASCII sequence, CRLF added or

oprogrammable byte

POH Editor (VC-4 and VC-3) •C2, G1, F2, H4, F3, K3, N1

•J1 (Trace Identifier):

oprogrammable 15 bytes ASCII sequence, CRC (E.164) added or

oprogrammable 62 bytes ASCII sequence, CRLF added or

oprogrammable byte

POH Editor (VC-12) •V5, N2, K4

•J2 (Trace Identifier):

oprogrammable 15 bytes ASCII sequence, CRC (E.164) added or

oprogrammable 62 bytes ASCII sequence, CRLF added or

oprogrammable byte

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Alarm Addition

SONET/DSn •LOS, LOF, SEF, TIM-S, AIS-L, RDI-L, AIS-P, LOP-P, TIM-P, PLM-P, UNEQ-P, RDI-P,

LOM-V, AIS-V, LOP-V, PLM-V, UNEQ-V, RDI-V, TIM-V, RFI-V, LOMF, LSF, OOF, RAI,

IDLE, LSS, LPS, AIS

SDH/PDH •LOS, LOF, OOF, RS-TIM, MS-AIS, MS-RDI, AU-AIS, AU-LOP, HP-PLM, HP-TIM,

HP-UNEQ, HP-RDI, TU-LOM, TU-AIS, TU-LOP, LP-PLM, LP-UNEQ, LP-TIM, LP-RDI,

LP-RFI, AIS, RDI, LOMF, LSS, LPS

Alarm Control •On steady-state or programmable number of frames

Voice Add/Drop (Option)

SONET •Supports adding and dropping of a selected 64/56 kb/s voice channel (carried in a DSn

signal) to an external handset (µ-Law)

SDH •NA

Stress Function

Pointer Movement •Pointer movement generation on SONET and SDH frames:

oPointer set to any value with or without NDF

oPositive and negative movements

oPointer sequences (ITU-T G.783, Telcordia GR-253) :

SDH:

Single Alternating

Regular + Double

Regular + Missing

Double Alternating

Periodic 87.3

Periodic 87.3 with Add

Periodic 87.3 with Cancel

SONET:

Single

Burst of 3

Periodic

Periodic with Add

Periodic with Cancel

Periodic 87.3

Periodic 87.3 with Add

Periodic 87.3 with Cancel

Phase Transient

Frequency Shift •Programmable frequency offset:

o-100 ppm to +100 ppm in 0.1 ppm steps SONET/SDH

APS (K1/K2) •Automatic Protection Switch messages (K1/K2) are user-programmable

•MSP Linear (ITU-T G.783) and MSP-Ring (ITU-T G.841) are supported

SDH Through Mode •SOH overwrite: J0, A1, A2, K1, K2, S1, M0, M1

•Error addition: A1A2, B1, B2, MS-REI, Transmission errors

•Alarm addition: LOS, LOF, OOF, MS-AIS, MS-RDI

SONET Through Mode •TOH overwrite: J0, A1, A2, K1, K2, S1, M0, M1

•Error addition: A1A2, B1, B2, REI-L, Transmission errors

•Alarm addition: LOS, LOF, SEF, AIS-L, RDI-L

DS1 Loop Codes •DS1 SF: Loop Up, Loop Down (CSU / NIU FAC1 / NIU FAC2)

•DS1 ESF: Line Loop Back Activate, Payload Loop Back Activate, Line Loop Back Deactivate,

Payload Loop Back Deactivate, Universal Loop Back Deactivate (In-Band, Out-of-Band)

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