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Wavetek ANT-20 Operating Manual

Advanced network tester
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ANT-20SE
Advanced Network Tester
Optical Interfaces up to 155 Mbit/s
BN 3060/91.01 and BN 3060/91.02
Optical Interfaces up to 622 Mbit/s
BN 3060/91.11 and BN 3060/91.12
4
Optical Interfaces STM-16/OC-48
BN 3060/91.50 through BN 3060/91.53
Optical Interfaces STM-64/OC-192
BN 3060/91.40 through BN 3060/91.42
Drop&Insert
BN 3060/90.10
in combination with Optical Interfaces
Software Version 7.20
Operating Manual

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Summary of Contents for Wavetek ANT-20

  • Page 1 ANT-20SE Advanced Network Tester Optical Interfaces up to 155 Mbit/s BN 3060/91.01 and BN 3060/91.02 Optical Interfaces up to 622 Mbit/s BN 3060/91.11 and BN 3060/91.12 Optical Interfaces STM-16/OC-48 BN 3060/91.50 through BN 3060/91.53 Optical Interfaces STM-64/OC-192 BN 3060/91.40 through BN 3060/91.42 Drop&Insert BN 3060/90.10 in combination with Optical Interfaces...
  • Page 2 Please direct all enquiries to your local Wavetek Wandel Goltermann sales company. The addresses are given at the end of this handbook. Copyrights This product or parts of it are based upon Recommendations and/or Standards of the Standardization Sector of the International...

  • Page 3: Table Of Contents

    ANT-20SE Optical Interfaces Contents Introduction Optical interfaces for signals up to STM-64/OC-192 ... . .I-1 SOH/TOH loading and analysis ......I-1 Drop&Insert function .
  • Page 4 Optical Interfaces ANT-20SE SDH and SONET TX signals ......S-2 1.3.1 STM-4 TX signal ........S-2 1.3.2 STM-1 TX signal .
  • Page 5 ANT-20SE Optical Interfaces Drop&Insert / Through Mode / Block&Replace ....S-14 Functions........S-14 4.1.1 Clock generator .
  • Page 6 Optical Interfaces ANT-20SE Receiver section........S-30 Digital signal inputs .
  • Page 7 ANT-20SE Optical Interfaces 5.1.2 Error insertion (anomalies) ......S-43 Receiver section ....... . . S-45 5.2.1 Section overhead (SOH), Transport overhead (TOH) evaluation.
  • Page 8 Optical Interfaces ANT-20SE Measurement modes ......S-60 2.4.1 Alarm detection (defects) ......S-60 2.4.2 Error measurements (anomalies) .

  • Page 9: Introduction

    ANT-20SE Optical Interfaces Introduction Glass optical fibers are generally used as the transmission medium for SDH, SONET and ATM networks. Increasing integration has meant that the optical line equipment forms part of the network elements. The test equipment used for testing these elements must therefore be fitted with optical interfaces.

  • Page 10: Optical Power Splitter

    Optical Interfaces ANT-20SE Optical power splitter The ANT-20SE has a built-in optical power splitter. Looping the optical path through the splitter provides a transparent optical monitoring point. The ANT-20SE can thus perform in-service analysis of the signals on the optical path. Introduction...

  • Page 11: Stm-16/Oc-48 Module Connector Panel

    ANT-20SE Optical Interfaces STM-16/OC-48 Module connector panel Fig. I-1 STM-16/OC-48 Module connector panel Introduction...

  • Page 12: Stm-64/Oc-192 Module Connector Panel

    Optical Interfaces ANT-20SE STM-64/OC-192 Module connector panel Fig. I-2 STM-64/OC-64 Module connector panel Introduction...

  • Page 13: Maintenance

    ANT-20SE Optical Interfaces Maintenance Important safety instructions The following options for the ANT-20SE are fitted with laser output devices: • BN 3035/90.40 through BN 3035/90.59 • BN 3035/91.40 • BN 3035/91.41 • BN 3035/91.53 through BN 3035/91.59 Optical radiation with wavelengths in the range 1300 to 1600 nm is present at sockets [18], [47] and [103].

  • Page 14: Cleaning The Optical Interfaces

    Optical Interfaces ANT-20SE Cleaning the optical interfaces Follow the instructions below when cleaning the optical interfaces [17], [18], [44], [47], [103] and [113] (see Fig. M-2): 1. Always observe the laser safety precautions! 2. Remove the test adapter and protective cap (a). The internal plug pin is now easily accessed.

  • Page 15: Installing The Optical Interface

    ANT-20SE Optical Interfaces Installing the optical interface Safety precautions for preventing electrical accidents Opening covers or removing parts with a tool can expose live parts. Terminal points may also be live. Disconnect the instrument from all voltage sources before opening it. If calibration, maintenance or repair of the open instrument must be carried out with power connected, then this should be performed by a trained technician who is familiar with the risks involved.

  • Page 16: Important Operating Information

    Optical Interfaces ANT-20SE Important operating information Destruction of input [44] The maximum input level of -8 dBm must not be exceeded. Otherwise, the optical input can be destroyed. ⇒ Insert an optical attenuator in any case: – for RX - TX loop operation Caution –...

  • Page 17: Installation Instructions Stm-16

    ANT-20SE Optical Interfaces Installation instructions STM-16/OC-48 Preparation 1. Disconnect the ANT-20SE from the AC line and all test circuits. 2. Heed the measures for preventing electrostatic damage. Do not remove the STM-16/OC-48 optical interface from its package until you are ready to install it.
  • Page 18 Optical Interfaces ANT-20SE Inserting the module 1. Insert the module in the scheduled slot position (see Fig. M-4). 2. Fix the module with the four screws. 3. Mount the cover plate again. If the STM-16/OC-48 module shall be operated in combination with the “2488 Mbit/s Jitter Ana- lyzer/Generator”...

  • Page 19: Installation Instructions Stm-64/Oc-192

    ANT-20SE Optical Interfaces Installation instructions STM-64/OC-192 The STM-64/OC-192 module comprises up to four separate boards (depending on the options) that are bolted together. The PS interface (power supply interface) is used to connect to the motherboard. All parts are pre-assembled. “Extension Slot”...

  • Page 20: Affixing The Laser Safety Warning Labels

    Optical Interfaces ANT-20SE Installation To install the STM-64/OC-192 optical interface, proceed as follows: 1. Open the bag containing the STM-64/OC-192 optical interface and take out the interface module. 2. Remove the pre-assembled cover plate by undoing the six screws (C). 3.
  • Page 21 ANT-20SE Optical Interfaces Note: If Options in the BN 3035/90.43 through 90.48 range and BN 3035/90.53, BN 3035/90.54, BN 3035/90.59, BN 3035/91.53, BN 3035/91.54, BN 3035/91.59, BN 3035/91.40 or BN 3035/91.41 are both fitted, the CLASS 3A LASER PRODUCT label should be affixed. Any CLASS 1 LASER PRODUCT label already affixed to the instrument should be removed or the new label affixed over it so that it is completely concealed.
  • Page 22 Optical Interfaces ANT-20SE Notes: M-10 Maintenance...

  • Page 23: Specifications Stm-0/1/4/Oc-1/3/12

    ANT-20SE Optical Interfaces; STM-0/1/4/OC-1/3/12 Specifications STM-0/1/4/OC-1/3/12 The numbers in square brackets […] correspond to the numbers printed on the instrument. Calibrated specifications are indicated by ***. Generator section Digital signal output 1.1.1 Signal output [18], optical Connector ............2.5 mm (PC) “Fiber-to-fiber”...

  • Page 24: Clock Generator And Bit Rates

    Optical Interfaces; STM-0/1/4/OC-1/3/12 ANT-20SE Clock generator and bit rates 1.2.1 Clock generation See “Specifications” for the mainframe instrument. 1.2.2 Bit rates The available bit rates depend on the options fitted. STM-4, OC-12 ........... . 622.08 Mbit/s STM-1, OC-3 .

  • Page 25: Stm-0 Tx Signal

    ANT-20SE Optical Interfaces; STM-0/1/4/OC-1/3/12 1.3.3 STM-0 TX signal STM-0 signal formation: • STM-0 signal, generated internally • complete STM-0 signal from receiver 1.3.4 OC-12 TX signal OC-12 signal formation: • STS-1 signal, generated internally x 12 • one STS-1 signal, generated internally, the other eleven tributaries loaded with UNEQ •...

  • Page 26: Overhead Generator

    Optical Interfaces; STM-0/1/4/OC-1/3/12 ANT-20SE 1.3.8 Overhead generator 1.3.8.1 Section overhead (SOH), Transport Overhead (TOH) STM-4, OC-12 standard overhead (hex) S O H, TOH –– –– –– –– –– –– –– –– –– –– –– –– –– –– –– –– –– ––...

  • Page 27: Error Insertion (Anomalies

    ANT-20SE Optical Interfaces; STM-0/1/4/OC-1/3/12 SOH byte loading • Static bytes: All except B1, B2, H1, H2, H3 • Overhead sequence m, n, p: All except B1, B2, H1, H2, H3 • Trace Identifier: J0 (Length = 16 frames with CRC7 formation) •...

  • Page 28: Alarm Generator (Defects

    Optical Interfaces; STM-0/1/4/OC-1/3/12 ANT-20SE 1.3.10 Alarm generator (defects) The following defects can be generated in addition to those in the mainframe instrument: Defect Test sensor Test sensor thresholds function On/Off M in N |---t1---| |------t2------| LOS (optical) M = 800 to 7200 t1 = 0.1 to 60.0 s N = 1600 to 8000 t2 = 0.2 to 600 s...

  • Page 29: Output Signals For The Adm Tester

    ANT-20SE Optical Interfaces; STM-0/1/4/OC-1/3/12 Output signals for the ADM Tester 1.4.1 Optical output signal The available bit rates depend on the options fitted. STM-4, OC-12 ........... . 622.08 Mbit/s STM-1, OC-3 .

  • Page 30: Receiver Section

    Optical Interfaces; STM-0/1/4/OC-1/3/12 ANT-20SE Receiver section Digital signal inputs 2.1.1 Signal input [17], optical Connector ............2.5 mm (PC) “Fiber-to-fiber”...

  • Page 31: Signal Input [16], Electrical

    ANT-20SE Optical Interfaces; STM-0/1/4/OC-1/3/12 Optical signal level display Resolution ............1 dBm Accuracy.

  • Page 32: Sdh And Sonet Rx Signals

    Optical Interfaces; STM-0/1/4/OC-1/3/12 ANT-20SE SDH and SONET RX signals • Evaluation of STM-4 or STM-1 signal conforming to ITU-T recommendation G.707. • Evaluation of STM-0 signal conforming to ITU-RF.750-3. • Evaluation of OC-12, OC-3 or OC-1 signal conforming to the Bellcore GR-253 standard. 2.2.1 STM-4 RX signal STM-4 signal evaluation:...

  • Page 33: Descrambling

    ANT-20SE Optical Interfaces; STM-0/1/4/OC-1/3/12 2.2.7 Descrambling Descrambling is as per ITU-T recommendation G.707. The descrambler can be switched on or off. Tip: In the case of unscrambled input signals make sure that there are no longer sequences with HIGH logical or LOW logical bits in the data stream. Measurement modes 2.3.1 Alarm detection (defects)

  • Page 34: Section Overhead (Soh) And Transport Overhead (Toh) Evaluation

    Optical Interfaces; STM-0/1/4/OC-1/3/12 ANT-20SE 2.3.3 Section overhead (SOH) and transport overhead (TOH) evaluation Display • complete SOH, TOH hexadecimal (four channel-oriented partial SOHs/TOHs) • Trace Identifier J0 (STM-4/OC-12) ASCII, plain text Evaluation Bit error measurement • bytes with pseudo random bit sequence PRBS11 E1, F1, E2 (single byte) •...

  • Page 35: Optical Power Splitter Bn 3035/90.49

    ANT-20SE Optical Interfaces; STM-0/1/4/OC-1/3/12 Optical power splitter BN 3035/90.49 [90] [92] [91] Fig. S-2 Optical Power Splitter Wavelength ranges “1310 nm” ........... . 1260 to 1360 nm “1550 nm”...

  • Page 36: Drop&Insert / Through Mode / Block&Replace

    Optical Interfaces; STM-0/1/4/OC-1/3/12 ANT-20SE Drop&Insert / Through Mode / Block&Replace Option: BN 3035/90.20 Functions This option provides the following functions for all mapping options fitted to the ANT-20SE. Drop& Insert Generator and receiver operate independently as mapper and demapper. The signal from a selected channel is dropped from the receive signal and output to a connector.
  • Page 37 ANT-20SE Optical Interfaces; STM-0/1/4/OC-1/3/12 Through Mode The received signal is looped through the ANT-20SE and re-transmitted by the generator. One tributary signal can be output (dropped). The ANT-20SE can also operate in Through Mode as a signal monitor without affecting the signal content.
  • Page 38 Optical Interfaces; STM-0/1/4/OC-1/3/12 ANT-20SE In Through Mode, anomalies can be inserted in the SOH/TOH or the SOH/TOH bytes can be manipulated. Fig. S-6 Through Mode: Inserting errors in the SOH/TOH Block&Replace Only possible with SDH C4 and C3 mapping and SONET STS3c and STS1 SPE mapping. The transmitter and receiver are coupled.

  • Page 39: Clock Generator

    ANT-20SE Optical Interfaces; STM-0/1/4/OC-1/3/12 Anomalies can be inserted in the SOH/TOH or the bytes manipulated in Block&Replace mode. Fig. S-9 Block&Replace: Error insertion into the SOH/TOH 4.1.1 Clock generator Drop&Insert As specified in the “Specifications” of the mainframe instrument. Through Mode In Through Mode, clock generation is always derived from the receive signal clock.

  • Page 40: Defect Generation

    Optical Interfaces; STM-0/1/4/OC-1/3/12 ANT-20SE 4.1.4 Defect generation Drop &Insert As specified in Sec. 1.3.10, Page S-6. Through Mode No direct defect generation is possible. Tip: Alarms (defects) in the SOH/TOH can be generated by manipulating the SOH bytes. 4.1.5 Measurements There are no restrictions on measurements.

  • Page 41: Signal Outputs

    ANT-20SE Optical Interfaces; STM-0/1/4/OC-1/3/12 Signal outputs 4.2.1 AUXILIARY signal output [11], electrical Connector ..........unbalanced, (coaxial) Socket type.

  • Page 42: Signal Inputs

    Optical Interfaces; STM-0/1/4/OC-1/3/12 ANT-20SE Signal inputs 4.3.1 AUXILIARY signal input [10], electrical Connector ..........unbalanced, (coaxial) Socket type .
  • Page 43 ANT-20SE Optical Interfaces; STM-0/1/4/OC-1/3/12 Interface Bit rate (Mbit/s) Line code Input voltage 3.0 V ±10 % 2.048 HDB3 1.544 B8ZS The bit rates depend on the mapping options fitted. Table S-10 Specifications of the LINE/AUXILIARY signal input [12], electrical LOS (Loss of Signal) status display LED lights up if the signal input is active but no signal is present.
  • Page 44 Optical Interfaces; STM-0/1/4/OC-1/3/12 ANT-20SE Notes: S-22 Specifications STM-0/1/4/OC-1/3/12...

  • Page 45: Specifications Stm-16

    ANT-20SE Optical Interfaces; STM-16/OC-48 Specifications STM-16/OC-48 The numbers in square brackets […] correspond to the numbers printed on the instrument. Calibrated specifications are indicated by ***. Generator section Digital signal output 1.1.1 Signal output [47], optical Connector ............2.5 mm (PC) “Fiber-to-fiber”...

  • Page 46: Signal Output [46], Electrical

    Optical Interfaces; STM-16/OC-48 ANT-20SE 1.1.2 Signal output [46], electrical Connector ..........unbalanced (coaxial) Socket .

  • Page 47: Clock Output [41

    ANT-20SE Optical Interfaces; STM-16/OC-48 1.2.4 Clock output [41] For the Generator clock Frequency ............2488.32 MHz Connector .

  • Page 48: Overhead Generator

    Optical Interfaces; STM-16/OC-48 ANT-20SE 1.3.4 Overhead generator 1.3.4.1 Section overhead (SOH), Transport overhead (TOH) STM-16, OC-48 standard overhead (hex) See Tab. S-1, Page S-27. Settings are only possible in SOH #1 or TOH #1. This excludes the A1, A2, B1 and B2 bytes and the complete pointer line (H1, H2, H3). Inserted by parity formation (B1, B2) Line 4a: SDH pointers (AU-4)
  • Page 49 ANT-20SE Optical Interfaces; STM-16/OC-48 Table S-1 SOH, TOH contents; STM-16, OC-48 Specifications STM-16, OC-48 S-27...

  • Page 50: Error Insertion (Anomalies

    Optical Interfaces; STM-16/OC-48 ANT-20SE 1.3.5 Error insertion (anomalies) The following anomalies can be inserted in addition to those in the mainframe instrument: Anomaly Single Rate Burst m, n (frames) B1 (STM-16, OC-48) 1E-8 to 2E-5 m = 1 to 196000 B2 (STM-16, OC-48) 1E-8 to 1E-3 m = 1 to 196000...

  • Page 51: Output Signals For The Adm Tester

    ANT-20SE Optical Interfaces; STM-16/OC-48 Output signals for the ADM Tester 1.4.1 Optical output signal STM-16, OC-48 ..........2488.32 Mbit/s Signal structure Frame alignment signal .

  • Page 52: Receiver Section

    Optical Interfaces; STM-16/OC-48 ANT-20SE Receiver section Digital signal inputs 2.1.1 Signal input [44], optical Destruction of input [44] The maximum input level of -8 dBm must not be exceeded. Otherwise, the optical input can be destroyed. ⇒ Insert an optical attenuator in any case: –...

  • Page 53: Signal Input [43], Electrical

    ANT-20SE Optical Interfaces; STM-16/OC-48 2.1.2 Signal input [43], electrical Connector ..........unbalanced (coaxial) Socket type.

  • Page 54: Sdh And Sonet Rx Signals

    Optical Interfaces; STM-16/OC-48 ANT-20SE SDH and SONET RX signals • Evaluation of STM-16 signal conforming to ITU-T recommendation G.707. • Evaluation of OC-48 signal conforming to Bellcore GR-253 and ANSI T1.105 standards. 2.2.1 STM-16 RX signal STM-16 signal evaluation: • Analysis of SOH and demultiplexing of one channel, further analysis in mainframe •...

  • Page 55: Measurement Modes

    ANT-20SE Optical Interfaces; STM-16/OC-48 Measurement modes 2.3.1 Alarm detection (defects) The following alarms can be evaluated and displayed in addition to the alarm detection functions given in the mainframe instrument: Defect LOS (optical) LOF-2488 LOF/OOF RS-TIM (STM-16) TIM-L (OC-48) MS-AIS (STM-16) MS-AIS/AIS-L AIS-L (OC-48) MS-RDI (STM-16)

  • Page 56: Section Overhead (Soh) #1, Transport Overhead (Toh) #1 Evaluation

    Optical Interfaces; STM-16/OC-48 ANT-20SE 2.3.3 Section overhead (SOH) #1, Transport overhead (TOH) #1 evaluation Display • SOH #1, TOH #1 hexadecimal Except: A1, A2, B1, B2, H1 to H3 • Trace Identifier J0 (STM-16, OC-48) ASCII, plain text Evaluation Bit error measurement •...

  • Page 57: Optical Power Splitter Bn 3035/90.49

    ANT-20SE Optical Interfaces; STM-16/OC-48 Optical power splitter BN 3035/90.49 [90] [92] [91] Fig. S-1 Optical Power Splitter Wavelength ranges “1310 nm” ........... . 1260 to 1360 nm “1550 nm”...

  • Page 58: Drop&Insert / Through Mode

    Optical Interfaces; STM-16/OC-48 ANT-20SE Drop&Insert / Through Mode Option: BN 3035/90.20 Functions This option provides the following functions for all mapping options fitted to the ANT-20SE. Drop&Insert Generator and receiver operate independently as mapper and demapper. The signal from a selected channel is dropped from the receive signal and output to a connector.
  • Page 59 ANT-20SE Optical Interfaces; STM-16/OC-48 In conjunction with the options “PDH MUX/DEMUX” and “M13 MUX/DEMUX”, BN 3035/90.30 to BN 3035/90.32, the ANT-20SE provides access to the tributary channels within the MUX/ DEMUX chain. This also applies if the PDH signal is transmitted in a container. The looped-through signal can also be jittered using the Jitter Generator options (Jitter Generator up to 155 or 622 Mbit/s, BN 3035/90.60 to 61).

  • Page 60: Clock Generator

    Optical Interfaces; STM-16/OC-48 ANT-20SE 4.1.1 Clock generator Drop&Insert As specified in the “Specifications” of the mainframe instrument. Through Mode In Through Mode, clock generation is always derived from the receive signal clock. No signal offset is possible in this operating mode (see also the “Specifications” of the mainframe instrument).

  • Page 61: Signal Outputs

    ANT-20SE Optical Interfaces; STM-16/OC-48 Signal outputs 4.2.1 Signal output [15], electrical Connector ..........unbalanced, (coaxial) Socket type.

  • Page 62: Signal Inputs

    Optical Interfaces; STM-16/OC-48 ANT-20SE Signal inputs 4.3.1 AUXILIARY signal input [10], electrical Connector ..........unbalanced, (coaxial) Socket type .

  • Page 63: Line/Auxiliary Signal Input [12], Electrical

    ANT-20SE Optical Interfaces; STM-16/OC-48 4.3.2 LINE/AUXILIARY signal input [12], electrical Connector ............balanced Socket type.

  • Page 64: Additions For Soh

    Optical Interfaces; STM-16/OC-48 ANT-20SE Additions for SOH These additions affect the following options: • BN 3035/91.53 • BN 3035/91.54 • BN 3035/91.59 Generator section 5.1.1 Overhead generator 5.1.1.1 Section overhead (SOH), Transport overhead (TOH) Section Overhead STM-16, OC-48 See Tab. S-11, Page S-44. Settings can be made in the entire SOH, TOH excluding the B1 and B2 bytes and the complete pointer line (H1, H2, H3).

  • Page 65: Error Insertion (Anomalies)

    ANT-20SE Optical Interfaces; STM-16/OC-48 Overhead byte loading • Static bytes: All except B1, B2, H1, H2, H3 • Overhead sequence m, n, p: All except B1, B2, H1, H2, H3 • Trace Identifier: J0 (Length = 16 frames with CRC7 formation) •...
  • Page 66 Optical Interfaces; STM-16/OC-48 ANT-20SE Table S-11 SOH, TOH contents; STM-16, OC-48 S-44 Specifications STM-16, OC-48...

  • Page 67: Receiver Section

    ANT-20SE Optical Interfaces; STM-16/OC-48 Receiver section 5.2.1 Section overhead (SOH), Transport overhead (TOH) evaluation Display • SOH, TOH: hexadecimal • Trace Identifier J0 (STM-16, OC-48): ASCII, plain text Evaluation Bit error measurement • with PRBS11 pseudo-random sequence: E1, F1, E2 D1 to D3, D4 to D12 (byte group) Output The overhead channels are output...
  • Page 68 Optical Interfaces; STM-16/OC-48 ANT-20SE Notes: S-46 Specifications STM-16, OC-48...

  • Page 69: Specifications Stm-64/Oc-192

    ANT-20SE Optical Interfaces; STM-64/OC-192 Specifications STM-64/OC-192 The STM-64/OC-192 optical interface contains the following options: • OC-12c/STM-4c Bit Error Testing BN 3035/90.90 • OC-48c/STM-16c Bit Error Testing BN 3035/90.93 The numbers in square brackets […] correspond to the numbers printed on the instrument. Calibrated specifications are indicated by ***.

  • Page 70: Clock Generator And Bit Rates

    Optical Interfaces; STM-64/OC-192 ANT-20SE Clock generator and bit rates 1.2.1 Internal clock generation See “Specifications” for the mainframe instrument. Permissible clock offset ..........±50 ppm 1.2.2 External clock generation [101] For feeding in a jitter-modulated clock signal that must be derived from the base module clock.

  • Page 71: Sdh And Sonet Tx Signals

    ANT-20SE Optical Interfaces; STM-64/OC-192 SDH and SONET TX signals • Generates a STM-64 signal conforming to ITU-T recommendation G.707. • Generates an OC-192 signal conforming to the Bellcore-GR-1377 standards. 1.3.1 STM-64 TX signal STM-64 signal formation: • one AUG1 signal (STM-1 level), generated internally x 64 (64 x AU-4 or 192 x AU-3) •...

  • Page 72: Overhead Generator

    Optical Interfaces; STM-64/OC-192 ANT-20SE 1.3.4 Overhead generator STM-64/OC-192 overhead See Tab. S-1, Page S-51. • The pointer row of the SOH (#1 through #64) or the TOH (#1 through #192) Exceptions: cannot be user defined. • Settings are only possible in the ranges #1 through #16 (SOH) or #1 through #48 (TOH) for the “SQ”...
  • Page 73 ANT-20SE Optical Interfaces; STM-64/OC-192 Table S-1 SOH, TOH contents; STM-64/OC-192 Specifications STM-64/OC-192 S-51...

  • Page 74: Itu-T Standard

    Optical Interfaces; STM-64/OC-192 ANT-20SE 1.3.4.1 ITU-T Standard STM-0 level Containers = VC3, VC2, VC12, VC11/TU12, VC11/TU11 Overhead #1 STM-1 level AU-3, containers = VC3, VC2, VC12, VC11/TU12, VC11/TU11 Overhead #1 AU-4, containers = VC4, VC3, VC2, VC12, VC11/TU12, VC11/TU11 Overhead #1 STM-4 level AU-3, containers = VC3, VC2, VC12, VC11/TU12, VC11/TU11 Overhead #1, #2, #3, #4...
  • Page 75 ANT-20SE Optical Interfaces; STM-64/OC-192 AU-4, container = VC4c Overhead #1 Overhead #2, #3, #4 AU-4, container = VC4v Overhead #1,#2 #3, #4 STM-16 level AU-3, containers = VC3, VC2, VC12, VC11/TU12, VC11/TU11 Overhead #1 through #16 AU-4, containers = VC4, VC3, VC2, VC12, VC11/TU12, VC11/TU11 Overhead #1 through #16 AU-4, container = VC4c Overhead #1, #5, #9, #13...
  • Page 76 Optical Interfaces; STM-64/OC-192 ANT-20SE AU-4, container = VC16c Overhead #1 Overhead #2 through #16 STM-64 level AU-3, containers = VC3, VC2, VC12, VC11/TU12, VC11/TU11 Overhead #1 through #64 AU-4, containers = VC4, VC3, VC2, VC12, VC11/TU12, VC11/TU11 Overhead #1 through #64 AU-4, container = VC4c Overhead #1, #5, #9, #13, #17, #21, #25, #29, #33, #37, #41, #45, #49, #53, #57, #61 Overhead #2, #3, #4, #6, #7, #8, #10, #11, #12, #14, #15, #16, #18, #19, #20, #22, #23, #24, #26, #27,...

  • Page 77: Ansi Standard

    ANT-20SE Optical Interfaces; STM-64/OC-192 AU-4, container = VC16c Overhead #1, #17, #33, #49 Overhead #2 through #16, #18 through #32, #34 through #48, #50 through #64 1.3.4.2 ANSI Standard STS-1 (OC-1) Containers = STS1SPE, VT6SPE, VT2SPE, VT1.5SPE Overhead #1 STS-3 (OC-3) Containers = STS1SPE, VT6SPE, VT2SPE, VT1.5SPE Overhead #1, #2, #3 Container = STS3cSPE...
  • Page 78 Optical Interfaces; STM-64/OC-192 ANT-20SE Containers = STS3cSPE, STS12cSPE, STS12vSPE Overhead #1 through #4 STS-48 (OC-48) Containers = STS1SPE, VT6SPE, VT2SPE, VT1.5SPE Overhead #1 through #48 Containers = STS3cSPE, STS12cSPE, STS48cSPE Overhead #1 through #16 STS-192 (OC-192) Containers = STS1SPE, VT6SPE, VT2SPE, VT1.5SPE Overhead #1 through #192 Containers = STS3cSPE, STS12cSPE, STS48cSPE Overhead #1 through #64...

  • Page 79: Error Insertion (Anomalies

    ANT-20SE Optical Interfaces; STM-64/OC-192 1.3.5 Error insertion (anomalies) The following anomalies can be inserted in addition to those in the mainframe instrument: Anomaly Single Rate Burst m, n (frames) B1 (STM-64/OC-192) 1E-10 to 2E-5 m = 1 to 196000 B2 (STM-64/OC-192) 1E-10 to 1E-3 m = 1 to 196000 MS-REI (STM-64)

  • Page 80: Receiver Section

    Optical Interfaces; STM-64/OC-192 ANT-20SE Receiver section Digital signal input 2.1.1 Signal input [113], optical Destruction of input [113] The maximum input level of 0 dBm must not be exceeded. Otherwise, the optical input may be destroyed. ⇒ Insert an optical attenuator if a higher input level is expected. Caution Connector .

  • Page 81: Outputs For Rx Clock And Frame Trigger

    ANT-20SE Optical Interfaces; STM-64/OC-192 Outputs for RX clock and frame trigger 2.2.1 Clock output [112] For the recovered receive clock Frequency ............9958.28 MHz Connector .
  • Page 82 Optical Interfaces; STM-64/OC-192 ANT-20SE Measurement modes 2.4.1 Alarm detection (defects) The following alarms can be evaluated and displayed in addition to the alarm detection functions given in the mainframe instrument: Defect LOS (optical) LOF-9953 LOF/OOF RS-TIM (STM-64) TIM-L (OC-192) MS-AIS (STM-64) MS-AIS/AIS-L AIS-L (OC-192) MS-RDI (STM-64)

  • Page 83: Section Overhead (Soh) #1 To #64 Transport Overhead (Toh) #1 To #192 Evaluation

    ANT-20SE Optical Interfaces; STM-64/OC-192 2.4.3 Section overhead (SOH) #1 to #64, Transport overhead (TOH) #1 to #192 evaluation Display • SOH #1, TOH #1 hexadecimal Except: B1, B2, H1 to H3 • Trace Identifier J0 (STM-64/OC-192) ASCII, plain text Evaluation Bit error measurement •...
  • Page 84 Optical Interfaces; STM-64/OC-192 ANT-20SE Optical power splitter BN 3035/90.49 [90] [92] [91] Fig. S-1 Optical power splitter Wavelength ranges “1310 nm” ........... . 1260 to 1360 nm “1550 nm”...

  • Page 85: Note For Ant-20Se Users

    ANT-20SE Optical Interfaces; STM-64/OC-192 Note for ANT-20SE users The following hardware and software bundles have been formed for the ANT-20SE. Assignments of modules and software ANT-20SE – ANT-20/ANT-20E: Module / Software BN number Equivalent BN number ANT-20SE Mainframe, SDH 3060/01 3035/41 or 3035/21 + 3035/92.15...
  • Page 86 Optical Interfaces; STM-64/OC-192 ANT-20SE Module / Software BN number Equivalent BN number ANT-20SE STM-16, OC-48 1550 nm 3060/91.50 3035/91.53 + 2 Adapters STM-16, OC-48 1310 nm 3060/91.51 3035/91.54 + 2 Adapters STM-16, OC-48 1310 nm & 1550 nm 3060/91.52 3035/91.59 + 2 Adapters STM-16, OC-48 15...

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