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Appendix A

Specifications

MSAM specifications

T-BERD/MTS/SC Getting Started Guide

March 2018

22046537, Rev. 016

Page 207

Transmitter (STS-1 circuits)

Table 103

lists specifications for the transmitter when running STS-1 applications.

Physical measurements (STS-1 circuits)

Table 104

lists frequency and level measurement specifications when running STS-1

applications.

E4/STM-1e PIM specifications

Refer to these tables for specifications for the E4/STM-1e PIM:

Table 103

STS-1 transmitter specifications

Parameter

Specification

Connector

One BNC (TX/RX2); used as transmitter only

Bit rate

51.84 Mbps

Line coding

B3ZS

Clock Source
(Timing)

– Internal reference clock with accuracy ±1.5 ppm,

±1 ppm per year aging

– Recovered from STS-1 Rx1
– External from BITS, SETS, or CLOCK

Frequency offset

±50 ppm, in 1 ppm steps

Pulse (high)

Nominal 1.15 Vp. Complies with

ANSI T1.102-1993 and ITU-T

G.703 (11/01)

after passing through 450 feet of RG59B/U

cable.

Pulse (DSX)

Nominal 0.6 Vp. Complies with

ANSI T1.102-1993 and ITU-T

G.703 (11/01)

Pulse (low)

Nominal 0.32 Vp

Pulse shape

With output terminated in 75

resistive load and DSX

selected, the Dual Module Carrier, Transport Module, and
MSAM meets

ITU-T Recommendation G.703 (11/01)

and

ANSI

T1.102-1993

Impedance

Nominal 75

Table 104

STS-1 frequency and level measurement specifications

Parameter

Specification

Tx and Rx frequency

Range: 51.84 MHz ±50 ppm
Accuracy: ±1.5 ppm, ±1 ppm per year aging
Resolution: 1 Hz or 1 ppm

Level Vp

Range: 1.6 V to 0.01 V
Resolution: 0.01 V
Accuracy: ±0.05 V ±10%

Summary of Contents for T-BERD MTS 5800

Page 1: ...T BERD MTS SC Getting Started Guide T BERD MTS 5800 5800 100G MSAM CSAM DMC and SC 4800 4800P ...

Page 2: ......

Page 3: ...Viavi Solutions 1 844 GO VIAVI www viavisolutions com T BERD MTS SC Getting Started Guide T BERD MTS 5800 5800 100G MSAM CSAM DMC and SC 4800 4800P ...

Page 4: ...of their respective owners Copyright release Reproduction and distribution of this guide is authorized for US Government purposes only Ordering information The catalog number for a printed getting started manual is ML 22046563 The catalog number for electronic manuals on USB is CEML 21138299 Terms and conditions Specifications terms and conditions are subject to change without notice The provi sio...

Page 5: ...radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures Reorient or relocate the receiving antenna Increase the separation between the equipment and receiver Connect the equipment into an outlet on a circuit different from that to which the receiver is connected Cons...

Page 6: ...12 19 EU and the EU Battery Directive 2006 66 EC Instructions for returning waste equipment and batteries to Viavi can be found in the WEEE section of Viavi s Standards and Policies web page If you have questions concerning disposal of your equipment or batteries contact Viavi s WEEE Program Management team at WEEE EMEA ViaviSolutions com EU REACH Article 33 of EU REACH regulation EC No 1907 2006 ...

Page 7: ...ties 2 Configuring your instrument 4 What ships with your instrument 4 Unpacking the components 5 Inspecting the components for damage 6 Accessories 6 Optional Expansion Modules 7 About the T BERD MTS 5800 and SC 4800 8 Configuring the T BERD MTS 5800 and SC 4800 9 Exploring the SC 4800 and T BERD MTS 5800 11 Smart Class 4800 11 T BERD MTS 5800 13 About the CSAM Assembly 14 Exploring the CSAM conn...

Page 8: ...unit or DMC 35 MSAM requirements 35 CSAM requirements 35 Required tools 35 Inserting the MSAM or CSAM 35 Inserting removing and swapping PIMs in the MSAM 37 Inserting a PIM 37 Removing a PIM 39 Swapping PIMs 40 Attaching an expansion module to the 5800v2 100G and 5882 40 Handling CFP adapters and transceivers 43 Inserting a CFP adapter 43 Inserting a CFP CFP2 or CFP4 transceiver 45 Removing a CFP ...

Page 9: ...ndows 69 Setting up the instrument 70 Specifying international settings 70 Setting the date and time 71 MSAM and CSAM 71 T BERD MTS 5800 and SC 4800 71 Changing the remote access password 72 Checking the battery 72 Setting up the display 73 Adjusting screen brightness 73 Setting up the screen saver 73 Customizing the user interface look and feel 74 TestPad mode 74 ANT mode 74 Specifying the LED re...

Page 10: ...st application 109 About the Quick Launch screen 109 Pinned tests 110 Recently selected tests 110 Launching a test from the Quick Launch screen 111 Customizing the Quick Launch screen 111 Launching a test using the Test Menu 112 Step 2 Configuring a test 113 Displaying the setup screens 113 Entering data in the setup fields 114 Saving setups 114 Understanding write protected configurations 115 Ste...

Page 11: ...wer 141 Launching the viewer 141 Navigating using the viewer 141 Scrolling 141 Finding text on a page 141 Selecting links 142 Going back or forward one pages 142 Going home 142 Exiting the viewer 142 Chapter 5 Smart Access Anywhere 143 About Smart Access Anywhere 144 Licensing 144 Downloading and extracting the utility 144 Establishing a connection 145 Wired Ethernet Connection 145 WiFi Connection...

Page 12: ...amily of instruments only 168 Receiver E3 circuits 168 Transmitter E3 circuits 169 Level measurements E3 circuits 169 Receiver DS3 circuits 169 Transmitter DS3 circuits 170 Physical measurements DS3 circuits 171 Receiver STS 1 circuits 171 Transmitter STS 1 circuits 171 Physical measurements STS 1 circuits 172 E4 STM 1e specifications 5800 family of instruments only 172 Receiver E4 circuits 173 Tr...

Page 13: ...201 Receiver BNC 201 Transmitter BNC 202 E1 RJ 48 PIM specifications 202 Receiver RJ 48 202 Transmitter RJ 48 203 E3 DS3 STS 1 PIM specifications 204 Receiver E3 circuits 204 Transmitter E3 circuits 204 Level measurements E3 circuits 205 Receiver DS3 circuits 205 Transmitter DS3 circuits 205 Physical measurements DS3 circuits 206 Receiver STS 1 circuits 206 Transmitter STS 1 circuits 207 Physical ...

Page 14: ...21 STM 1 electrical specifications 221 Receiver 221 Transmitter 222 Physical measurements 222 10 100 1000Base T electrical specifications 222 Optical interface specifications 222 Jitter and Wander specifications 224 Electrical jitter and wander specifications 224 Standards 225 Jitter generator 225 Jitter analyzer 225 Automatic jitter measurements 227 Wander generator 228 Wander measurement 229 Mem...

Page 15: ...Option Challenge ID 248 Enabling the software option 249 Updating the software 249 Downloading software to a USB 249 Extracting the software to a USB stick 250 Installing the software using a USB stick 251 Reimage Software using a USB stick 251 Updating over a network connection 252 Retrograding the software 253 About troubleshooting 253 Assembly and setup 254 Which transceivers are compatible wit...

Page 16: ...st buttons appear 259 Maintaining your instrument 259 How often does the instrument need to be calibrated 259 What are the insertion rates for all components 259 Battery communication 260 Appendix C Storage and Shipment261 Storing the instrument 262 Environmental specifications 262 Shipping the your instrument 262 Removing the component 262 Packing the components 263 Returning equipment to Viavi 2...

Page 17: ...ns how to use this Getting Started Guide Topics discussed in this chapter include the following Purpose and scope on page xvi Assumptions on page xvi Terminology on page xvi Related information on page xix Conventions on page xx Safety and compliance information on page xxii Technical assistance on page xxii ...

Page 18: ... safety Terminology The T BERD 8000 is branded as the MTS 8000 in Europe and it is interchangeably referred to as the T BERD 8000 MTS 8000 MTS 8000 MTS8000 and Media Test Set 8000 in the guide The T BERD 6000A is branded as the MTS 6000A in Europe and it is interchangeably referred to as the T BERD 6000A MTS 6000A MTS 6000A MTS6000A and Media Test Set 6000A The T BERD 5800 family of instruments is...

Page 19: ...tted power received power and optical link loss on fiber optic networks Battery Module The module connected to the back of the T BERD MTS 8000 base unit which supplies power whenever power is not provided using the AC power adapter Component Used throughout this manual to refer to an individual hardware component which is connected to the other components to build a complete test instrument assemb...

Page 20: ...signed to transmit an Acterna Test Packet ATP payload These packets carry a time stamp used to calculate a variety of test results The FST 2802 TestPad the SmartClass Ethernet tester the HST with an Ethernet SIM the T BERD MTS 6000A MSAM the T BERD MTS 5800 and SC 4800 4800P can all be configured to transmit and analyze ATP payloads and can be used in end to end and loopback configu rations during...

Page 21: ... OC 48 or SDH STM 16 client signal OTU1 is used on connector panels and user interfaces to identify the connectors and applications used for 2 7G OTN testing OTU2 Optical Transport Unit 2 A 10 7G 11 05G or 11 1G OTN signal designed to carry SONET OC 192 SDH STM 64 or 10G Ethernet WAN and LAN client signals OTU2 is used on connector panels and user interfaces to identify the connectors and applicat...

Page 22: ...accuracy timing when testing using the 5800v2 and 5800 100G The OTDR Functions Options and Software Applications User Manual for the optional OTDR modules that are available for testing using the 5800v2 and 5800 100G Help The topics addressed in the three testing manuals are also available on your instrument in an HTML format Conventions This guide uses typographical and symbols conventions as des...

Page 23: ...ts an alert It indicates that there is an action that must be performed in order to protect equipment and data or to avoid software damage and service interruption This symbol represents hazardous voltages It may be associated with either a DANGER WARNING CAUTION or ALERT message See Table 3 for more information This symbol represents a risk of explosion It may be associated with either a DANGER W...

Page 24: ... go to http www viavisolutions com en services and support support technical assistance Table 3 Safety definitions Term Definition DANGER Indicates a potentially hazardous situation that if not avoided will result in death or serious injury It may be associated with either a general hazard high voltage or other symbol See Table 2 for more information WARNING Indicates a potentially hazardous situa...

Page 25: ...clude the following About the instruments on page 2 Features and capabilities on page 2 Configuring your instrument on page 4 What ships with your instrument on page 4 Accessories on page 6 About the T BERD MTS 5800 and SC 4800 on page 8 About the CSAM Assembly on page 14 About the MSAM Assembly on page 17 About the DMC Assembly on page 24 Viavi recommended optical adapters and transceivers on pag...

Page 26: ...stomer documentation for a list of covered networks The MSAM also accepts physical interface modules PIMs designed to allow you to test Data communications and Diphase interfaces The 5800 family of instruments allows you to connect optional expansion modules for enhanced optical testing or a highly accurate timing source during testing Each of the instruments is designed to be a rugged portable ba...

Page 27: ... and expand certain test results for which a variety of measure ments are made such as current average minimum or peak throughput measurements You can also suppress graphical result collection if you intend to run resource intensive applications For Dual Term or Dual Through applications you can observe test results for both ports simultaneously Automatic traffic transmission You can optionally se...

Page 28: ...nt Each instrument is factory configured to meet your unique testing requirements When you place an order for an instrument a customer service or sales representative will help you determine which base unit if applicable chassis optics assembly connector configuration PIM or testing options you need To discuss a specific hardware chassis configuration or the available testing options contact your ...

Page 29: ...ument with SONET testing capabilities two BNC to BNC adapter cables are included for DS3 and STS 1 applications Note T BERD MTS 5800 100G supports CFP4 and QSFP28 as native ports i e no adapter is required BNC to 440A adapter cable If you order an instrument with SONET testing capabilities two BNC to 440A adapter cables are included for DS3 and STS 1 applications SMB to SMA adapter Included with T...

Page 30: ... 4 lists some of the accessories available for the instruments Table 4 Accessories Accessory Description Transceivers A variety of Viavi recommended SFP SFP XFP QSFP QSFP28 and CFP transceivers and adapters are available for testing optical circuits Be certain to only use Viavi recom mended transceivers and adapters with your test instrument Each of the transceivers and adapters offered by Viavi a...

Page 31: ...s a USB powered accessory that accepts two 2 RS 422 interfaces on an 8 pin RJ interface 8P8C 8 position 8 contact The Time of Day messages are passed to the TB MTS 5800 mainframe via a USB type B Mini B connector The One Pulse Per Second 1 PPS sig nals are presented to the 5800 on an SMA coaxial interface Attenuators A variety of Viavi recommended attenuators are available for attenuating transmit...

Page 32: ...ning short distances 1310 nm 1550 nm and or filtered 1625 nm single mode fibers spanning long distances 1310 nm 1550 nm and or filtered 1625 nm single mode fibers supporting extended distances metro access 1310 nm 1490 nm 1550 nm and or filtered 1625 nm singlemode fibers supporting passive optical net works PON Multimode 850 nm and 1300 nm and singlemode 1310 nm and 1550 nm fibers All modules allo...

Page 33: ...nd services using one integrated instrument Configuring the T BERD MTS 5800 and SC 4800 The T BERD MTS 5800 and SC 4800 units are factory configured to meet your testing requirements When you place an order for a 5800 or 4800 a customer service or sales representative will help you determine the right configuration for your needs Figure 1 T BERD MTS 5800 100G Figure 2 SC 4800 ...

Page 34: ...t Instrument with PDH TB MTS 5812P T BERD MTS 5800 10G and Dual Port Test Instrument with PDH TB MTS 5811P T BERD MTS 5800 V2 Single 10G Port Test Instrument with PDH TB MTS 5811PG T BERD MTS 5800 V2 Single 10G Port Test Instrument with PDH no WiFi Bluetooth TB MTS 5811PL T BERD MTS 5800 V2 Single 10G Port with T1 E1 TB MTS 5882 T BERD MTS 5800 Dual 10G Port Test Instrument with PDH and internal G...

Page 35: ... port SC 4800P has an additional DS1 E1 port NOTE Some configurations also require you to purchase and install certain testing options others require specific hardware connectors to connect to circuits for testing For example if your instrument does not have a connector designed to support 1GigE Optical testing you can not transmit and ana lyze a signal or traffic over a 1GigE circuit OTDR testing...

Page 36: ...connector allows you to connect the SC 4800 to 1 Gigabit Ethernet 100 FX or 100M Ethernet circuit to transmit and then analyze traffic DS1 E1 connector on SC 4800P only One balanced 120 Ohm RJ 48 transmitter receiver allows you to connect the 4800 to an E1 2M circuit to transmit and analyze traffic Figure 4 SC 4800P connector panel NOTE The E1 and DS1 interfaces should not be connected at the same...

Page 37: ...s allow you to connect the 5800 to a SONET SDH 1 Gigabit Ethernet 10GigE 100 FX or 100M Ethernet circuit to transmit and then analyze traffic QSFP CFP4 connectors The QSFP connectors provide 40G and 100G capabilities so capabilities cover QSFP QSFP28 The CFP4 port is for 100G usage E3 DS3 STS 1 E4 STM1 e connectors One Tx Rx pair or two receivers allow you to connect the 5800 to an E3 DS3 STS 1 E4...

Page 38: ... DS1 BITS signal EXT CLK connector SMA connector for external clock input Use the SMA to BNC barrel adapter if a BNC connector is needed applicable to MSAM v1 only Headset handset connector Use the headset connector when dropping voice traffic from a DS0 interface USB host connector Located on the right side of the unit the two USB host connectors USB 2 0 allow connection of a USB drive or other U...

Page 39: ...FP adapters are required A variety of Viavi approved adapters and transceivers are available For assembly instructions see Inserting MSAMs or CSAMs into the 6000A base unit or DMC on page 35 All dual port applications require two connectors CFP and QSP adapter and transceiver specifications vary depending on the manufacturer Exploring the CSAM connector panel The CSAM connector panel provides the ...

Page 40: ...U4 111 8 G circuits or a CFP2 to CFP4 adapter and a CFP4 trans ceiver QSFP 40G connectors A single QSFP connector labeled QSFP 40G supports QSFP transceivers and allows you to connect the CSAM to a 40G SONET SDH 40G Ethernet or OTU3 43 02 G circuit to transmit and then analyze traffic during testing for more information about the rates check with your customer documentation MPO connectivity LR4 in...

Page 41: ...hannel circuit to transmit and then analyze traffic during testing If your instrument is configured and optioned to do so you can also analyze IP Video traffic on the Ethernet circuits OTU 1 connections are only supported on PORT 1 About the MSAM Assembly The MSAM is used in combination with the T BERD MTS 6000A base unit the T BERD MTS 6000AV2 base unit or a T BERD MTS 8000 base unit with a DMC c...

Page 42: ...ng The PIM or PIMs required for testing 1 544 Mbps through 10 Gigabit circuits If you ordered a dual port chassis and you intend to use both ports simultaneously for example in dual port through mode PIMs should be ordered for both ports If you ordered an SFP or XFP PIM the transceivers are required A variety of Viavi approved SFP and XFP transceivers are available for each PIM The plug in panel o...

Page 43: ...l USB host connector to the right of Port 2 and the BNC EXT REF connector is replaced with a SMA CLK I O connector Table 7 MSAM chassis Catalog Number Description C0400 Single Port 1 544 Mbps to 4 Gbps C0400 v2 Single Port 1 544 Mbps to 10 Gbps C0404 Dual Port1 1 A dual port chassis is required if you intend to use the MSAM for OTN testing 1 544 Mbps to 4 Gbps C0404 v2 Dual Port 1 544 Mbps to 6 Gb...

Page 44: ... MSAM PIMS Table 7 lists the PIMs available for testing from various interfaces using the MSAM CAUTION DAMAGE TO COMPONENTS Use caution when connecting the cable to the SMA connector Over tight ening could damage internal components Finger tighten only Table 8 MSAM PIMs Catalog Number Description Compatible Chassis CPHSDATA Data communications PIM with universal data communications connector C0404...

Page 45: ...you to insert two transceivers designed to support different wavelengths Only one transceiver can be used for testing at a time An SFP PIM is shown in Figure 12 on page 19 All CPSFPPLUS SFP PIM Provides two transceiver ports allowing you to insert two SFP or SFP capable transceiv ers designed to support different wavelengths All CPXFP XFP PIM Provides one transceiver port An XFP PIM is shown in Fi...

Page 46: ... T BERD MTS SC Getting Started Guide Page 22 22046561 Rev 016 March 2018 Photos of the DS1 E1 BNC E1 RJ 48 E3 DS3 STS 1 and E4 STM 1e PIMs are provided in Figure 15 on page 22 through Figure 18 on page 23 Figure 14 Diphase PIM Figure 15 DS1 PIM ...

Page 47: ...Chapter 1 Overview About the MSAM Assembly T BERD MTS SC Getting Started Guide March 2018 22046561 Rev 016 Page 23 Figure 16 E1 BNC PIM Figure 17 E3 DS3 STS 1 PIM Figure 18 E4 STM1 e PIM ...

Page 48: ... MSAM or CSAM slots allowing you to insert two MSAMs and up to four PIMs or two CSAMs This provides connections for testing up to four independent circuits simulta neously Figure 19 shows a DMC connected to a base unit For assembly instructions see Connecting a DMC to a base unit on page 28 Base unit requirements if you intend to test using two MSAMs or CSAMs in a DMC chassis verify that the T BER...

Page 49: ...ll versions of the 8000 mainframes Viavi recommended optical adapters and transceivers To ensure proper operation of your instrument during testing we strongly recommend purchasing the required adapters and transceivers from Viavi These components have been tested to verify that they will perform reliably with our test instruments A list of recommended optics can be found by selecting Recommended ...

Page 50: ...Chapter 1 Overview Viavi recommended optical adapters and transceivers T BERD MTS SC Getting Started Guide Page 26 22046561 Rev 016 March 2018 ...

Page 51: ...owing Preparing for assembly on page 28 Connecting a DMC to a base unit on page 28 Inserting MSAMs or CSAMs into the 6000A base unit or DMC on page 35 Inserting removing and swapping PIMs in the MSAM on page 37 Attaching an expansion module to the 5800v2 100G and 5882 on page 40 Handling CFP adapters and transceivers on page 43 Handling SFP SFP XFP and QSFP transceivers on page 48 Attaching an ext...

Page 52: ...t DMC must be connected directly to the base unit You can attach additional modules after connecting the DMC or DMCs to the base unit Alignment Ensure that the holes on the corners of the DMC or Battery Module are aligned with the holes on the component you are attaching it to For example if you are attaching the DMC to the base unit ensure that the holes of the DMC are aligned with the holes on t...

Page 53: ... DRAM select the Services Data soft key Under Services Data check the CPU speed and the Memory If your base unit does not meet the requirements stated above contact Viavi Customer Care for assistance Required tools Large flat blade screwdriver You will need a large flat blade screwdriver to remove and then replace the battery module on the base unit Hex key A hex key is provided in a groove on the...

Page 54: ...gged 2 Using the large flat blade screwdriver loosen each of the 4 slotted bolts on the back panel of the battery module attached to the base unit 3 Disconnect the battery module from the base unit and then remove the hex key from the groove on the inside panel of the battery module See Figure 20 4 The base unit and DMC have rectangular mating connectors Figure 20 Hex key groove in battery module ...

Page 55: ... the DMC over the base unit with the DMC s mating connector directly over the mating connector on the base unit c Verify that the holes on each corner of the DMC are aligned precisely with the holes on each corner of the base unit d IMPORTANT Verify that you are holding the DMC in a position parallel to the base unit If the module or DMC is tilted at even a slight angle the mating connectors may n...

Page 56: ... module s mating connector directly over the mating connector on the DMC b Verify that the holes on each corner of the battery module are aligned precisely with the holes on each corner of the DMC c IMPORTANT Verify that you are holding the battery module in a position parallel to the DMC If the module is tilted at even a slight angle the mating connectors may not connect properly 7 Slowly lower t...

Page 57: ...www viavisolutions com Disconnecting the DMC Before disconnecting the DMC from the base unit review the Key principles on page 28 for assembling the instrument The same principals apply when disassembling the various components Required tools Large flat blade screwdriver You will need a large flat blade screwdriver to remove the battery module Hex key provided A 5 mm hex key is provided in a groov...

Page 58: ...unit by gently pressing upwards on the two lower bumpers of the base unit as illustrated in Figure 40 on page 53 IMPORTANT When lifting the base unit be certain to apply force directly over the base unit mating connector illustrated in Figure 21 on page 30 The lower bumpers are located on the front display panel of the base unit and they are parallel with the mating connector provided on the botto...

Page 59: ...50W power supply is also required CSAM requirements When using a CSAM in a T BERD MTS 6000A base unit the base unit must be a 6000Av2 and the module carrier within the 6000Av2 must be an E6300 A 150W power supply is also required If the CSAM is not compatible with the module carrier of the 6000Av2 the software will prevent you from using the instrument to test Required tools You will need a large ...

Page 60: ...lot and then gently but firmly slide it into the slot Figure 25 shows an MSAM in a DMC application module slot a similar slot is also available on the T BERD MTS 6000A base unit 5 Place your thumbs just below each of the thumbscrews on the top of the panel then push the MSAM or CSAM into the slot until the exterior panel is flush with the side panel of the base unit or DMC chassis see Figure 26 an...

Page 61: ...he screwdriver will ensure a more secure connection The MSAM or CSAM is connected to the base unit or DMC chassis Inserting removing and swapping PIMs in the MSAM Inserting a PIM After connecting the MSAM to the base unit or DMC chassis you can insert up to two PIMs into the two ports provided on the MSAM The PIM s will provide the physical interfaces that you need to connect to the circuit for te...

Page 62: ...C0400 v2 C0404 v2 or C1010 v2 model number on the exterior panel After verifying that the chassis can support the PIM look at the PIM label to verify that it is an XFP PIM 2 Place the base unit on a flat surface with the screen facing down and the exterior panel of the MSAM facing towards you 3 If you are inserting the PIM into a dual port chassis determine which port to insert the PIM into If you...

Page 63: ...s flush with the exterior panel of the chassis and the PIM ejection button pops out The PIM is inserted Removing a PIM There are two types of PIMs single port and dual port The single port PIMs fit into a single port for example the DS1 PIM dual port PIMs are wider and use both ports for example the datacom PIM Thus there are slightly different ways to remove the PIMs To remove a single port PIM 1...

Page 64: ...he MSAM status screen and then verify that the module is off by observing the Message bar at the top of the screen When off the message states BERT Module OFF 3 After verifying that the BERT MSAM module is off remove the PIM see Removing a PIM on page 39 4 Insert the new PIM see Inserting removing and swapping PIMs in the MSAM on page 37 5 On the System screen turn the BERT module back on When on ...

Page 65: ...nsion module to the 5800v2 100G and 5882 T BERD MTS SC Getting Started Guide March 2018 22046537 Rev 016 Page 41 2 Remove the four screws that hold the back cover in place 3 Lift off the back cover to expose the connector 4 Notice the hinges on the module ...

Page 66: ...5800v2 100G and 5882 T BERD MTS SC Getting Started Guide Page 42 22046537 Rev 016 March 2018 5 Insert the module hinges into the instrument at about a 45 to 60 degree angle 6 Pivot the module down towards the connector 7 Seat the module into the connector with slight pressure ...

Page 67: ...ers and transceivers Inserting a CFP adapter CFP adapters allow you to use a port designed to support a larger CFP transceiver for a smaller CFP transceiver For example a CFP2 to CFP4 adapter shown in Figure 31 can be inserted into the CFP2 port of the CSAM to provide the physical interface that you need to connect a CFP4 to the instrument The release lever shown at the left of the adapter must be...

Page 68: ...nel is flush with the exterior panel of the chassis 4 Tighten the retaining screws if equipped until they are finger tight Figure 32 CFP2 to QSFP28 Adapter NOTE Details concerning the inserted adapter used for the currently selected applica tion appear on the CFP2 Interface setup tab Details concerning the QSFP28 inserted into the adapter appear on the QSFP Interface setup tab CAUTION DAMAGE TO UN...

Page 69: ...P4 transceiver Figure 33 through Figure 35 show the CFP transceivers used to perform 40G and or 100G out of service testing over fiber circuits using your instrument Before inserting a CFP CFP2 or CFP4 transceiver consider the following Expected optical power must not exceed the power level specified for the optical module Figure 33 CFP transceiver Figure 34 CFP2 transceiver Figure 35 CFP4 transce...

Page 70: ...ntly but firmly insert the transceiver until it is seated securely indicated by an audible click or by feeling the transceiver snap into place c For TB MTS 5800 100G with the identification label facing against you align the transceiver in the slot and then gently but firmly insert the transceiver until it is seated securely indicated by an audible click or by feeling the transceiver snap into pla...

Page 71: ... cables If you need to remove an external timing reference cable do the following a Grasp the plug close to the panel b Loosen by turning the connector counter clockwise c When connector threads are fully disengaged pull the plug straight off the jack 3 Loosen the retaining screws securing the transceiver into the instrument or flip out bail handle 4 Hold onto the retaining screws or bail handle a...

Page 72: ...epts QSFP QSFP28 and SFP SFP SFP28 transceivers The MSAM with connected SFP and or XFP PIMs accepts SFP and XFP trans ceivers The CSAM accepts QSFP transceivers Each of these pluggable transceiver modules has similar insertion characteristics Figure 36 shows a Copper SFP used to test copper over 10GigE LAN circuits Figure 37 shows the QSFP transceiver used to perform out of service testing over 40...

Page 73: ...ansceiver from Viavi that supports the physical interface you intend to test If you are not certain which interfaces a particular transceiver supports refer to the list of Viavi Recommended Optics If you can not locate the sheet in most instances an online search using the model number printed on the transceiver label will result in a number of hits providing specifications for the transceiver 2 A...

Page 74: ...AGE TO UNIT If you feel any resistance when first inserting the transceiver into the cage do not force it any further The bottom of the transceiver may be obstructed by the latch tab in the cage and forcing it any further may damage the cage If this occurs do the following Remove the transceiver then push the latch tab in the cage down Verify that you are inserting the transceiver correctly for ex...

Page 75: ...ing If you suspect poor performance is due to a dirty cable connector or optical jack make sure you clean them To attach an external optical connector 1 Verify that the laser is turned OFF on the instrument 2 Verify that the locking lever of the connector is in a released position 3 Pinch the connector with your index finger on the top of the locking lever and your thumb on the bottom of the conne...

Page 76: ... Torque wrench optional If you want to ensure that you don t apply too much pressure when connecting or disconnecting components you can optionally use a torque wrench capable of applying 13 3 in lb A torque wrench with the ability to apply up to 20 in lb in 0 1 in lb increments will be adequate You will also need a 5 mm hex key bit for the wrench Disassembling the instrument To remove the DMC fro...

Page 77: ...ctly over the base unit mating connector illustrated in Figure 21 on page 30 The lower bumpers are located on the front display panel of the base unit and they are parallel with the mating connector provided on the bottom connector panel In Figure 40 the base unit mating connector is not visible it is directly above the mating connector of the DMC 6 After the base unit is completely disengaged fro...

Page 78: ...Chapter 2 Assembling Your Instrument Disconnecting the DMC T BERD MTS SC Getting Started Guide Page 54 22046537 Rev 016 March 2018 ...

Page 79: ...w to start using your instrument and describes the user inter face Topics discussed in this chapter include the following Powering the instrument on page 56 Launching the MSAM or CSAM on page 60 Navigating the user interface on page 62 Setting up the instrument on page 70 Connecting your instrument to the circuit on page 79 ...

Page 80: ...ng multiple DMCs to a single T BERD MTS 8000 base unit you will need an adapter that provides more than the standard 150 Watts Two MSAMs If you intend to test by using two MSAMs in one DMC module in a single T BERD MTS 8000 base unit you must connect the AC power adapter that shipped with the DMC Two CSAMs If you intend to test by using two CSAMs in one DMC module in a single T BERD MTS 8000 base ...

Page 81: ...rch 2018 22046537 Rev 016 Page 57 Figure 42 shows the label on the adapter that shipped with the T BERD MTS 5800v1 test instruments Figure 43 Figure 44 and Figure 45 show the labels provided on the adapters that ship with the DMC and MSAM Figure 42 Adapter label Figure 43 DMC adapter label ...

Page 82: ...Chapter 3 Getting Started Powering the instrument T BERD MTS SC Getting Started Guide Page 58 22046537 Rev 016 March 2018 Figure 44 MSAM Adapter label Figure 45 40 100G Power Adapter label ...

Page 83: ...he jack for the T BERD MTS 5800 and SC 4800 families is located on the bottom right side of the unit 3 Plug the opposite end of the adapter into the power mains Power is supplied using the adapter For specifications see Power supply specifications on page 178 Turning on the instrument To power the instrument Press the ON OFF key The On LED located on the front panel illuminates green when the unit...

Page 84: ... a BERT icon on the System screen If you are using a DMC with two MSAMs two CSAMs or one of each two BERT icons appear on the screen one for each MSAM and CSAM If you stack multiple DMCs on a single T BERD MTS 8000 base unit an icon appears for each MSAM or CSAM Table 10 Charge LED behavior Scenario LED State Indicates Power supplied by adapter1 ON The battery is charging OFF The battery is not ch...

Page 85: ...N To turn a BERT icon ON 1 Press the ON OFF button The unit loads the 8000 Base Unit or 6000A Base Unit software and then the following occurs The screen goes blank for a few seconds The Presentation page for the base unit appears If the Transport Module MSAM or CSAM was launched during your last test session when you turned the power OFF the Viavi BERT MODULES STARTUP screen appears indicating th...

Page 86: ...he software load has progressed When the load reaches 100 the Main screen appears The MSAM or CSAM is launched Navigating the user interface The user interface lets you set up the instrument configure tests and display test results See Figure 46 NOTE After you launch the MSAM or CSAM you can use the SYSTEM HOME button at any time to return to the System screen to change settings such as the screen...

Page 87: ... such as the Message bar LED panel Signal Struc ture graphical display and the Actions panel An option is also available which allows you to toggle between tests running on different ports Reports Use the options on the Reports menu to create view and export custom reports for your module You can also enable and configure automatic reports and test restarts after automatic report generation using ...

Page 88: ...st application which allow you to run a variety of scripts designed to simplify testing Menu Keys The seven menu keys located on the right side of the front panel perform the same functions as the softkeys immediately to their left on the graphical user interface If your unit does not have a touch screen use these buttons to access the setup screens restart tests and perform other functions specif...

Page 89: ...ument has been synchronized to a particular external timing source If messages exist you can select the box to display the Message Log which lists each message Quick Config settings After you select a test application a Quick Config tab appears to the right of the Message Box with key settings required to configure your test For example if you selected the SONET OC 48 STS 12c Bulk BERT Terminate a...

Page 90: ...evice on the far end of the circuit typically another test instrument Figure 48 illus trates the signal structure when you transmit a Bulk BERT payload in an STS 12c signal carried in an OC 48 wrapper LED Panel The LEDs in the panel to the left of the Results Windows help you determine whether a signal is present pattern synchronization has been achieved and other key events have occurred when per...

Page 91: ...n customizing the LED panel see Customizing the user inter face look and feel on page 74 For descriptions of each of the LEDs refer to the Test Results chapter in the testing manual that shipped with your instrument Current and history LEDs The round LEDs on the inside column provide the current state of the key event the square LEDs on the outside column provide the historical state in other word...

Page 92: ...selected a SONET application allow you to specify error anomaly alarm defect and pointer parameters for the test A blinking circle on a tab indicates that some action is required on your part For example if you are running a BERT test the Actions tab may blink indicating that you need to start transmitting the BERT pattern If you select a test application for an optical rate a Laser tab also appea...

Page 93: ... a different group or category for each pane you can view multiple sets of results at the same time See Figure 51 Result Windows The test results appear in Result Windows see Figure 52 Errors are highlighted in red other results appear in black You can change the layout of the Result Windows using options provided on the View menu You can also choose to show just test results on the main screen by...

Page 94: ...ovides access to regional settings the date and time and display settings The T BERD MTS 5800 system menu shown in Figure 53 Details concerning the System menu for other test instruments are provided in the 6000 or 8000 Base Unit User Manual that supports the corresponding base unit Specifying international settings Before testing you can specify the language and the date and time format for the u...

Page 95: ...i Select Language and then select the language for the user interface iii Select Date Format and then select the mm dd yyyy or dd mm yyyy format iv Select Time Format and then select the 24 hour clock or 12 hour clock format A message appears indicating that you need to reboot the unit for the settings to take effect v Press the ON OFF button to turn the unit OFF and then press it again to turn th...

Page 96: ... current date Changing the remote access password To change the default password 1 Select the System icon The System screen appears 2 Select the Remote VNC icon 3 Select the Change Password button then specify a new password For more information refer to the 8000 Base Unit User Manual or the 6000A Base Unit User Manual Checking the battery You can check the status of the battery in two ways Method...

Page 97: ...cally after the unit has not been used for a specific interval of time For instructions on setting up the screen saver on a MSAM refer to the 8000 Base Unit User Manual or 6000A Base Unit User Manual For the T BERD MTS 5800 and SC 4800 see below To set up the screen saver 1 Select the System icon and then select Display 2 To enable the screen saver click the check box next to Enable automatic scre...

Page 98: ...ttern synchronization The Summary LED illuminates green if all summary results are OK If the test stops the Summary LED is locked until you start or restart the test If the module loses any of the LED events the green Status LED extinguishes and the red Alarm LED in the history column illuminates indicating an error condition has occurred For example if the module detected a signal but then loses ...

Page 99: ...creen appears 2 Set Result Setup Terminology to TestPad or ANT mode 3 Select Close to store the result mode and return to the Main screen The test results mode is specified Viewing or installing options Your instrument may come with software options installed or you may order them later and install yourself To view installed options Select Tools Review Install Options ...

Page 100: ...t your local Viavi sales office Refer to the instructions provided with the software upgrades for details Icon Indicates Option is enabled An expiring option An expiring option is an option that is installed for free for a trial period The time left in the trial is indicated to the right When the trial period ends a warning message appears If you are running a test when the option expires you can ...

Page 101: ...ld default strata sync viavisolutions com 2 Enter the Account ID for this test instrument No synchronization can occur without the entry of a pre approved unique ID number This ID must be obtained from Viavi before attempting to sync to the server 3 Enter an optional Tech ID This will be populated by a default value representing your test instrument but can be changed to identify the user who is i...

Page 102: ...be included include the following The server then applies any applicable Options to the unit Finally if any upgrades are available you will be informed of their availability and asked to verify that you want to receive the upgrade After synchronization is complete the Status will indicate Status Complete and the instrument will reboot The test instrument may be disconnected from the internet The t...

Page 103: ...your instrument to the circuit Before connecting your instrument to the circuit for testing consider the following Older chassis for some test instruments provide internal connectors for all supported optical line rates Newer chassis require either an external optical connector or a CFP SFP SFP XFP or QSFP transceiver and or adapter to test optical circuits providing greater flexibility For handli...

Page 104: ...bserving the Optical Rx Level dBm result in the Interface group Signal category If attenuation is not necessary remove the attenuator reconnect the cable to the transceiver and then press Restart The instrument is connected to the circuit Configuring Expert Optical settings The optics used in the CSAM ideally auto configure upon insertion and therefore require no user intervention For applications...

Page 105: ...ference clock will be set to the default mode that the CFP is expecting c If you are testing using serial CFP optical modules specify the Skew Offset The Synchronous Transport Lane STL specification requires 32 byte lane spacing but some serial CFP hardware exists that does not conform to this specification The CSAM is being shipped with a CFP Skew value at 32 If at a later time hardware changes r...

Page 106: ...O resetting mechanism will be gated blocked if SONET SDH service disruption is enabled OTN service disruption is enabled Ethernet SD has decoupled TX from RX The manual FIFO reset specified in step e on the expert configuration page will not be blocked or gated 8 If you enabled CFP Expert mode in Step 4 adjust the Receive Rx settings as applicable a Specify the Equalization setting The default Equ...

Page 107: ...n step c on the expert configuration page will not be blocked or gated The Optics Expert Mode parameters are set Browsing the web The T BERD MTS 5800v2 5800 100G 5882 and SC 4800 4800P include a web browser similar to that found on a tablet Although it is not expected to perform in all aspects like that of a browser on a PC it will allow access to a company intra net or work order system as well a...

Page 108: ... If you want the instrument to forget the wireless network password as soon as it connects select the Forget Network button at the bottom right of the screen Playing videos The T BERD MTS 5800v2 5800 100G 5882 SC 4800 4800P include a video player It can be used to play training videos advertisements or other videos You can access videos from USB or the file system The player supports AVI MP4 H 265...

Page 109: ...mber Technician ID and Test Location that you specified in the Job Manager into the report heading If you change the report information on the Report Info screen before you generate a report the new report information will override the defaults that are specified in the Job Manager For example if you change the Work Order number on the Report Info screen the Work Order number will be included in y...

Page 110: ...ction provides a list of planned test items associated with a job including the test type to be performed reference information and the pass fail status If you load a test plan you can select the test in the test list and the Launch button will appear on the highlighted row It will be enabled if the application is available on the unit Clicking the button will start the application and open its wo...

Page 111: ...atch the reference information entered for the current test with the reference information specified in the desired planned test item Selecting the Create Summary Report button allows the user to generate a report of the test plan including the associated report artifacts and the Pass Fail status Selecting the Load Job button allows the user to load a new Job onto the instrument Attach a USB stick...

Page 112: ...Chapter 3 Getting Started Setting up the Job Manager T BERD MTS SC Getting Started Guide Page 88 22046537 Rev 016 March 2018 ...

Page 113: ... to test on page 90 Step 1 Selecting a test application on page 109 Step 2 Configuring a test on page 113 Step 3 Connecting the instrument to the circuit on page 115 Step 4 Starting the test on page 115 Step 5 Viewing test results on page 118 Running multiple tests on page 125 Scheduling timed tests on page 131 Creating and printing reports on page 131 Restoring test defaults on page 138 VT 100 em...

Page 114: ...re that both instruments are synchronized per the same timing reference and provide measurements that are accurate within 10 ns Instruc tions for synchronizing 5800v2 100G and 5882 test instruments using the optional TEM Modules are provided in the Timing Expansion Module User Manual that shipped with your TEM GPS is increasingly being used as a timing reference because it available almost every w...

Page 115: ...me The receivers provide 1 periodic messages with GPS time via the DB9 RJ 45 or USB connector on the instru ments and 2 an accurate 1PPS signal into the BNC SMA or SMB connector Outgoing packets are then marked with GPS timestamps If your instruments are configured and optioned to do so both test ports can be used allowing you to measure one way delay for two different circuits simultaneously Conn...

Page 116: ... to the CSAM s CLK OUT 1PPS port 2 Verify that your instrument is synchronized with GPS time by checking the CDMA Sync and 1PPS Sync LEDs When synchronized the LEDs will be illumi nated 3 Repeat step 1 through step 2 on the second instrument The receivers are connected to your instruments and the instruments are synchronized with GPS time About GPS Receivers Instruments using the optional TM4 M GP...

Page 117: ...igure 62 on page 97 or Figure 63 on page 97 If you are connecting to a 5800v1 connect the BNC to SMA cable from OUT B on the GPS receiver to the EXT REF connector on your instrument see Figure 58 on page 95 If you are connecting to a 5800v2 connect the BNC to SMA cable from the OUT B on the GPS receiver to the SMA Timing Cable Adapter s CLK1 connector which is connected to the EXT CLK connector on...

Page 118: ...paring to test T BERD MTS SC Getting Started Guide Page 94 22046537 Rev 016 March 2018 Figure 56 GPS Reference Timing Connection Diagram MSAM v1 in MTS8000v1 Figure 57 GPS Reference Timing Connection Diagram MSAM v1 in MTS8000v2 ...

Page 119: ...ic Testing Preparing to test T BERD MTS SC Getting Started Guide March 2018 22046537 Rev 016 Page 95 Figure 58 GPS Reference Timing Connection Diagram 5800v1 Figure 59 GPS Reference Timing Connection Diagram 5800v2 ...

Page 120: ...000A and 5800 see Figure 56 on page 94 or Figure 62 on page 97 For a 5800v1 connect the DB9 to RJ 45 cable from the Time Port on the GPS receiver to the RJ 45connector on the 5800 see Figure 58 on page 95 For a 5800v2 6000A or 8000v2 connect the DB9 to USB cable from the Time Port on the GPS receiver to the USB port on the 6000A or 8000 see Figure 55 on page 93 Figure 57 on page 94 Figure 59 on pa...

Page 121: ...o test T BERD MTS SC Getting Started Guide March 2018 22046537 Rev 016 Page 97 Figure 61 GPS Connection Diagram MSAMv2 w MTS6000A Figure 62 GPS Connection Diagram MSAM v2 in MTS8000v1 Figure 63 GPS Connection Diagram MSAM v2 in MTS8000v2 ...

Page 122: ...rded in the log To select GPS as time source 1 If you haven t already done so use the Test Menu to select the test application for the interface you are testing 2 On the instrument select the Setup soft key 3 Select the Interface tab and then on the CDMA GPS Receiver tab select the Enable CDMA or GPS receiver check box The GPS receiver has been selected as the time source Understanding external hi...

Page 123: ...hat shipped with your instrument or optics that you purchased from Viavi as accessories A list of Viavi supported optics shipped with your instrument Details concerning the transceiver used for the currently selected application are available on the Interface setup tab WARNING HAZARDOUS LIGHT EXPOSURE Do not look directly into the optical output of the unit or at the output of any optical cable or...

Page 124: ...he Results soft key to return to the results screen If the line rate is not supported by the transceiver Recommended optic rates not avail able appears Turn the instrument off and try another transceiver Tuning SFP and XFP transceivers The ITU T G 694 2 standard provides a frequency grid for DWDM which creates channel spacing from 12 5 GHz to 100 GHz The channel spacing allows different carriers t...

Page 125: ...he following a To specify the tuning in the Setup menu do the following Select the Signal tab Select the Tuning Mode Channel Wavelength or Frequency If you selected Wavelength specify the wavelength The available wave length range appears If you selected Channel specify the channel The available channel range appears If you selected Frequency specify the frequency The value entered will be convert...

Page 126: ...tively If the device is tunable by both wavelength and channel the software will determine the closest channel 50 GHz spacing and wavelength 50 nm spacing value The tuning method with the smallest difference to the user selected value will be used to tune the transceiver The transceiver is tuned Testing Optics and Cables The Optics Self Test and the Cable Test scripts are available for all 10G 25G...

Page 127: ...T BERD MTS 5800 100G and 5800v2 enable technicians to test such cables quickly and easily via a built in script AOC and DAC cables testing includes the following features Cable Test script built into the T BERD MTS 5800 100G or 5800v2 Test reports capture the serial number of the cable tested as well as the setup and results Pass fail results against adjustable bit error rate threshold Choice of f...

Page 128: ... Edit Previous Configu ration Load Configuration from a Profile and Start a New Configuration reset to defaults each with a Go button Pick your option by clicking the Go next to it 4 The next screen for the Optics Self Test has one pane the right one in the image below The Cable Test screen has an additional Test Topology pane The two ports test is run by the Launch Other Port button and is only a...

Page 129: ... 25GigE where RS FEC is implicit or for 100GigE RS FEC there is a BER Threshold Type selection of Pre FEC default or Post FEC Stop on Error If enabled the test stops immediately upon discovery of an out of parameter result Once you have configured your test you can create a saved profile by clicking the blue Save Profiles link Afterwards you can load these profiles by pressing the Go To button and...

Page 130: ...ted Guide Page 106 22046537 Rev 016 March 2018 6 On the next Report Info screen fill out all entries and press Next 7 On the Run Test screen start your test by clicking the test button Test SFP Cable on the screen below You will see the results overview on the left pane ...

Page 131: ... test 9 If you are testing a QSFP QSFP28 on CSAM and the transceiver is capable of bypassing transmit or receive clock data recovery CDR you can bypass CDR Do the following To bypass transmit CDR select Tx CDR bypass enable To bypass receive CDR select Rx CDR bypass enable NOTE If the QSFP is not capable of bypassing CDR these settings will be disabled 10 Click Next to proceed to the Report screen...

Page 132: ...ort appears If not checked a message appears confirming that the report was saved Select OK c If checked the Include message log box will add a message log to the report 5 If Job Manager was activated in the System page the generated report will be available in the report section of the Job Manager application The reference infor mation lists the Serial Number Optics type and Vendor for SFP and SF...

Page 133: ...technology signal payload and test mode from the Test Menu you can launch a previously config ured test directly from the Quick Launch screen in a single step Figure 66 shows a Quick Launch Screen with a number of commonly used Ethernet applications pinned to the screen and three applications that were recently selected The Test Menu also appears to the left of the screen you can hide it if you wa...

Page 134: ...present key appli cations Recently selected tests Up to three recently selected tests are also identified on the Quick Launch screen using a pin icon Table 11 Quick Launch Icons Application Icon Application Icon 1 PPS Analysis or Wander Analysis J Profiler CPRI OBSAI Multiple Streams DS1 and ISDN PRI PTP 1588 DS3 RFC 2544 E1 and ISDN PRA RFC 6349 Truespeed E3 SDH and OTN E4 SONET and OTN Ethernet ...

Page 135: ...nstrument on the Main screen click Select Test The Quick Launch screen appears The All Tests and Hide Tests buttons are used to display or hide the Test Menu to the left of the screen the Customize button is used to maintain and customize the list of tests that appear on the screen 2 If the test you want to launch appears on the screen select the test otherwise customize the screen to add the test...

Page 136: ...rator between two tests Select the test under which you want to insert the separator then select the Separator button This allows you to group tests on the screen by technology line rate technician customer or any manner that is helpful to you 4 If you want the Main screen to appear by default when you start your test instru ment instead of the Quick Launch screen select Show results at startup Th...

Page 137: ...ern transmitted trig gers an automatic restart of the test Displaying the setup screens To display the setup screens 1 Using the Test menu or Quick Launch screen select a test application see Step 1 Selecting a test application on page 109 2 Select the Setup soft key The setup page appears and typically includes a series of tabs The tabs displayed vary based on the test application you selected Se...

Page 138: ...figuration to use it again for future tests To save a setup configuration 1 On the menu bar of the Main screen select Test Save Test Config As The Save Test Configuration screen appears listing existing saved setup files 2 Select the arrow icon to the right of the Look in field and then highlight the direc tory where you want to save the configuration TIP If you want to provide a screen shots of a...

Page 139: ...at you want to save a configuration setup as read only the following occurs Any custom result categories defined for the configuration are also protected The configuration can not be deleted using the Delete All button The configuration can be deleted using the Delete button When you import a read only configuration file onto your instrument the instru ment will retain the read only permissions An...

Page 140: ...you are testing using a CSAM and your transceiver has this capability after you turn the laser on you can poke the A013 register to turn lasers off for specific lanes within the register NOTE Temperature stabilized lasers When testing 10 Gigabit 40 Gigabit or 100 Gigabit optical circuits some lasers particularly 1550 nm lasers are temperature stabilized therefore they need to reach a certain tempe...

Page 141: ... enter the register address A013 b In Poke Value enter the bit value representing the lane for which the laser will be turned off 0001 indicates that the laser in the first lane should be turned off 0002 indicates that the laser in the second lane should be turned off 0003 indicates that the lasers in both lanes should be turned off c Select Poke The lasers are turned off for the specified lanes T...

Page 142: ...st on page 113 2 Select the Results soft key to return to the Main screen 3 Connect your module to the circuit For details refer to the testing manual for the circuit you are connecting to 4 If you are testing an optical interface select the Laser button 5 If you selected an Ethernet Fibre Channel or SONET SDH GFP test application select the Start Traffic button to start generating and analyzing t...

Page 143: ...ame Collapsing the results that you are not interested in reduces scrolling and allows you to observe more results that you are interested in simultaneously To expand result measurements Select the plus sign to the right of the result name or Select the plus sign at the bottom or the result window to expand all expandable results To collapse result measurements Select the minus sign to the right o...

Page 144: ...serve 2 Select the Full Screen button provided at the bottom of the results pane The pane expands to use the entire screen and the result layout options provided by selecting View Result Windows are disabled To restore the screen to its original layout select After returning the screen to its original layout the layouts available from the View menu will be enabled Setting the blink option on error...

Page 145: ...s to have the Summary background blink Blink on Error must be checked to activate the Blink Summary results option 3 Select Close The blink on error option is activated About histogram results A histogram is a display or print output of test results in a bar graph format Histograms enable you to quickly identify spikes and patterns of errors or anomalies over a specific interval of time seconds mi...

Page 146: ...select the arrow keys to the right of the interval button illustrated as Sec in Figure 69 and then select the new interval Min Hour or Day About the Event log An event log is a display listing any errors anomalies alarms or defects that occur during the course of your test The log displays the value for each event and provides the date and time that the event occurred Viewing an event log To view ...

Page 147: ...ve a some results graphically such as frame loss packet jitter throughput or errors Each graph provides a legend underneath the results to help you interpret the graph and controls above the results that allow you to customize the scale and indicate whether you want to observe the mean minimum or maximum value for the results Viewing graphs To view a graph 1 Select the Graph group and then select ...

Page 148: ... the top of the graph Clearing History results To clear history results Select Tools Clear History Historical LED results are cleared Creating and maintaining Custom result groups For each available test application on your unit you can create Custom result groups with results from a variety of categories This allows you to quickly view certain results on a single result pane without navigating th...

Page 149: ... Selected Results pane then select the left arrow key to move the result back to the left pane If you want to delete all of the results in the category select Clear 4 Repeat step 2 and step 3 for each custom group that you want to add or maintain 5 After you finish populating the custom category with results or modifying the results press Save to store the category and return to the Main screen Th...

Page 150: ...u can only run one application at a time using both PIMs VoIP Additional tests can not be run when running a VoIP test IP Video Additional tests can not be run when running an IP Video test L3 Triple Play Additional tests can not be run when running a layer 3 Triple Play test PRI ISDN Additional tests can not be run when running a PRI ISDN test TCP Wirespeed Additional tests can not be run when ru...

Page 151: ...ts with one application at a 10 Gbps line rate For details see the section on charging your battery in the Getting Started Manual that shipped with your instrument or upgrade 10 Gbps Packet Capture When running a 10 GigE LAN or WAN application and capturing data on Port 1 you can not run a 1 GigE application from Port 2 If you want to run a 1 GigE application on Port 2 you must first disable packe...

Page 152: ... or application module and port the currently selected test is running on The large tab indicates the currently selected test Click the other tab to view the results for the second test A green tab indicates no errors anomalies alarms or defects have been detected for a test A red tab indicates errors anomalies alarms or defects have been detected for a test A yellow tab indicates you should resea...

Page 153: ...is launched you select Enable Dual Test from the View menu To view both tests Press the Dual Test View button The tests are displayed side by side If Dual Test View is launched with only one test active the display will look similar to Figure 75 Use the Add Test button to launch a second test as described in Running multiple tests on page 125 If a second test is active when viewing both tests the ...

Page 154: ...c Term test see Figure 77 allowing changes to parameters such as Destination IP or Packet Size Every tab when expanded changes color and the text changes to Hide Pressing the Hide tab will remove the expanded bar Only one tab can be expanded at a time from either side If you want to simultaneously restart both tests use the Restart Both Tests button in the upper right Use the Test menu to save the...

Page 155: ...d start Timed Test specify the duration for the test and then specify the date and time you want the test to begin in the corre sponding fields 4 In Timed Test Enable select ON 5 Specify the timed test duration in the fields provided Use the up and down arrows to increase or decrease the intervals or select a field and then select the keypad icon to type in a value The test duration is specified T...

Page 156: ...Specifying report details Before creating a report you can specify details that will be captured in the report header such as the name model software revision serial number of the device under test or the name of the technician running the test You can also import your company logo to include it in the report To specify details about the report 1 From the menu bar select Reports Edit User Info The...

Page 157: ...L or XML format Before creating a report you can choose the type of content provided in the report For example you can include the details you specified as the User Info select specific configuration groups corresponding to the information that you specified on the setup tabs and select key result groups that you want to review in detail You can also indicate whether you want to include captured s...

Page 158: ...utton 5 If you want to view the report after it is created select the checkbox to the left of View report after creation 6 Select Create Report A watch icon appears indicating that you should wait for the report to be created If you selected View report after creation the report appears automatically otherwise it is stored in the following folder and can be viewed at any time acterna user disk ber...

Page 159: ... box 4 Using the keypads and arrows provided specify the reporting period in hours and minutes 5 In Mode specify whether you d like the module to overwrite the previous auto matic report each time it generates an automatic report or create a new separate report file 6 By default AutoReport is appended to the end of the filename of each automati cally generated report If you d like to use a differe...

Page 160: ...Reports screen appears listing the contents of acterna user harddisk bert reports 2 To display the report on the user interface of your module select the report file from the list and then select View Report The report viewer appears providing Arrows that allow you to navigate through the contents of the report A binoculars lookup button that allows you to search for key terms in the report A rota...

Page 161: ...dow 3 Open the bert directory and then open the reports directory The reports that are stored on your unit appear 4 Select and then save the report to a directory on your workstation or simply open the report and view it remotely Exporting reports After generating a report you can export the report file to a USB memory key Two USB slots are provided on the top panel of your base unit To export a r...

Page 162: ...00 terminal and then connect it to a network element such as an HTU R HTU C HRE or SmartJack NIU via a serial interface to gather information about the element When emulating a VT 100 terminal data from the network element appears on the Dual Module Carrier Transport Module and MSAM screen You can save this information to an ASCII file print it or export it Information gathered typically includes ...

Page 163: ...onnection to the network element see Estab lishing a serial connection on page 138 2 From the Menu Bar select Tools VT 100 Emulation The VT 100 Terminal screen appears with softkeys to the right that allow you to do the following VT 100 Setup Use this softkey to specify values for the session as described in step 3 on page 140 Clear Screen Use this softkey to clear the data currently displayed on ...

Page 164: ...to 115200 Kbps Data Bits Select the number of data bits ranging from 5 to 8 that contain information These are the bits that are not used to start stop or provide checksum values Parity Indicate whether no parity check will be performed None or whether the instrument will use odd or even bits for par ity checking Stop Bits Indicate whether bit 1 or bit 2 will be used as the stop bit Flow Control I...

Page 165: ...electing the Home soft key If you change test applications the last help topic is no longer stored because the viewer will track the topics visited for the new application For specifics on using the viewer see Launching the viewer on page 141 Navigating using the viewer on page 141 Exiting the viewer on page 142 Launching the viewer The viewer is launched automatically whenever you do one of the f...

Page 166: ...r in blue To jump to another topic or page from a link simply or select tap the link Going back or forward one pages Softkeys are provided that allow you to move Back and Forward through a series of previously visited pages Going home The Home softkey takes you to the home page For example if you are browsing through the HTML help topics pressing Home returns you to the Contents page Exiting the v...

Page 167: ...nit User Manual for all instruments except the 5800 and 4800 which do not use a base unit The topics discussed in this chapter are as follows About Smart Access Anywhere on page 144 Licensing on page 144 Downloading and extracting the utility on page 144 Establishing a connection on page 145 Launching the utility on page 147 Displaying the instrument s user interface on page 148 Transferring files...

Page 168: ...wing licenses are available License 1 reference SAA 6K L1 for Smart Access Anywhere using an Ethernet or Wifi hotspot connection License 2 reference SAA 6K L2 for Smart Access Anywhere using an Ethernet Wifi hotspot or USB Wifi connection via a 3G smart phone Downloading and extracting the utility The Smart Access Anywhere utility must be downloaded and extracted on the work station that you inten...

Page 169: ...can be accessed remotely using each illustrated connection mode Wired Ethernet Connection Figure 78 illustrates a test instrument connected to a workstation via a wired Ethernet connection to the Internet Before establishing a wired connection you need to 1 deter mine the instruments IP address and 2 configure the network proxy if a proxy is used NOTE To connect using WiFi the WiFi option must be ...

Page 170: ... workstation using a WiFi connec tion Smartphone with Data Tethering You can remotely connect to a test instrument using a Smartphone capable of data teth ering and a WiFi hotspot or USB cable Figure 80 illustrates a test instrument connected to a workstation using a WiFi hotspot provided by a Smartphone that supports data tethering Figure 79 WiFi Connection Figure 80 WiFi Connection using Smartph...

Page 171: ...the instrument To launch the utility on your instrument 1 On the System page select Remote 2 Press Connect next to the SmartAccess Anywhere icon The connection to SmartAccess Anywhere Server will initiate 3 After a connection is established to the server the instrument displays a message with the code that is required to access to the equipment remotely 4 If you will be accessing the instrument re...

Page 172: ... the utility on your workstation After you establish a connection to your test instrument you can launch the Smart Access Anywhere utility to update your instrument 1 On your workstation go to the directory where you installed the utility then double click SmartAccessAnywhere exe The utility opens 2 Enter the access code that was provided to you in the field provided on the upper part of the scree...

Page 173: ...ry that you want to transfer the file to select the destination directory for the file 4 Do one of the following If you are transferring a file from your workstation to the instrument click Upload If you are transferring a file from your instrument to the workstation click Download A dialog box appears asking you to verify the destination that you selected for the transferred file If it is the cor...

Page 174: ...appears The default connection is defined as Smart guess default 4 To modify the settings select Forced settings and then modify SSI tunnel port and or Internet proxy as needed The Internet proxy configuration is available exclusively if the port selected is Alternative port 443 and if HTTPS packing is selected 5 After configuring the settings select Back to main page NOTE If the default parameter...

Page 175: ...available as a factory installed option on the instrument If using Bluetooth on another device for example the CSAM or MSAM refer to the applicable Base Unit User Manual The topics discussed in this chapter are as follows Setting up a Bluetooth connection on page 152 Transferring files via Bluetooth on page 153 Using a Bluetooth audio device on page 154 Disconnecting and unpairing Bluetooth device...

Page 176: ...e of audio devices To set up a Bluetooth connection 1 On the System page select the Bluetooth icon 2 Place a check in the boxes next to the settings for this session Enable Blue tooth Allow other devices to pair with this device and or enter a Device Name for identifying this device The Bluetooth icon appears in the system tray 3 Activate Bluetooth on the equipment that needs to be paired with the...

Page 177: ...fers For details see Transferring files via Bluetooth on page 153 Transferring files via Bluetooth The Bluetooth option allows file transfers between the 5800 4800 and another device File transfer between devices via Bluetooth requires that the devices be paired see Setting up a Bluetooth connection on page 152 Files may be transferred from the 5800 4800 to paired devices To transfer files 1 On th...

Page 178: ...the Bluetooth icon 2 Select a device in the Paired devices list If no devices appear see Setting up a Bluetooth connection on page 152 The Name and the MAC Address for that device will display in the Paired Device Details box 3 Select the Connect button NOTE While support for Bluetooth headsets and loudspeakers is supported Viavi does not guarantee correct operation with all off the shelf commerci...

Page 179: ...blue and the Disconnect button appears The devices are connected Disconnecting and unpairing Bluetooth devices If you want to stop using the device you should disconnect it and then remove pairing To disconnect from a paired device 1 On the System page select the Bluetooth icon NOTE Using an audio device while transferring files is not recommended The perfor mance of either may be degraded ...

Page 180: ...ou should remove the pairing To remove pairing 1 On the System page select the Bluetooth icon 2 Select the device from the Paired Devices List you would like to unpair 3 Click on the Forget button The devices are no longer paired Deactivating Bluetooth After disconnecting and removing pairing the Bluetooth application can be deactivated To deactivate Bluetooth communication 1 On the System page se...

Page 181: ...ical tools on your T BERD MTS 5800 and SC 4800 plat forms If using the optical tools on another device for example a CSAM or MSAM refer to the applicable Base Unit User Manual Topics discussed in this chapter include the following About the optical tools on page 158 Inspecting fiber on page 158 Measuring optical power on page 160 ...

Page 182: ...calibrated wavelengths 850 980 1300 1310 1490 1550 and 1625 nm Integrates digital power measurements fiber inspection and analysis into a single unified work sequence In addition to the two USB accessories you can connect an optional 4100 Series OTDR module to the 5800 to support the installation turn up and troubleshooting of optical networks For instructions on using the OTDR modules refer to th...

Page 183: ... the profile list to import your custom profile Once imported it may be selected in the viewer 7 Select Other settings and then check the Auto center check box If checked the live picture automatically centers on the fiber center If not checked the picture will center at the last location of a fiber center following an analysis High magnifi cation is always automatically centered 8 To manually ins...

Page 184: ...m wavelengths To measure optical power 1 Connect the Optical Power Meter to a USB connector on the right side of the instrument The USB Power Meter Summary screen appears 2 Connect the optical patch cord to the power meter The measurement appears 3 To measure a specific wavelength select the Wavelength 4 Use the Display Type drop down box to specify Power Meter Summary or Graph NOTE The graph show...

Page 185: ...ions for the optional OTDR and TEM Modules are provided in their respective user manuals Topics discussed in this appendix include the following T BERD MTS 5800 and Smart Class 4800 specifications on page 162 MSAM specifications on page 177 Jitter and Wander specifications on page 224 CSAM specifications on page 239 Transceiver and adapter specifications on page 242 Environmental specifications on...

Page 186: ...nts only on page 168 E4 STM 1e specifications 5800 family of instruments only on page 172 SFP SFP SFP28 specifications on page 175 Optional expansion module specifications on page 177 Physical specifications The physical characteristics for the T BERD MTS 5800 and Smart Class 4800 are listed in Table 14 Table 14 Physical specifications Dimension 5801 5802 5812 5801P 5802P 5812P 5811 5811PL 5811PG ...

Page 187: ...s Table 18 lists internal and external timing specifications for 4800 Table 15 Power specifications Parameter 5800v1 and v2 4800 5800 100G 5882 Battery operating time 2 5 hours depending on the application For 5800 100G 1 3 hours For 5882 2 5 hours Battery charging time Approximately 7 hours from empty Approximately 3 hours from empty Unit power input 12VDC 60 Watt Max 19VDC 160 Watt Power supply ...

Page 188: ... BITS SETS or CLOCK 5800 v 2 has DIN with adapter cables to SMA BITS 1 544 Mbps DS1 T1 signal SETS 2 048 Mbps E1 signal 2MClock 2 048 MHz 100 ppm G 703 sync clock square wave 10M Clock 10 000 MHz 100 ppm square clock 5800 100G and 5882 have SMB BITS 1 544 Mbps DS1 T1 signal SETS 2 048 Mbps E1 signal 2MClock 2 048 MHz 100 ppm G 703 sync clock square wave 10M Clock 10 000 MHz 100 ppm square clock NO...

Page 189: ...m Line coding AMI B8ZS Table 21 DS1 receiver sensitivity specifications Termination Type Impedance Input Range Bridge 1000 Ω 6 to 35 0 dBdsx due to cable loss Terminate 100 Ω nom 6 to 35 0 dBdsx due to cable loss DSX monitor 100 Ω nom 20 dBdsx due to resistive loss in addition to 0 to 6 dB due to cable loss Table 22 DS1 transmitter specifications Parameter Specification Connector For 5800 v1 and v...

Page 190: ...ransmitter specifications Continued Parameter Specification Table 23 DS1 frequency and level measurement specifications Parameter Specification Level V p p Range 8 0 V to 0 06 V Accuracy 0 04 V 10 Resolution 0 01 V Frequency Range 1 544 MHz 250 ppm Accuracy 1 5 ppm 1 ppm per year aging Resolution 1 Hz or 1 ppm Level dBdsx1 1 The designation dBdsx is a level measurement in dB relative to dsx level ...

Page 191: ...Parameter Specification Connector Balanced RJ 48 Bit rate 2 048 Mbps Frequency measure ment Range 2 048 MHz 250 ppm Accuracy 1 5 ppm 1 ppm per year aging Resolution 1 Hz Level Measurement Balanced Level Vp Range 4 V to 0 03 V Accuracy 0 02 V 10 Resolution 0 01 V Level dBnom1 Range 2 5 dBnom to 37 dBnom Resolution 0 1 dB 1 The designation in dBnom is relative to nominal signal 3 Vp Table 25 E1 RJ 4...

Page 192: ...3 circuits Bit rate Nominal 2 048 Mbps Accuracy 1 5 ppm 1 ppm per year aging Frequency offset 100 ppm in 1 ppm steps Clock Source Timing Internal reference clock with accuracy 1 5 ppm 1 ppm per year aging Recovered from E1 RX1 External from BITS SETS or CLOCK Frequency offset 100 ppm in 1 ppm steps Pulse shape Complies with ITU T G 703 11 01 Table 26 E1 RJ 48 transmitter specifications Continued P...

Page 193: ...0G and 5882 one HD BNC TX RX2 Bit rate 34 368 Mbps Line coding HDB3 Clock Source Tim ing Internal reference clock with accuracy 1 5 ppm 1 ppm per year aging Recovered from E3 Rx External from BITS SETS or CLOCK Frequency offset 100 ppm in 1 ppm steps Pulse Nominal 1 0 Vp Complies with ITU T G 703 11 01 Impedance Nominal 75 Ω Table 29 E3 frequency and level measurement specifications Parameter Spec...

Page 194: ...ification Output For 5800 v1 and v2 one BNC TX RX2 can be used as transmitter or receiver For 5800 100G and 5882 one HD BNC TX RX2 can be used as transmitter or receiver Bit rate 44 736 Mbps Line coding B3ZS Clock Source Timing Internal reference clock with accuracy 1 5 ppm 1 ppm per year aging Recovered from DS3 Rx1 External from BITS SETS or CLOCK Frequency offset 100 ppm in 1 ppm steps Pulse hi...

Page 195: ...Resolution 1 Hz or 1 ppm Level Vp Range 1 6 V to 0 01 V Resolution 0 01 V Accuracy 0 02 V 10 Table 33 STS 1 receiver specifications Parameter Specification Connector For 5800 v1 and v2 one BNC RX1 For 5800 100G and 5882 one HD BNC RX1 Bit rate 51 84 Mbps Impedance Nominal 75 Ω at 26 MHz unbalanced Range High Low 0 to 12 dB due to cable loss at 26 MHz from a high signal DSX Monitor 20 dB due to res...

Page 196: ...equency and level measurements Frequency offset 50 ppm in 1 ppm steps Pulse high Nominal 1 15 Vp Complies with ANSI T1 102 1993 and ITU T G 703 11 01 after passing through 450 feet of RG59B U cable Pulse DSX Nominal 0 6 Vp Complies with ANSI T1 102 1993 and ITU T G 703 11 01 Pulse low Nominal 0 32 Vp Pulse shape With output terminated in 75 Ω resistive load and DSX selected the Dual Module Carrier...

Page 197: ...balanced Range Term 0 to 12 dB due to cable loss at 70 MHz from a nominal signal Monitor 20 dB due to resistive loss in addition to 0 to 12 dB due to cable loss at 70 MHz from a nominal signal Table 37 E4 transmitter specifications Parameter Specification Connector For 5800 v1 and v2 one BNC TX RX2 used as transmitter only For 5800 100G and 5882 one HD BNC TX RX2 used as transmitter only Bit rate ...

Page 198: ...00 v1 and v2 one BNC RX1 For 5800 100G and 5882 one HD BNC RX1 Bit rate 155 52 Mbps Impedance Nominal 75 Ω at 78 MHz unbalanced Range Term 0 to 12 7 dB due to cable loss at 78 MHz from a nominal signal PMP 20 dB due to resistive loss in addition to 0 to 12 7 dB due to cable loss at 70 MHz from a nominal signal Table 40 STM 1e transmitter specifications Parameter Specification Connector For 5800 v1...

Page 199: ...8402 Note SFP28 is for T BERD MTS 5800 100G only Performance is only guaranteed when using Viavi Recommended Optics Supported optical rates Table 42 provides the optical SONET SDH and Ethernet rates supported by the SFP SFP Table 41 STM 1e frequency and level measurement specifications Parameter Specification Tx and Rx Frequency Range 155 52 MHz 50 ppm Accuracy 1 5 ppm 1 ppm per year aging Resolut...

Page 200: ...testing optical circuits Table 43 CFP4 Optical Module interface specifications Module Specification CFP4 hot pluggable compliant with CFP MSA CFP4 Hardware Specifica tion Rev 1 1 E 802 3ba Table 44 QSFP28 Optical module interface specifications Module Specification QSFP QSFP28 hot pluggable compliant with QSFP28 MSA SFF 8679 IEEE P802 3ba Table 45 Optical specifications Item Description Clock freq...

Page 201: ...G and 5882 support an internal GNSS that can be used when the TEM module is not available For more information refer to the T BERD MTS 5800 GNSS and Timing Expansion Module User Manual MSAM specifications Refer to the following sections for specifications for the MSAM and each of the available PIMs Physical specifications on page 178 Power supply specifications on page 178 Battery specifications o...

Page 202: ...battery information refer to the 6000A Base Unit User Manual HS Datacom PIM specifications Table 47 on page 179 through Table 83 on page 197 provide specifications for the HS Datacom PIM and for each of the supported interfaces Clock input interface specifications The clock input interface is a BNC connector that allows you to provide a clock from an external source into the MSAM for interface tim...

Page 203: ...Termination 50 Ohm AC termination impedance Frequency1 1 Line interfaces may not operate properly if the external clock is outside the supported frequency range for the interface 5 Hz to 25 MHz Async signal frequency 16 times the baud rate For example an external clock generator set to 153 600 Hz results in a 9600 baud signal out of the MSAM Table 48 Clock output interface specifications Item Desc...

Page 204: ...ed by the MSAM Table 49 Internal synthesizer specifications Item Description Accuracy 1 5 ppm 1 ppm per year aging Resolution 1 Hz Synchronous data rate User selectable from 0 005 kHz to 20000 kHz with a resolution of 1 Hz See the Data Communications and Diphase Testing Manual for the synthesizer frequencies supported for each interface Table 50 X 21 interface specifications Specification Descript...

Page 205: ... select S instead 2 Interchange Circuit X DTE signal element timing Transmit Clock is provided per ISO 4903 Table 52 X 21 DTE emulation specifications Specification Description User controllable lead C Control lead Sync Timing Mode Rx Timing Sources Interface from the S circuit Interface Recovered Sync Timing Mode Tx Timing Sources Interface from the S circuit Interface Recovered Internal Synthesi...

Page 206: ...ernal Synthesizer External Clock Interface Recovered Table 53 X 21 DCE emulation specifications Continued Specification Description Table 54 V 24 specifications Specification Description Termination source V 28 receiver Timing modes Synchronous Asynchronous Maximum speed 256 Kbps Minimum output range 5 V loaded Maximum input range 15 V Rise Fall times 1 5 uS Receiver minimum input sensitivity 0 8 ...

Page 207: ...ne Signal Detect RL Remote Loopback TM Test Mode Table 56 V 24 DTE emulation specifications Specification Description User controllable leads RTS DTR LL RL Sync Timing Mode Rx Timing Sources Interface from the RT circuit Interface Recovered Sync Timing Mode Tx Timing Sources Interface from the RT circuit Interface from the ST circuit Interface Recovered Internal Synthesizer External Clock Table 57...

Page 208: ...g Mode Rx Timing Sources Interface from the TT circuit Internal Synthesizer External Clock Interface Recovered Sync Timing Mode Tx Timing Sources Interface from the TT circuit Internal Synthesizer External Clock Interface Recovered Table 57 V 24 DCE emulation specifications Continued Specification Description Table 58 EIA 530 EIA 530A specifications Specification Description Timing modes Synchrono...

Page 209: ...ification Description Termination options unterminated 78 Ohm 100 Ohm 124 Ohm Impedance 4 k Ohms unterminated circuits 10 tolerance terminated Table 60 EIA 530 EIA 530A balanced circuits Supported Circuits RTS Request to Send ST Transmitter Element Signal Timing from DCE TD Transmit Data DTR Data Terminal Ready RD Receive Data RL Remote Loopback TM Test Mode Shield CTS Clear to Send TT Transmitter...

Page 210: ...RTS DTR LL RL Sync Timing Mode Rx Timing Sources Interface from the RT circuit Interface Recovered Sync Timing Mode Tx Timing Sources Interface from the RT circuit Interface from the ST circuit Interface Recovered Internal Synthesizer External Clock Table 62 EIA 530 EIA 530A balanced DCE emulation specifications Specification Description User controllable leads RLSD DSR CTS TM RI for EIA 530A only...

Page 211: ...upported by the MSAM in unbalanced mode Table 63 EIA 530 EIA 530A unbalanced termination and timing modes Specification Description Maximum speed 256 Kbps Termination V 10 amplifier Timing modes Synchronous Table 64 EIA 530 EIA 530A unbalanced mode circuits Supported Circuits RTS Request to Send ST Transmitter Element Signal Timing from DCE TD Transmit Data DTR Data Terminal Ready RD Receive Data ...

Page 212: ...ds RTS DTR LL RL Sync Timing Mode Rx Timing Sources Interface from the RT circuit Interface Recovered Sync Timing Mode Tx Timing Sources Interface from the RT circuit Interface from the TT circuit Interface Recovered Internal Synthesizer External Clock Table 66 EIA 530 EIA 530A unbalanced DCE emulation specifications Specification Description User controllable leads RLSD DSR CTS TM RI for EIA 530A...

Page 213: ...by the MSAM Table 67 MIL 188c specifications Specification Description Timing Modes Synchronous Maximum speed 64 Kbps Minimum output range 5 V loaded Maximum input range 15 V Rise Fall times 1 5 uS Receiver minimum input sen sitivity 0 8 V 3 0 V Hysteresis Meets minimum input range Table 68 Unbalanced MIL 188c circuits Supported Circuits RTS Request to Send ST Transmitter Element Signal Timing fro...

Page 214: ...LL RL Sync Timing Mode Rx Timing Sources Interface from the RT circuit Interface Recovered Sync Timing Mode Tx Timing Sources Interface from the RT circuit Interface from the ST circuit Interface Recovered Internal Synthesizer External Clock Table 70 MIL 188c DCE emulation specifications Specification Description User controllable leads RLSD DSR CTS TM RI Sync Timing Mode Rx Timing Sources Interfa...

Page 215: ...anced circuits Table 72 lists the MSAM V 35 termination specifications Table 71 V 35 specifications Specification Description Timing modes Synchronous Maximum speed 15 Mbps Minimum output range V 35 V 28 0 44 V terminated 5 V Rise Fall times V 35 V 28 10 nS 1 5 uS Receiver minimum input sensitiv ity V 35 V 28 200 mV 0 8 V 3 0 V Hysteresis Meets minimum input range Table 72 V 35 circuit termination...

Page 216: ...ta Terminal Ready RD Receive Data RL Remote Loopback TM Test Mode Shield CTS Clear to Send SCTE Transmitter Element Signal Timing to DCE DSR Data Set Ready SCR Receiver Signal Element Timing RLSD Receiver Line Signal Detect LL Local Loopback Signal Ground RI Ring Table 74 V 35 DTE emulation specifications Specification Description User controllable leads RTS DTR LL RL Sync Timing Mode Rx Timing So...

Page 217: ...gnaling circuits When V 10 amplifiers are used for signaling the B lead is grounded internally in the MSAM Table 76 lists the MSAM V 36 specifications Table 75 V 35 DCE emulation specifications Specification Description User controllable leads RLSD DSR CTS TM CI Sync Timing Mode Rx Timing Sources Interface from the SCTE 306 circuit Internal Synthesizer External Clock Interface Recovered Sync Timin...

Page 218: ...eceiver minimum input sensitivity V 11 V 10 200 mV 200 mV Hysteresis Meets minimum input range Table 77 V 36 circuits Supported Circuits RS Request to Send ST Transmitter Element Signal Timing from DCE SD Transmit Data TR Data Terminal Ready RD Receive Data RL Remote Loopback TM Test Mode Shield CS Clear to Send TT Transmitter Element Signal Timing to DCE DM Data Set Ready RT Receiver Signal Eleme...

Page 219: ...User controllable leads RS TR LL RL Sync Timing Mode Rx Timing Sources Interface from the RT circuit Interface Recovered Sync Timing Mode Tx Timing Sources Interface from the RT circuit Interface from the ST circuit Interface Recovered Internal Synthesizer External Clock Table 79 V 36 DCE emulation specifications Specification Description User controllable leads RR DM CS TM IC 37 pin connector onl...

Page 220: ... 114 circuits supported by the MSAM Sync Timing Mode Tx Timing Sources Interface from the TT circuit Internal Synthesizer External Clock Interface Recovered Table 79 V 36 DCE emulation specifications Continued Specification Description Table 80 MIL 188 114 specifications Specification Description Timing modes Synchronous Maximum speed Balanced Unbalanced 20 Mbps 256 Kbps Minimum output range 2 V t...

Page 221: ... Line Signal Detect LL Local Loopback Signal Ground IC Ring Indicator Table 82 MIL 188 114 DTE emulation specifications Specification Description User controllable leads RS TR LL RL Sync Timing Mode Rx Timing Sources Interface from the RT circuit Interface Recovered Sync Timing Mode Tx Timing Sources Interface from the RT circuit Interface from the ST circuit Interface Recovered Internal Synthesiz...

Page 222: ...face from the TT circuit Internal Synthesizer External Clock Interface Recovered Table 83 MIL 188 114 DCE emulation specifications Continued Specification Description Table 84 Receiver specifications Item Description Signal level 6 0 Vrms 6 dB to 90 mVrms 30 dB Termination User selectable 20 58 Ohms 130 Ohms Bridge 2 Kohms Pull range 600 ppm NOTE The Frequency History result appears in the Sum mar...

Page 223: ... guaranteed if frequency offset is 600 ppm Table 85 Transmitter specifications Item Description Timing source User selectable Rx Recovered Internal Rate Output level 3 Vp 15 when terminated into 58 or 130 Ohms Table 84 Receiver specifications Continued Item Description Table 86 DS1 receiver specifications Parameter Specification Connector One RX1 Bantam Jack and one TX RX2 Bantam jack both jacks c...

Page 224: ...ccuracy At 772 kHz relative to the signal at 0 dBdsx 2 5 dB for 7 5 dB 3 dB for 15 0 dB and 22 5 dB Line code AMI B8ZS Clock source Timing Internal reference clock with accuracy 1 5 ppm 1 ppm per year aging Recovered from RX1 External from BITS SETS or CLOCK Frequency off set 100 ppm in 1 ppm steps Pulse shape Terminated with 100 Ω resistive load and 0 dB LBO selected the interface meets ITU T Rec...

Page 225: ...S signal is detected Table 90 E1 BNC receiver specifications Parameter Specification Connector One unbalanced RX1 BNC and one unbalanced TX RX2 BNC both BNCs can be used as receivers Bit rate 2 048 Mbps Frequency measure ment Range 2 048 MHz 250 ppm Accuracy 1 5 ppm 1 ppm per year aging Resolution 1 Hz Level Measurement Unbalanced Level Vp Range 4 0 V to 0 03 V Accuracy 0 02 V 10 Resolution 0 01 V...

Page 226: ...ameter Specification Connector One unbalanced BNC 75 Ω only the TX RX2 BNC can be used as a transmitter Line code HDB3 or AMI Bit rate Nominal 2 048 Mbps Accuracy 1 5 ppm 1 ppm per year aging Frequency offset 100 ppm in 1 ppm steps Clock Source Timing Internal reference clock with accuracy 1 5 ppm 1 ppm per year aging Recovered from Rx1 External from BITS SETS or CLOCK BITS 1 544 Mbps DS1 T1 signa...

Page 227: ... Table 94 E1 RJ 48 receiver sensitivity specifications Termination Type Impedance Input Range Bridge HI Z 1200 Ω 2 5 to 35 dBnom due to cable loss Terminate 120 Ω balanced 2 5 to 35 dBnom due to cable loss PMP 120 Ω balanced 20 dBnom due to resistive loss in addition to 0 to 6 dB due to cable loss Table 93 E1 RJ 48 receiver specifications Continued Parameter Specification Table 95 E1 RJ 48 transmi...

Page 228: ... circuits Table 97 lists specifications for the transmitter when running applications for E3 circuits Table 96 E3 receiver specifications Parameter Specification Connector One BNC RX1 Bit rate 34 368 Mbps Impedance Nominal 75 Ω at 17 MHz unbalanced Input Range Term 0 to 12 dBnom due to cable loss at 17 MHz from a nominal signal PMP 20 dB due to resistive loss in addition to 0 to 12 dB due to cable...

Page 229: ...esolution 1 Hz or 1 ppm Level Vp Range 1 6 V to 0 01 V Resolution 0 01 V Accuracy 0 05 V 10 Table 99 DS3 receiver specifications Parameter Specification Connector One RX1 BNC and one TX RX2 BNC both BNCs can be used as receivers Bit rate 44 736 Mbps Impedance Nominal 75 Ω at 22 MHz unbalanced Input Range High Low 0 to 12 dB due to cable loss at 22 MHz from a high signal DSX Monitor 20 dB due to re...

Page 230: ... in 75 Ω resistive load and DSX selected the T BERD MTS 8000 6000A and 5800 meets ITU T Recommendation G 703 11 01 and ANSI T1 102 1993 Impedance Nominal 75 Ω Table 100DS3 transmitter specifications Continued Parameter Specification Table 101DS3 frequency and level measurement specifications Parameter Specification Tx and Rx frequency Range 44 736 MHz 100 ppm Accuracy 1 5 ppm 1 ppm per year aging ...

Page 231: ... clock with accuracy 1 5 ppm 1 ppm per year aging Recovered from STS 1 Rx1 External from BITS SETS or CLOCK Frequency offset 50 ppm in 1 ppm steps Pulse high Nominal 1 15 Vp Complies with ANSI T1 102 1993 and ITU T G 703 11 01 after passing through 450 feet of RG59B U cable Pulse DSX Nominal 0 6 Vp Complies with ANSI T1 102 1993 and ITU T G 703 11 01 Pulse low Nominal 0 32 Vp Pulse shape With outp...

Page 232: ...ions for the transmitter when running E4 applications Table 105E4 receiver specifications Parameter Specification Connector One BNC Bit rate 139 264 Mbps Impedance Nominal 75 Ω at 70 MHz unbalanced Range Term 0 to 12 dB due to cable loss at 70 MHz from a nominal signal PMP 20 dB due to resistive loss in addition to 0 to 12 dB due to cable loss at 70 MHz from a nominal signal Table 106E4 transmitte...

Page 233: ...1 5 ppm 1 ppm per year aging Resolution 1 Hz or 1 ppm Level Vpp Range 1 4 V to 0 01 V Resolution 0 01 V Accuracy 0 05 V 10 Table 108STM 1e receiver specifications Parameter Specification Connector One BNC Bit rate 155 52 Mbps Impedance Nominal 75 Ω at 78 MHz unbalanced Range Term 0 to 12 7 dB due to cable loss at 78 MHz from a nominal signal PMP 20 dB due to resistive loss in addition to 0 to 12 7...

Page 234: ... 1 0 published on May 12 2001 Performance is only guaranteed when using Viavi Recommended Optics Supported electrical rates The 10 100 1000 Base T Tx interfaces conform to the IEEE 802 3 electrical require ments Table 111 lists the electrical rates supported by the SFP PIM Impedance Nominal 75 Ω Table 109STM 1e transmitter specifications Continued Parameter Specification Table 110 STM 1e frequency...

Page 235: ...ecommended Optics Supported optical rates The XFP PIM supports the 10 Gigabit optical interfaces listed in Table 114 Table 112 10 100 1000 Mb s interface specifications Specification Description Cable CAT5e 100 Ohm STP cable 100 meters Table 113 SONET SDH OTN Ethernet and Fibre Channel rates Rate SONET SDH OTN Ethernet Fibre Channel 4 Gbps N A N A N A N A 4Gig 2 5 Gbps OC 48 STM 16 2 7 Gbps N A N ...

Page 236: ...fications for the Primary and Secondary DS1 receivers Table 115 Optical specifications Item Description Clock frequency accuracy 1 5 ppm 1 ppm per year aging Transmitter frequency offset 50 ppm from the nominal rate in 1 ppm steps Frequency measurement accuracy 1 5 ppm 1 ppm per year aging APS1 resolution accuracy 1 Published resolution and accuracy only ensured when using Viavi recommended transc...

Page 237: ...to cable loss Table 119 DS1 transmitter specifications Parameter Specification Connector Bantam jack Output 6 V peak peak into 100 Ω Line build out LBO level 0 dB 7 5 dB 15 0 dB or 22 5 dB due to cable loss at 772 kHz LBO level accuracy At 772 kHz relative to the signal at 0 dBdsx 2 5 dB for 7 5 dB 3 dB for 15 0 dB and 22 5 dB Line code AMI B8ZS Clock source Timing Internal reference clock with ac...

Page 238: ...evel measurement in dB relative to dsx level which is 6 V peak peak A signal with a peak peak level of 6V corresponds to 0 dBdsx 2 Available only when unframed all ones AIS signal is detected Table 120DS1 frequency level and jitter measurement specifications Continued Parameter Specification Table 121E1 receiver specifications Parameter Specification Input One Balanced RJ 48 jack Two Unbalanced BN...

Page 239: ...itivity specifications Termination Type Impedance Input Range Bridge HI Z 1200 Ω 6 to 35 dBnom due to cable loss Terminate 120 Ω balanced 75 Ω unbalanced 6 to 35 dBnom due to cable loss PMP 120 Ω balanced 75 Ω unbalanced 20 dBnom due to resistive loss in addi tion to 0 to 6 dB due to cable loss Table 121E1 receiver specifications Continued Parameter Specification Table 123E1 transmitter specificat...

Page 240: ...fication Table 124E3 receiver specifications Parameter Specification Input One BNC connector Bit rate 34 368 Mbps Impedance Nominal 75 Ω at 17 MHz unbalanced Input Range Term 0 to 12 dBnom due to cable loss at 17 MHz from a nominal signal PMP 20 dB due to resistive loss in addition to 0 to 12 dB due to cable loss at 17 MHz from a nominal signal Table 125E3 transmitter specifications Parameter Spec...

Page 241: ...mitter Table 126E3 frequency and level measurement specifications Parameter Specification Tx and Rx Frequency Range 34 368 MHz 100 ppm Accuracy 1 5 ppm 1 ppm per year aging Resolution 1 Hz or 1 ppm Level Vp Range 1 6 V to 0 01 V Resolution 0 01 V Accuracy 0 02 V 10 Table 127DS3 receiver specifications Parameter Specification Input Two BNC connectors Bit rate 44 736 Mbps Impedance Nominal 75 Ω at 2...

Page 242: ...ppm steps Pulse high Nominal 1 15 Vp Complies with ANSI T1 102 1993 and ITU T G 703 11 01 after passing through 450 feet of RG59B U cable Pulse DSX Nominal 0 6 Vp Complies with ANSI T1 102 1993 and ITU T G 703 11 01 Pulse low Nominal 0 35 Vp Pulse shape With output terminated in 75 Ω resistive load and DSX selected the T BERD MTS 8000 6000A and 5800 meets ITU T Rec ommendation G 703 11 01 and ANSI...

Page 243: ... loss at 26 MHz from a high signal Table 131STS 1 transmitter specifications Parameter Specification Output One BNC connector Bit rate 51 84 Mbps Line coding B3ZS Clock Source Timing Internal reference clock with accuracy 1 5 ppm 1 ppm per year aging Recovered from STS 1 Rx1 External from BITS SETS or CLOCK Frequency offset 50 ppm in 1 ppm steps Pulse high Nominal 1 15 Vp Complies with ANSI T1 102...

Page 244: ... Table 132STS 1 frequency and level measurement specifications Parameter Specification Tx and Rx frequency Range 51 84 MHz 50 ppm Accuracy 1 5 ppm 1 ppm per year aging Resolution 1 Hz or 1 ppm Level Vp Range 1 6 V to 0 01 V Resolution 0 01 V Accuracy 0 02 V 10 Table 133E4 receiver specifications Parameter Specification Input One BNC connector Bit rate 139 264 Mbps Impedance Nominal 75 Ω at 70 MHz ...

Page 245: ... Frequency offset 50 ppm in 1 ppm steps Pulse Nominal 1 0 Vpp Complies with ITU T G 703 11 01 Impedance Nominal 75 Ω Table 134E4 transmitter specifications Continued Parameter Specification Table 135E4 frequency and level measurement specifications Parameter Specification Tx and Rx Fre quency Range 139 264 MHz 100 ppm Accuracy 1 5 ppm 1 ppm per year aging Resolution 1 Hz or 1 ppm Level Vpp Range 1...

Page 246: ...bes the optical interface specifications for the internal SONET SDH and Ethernet optical connectors for non jitter and wander applications Table 137STM 1 transmitter specifications Parameter Specification Output One BNC connector Bit rate 155 52 Mbps Line coding CMI Tx clock Timing Internal reference clock with accuracy 1 5 ppm 1 ppm per year aging Recovered from Rx1 External from BITS SETS or CLO...

Page 247: ... 8 to 16 5 dBm 3 to 13 dBm 3 to 13 dBm Transmit level for 10Gbps 1550 nm 1310 nm 850 nm 4 to 3 dBm 1 to 7 dBm Per IEEE std 802 3ae 2002 for 10GigE Eye diagram 1310 nm 1550 nm 850 nm 1310 nm Per Telcordia GR 253 CORE Issue 4 2005 ITU T REC G 957 Per IEEE std 802 3ae 2002 Clock frequency accuracy 1 5 ppm 1 ppm per year aging Receive level range 2 5 Gbps option 155 Mbps option 622 Mbps option GigE on...

Page 248: ... For specifications see Standards on page 225 Receiver shutdown2 2 5 Gbps option 10 Gbps long reach 5 9 dBm 5 9 dBm Reflectance Per Telcordia GR 253 CORE Issue 4 2005 Level measurement range 2 5 Gbps 622 Mbps 155 Mbps 6 to 30 dBm 5 to 31 dBm 5 to 31 dBm Level measurement range for 10 Gbps 1310 nm and 1550 nm IR RX LR RX 850 nm 0 to 17 dBm 6 to 20 dBm 0 to 14 dbm Level measurement accuracy 3 dB Lev...

Page 249: ...2005 ANSI Standards T1 102 1993 Table 9 T1 404 1994 section 5 10 Jitter generator Meets or exceeds the requirements stated in ITU T Recommendation O 172 04 2005 Modulation specifications Table 140 provides modulation specifications for the electrical jitter generator The settling time for the changes in amplitude is less than 30 seconds Error limits Error limits conform to the requirements stated ...

Page 250: ...44 Mbps 44 736 Mbps 2 048 Mbps 34 368 Mbps 51 84 Mbps 139 264 Mbps 155 520 Mbps Permitted offset 1000 ppm Table 142Electrical jitter analyzer measuring ranges Item Range Resolution Peak Peak RMS 0 to 4 000 UIpp 1 mUIpp 0 to 2 000 UI 1 mUI Table 143Standard ranges and properties for the measurement filters Item Description High pass filters1 1 Filter availability depends on the electrical input rat...

Page 251: ...ve modulation Structured test signals for STM 1e as described in ITU T Recommendation O 172 04 2005 Standard filter selections RMS jitter Range and resolution Refer to Table 142 on page 226 for the RMS range and resolution Measurement accu racy is per ITU T Recommendation O 172 04 2005 Automatic jitter measurements This section provides specifications for automatic jitter measurements Maximum Tole...

Page 252: ...e 146 describes the JTF measurement specifications Measurement error According to ITU T Recommendations G 783 and G 8251 Wander generator This section provides specifications for the electrical wander generator Bit rate Table 147 provides bit rate specifications for the electrical wander generator Table 146JTF measurement specifications Item Description Settling time 0 1 to 999 9 seconds RMS integ...

Page 253: ...e clock Table 149 lists the wander clock frequency and input level specifications l Measurement range The upper limit of the wander frequency range is set by a first order low pass filter The sample rate is selected automatically to correspond with the selected low pass filter Table 150 lists the sample rates for various low pass filters Table 148Modulation specifications Item Description Jitter m...

Page 254: ...connectors when running jitter and wander applications The interfaces meet the specifications stated in ITU T Recom mendation G 957 GR 253 Table 151Memory requirements for wander measurements Sample rate Required flash hard disk space 1 second approximately 150 KB hour 30 second approximately 5 MB hour 60 second approximately 9 0 MB hour 1000 second1 1 Supported on MSAM only approximately 150 MB h...

Page 255: ...lock Requirements published in the testing guide that shipped with your unit Receiver specifications Wavelength range 1260 to 1360 nm 1430 to 1580 nm Rx offset acceptance 100 ppm Sensitivity 622 2488 2666 Mbps 8 to 28 dBm 155 Mbps 8 to 34 dBm Maximum input power destructive 0 dBm Fiber mode compatibility OC3 OC12 connector multimode fiber singlemode fiber OC48 OTU1 connector singlemode fiber Optic...

Page 256: ...and O 173 03 2003 Internal modulation source Table 153 provides modulation specifications for the optical jitter generator The settling time for the changes in amplitude is less than two seconds Error limits Error limits conform to the requirements of ITU T Recommendations O 172 04 2005 and O 173 03 2003 Intrinsic jitter The maximum output jitter of the intrinsic jitter for a jitter amplitude sett...

Page 257: ...uring ranges Item Range Resolution Standard Peak Peak RMS 0 to 50 UIpp 1 mUIpp 0 to 25 UI 0 1 mUI Extended Peak Peak 155M 622M 2 5 2 7G RMS 155M 622M 2 5 2 7G 0 to 50 UIpp 100 mUIpp 0 to 200 UIpp 100 mUIpp 0 to 800 UIpp 100 mUIpp 0 to 25 UI 10 mUI 0 to 100 UI 10 mUI 0 to 400 UI 10 mUI Table 155Standard ranges and properties for the measurement filters Item Description High pass filters 500 Hz 1 kH...

Page 258: ...imits for jitter measurement The error limits for displayed jitter meet the requirements of ITU T Recommendation O 172 04 2005 and O 173 03 2003 The stated error limits apply under the following conditions Optical input level in the range 10 dBm to 12 dBm scrambled NRZ signal code Table 156Extended ranges for measurement filters Item Description High pass filter characteristics 3 dB cut off freque...

Page 259: ...on describes the RMS jitter specifications Range and resolution Table 160 describes the RMS range and resolution Measurement accuracy Table 161 describes the RMS jitter measurement accuracy Table 159 W fixed error Range Wide band Filter Extended band Filter W in UIpp W in UIpp Standard range 0 0351 1 Mapping SDH VC 4 SONET STS 1 payload pattern PRBS31 environmental temperature 20 C to 30 C 0 5 Tab...

Page 260: ...nction JTF measurement A group of up to 20 user specified jitter frequencies scan frequencies can be defined A set of pre defined masks per applicable standards is also provided Table 162 describes the JTF measurement specifications Measurement error Per ITU T Recommendations G 783 and G 8251 Wander generator This section provides specifications for the optical wander generator Modulation Table 16...

Page 261: ...e clock requirements TIE measurement Per ITU T Recommendation O 172 04 2005 and O 173 03 2003 TIE can be inter preted as the time difference between the signal you are measuring and the reference clock This measurement is used to calculate other results such as MTIE and TDEV To ensure accuracy of the TIE measurement warm up the Dual Module Carrier Transport Module and MSAM for at least 30 minutes ...

Page 262: ...s low pass filters Measurement filters This section provides specifications for the measurement filters Table 166 describes the measurement filters Table 165Wander clock frequency specifications Low pass filter fc Sample rate Maximum measurable rate of phase change at 2 5 2 7G 0 1 Hz 1 s 250000 UI s 10 Hz 30 s 250000 UI s 20 Hz 60 s 250000 UI s 100 Hz 1000 s 300000 UI s Table 166Measurement filter...

Page 263: ...Specifications The specifications for the Power Supply for CSAM are detailed in Table 168 and Table 169 Pass band ripple referred to 0 1 Hz 0 2 dB Maximum attenuation 30 dB Table 166Measurement filters Continued Item Description Table 167 CSAM physical specifications Item Description Height 1 25 inches 3 17 cm Width 4 87 inches 12 38 cm Depth 9 12 inches 23 49 cm Weight CSAM only 1 0 lbs 0 45 kg C...

Page 264: ...d SFP CFP2 Interface The optical specifications for the CFP2 module interface in the CSAM are detailed in Table 171 QSFP Interface The optical specifications for the QSFP interface in the CSAM are detailed in Table 172 Table 169 CSAM in 8000v2 Item 220W power supply Input nominal range 100 240 V 50 60 Hz 0 4A Output 20 V 11A 220W max power Table 170 Battery Specifications Item Specification Batter...

Page 265: ...istics for the DMC are described in Table 174 Power supply specifications Table 175 describes the specifications for the 150W power supply Table 173 SFP Optical Module Interface Specifications Module Specification SFP SFP hot pluggable compliant with MSA SFF 8436 IEEE P802 3ba Table 174Module physical specifications Item Description Height 2 75 inches 7 cm Width 12 inches 30 48 cm Depth 9 74 inche...

Page 266: ...th and supported interface is provided on the user interface GUI If you are not certain whether you are using a Viavi recommended transceiver contact your local Viavi representative or review the list of Viavi Recommended Optics that shipped with the transceiver Environmental specifications Refer to the following sections for environmental specifications T BERD MTS 5800 and SC 4800 environmental s...

Page 267: ...IL PRF 28800F Class 2 the same Table 176T BERD MTS 5800 and SC 4800 Environmental specifications Continued Item 5800 v1 v2 5882 4800 4800P 5800 100G Table 177MSAM Environmental specifications Item Model Description Operating Temperature MSAMv2 All applications 32 F to 104 F 0 C to 40 C MSAM v1 One or two applications at line rates less than 10 Gbps 32 F to 104 F 0 C to 40 C One 10 Gbps application...

Page 268: ...Appendix A Specifications Environmental specifications T BERD MTS SC Getting Started Guide Page 244 22046537 Rev 016 March 2018 ...

Page 269: ...his section provides guidelines for maintaining the T BERD MTS 5800 s and SC 4800 s rechargeable lithium ion battery For instructions on maintaining the MSAM or CSAM batteries refer to the supporting 8000 Base Unit User Manual or 6000A Base Unit User Manual Guidelines To prolong the life span of the battery follow the guidelines below WARNING Danger of extreme heat fire or explosion if battery is ...

Page 270: ...aching full depletion See Checking the battery on page 72 for information on checking the battery status Recharging the battery The T BERD MTS 8000 6000A and 5800 and SC 4800 will typically run between two and five hours on a fully charged battery depending on the type of tests you are conducting Some applications or modes require more power than others so run time will vary When the battery level...

Page 271: ...battery cable s locking connector from the mating connector on the right side 6 Engage the locking connector of the new batter with the mating connector on the right side and then place the new battery into the battery compartment 7 Replace the battery compartment door 8 Tighten the four screws until hand tight Replacing the battery pack is complete Calibrating the T BERD MTS 5800 and SC 4800 touc...

Page 272: ...ormation for the instrument Enabling software options You can enable purchased software options in the field by entering the option key that was provided to you by Viavi Please call the Viavi Solutions Technical Assistance Center TAC when you receive the option key so we can assist you with entry of the key and ensure that the process goes smoothly TAC will ask you for two items the serial number ...

Page 273: ...te instructions TBD The T BERD MTS 5800 software can be updated in the field two ways Using a USB memory stick Software can be downloaded for the 5800v1 from http 5800 update myunit net Software can be downloaded for the 5800v2 from http 5800v2 updatemyunit net Software can be downloaded for the 5800 100G from http 5800 100G updatemyunit net Over a network The process for updating varies depending...

Page 274: ...unit net archives http 5800 100g updatemyunit net archives http 4800 updatemyunit net archives The reimage exe files are in the format Base5800v2 Bert x x Fiber x reimage exe Extracting the software to a USB stick After downloading the software to your PC it must be extracted to a USB stick To extract the files to a USB stick 1 Insert the USB memory stick into your PC 2 Double click the downloaded...

Page 275: ...ayed next to the USB software release number If the release is an upgrade a later software release than that installed on your instrument an up arrow will be displayed next to the USB software release number 6 Select Start Upgrade A dialog box appears instructing you to exit any existing tests You have the option to cancel the upgrade at this point for example if you need to complete a test that y...

Page 276: ...ver a network connection 1 Connect the T BERD MTS 5800 or SC 4800 to AC power to ensure an uninter rupted supply of power during the update 2 Select the SYSTEM icon 3 Select Upgrade 4 Select Network 5 Do one of the following Enter the address where the software file is located This could include the FTP address server IP address or hostname and the proxy server address if necessary as well as a Us...

Page 277: ...sh to retrograde your instrument s soft ware the software must be updated via a USB stick retrogrades are not possible via a network connection The Older software releases are available here link located at the bottom of the updatemyunit net page provides access to older released versions of software for the 5800 and 4800 available as self extracting files For instructions see Down loading softwar...

Page 278: ...ce Can I hot swap MSAMs and CSAMs No MSAMs and CSAMs are not hot swappable You must power down the instrument and unplug the AC power adapter before swapping MSAMs and CSAMs Can I hot swap PIMs No PIMs are not hot swappable You must turn the BERT module OFF before inserting or swapping PIMs Can I hot swap transceivers Yes all Viavi qualified transceivers are hot swappable Can I do dual port testin...

Page 279: ...s using your instrument How much space is available for my data T BERD MTS 5800v1 There is roughly 1 GB of space available for storing data such as reports T BERD MTS 5800v2 There is roughly 1 GB of space available for storing data such as reports T BERD MTS 5800 100G There is roughly 1 GB of space available for storing data such as reports SC 4800 There is roughly 1 GB of space available for stor...

Page 280: ...ed with your instrument or upgrade Verify that correct printer is specified for the instrument see Specifying a printer for the instrument on page 79 Verify that your printer is working properly Verify that the printer is turned on and loaded with paper Instrument shows an unused slot In rare instances the instrument may show an unused slot This is more likely to occur if a MSAM is swapped while t...

Page 281: ...ure that the appropriate PIM is inserted in the MSAM chassis For example to see DS1 applications a DS1 PIM must be inserted into a port on the chassis If an SFP PIM is inserted the DS1 applications will not appear Optical Overload Protection is activated When testing on an optical circuit the instrument displays a warning that the Optical Overload Protection is activated or the instrument does not...

Page 282: ...e test set is fully compliant with IEC 61326 1 ESD requirements for industrial equip ment and has passed testing according to IEC 61000 4 2 using test limits of 4 kV 8 kV contact air and performance criterion B The best method of preventing ESD events is to use an ESD wrist strap and or use a grounding mat or table Viavi recognizes that most field users will not have access to these items at will ...

Page 283: ...hernet test The instrument is not configured to run a timed test You can not run the RFC 2544 or FC tests during a timed test Maintaining your instrument The following section addresses questions that may be asked about maintaining your instrument How often does the instrument need to be calibrated The T BERD MTS 5800 MSAM and CSAM must be calibrated every 36 months The 6000A base unit must be cal...

Page 284: ...is connected to your unit when the unit detects the problem a warning message appears A similar message is also presented when the power adapter is not connected to the unit To restore battery communication you must turn OFF the instrument and restart the instrument To restore battery communication 1 Do one of the following If a test is currently in progress and you want to wait to turn OFF the in...

Page 285: ...pendix C Storage and Shipment This appendix describes how to maintain store and ship your test instrument Topics discussed in this appendix include the following Storing the instrument on page 262 Shipping the your instrument on page 262 Returning equipment to Viavi on page 263 ...

Page 286: ... Table 179 Shipping the your instrument If you will be shipping the instrument you should follow the guidelines below Removing the component If you are returning the Dual Module Carrier Transport Module and MSAM only rather than the entire assembly remove the component before shipping For instructions Chapter 2 Assembling Your Instrument Table 178T BERD MTS 5800 SC 4800 and DMC storage specificati...

Page 287: ...utions com for the correct shipping address and for a Return or Reference Authorization You must have a Return or Reference Authorization when ever you return equipment to Viavi For each piece of equipment returned for repair attach a tag that includes the following information Owner s name address and telephone number The serial number product type and model Warranty status If you are unsure of t...

Page 288: ...Appendix C Storage and Shipment Returning equipment to Viavi T BERD MTS SC Getting Started Guide Page 264 22046537 Rev 016 March 2018 ...

Page 289: ... adapter is supplied with the T BERD MTS 8000 6000A and 5800 Assembly Used throughout this manual to refer to a complete set of components assembled as an instrument and used for testing B Base unit The unit which connects to the Transport Module and battery or power adapter providing the user interface and a variety of connectivity and work flow tools BER Bit Error Rate BERT Bit error rate test A...

Page 290: ...r Two slot chassis which you can connect to the T BERD MTS 8000 base unit to test using up to two MSAM application modules and four Phys ical Interface Modules PIMs E Ethernet A LAN protocol Using the T BERD MTS 8000 6000A and 5800 you can test and verify Ethernet network elements and services Ethernet link partner The nearest Ethernet device on a link The T BERD MTS 8000 6000A and 5800 auto negot...

Page 291: ...MPO Multi Fiber Push On connector MSAM Multiple Services Application Module Msg Message O OC 3 Optical carrier 3 A SONET channel equal to three DS3s 155 52 Mbps OC 12 Optical carrier 12 A SONET channel of 622 08 Mbps OC 48 Optical Carrier 48 SONET channel of 2 488 Gbps OC 192 Optical Carrier 192 SONET channel of 9 953 Gbps OTDR Optical Time Domain Reflectometer P Packet Bundle of data configured f...

Page 292: ... S SDH Synchronous Data Hierarchy SONET Synchronous optical network STM 1e An electrical SDH signal of 155 52 Mbps STM 4 An SDH signal of 622 08 Mbps STM 16 An SDH signal of 2488 32 Mbps STM 64 An SDH signal of 9 953 Gbps STS 1 An electrical SONET signal of 51 84 Mbps Sync Synchronization SyncE Synchronized Ethernet T TEM Timing Expansion Module Term See Terminate Terminate An application where th...

Page 293: ...stem that enables you to run appli cations on a VNC server from any other computer connected to the Internet Using VNC you can run the T BERD MTS 8000 6000A and 5800 from a remote worksta tion and you can run remote applications from the T BERD MTS 8000 6000A and 5800 W WAN Wide area network X XFP 10 Gigabit Small Form Factor Pluggable optical transceiver A variety of optional XFPs are available f...

Page 294: ...Glossary T BERD MTS SC Getting Started Guide Page 270 22046537 Rev 016 March 2018 ...

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Page 296: ... America 1 844 GO VIAVI 1 844 468 4284 Latin America 52 55 5543 6644 EMEA 49 7121 862273 APAC 1 512 201 6534 All Other Regions viavisolutions com contacts email TAC viavisolutions com 22046561 Rev 016 February 2018 English ...

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Summary of Contents for T-BERD MTS 5800

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Summary of Contents for T-BERD MTS 5800

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