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1

www.sunrisetelecom.com

SUNRISE TELECOM

User’s Manual SA948

U D S L M o d u

l e

S S M T T - 4

8

2 SSMTT-48 UDSL Module

WARNING

Using the supplied equipment in a manner not specified by Sunrise Telecom may impair the protection provided by theequipment.

CAUTIONS

• Do not remove or insert the module while the test set is on. Inserting or removing a module with the power on may

damage the module and or chassis.• Do not remove or insert the software cartridge while the test set is on. Otherwise, damage could occur to the car-

tridge.

End of Life Recycling and Disposal Information

DO NOT dispose of Waste Electrical and Electronic Equipment (WEEE) as unsorted municipal waste. For proper dis -posal return the product to Sunrise Telecom. Please contact our local ofces or service centers for information on howto arrange the return and recycling of any of our products.

The Waste Electrical and Electronic Equipment Directive aims to minimize the impact of the disposal of electrical

and electronic equipment on the environment. It encourages and sets criteria for the collection, treatment,

recycling, recovery, and disposal of waste electrical and electronic equipment.

EC Directive on Waste Electrical and Electronic Equipment (WEEE)

.

2010 Sunrise Telecom Incorporated. All rights reserved.

Disclaimer: Contents subject to change without notice and are not guaranteed for accuracy.

3

SunSet MTT -48 UDSL Module User’s Manual

Table of Contents

1 UDSL Module ............................................................................................................................................................5

1.1 Module Connector Panel ...............................................................................................................5

1.2 LED’s .............................................................................................................................................5

1.3 Screen Indicators ...........................................................................................................................6

2 UDSL Menus .............................................................................................................................................................7

2.1 Modem Control ..............................................................................................................................8

2.1.1 Modem Setup .................................................................................................................82.1.2 End Showtime .............................................................................................................. 11

2.1.3 Initiate Handshake ....................................................................................................... 11

2.2 Modem Status .............................................................................................................................122.2.1 Current Status .............................................................................................................. 122.2.2 Error Measurements ....................................................................................................13

2.2.3 Tone Graphic/Table ..................................................................................................... 142.2.3.1 Bits Per Tone ............................................................................................................ 14

2.2.3.2 SNR Per Tone .......................................................................................................... 152.2.4 Event Tracer ................................................................................................................16

2.3 IP Data Features (Software Option) ............................................................................................17

2.3.1 IP Configuration ........................................................................................................... 172.3.1.1 IP DSL-ATM Conguration ........................................................................................182.3.1.2 IP DSL-PTM Conguration ........................................................................................20

2.3.1.3 10/100 Ethernet Conguration .................................................................................. 212.3.1.4 Entering a User ID/Password ....................................................................................21

2.3.2 IP Status ......................................................................................................................222.3.2.1 DHCP IP Status ........................................................................................................22

2.3.2.2 Static IP Status .........................................................................................................222.3.2.3 PPP Dynamic IP Status ............................................................................................23

2.3.3 Ping Test ......................................................................................................................232.3.4 Trace Route .................................................................................................................252.3.5 Web Access Test .........................................................................................................26

2.3.5.1 HTTP Download Test ................................................................................................262.3.5.2 FTP Download Test ..................................................................................................26

2.3.5.3 FTP Upload Test .......................................................................................................272.3.6 IP Data Pass Through Mode .......................................................................................28

2.4 IP Video Features (Software Option) ..........................................................................................292.4.1 IP Conguration ...........................................................................................................292.4.1.1 IP Type Static Configuration ......................................................................................30

2.4.1.2 IP Type DHCP Configuration ....................................................................................322.4.1.3 DSL PPP Configuration .............................................................................................34

2.4.1.4 VOD Conguration ....................................................................................................352.4.1.5 VOD URL List Screen ...............................................................................................36

2.4.1.6 Test Template Creation ............................................................................................. 372.4.1.7 EPG Channel Table Creation ....................................................................................382.4.2 IP Status ......................................................................................................................39

2.4.3 Video Stream Tests .....................................................................................................402.4.3.1 Stream Configuration ................................................................................................40

2.4.3.2 TS Rates ...................................................................................................................412.4.3.3 TS Measurements .................................................................................................... 41

2.4.3.4 PID MAP Analysis ..................................................................................................... 412.4.3.5 Channel Test.............................................................................................................422.4.3.6 MDI Measurements ..................................................................................................42


2.4.4 VOD Test .....................................................................................................................432.4.4.1 Describe Media .........................................................................................................432.4.4.2 Play Media ................................................................................................................43

2.5 VOIP Features (Software Option) ...............................................................................................45

2.5.1 IP Conguration ...........................................................................................................452.5.2 IP Status ......................................................................................................................45

2.5.3 Protocol Setup .............................................................................................................452.5.4 Place/Receive Calls ....................................................................................................47

2.5.5 VQ Measurements .......................................................................................................502.5.5.1 Non-intrusive VQM Measurement ............................................................................50

2.5.5.1.1 Non-intrusive Report Screens ................................................................................502.5.5.2 Terminated Call Metrics Screen ............................................................................... 51

2.6 View/Store/Print ..........................................................................................................................522.6.1 Saving a Test ...............................................................................................................52

2.6.2 Renaming a Stored Test ..............................................................................................522.6.3 Viewing a Stored Test ..................................................................................................52

2.6.4 Printing a Stored Test ..................................................................................................522.6.5 Deleting a Stored Test .................................................................................................53

2.6.6 Locking and Unlocking a Stored Test ..........................................................................53

2.7 Profiles .........................................................................................................................................53

2.8 Utility ............................................................................................................................................542.8.1 Module Information ......................................................................................................54

2.8.2 Update Software ..........................................................................................................54

3 Application Overview .............................................................................................................................................55

3.1 Testing a DSL Line.......................................................................................................................55

3.2 IPTV Applications ........................................................................................................................563.2.1 STB Emulation at DSL Interface ..................................................................................563.2.2 DSL Video Trafc Pass Through .................................................................................56

3.2.3 STB Emulation at the Ethernet Interface .....................................................................57

3.3 VOD Applications ........................................................................................................................573.3.1 STB Emulation at DSL Interface ..................................................................................57

3.3.2 STB Emulation at the Ethernet Interface .....................................................................58

3.4 VoIP Applications ........................................................................................................................583.4.1 Placing or Receiving an H.323 Call .............................................................................58

3.4.2 H.323 Phone Call without a Gatekeeper .....................................................................593.4.3 H.323 Phone Call with a Gatekeeper ..........................................................................59

3.4.4 H.323 Phone Call to a PSTN (POTS) Device ..............................................................593.4.5 Placing or Receiving a SIP Call ...................................................................................603.4.6 Non-Intrusive Voice Quality Measurement ..................................................................60

4 General Information ...............................................................................................................................................61

4.1 Testing and Calibration Statement ...............................................................................................61

4.2 Customer Service ........................................................................................................................61

4.3 Ofces .........................................................................................................................................62

4.4 Express Limited Warranty ...........................................................................................................63

Index .............................................................................................................................................................................65

1- UDSL Module 5

1 UDSL Module

The UDSL module supports both VDSLx and ADSLx modes. Testing applications includeCPE emulation, CO emulation, and IP services testing.

1.1 Module Connector Panel

UDSL 10/100

Figure 1 UDSL Module Connector Panel

The UDSL module contains the following ports:

UDSL: This is an RJ-45 DSL line interface.

10/100: This port the Ethernet interface. The port contains two LEDs. The green LED indi -

cates Ethernet link level connectivity, the yellow LED indicates trafc.

1.2 LED’s

SSMTT-ACM, -ACM+, and -ACM II SSMTT-B, -C

SunSet MTT ACM II

MODULE

DMM

SIGNAL

FRAME

ERRORS

HOLD

POWER

BATTERY

xTU-C

TDR/RFL

LP 1 SYNC

AIS

BPV/CODE

RESPOND

xTU-R

LINE

LP 2 SYNC

ALARM

PAT SYNC

BIT ERR

SunSet MTT

MODULE

SIGNAL

FRAME

ERRORS

HOLD

POWER

BATTERY

xTU-C

LP 1 SYNC

AIS

BPV/CODE

RESPOND

xTU-R

LP2 SYNC

ALARM

PAT SYNC

BIT ERR

Figure 2 Test Set LED Panels

The following LEDs shown in Figure 2 are used by the UDSL module:

MODULE: The module is active.

xTU-C: CO mode.

• Red: WAITING state.

• Blinking Red: TRAINING state.• Green: SHOWTIME state.• Alternate blinking red and green: The modem loses SHOWTIME, retrains, and re-achieves

SHOWTIME. Press HISTORY to clear.

xTU-R: CPE mode.

• Red: WAITING state.• Blinking Red: TRAINING state.

• Green: SHOWTIME state.• Alternate blinking red and green: Modem loses SHOWTIME, retrains, and reachieves

SHOWTIME. Press HISTORY to clear.

ERRORS: A local (near-end or received) event that triggers a local error second in theERROR MEASUREMENTS screen.

• Red: Current error.

• Blinking red: An error has occurred, but it is no longer present. Press HISTORY toclear.


1.3 Screen Indicators

The screen indicates the status of the UDSL moduleon the upper lines under the time of day. The left side

on the second line can indicate:

• “WAITING”• “TRAINING”• “SHOWTIME”

• “LINK DOWN”: Press RETRAIN (F3) when yousee this state. See Section 2.1.1 for details.

The test set can also display on the left side of thethird and fourth lines:

CPE MODE/CO MODE : Indicates the selected

MODEM TYPE and DSL mode. See Section 2.1.1 for details.

PROFILE: Displays the VDSL2 service prole. This

is not applicable for ADSLx or VDSL1 modes.

The second line on the right side of the screen can indicate IP connection status (IP, PPP,or DHCP). An example:

• “IP ...”: Connection is in progress.

• “IP UP”: connection is made.• “IP DOWN”: connection is not made.

• Blank: IP not in use.

RETRAIN

11:50:45>SHOWTIMECPE MODE:VDSL2VDSL2 PROFILE:12a

CURRENT STATUS

DOWNSTREAM UPSTREAMRATE:95000 kbps RATE:42384 kbpsMAX :97000 kbps MAX :43542 kbpsCPTY:98 % CPTY:98 %SNRM:6.5 dB SNRM:6.5 dBATTN:7.0 dB ATTN:7.0 dBPATH:INTL PATH:INTL

STORE

Figure 3 Screen Indictors

2 UDSL Module Menus 7

2 UDSL Menus

Press the chassis MODULE key to access the UDSL module main menu.

MODEM CONTROL

2.1.1 MODEM SETUP

2.1.3 INITIATE HANDSHAKE

2.1.2 END SHOWTIME

VOIP FEATURES

2.5.1 IP CONFIGURATION

2.5.4 CALL FEATURES

2.5.3 PROTOCOL SETUP

2.5.2 IP STATUS

2.5.5 VQ MEASUREMENTS

UTILITY

2.8.1 MODULE INFORMATION

2.8.2 UPDATE SOFTWARE

UDSL MAIN MENU

2.1 MODEM CONTROL

2.4 IP VIDEO FEATURES

2.3 IP DATA FEATURES

2.2 MODEM STATUS

2.5 VOIP FEATURES

2.6 VIEW/STORE/PRINT

2.7 PROFILES

2.8 UTILITY

MODULE

Key

VIDEO STREAM TESTS

2.4.3.1 STREAM CONFIGURATION

2.4.3.4 PID ANALYSIS

2.4.3.3 TS MEASUREMENTS

2.4.3.2 TS RATES

2.4.3.5 CHANNEL TEST

2.4.3.6 MDI TEST

IP DATA FEATURES


2.3.4 TRACE ROUTE

2.3.3 PING TEST

2.3.2 IP STATUS

2.3.5 WEB ACCESS TEST

MODEM STATUS

2.2.1 CURRENT STATUS

2.2.4 EVENT TRACER

2.2.3 TONE GRAPHIC/TABLE

2.2.2 ERROR MEASUREMENTS

TONE GRAPHICS/TABLE

2.2.3.1 BITS PER TONE

2.2.3.2 SNR PER TONE

Note: Depending on ordered options and/or configuration setup, some menu items may

not appear in the menu selection screens.

VOD TEST

2.4.4.1 DESCRIBE MEDIA

2.4.4.2 PLAY MEDIA

IP VIDEO FEATURES


2.4.4 VOD TEST

2.4.3 VIDEO STREAM TESTS

2.4.2 IP STATUS

Figure 4 UDSL Menu Tree


2.1 Modem Control

This menu contains:

• MODEM SETUP• END SHOWTIME

• INITIATE HANDSHAKE

2.1.1 Modem Setup

Congure the following:

MODEM TYPE

Options: CPE (F1), CO (F2)

The modem can be setup as a CPE (Customer Premises Equipment) or as a CO (CentralOfce). CO is an optional feature.

The remainder of the screen is dependent on the MODEM TYPE selected, refer to the fol-

lowing two subsections and congure the rest of the settings:

CPE Setup

SELECT RETRAIN

11:50:45

>WAITING <

CPE MODE:N/A

VDSL PROFILE:N/A

MODEM SETUP

MODEM TYPE:CPE

DSL MODE :ADSLx

STANDARD :ADSLx MULTI ANX-A

SELECT

11:50:45

>WAITING <

ADSLx STANDARD1:ADSLx MULTI ANX-A

2:ADSLx MULTI ANX-B3:ADSLx SIEMENS-ANX-B4:ADSL2/2+ ANNEX M

5: 6:

7: 8:

9:10:

SELECT RETRAIN

11:50:45

>WAITING <

CPE MODE:N/A

VDSL PROFILE:N/A

MODEM SETUP

MODEM TYPE:CPE

DSL MODE :VDSLx

STANDARD :VDSL2/POTS

SELECT

11:50:45

>WAITING <

VDSLx STANDARD1:VDSL2/POTS

2:VDSL2/ISDN 3:VDSL2 IKAN-CO4-EU 4:VDSL2 CNXT-NA1

5:VDSL2 IKAN-CO4-NA1 6:VDSL2 IKAN-CO4-NA2

7:VDSL2 IKAN-CO5-NA-30a 8:VDSL1 CNXT-NA1

9:10:

Figure 5 CPE Modem Setup Screens

DSL MODEOptions: VDSLx (F1), ADSLx (F2)

Select the type of modem in use. If the selection is not available, the screen will display

“OPTION IS NOT ENABLED”.

• VDSLx: Very high Speed Digital Subscriber Line; x refers to the standards available inthe lower left screen shown in Figure 5.

• ADSLx: Asymmetric Digital Subscriber Line; x refers to the standards available in thelower right screen shown in Figure 5.

STANDARD

Access the lower screens in Figure 5, via SELECT (F1). See Tables 1 and 2 for a descrip-tion of each standard. Use or to highlight a standard and press SELECT (F1) to return

to the MODEM SETUP screen. The choice is displayed on the STANDARD line.


Press RETRAIN (F3) when ready to start the initiation. A successful initiation will consist ofthe test set displaying “TRAINING”, followed by “SHOWTIME” along with the LED indica -tions described in Section 1.2 .

Standard Description

ADSLx MULTI ANX-A Most common worldwide ADSLx over POTS Annex A sys-

tem. Also supports Annex L mode.

ADSLx MULTI ANX-A Most common ADSLx over ISDN Annex B system. This is

mainly deployed in Europe.

ADSLx SIEMENS-ANX-B Siemens-Inneon ADSLx over ISDN Annex B system. This

is mainly deployed in Europe.

ADSL2/2+ ANNEX M ADSL2/ADSL2+ system supporting Annex M mode.

Table 1 CPE/ADSLx Standards


VDSL2/POTS Most common worldwide VDSL2 over POTS system.

VDSL2/ISDN Common VDSL2 over ISDN system deployed mainly in

Europe.

VDSL2 IKAN-CO4-EU Alcatel-Ikanos system. This is mainly deployed in Europe.

VDSL2 CNXT-NA1 Alcatel-Conexant VDSL2 system. This is mainly deployed in

North America.

VDSL2 IKAN-CO4-NA1 Lucent Stinger system using version 9.10.x.

VDSL2 IKAN-CO4-NA2 Lucent Stinger system using version 9.11.x.

VDSL2 IKAN-CO5-NA-30a Ikanos CO5 based system (i.e. Alcatel ONT) using prole

30a.

VDSL1 CNXT-NA1 Alcatel-Conexant VDSL1 system. This is mainly deployed in

North America.

Table 2 CPE/VDSLx Standards


CO Setup

SELECT RETRAIN

11:50:45

>WAITING <

CPE MODE:N/A

VDSL PROFILE:N/A

MODEM SETUP

MODEM TYPE:CO

DSL MODE :VDSLx

STANDARD :VDSL2 12a ANX-A

SELECT

11:50:45

>WAITING

VDSLx STANDARD

1:VDSL2 12a ANX-A 2:VDSL2 17a ANX-B/B8-12

3:VDSL2 30a ANX-A 4:VDSL2 30a ANX-C 5:VDSL2 IKAN-EU-12a

6:VDSL2 CNXT-NA1-8d 7:VDSL1 CNXT-NA1-8a

8: 9:

10:

SELECT RETRAIN

11:50:45

>WAITING <

CPE MODE:N/A

VDSL PROFILE:N/A

MODEM SETUP

MODEM TYPE:CO

DSL MODE :ADSLx

STANDARD :ADSLx MULTI ANX-A

SELECT

11:50:45

>WAITING

ADSLx STANDARD1:ADSLx MULTI ANX-A

2:ADSLx MULTI ANX-B3:ADSL2/2+ ANX M 4:

5: 6:

7: 8: 9:

10:

Figure 6 CO Modem Setup Screens

In addition to the MODEM TYPE setting, the MODEM SETUP screens, shown at the top

of Figure 6 contain the following settings:

DSL MODE

Options: VDSLx (F1), ADSLx (F2)

Select the type of modem in use. If the selection is not available, the screen will display“OPTION IS NOT ENABLED”.

• VDSLx: Very high speed Digital Subscriber Line; x refers to the standards available in

the lower left screen shown in Figure 6.• ADSLx: Asymmetric Digital Subscriber Line; x refers to the standards available in the

lower right screen shown in Figure 6.

STANDARDAccess the lower screens in Figure 6, via SELECT (F1). See Tables 3 and 4 for a descrip-

tion of each standard. Use or to highlight a standard and press SELECT (F1) to returnto the MODEM SETUP screen. The choice is displayed on the STANDARD line.

Press RETRAIN (F3) when ready to start the initiation and connect to the far end CPEdevice. A successful initiation will consist of the test set displaying “TRAINING”, followed

by “SHOWTIME” along with the LED indications described in Section 1.2 .


ADSLx MULTI ANX-A Most common worldwide ADSLx over POTS Annex A system.

ADSLx MULTI ANX-B Common ADSLx over ISDN Annex B system. This is mainlydeployed in Europe.

ADSL2/2+ ANX M ADSL2/ADSL2 system supporting Annex M mode.

Table 3 CO/ADSLx Standards



VDSL2 12a ANX-A VDSL2 Annex A using prole 12a.

VDSL2 17a ANX-B/B8-12 VDSL2 Annex B using prole 17a.

VDSL2 30a ANX-A VDSL2 Annex A using prole 30a.

VDSL2 30a ANX-C VDSL2 Annex C using prole 30a.

VDSL2 IKAN-EU-12a Ikanos CPE-4 based modem using prole 12a. This ismainly deployed in Europe.

VDSL2 CNXT-NA1-8d Conexant based modem using prole 8d. This is mainly

deployed in North America.

VDSL1 CNXT-NA1-8a Conexant based modem using VDSL1 prole 8a. This ismainly deployed in North America.

Table 4 CO/VDSLx Standards

2.1.2 End Showtime

When nished testing, close the link:

1. Select from the module main menu, MODEM CONTROL > END SHOWTIME.2. Follow the on-screen instructions, and press ENTER.

3. The screen displays “CLOSING LINK” and “COMPLETE” when nished. Also note thatthe top message shows “WAITING” at the end of the process.

4. When nished, press ESC.

Note: It is good practice to manually close the link instead of just unplugging from the signal.

When you close the link, the test set sends a Close Command message to the DSLAM.The DSLAM then knows why the signal is lost when the test set is disconnected.

2.1.3 Initiate Handshake

The test set automatically initiates handshake with the far end modem upon powering up.

However, if the link needs to be reopened, select this item.

1. Select from the module main menu, MODEM CONTROL > INITIATE HANDSHAKE.2. Follow the on-screen instructions, and press ENTER.

3. The screen displays “TRAINING”. The top left on-screen message displays “WAITING”followed by “TRAINING”. The xTU-C (CO mode) or xTU-R (CPE mode) LED should be

blinking red, indicating the test set is trying to connect.4. If there is a successful connection, the CURRENT STATUS screen is displayed. The

top left on-screen message displays “SHOWTIME” and the xTU-C (CO mode) or xTU-R (CPE mode) LED is green. If unsuccessful, “TRAINING” is displayed and the xTU-C(CO mode) or xTU-R (CPE mode) LED continues blinking red.


2.2 Modem Status

This menu contains:

• CURRENT STATUS• ERROR MEASUREMENTS

• TONE GRAPHIC/TABLE• EVENT TRACER

2.2.1 Current Status

RETRAIN

11:50:45>SHOWTIMECPE MODE:VDSL2VDSL2 PROFILE:17a

CURRENT STATUS

DOWNSTREAM UPSTREAMRATE:95000 kbps RATE:42384 kbpsMAX :97000 kbps MAX :43542 kbpsCPTY:98 % CPTY:97 %SNRM:6.5 dB SNRM:6.5 dBATTN:7.0 dB ATTN:7.0 dBPATH:INTL PATH:INTL

STORE

11:50:45>SHOWTIMECPE MODE:ADSL2+ANNEX AVDSL2 PROFILE:N/A

CURRENT STATUS

DOWNSTREAM UPSTREAMDELY:1 ms DELY:1 msINP :0.8 INP :0.8DEPH:1 frm DEPH:8 frmPWR :11.0 dBm PWR :11.8 dBm

FAR END VENDOR ID: BDCM

RETRAIN STORE

Figure 7 Current Status Screens

The left CURRENT STATUS screen in Figure 7 reports the following information for both

DOWNSTREAM and UPSTREAM:

RATE: Current rate reported in kbps or Mbps.

MAX: Maximum attainable rate reported in kbps or Mbps.

CPTY: Capacity is a percentage ratio of Line Rate/Maximum Rate. A common industrythreshold for capacity is a measurement of less than 85% for a stable line.

SNRM: Signal-to-Noise Ratio Margin in dB. A common industry threshold is a minimumSNRM of 8.0 dB for a stable line.

ATTN: Attenuation in dB.

PATH: This shows the latency path; INTL (Interleaved) if the delay is > / = 2ms, or FAST ifthe delay is between 0—1ms.

Press to view the right CURRENT STATUS screen shown in Figure 7. It reports the follow-ing information for both DOWNSTREAM and UPSTREAM (except FAR END VENDOR):

DELY: Actual Interleaver Delay reported in ms (millisecond). The delay ranges from1—63mS. The interleaver delay is set to meet the network service provider’s requirements

for error burst protection and latency.

INP: Actual Impulse Noise Protection is used in conjunction with the interleaver delay setting,

INP enables enhanced noise protection and is being used more for IP video applications.

DEPH: Actual Interleaving Depth is an indication of how many frames are allocated for in-terleaving. The interleaver depth is set to meet the network service provider’s requirementsfor error burst protection and latency. The range for depth is 1—4096.

PWR: Aggregate transmit Power.

FAR END VENDER: Reads the vendor ID code provided from the CO ATU-C, if MODEM

MODE is set for CPE, or the code from the CPE ATU-R, if the MODEM MODE is set for CO.

CURRENT STATUS F-keysRETRAIN (F3): Restart the link with the far end device.

STORE (F4): Save the reported results. See Section 2.6 .

Interpreting the Results

Fixed Rate Circuits

Fixed rate circuits species an exact data rate for the customer. If testing a Fixed Rateservice, look at the following:


RATE: Conrm that this value equals the xed rate set for the circuit, in both the upstream and

downstream directions. For example, if the circuit under test is congured for a xed rate of

22016 kbps downstream/5504 kbps upstream, conrm that this measurement is achieved.

SNRM: Conrm that the signal-to-noise margin complies with your company’s requirements. A

common standard is 8 dB, higher values can provide more room for any introduced noise.

Rate Adaptive Circuits

Rate adaptive circuits specify minimum and maximum data rates for a circuit, and try toattain the maximum rate set by the DSLAM. If testing a Rate Adaptive service, look at the

following:

RATE: This value should be between the minimum and maximum thresholds set for thecircuit.

SNRM: The signal-to-noise margin value also needs to be above the minimum allowable

margin. Commonly it is 8 dB, your margin might be higher. Since rate adaptive circuits tryto use all the possible bandwidth, the noise margin will typically be very close to 6 dB (or

the minimum value).

2.2.2 Error Measurements

PAUSE

11:50:45

>SHOWTIME

CPE MODE:ADSL2+ANNEX A

VDSL2 PROFILE:N/A

ERROR MEASUREMENTS

ST:11:45:25 ET:000:05:20

LOCAL REMOTE

CRC/CV:0 CRC/CV:0

FEC :0 FEC :0

SEF :0 HEC :0

HEC :0

STORERESTART

11:50:45

>SHOWTIME

CPE MODE:ADSL2+ANNEX A

VDSL2 PROFILE:N/A

ERROR MEASUREMENTS

ST:11:45:25 ET:000:05:20

LOCAL REMOTE

ES :0 ES :0

SES:0 SES:0

UAS:0 UAS:0

BER :0.00E-0

RETRAINS:0

PAUSE STORERESTART

Figure 8 Error Measurements Screens

The ERROR MEASUREMENTS screen, shown on the left in Figure 8, reports the following

information for both LOCAL and REMOTE:

CRC/CV: Cyclic Redundancy Check anomaly indicates that in the datastream, a receivedCRC-8 code is not identical to the locally calculated CRC-8 code.

FEC: Forward Error Correction anomaly indicates that errors have been corrected in the

datastream.

SEF: Number of Severely Errored Frames defects during measurement (LOCAL only).

HEC: Header Error Control error indicates that an ATM cell with an incorrect HEC is con -tained in the datastream.

Press to view the right ERROR MEASUREMENTS screen shown in Figure 8. It reports the

following information for both LOCAL and REMOTE (except BER and RETRAINS):

ES: An Errored Second is dened as one second containing one or more CRC/CV errors.

SES: A Severely Errored Second is dened as one second containing 18 or more CRC/

CV errors.

UAS: An Unavailable Second begins after ten consecutive severely errored seconds.

BER: Estimated Bit Error Ratio calculation based on the DSL Forum TR-100 standard.

RETRAINS: Number of resynchronizations (retrains) that have occurred since the start ofthe measurement.

ERROR MEASUREMENTS F-keysRESTART (F1): Restart the measurements, resetting all counters to zero.

PAUSE/CONTINU (F2): Pause the measurements or continue the measurements without

resetting any counters

STORE (F4): Save the reported results. See Section 2.6 .


2.2.3 Tone Graphic/Table

This menu contains:

• BITS PER TONE

• SNR PER TONE

2.2.3.1 Bits Per Tone

This feature measures the bits per tone distribution used by the modem to transmit at the pro-

visioned rate. It displays the number of bits assigned per tone as a graphic or as a table.

During modem initialization, a signal-to-noise measurement for each tone is made. Bit distribu-

tion is then optimized to meet the desired bit rate. Each tone can support a theoretical maxi-

mum of 15 bits. During operation, the bit distribution may be adjusted to optimize bandwidth.The modem constantly monitors the signal-to-noise ratio for each tone. If a tone degrades in

quality, it sends a bit swap command to adjust the amount of bits assigned to that particulartone. These bits may be added to a different tone or taken out completely.

<< more

11:50:45

>SHOWTIME <

CPE MODE: N/A

ADSL2 PROFILE:N/A

TONE 65 (280 kHz): 2 BITS

15

0

0 255

>> ZOOM

TABLE moreSTORE

11:50:45>SHOWTIME <CPE MODE: N/AADSL2 PROFILE:N/A

# BITS # BITS # BITS # BITS 0 0 8 0 16 0 24 0 1 0 9 0 17 0 25 0 2 0 10 0 18 0 26 0 3 0 11 0 19 0 27 0 4 0 12 0 20 0 28 0 5 0 13 0 21 0 29 0 6 0 14 0 22 0 30 0 7 0 15 0 23 0 31 0

STOREGRAPHIC

Figure 9 Bits Per Tone Screens

In the left screen in Figure 9, the left block of bits represents the upstream signal. The higher

frequency group at the right represents the downstream signal. There is a buffer betweenthe upstream and downstream frequencies, which is represented by the gap between the

upstream and downstream tones.

To learn the exact bit count and frequency of a specic tone, see the line just above the graph.

This line provides the bit count for the tone marked by the pointer arrow. In Figure 9, the pointer

arrow is at the rst downstream tone, thus the line reads tone 65 (280 kHz) with two bits.

To move the pointer arrow:

• Press or to move the pointer arrow one tone at a time.• Press << (F1) or >> (F2) to move the pointer arrow to another tick mark shown on the

horizontal axis of the graph.

The Graphic can display two different scales using ZOOM (F3):

• The rst scale displays all 255 tones in the same screen, as in the left screen in Figure 9.

• Press ZOOM (F3) to display 0—127 tones in one screen, move the pointer past 127 to

view tones 128—255 in one screen. Press ZOOM (F3) to return to the rst view of all255 tones in the same screen.

You can also view a table of the tones by pressing TABLE (more, F4). An example is shownin the right screen in Figure 9. Listed for each tone is the number of bits assigned to it. Press

or to scroll through all tones.

In either screen, press the STORE F-key to save the results. See Section 2.6 for details.

Interpreting the Results

• The lower frequency tones represent the bandwidth used for the upstream signal. The higher

frequency tones at the right show the frequencies used for the downstream signal.

• The bits should drop to zero after the end of the upstream. This is the buffer between

the upstream and downstream signals. The actual size of this buffer varies.


• If there is a major drop in bits in either the downstream or the upstream section, thismay indicate that there is a possible interferer at that frequency. For example, if thereis a major drop at 772 kHz, this may represent an interfering T1 signal.

2.2.3.2 SNR Per Tone

This feature measures the signal-to-noise ratio for each downstream tone used by the modem

to transmit the provisioned rate. It displays the SNR per tone as a graphic or as a table.

During modem initialization, a signal-to-noise measurement is made for each tone; bit dis-

tribution is then optimized to meet the desired bit rate. During operation, the bit distributionmay be adjusted to optimize bandwidth. The modem constantly monitors the signal-to-noiseratio for each tone. If a tone degrades in quality, it sends a bit swap command to adjust

the amount of bits assigned to that particular tone. These bits may be added to a differenttone or taken out completely.

TABLE moreSTORE

<< more

11:50:45

>SHOWTIME <

CPE MODE: N/A

ADSL2 PROFILE:N/A

TONE 64 (276 kHz): 5.0 dB

100

0

0 255

>> ZOOM


# dB # dB # dB # dB 0 0 8 0 16 0 24 0 1 0 9 0 17 0 25 0 2 0 10 0 18 0 26 0 3 0 11 0 19 0 27 0 4 0 12 0 20 0 28 0 5 0 13 0 21 0 29 0 6 0 14 0 22 0 30 0 7 0 15 0 23 0 31 0

STOREGRAPHIC

Figure 10 SNR Per Tone Screens

In the left screen in Figure 10, the frequency group shown represents the downstream

signal.

To learn the exact signal-to-noise ratio for a specic tone, see the line just above the graph.This line provides the signal-to-noise ratio for the tone marked by the pointer arrow. In Figure10, the pointer arrow is below the rst downstream tone, thus the line reads tone 64 (276

kHz) with a 5 dB SNR.

To move the pointer arrow:

• Press or to move the pointer arrow one tone at a time.• Press << (F1) or >> (F2) to move the pointer arrow to another tick mark shown on the

horizontal axis of the graph.

The Graphic can display two different scales using ZOOM (F3):

• The rst scale displays all 255 tones in the same screen, as in the left screen in Figure10.

• Press ZOOM (F3) to display 0—127 tones in one screen, move the pointer past 127 toview tones 128—255 in one screen. Press ZOOM (F3) to return to the rst view of all

255 tones in the same screen.You can also view a table of the tones by pressing TABLE (more, F4). An example is shown

in the right screen in Figure 10. Listed for each tone is the number of bits assigned to it.Press or to scroll through all tones.

In either screen, press STORE (more, F2) to save the results. See Section 2.6 for details.


2.2.4 Event Tracer

Use the EVENT TRACER screen, shown in Figure

11, to track modem events when the test set is con -nected to the circuit.

In the EVENT TRACER screen, use or to se-

lect an event. A selected event displays EVENT ID,EVENT DATE, TIME, and the type of event, in this

case, “Showtime”. The scroll bar on the right indicatesthat more screens are available.

In addition to the modules MODE (CO or CPE) and

PROFILE selected in the MODEM SETUP screen,the following are reported:

EVENT ID: The selected event indicates its numberout of the total events.

EVENT DATE: The date that the selected event oc-

curred.

EVENT TRACER F-keys

LIMITED/CONTINU (F1): LIMITED is used to capture up to 100 events, capturing stops atthat point. Use CONTINU to continuously capture events in a queue. When the queue isfull, the rst event is overwritten by the next event.

CLEAR (F2): Clear all events.

CLEARLIMITED


EVENT TRACEREVENT ID : 2 of 10EVENT DATE: 3/10 TIME EVENT 16:45:09 Training16:45:15 Showtime16:45:24 CRC Detected16:45:24 FEC Detected16:45:34 CRC Detected16:46:05 FEC Detected

Figure 11 Event Tracer Screen


2.3 IP Data Features (Software Option)

IP DATA FEATURES are an option. If unavailable the test set will display, “OPTION IS NOTENABLED”. This menu contains:

• IP CONFIGURATION

• IP STATUS• PING TEST• TRACE ROUTE

• WEB ACCESS TEST

2.3.1 IP Configuration

This screen contains conguration items for the IP connection. Enter the proper protocolused by the circuit, as well as the necessary IP addresses.

Note: CONNECT/DISC appears at either F3 or F4 depending on the setting selected. PressCONNECT to start the connection procedure to the ISP. Press DISC to release the connec -tion. Once CONNECT is pressed, the connection will stay “UP”, if successful, or “DOWN”

if unsuccessful. This is indicated at the top right of the screen. In either case, press DISCto change any of the conguration items.


INTERFACEOptions: DSL-ATM (F1), DSL-PTM (F2), 10/100 (more, F1), PROFILE (more, F2)

Select the port connection used for testing.

• DSL-ATM: This interface uses the UDSL module port. Select this for traditional ATM

encapsulated protocols; PPPoE, PPPoA, Bridged, and CLIPoA.• DSL-PTM: This interface uses the UDSL module port. Select this for newer IP based

DSLAMs that support Packet Transfer Mode (PTM). It supports Routed and PPPoE

protocols.• 10/100: This interface uses the 10/100 (Ethernet) module port.

• PROFILE: Retrieve and use stored IP conguration. See Section 2.7 for details.

MODEOptions: ETHERNT or BRIDGED (F1), PPPoE (F2), PPPoA (F3), CLIPoA (more, F1),

ROUTED (more, F2)

Select the protocol mode for the test.

• ETHERNT: Ethernet is available only when the 10/100 INTERFACE is selected.• BRIDGED: Bridged protocol according to RFC 2684 bridge encapsulation. It supports both

static and DHCP IP management. This mode is available for the DSL-ATM interface.• PPPoE: Point to Point Protocol over Ethernet according to RFC 2516. It supports dynamic

IP addressing. This mode is available for both the DSL-ATM and DSL-PTM interfaces.• PPPoA: Point to Point Protocol over ATM (Asynchronous Transfer Mode), according to RFC

2364. It supports dynamic IP addressing and is available for the DSL-ATM interface.

• CLIPoA: Classical IP over ATM according to RFC 2225 supports static IP management.This mode is available for the DSL-ATM interface.

• ROUTED supports static and DHCP IP addressing. This mode is available for the DSL-PTM interface.

• BRIDGE is used for IP Data Pass Through Mode for the DSL-PTM interface. See Sec- tion 2.3.6 .

The remainder of the screen settings are dependent on the selected INTERFACE andMODE, refer to the following three subsections and congure the rest of the settings:

Note: To enter numbers in these screens, use SHIFT and the numeric keypad. Use the

<- and -> F-keys to move the cursor. When nished, press SHIFT.


2.3.1.1 IP DSL-ATM Configuration

ROUTEDCLIPoA moreCONNECT

11:50:45>SHOWTIME <

IP CONFIGURATIONINTERFACE :DSL-ATMMODE :CLIPoAENCAPSULATION:LLCVPI :8VCI :35IP TYPE :STATICLOCAL IP :207.181.199.105PEER IP :207.181.199.108GATEWAY :207.181.199.100SUBNET MASK :255.255.248.000DNS SERVER :207.181.199.178

PPPoEBRIDGED

11:50:45>SHOWTIME <

IP CONFIGURATIONINTERFACE :DSL-ATMMODE :BRIDGEDENCAPSULATION:LLC

VPI :8VCI :35IP TYPE :STATICLOCAL IP :207.181.199.105GATEWAY :207.181.199.100SUBNET MASK :255.255.248.000DNS SERVER :207.181.199.178

morePPPoA

PPPoEBRIDGED

11:50:45>SHOWTIME <

IP CONFIGURATIONINTERFACE :DSL-ATMMODE :PPPoEENCAPSULATION:LLCPAP/CHAP :AUTOVPI :8VCI :35IP TYPE :DYNAMIC

USER ID :USER5468PASSWORD:SERVICE2356

morePPPoA

PPPoEDSL-ATM morePPPoE

11:50:45>SHOWTIME <

IP CONFIGURATIONINTERFACE :DSL-ATMMODE :PPPoAENCAPSULATION:LLCPAP/CHAP :AUTOVPI :8VCI :35IP TYPE :DYNAMIC

USER ID :USER5468PASSWORD :SERVICE2356

Figure 12 IP Data DSL-ATM Configuration Screens

Congure these settings for a DSL-ATM interface:

ENCAPSULATION

Options: LLC (F1), VC MUX (F2)

Choose the encapsulation method for carrying trafc over AAL Type 5 over ATM.

• LLC: Logical Link Control based on IEEE standard 802.2. LLC encapsulation is usedwhen multiple protocol are encapsulated over a single ATM Virtual Connection.

• VC MUX: Used when only one protocol is carried over a single ATM Virtual Connection.

PAP/CHAP (MODE = PPPoA or PPPoE)

Options: PAP (F1), CHAP (F2), AUTO (more, F1), NONE (more, F2)

The authentication layer ensures that only a valid device establishes a connection with thenetwork using the entered USER IP and PASSWORD (unless NONE is selected).

• PAP: Password Authentication Protocol as dened in RFC 1334. PAP is the simplest

method for authentication. It involves a two-way handshake where one peer sends auser name and ID to another peer element in the network. The second peer returns anauthentication-acknowledge message either accepting or rejecting the user name and

password.• CHAP: Challenge Handshake Authentication Protocol as dened in RFC 1994. It involves

a three-way handshake, in which the test set sends a challenge containing its user name.The server responses with a specic identier expected for this transaction. The test set

then accepts or rejects this response, when accepted the test set starts sending data.• AUTO: Use this recommended setting to automatically detect the authentication.• NONE: USER IP and PASSWORD is not used.

VPIRange: 0—255

The default is 8, which is a typical Ethernet assignment. Along with VCI, VPI identies the

next destination of a cell as it moves through a series of ATM switches on the way to itsdestination. The service provider typically assigns VPI.


VCI

Range: 0—65535

The default is 35, which is a typical Ethernet assignment. Along with VPI. VCI identiesthe next destination of a cell as it moves through a series of ATM switches on the way to

its destination. The service provider typically assigns VCI.

IP TYPEOptions: STATIC (F1), DHCP/DYNAMIC (F2)

• STATIC: This type of IP management means that the user has a permanent IP address.For STATIC, enter the LOCAL IP; this will be the value used during the test.

• DHCP/DYNAMIC: This refers to dynamic IP management. When selecting DHCP or DYNAMIC

for IP TYPE, the module sends a request to the server; the server responds and provides

an IP address.

LOCAL IP (IP TYPE = STATIC)Enter a local IP address of the circuit under test. For BRIDGE and ROUTED modes, this

local IP address needs to be entered by you if STATIC is used.

PEER IP (MODE = CLIPoA)Enter a Peer IP address of the circuit under test. For CLIPoA modes, this Peer IP address

needs to be entered by you if STATIC is used.

GATEWAY (IP TYPE = STATIC)

If required, enter a gateway address, or press NONE (F1). A gateway is a device that con -nects dissimilar networks and passes information between them. In TCP/IP, the defaultgateway address is the address where the Internet Protocol sends packets destined for

remote networks, unless a different route is congured.

SUBNET MASK (IP TYPE = STATIC)

If required, enter a Subnet address of the circuit under test, or use the default address thatthe test set initially displays.

DNS SERVER (IP TYPE = STATIC)

Enter a Domain Name System Server address of the circuit under test.

USER ID (MODE = PPPoE or PPPoA)Used for authentication with PAP or CHAP. Enter a required USER ID and/or PASSWORD

prior to receiving an IP address from the ISP by pressing EDIT (F1). A character entryscreen is displayed. For entry instructions, see Section 2.3.1.4 .

PASSWORD (MODE = PPPoE or PPPoA)

Used for authentication with PAP or CHAP. Enter a required USER ID and/or PASSWORDprior to receiving an IP address from the ISP by pressing EDIT (F1). A character entry

screen is displayed. For entry instructions, see Section 2.3.1.4 .

When ready, press the CONNECT F-key.


2.3.1.2 IP DSL-PTM Configuration

PPPoEBRIDGE

11:50:45>SHOWTIME <

IP CONFIGURATIONINTERFACE :DSL-PTMMODE :PPPoEVLAN :ENABLE VID: 2095PAP/CHAP :AUTO

IP TYPE :DYNAMIC

USER ID :USER5468PASSWORD:SERVICE2356

CONNECTROUTEDPPPoEBRIDGE

11:50:45

>SHOWTIME <

IP CONFIGURATION

INTERFACE :DSL-PTM

MODE :ROUTED

VLAN :ENABLE

VID: 2095

IP TYPE :STATIC

LOCAL IP :207.181.199.105

GATEWAY :207.181.199.100

SUBNET MASK :255.255.248.000

DNS SERVER :207.181.199.178

CONNECTROUTED

Figure 13 IP Data DSL-PTM Configuration Screens

Congure these settings for a DSL-PTM interface:

MODE

Options: BRIDGE (F1), ROUTED (F2), PPPoE (F3)Select the protocol mode for the test. See this setting in Section 2.3.1 for details.

VLAN (MODE = ROUTED or PPPoE)

Options: DISABLE (F1), ENABLE (F2)

Choose whether or not to use VLAN tags. If enabled, enter a value for VID.

VIDIf VLAN is enabled, enter a VLAN Identication number, 0—4095.

PAP/CHAP (MODE = PPPoE)Options: PAP (F1), CHAP (F2), AUTO (more, F1), NONE (more, F2)

The authentication layer ensures that only a valid device establishes a connection with the

network. See this setting in Section 2.3.1.1 for details.

IP TYPE (DYNAMIC is the only selection in PPPoE.)Options: STATIC (F1), DHCP or DYNAMIC (F2)

Choose as required. See this setting in Section 2.3.1.1 for details. Note that DHCP applies

to ROUTED.

LOCAL IP (IP TYPE = STATIC)Enter a local IP address of the circuit under test. See this setting in Section 2.3.1.1 for

details.

GATEWAY (IP TYPE = STATIC)

If required, enter a gateway address, or press NONE (F1). See this setting in Section 2.3.1.1 for details.

SUBNET MASK (IP TYPE = STATIC)

If required, enter a Subnet address of the circuit under test, or use the default address thatthe test set initially displays. See this setting in Section 2.3.1.1 for details.

DNS SERVER (IP TYPE = STATIC)

Enter a Domain Name System Server address of the circuit under test.

USER ID (MODE = PPPoE)

Enter a required USER ID prior to receiving an IP address from the ISP. See this setting inSection 2.3.1.1 for details.

PASSWORD (MODE = PPPoE)

Enter a required PASSWORD prior to receiving an IP address from the ISP. See this settingin Section 2.3.1.1 for details.

When ready, press the CONNECT F-key.


2.3.1.3 10/100 Ethernet Configuration

DHCPSTATIC

11:50:45>SHOWTIME <

IP CONFIGURATIONINTERFACE :10/100MODE :ETHERNETVLAN :ENABLE VID:2095

IP TYPE :STATICLOCAL IP :207.181.199.105GATEWAY :207.181.199.100SUBNET MASK :255.255.248.000DNS SERVER :207.181.199.178

CONNECT DHCPSTATIC

11:50:45>SHOWTIME <

IP CONFIGURATIONINTERFACE :10/100MODE :ETHERNETVLAN :ENABLE VID:2095

IP TYPE :DHCP

CONNECT

Figure 14 IP Data Ethernet Configuration Screens

Congure these settings for a 10/100 interface:

MODEOptions: ETHERNT (F1)This is xed for Ethernet.

VLANOptions: DISABLE (F1), ENABLE (F2)Choose whether or not to use VLAN tags. If enabled, enter a value for VID.


IP TYPEOptions: STATIC (F1), DHCP (F2)Choose as required. See this setting in Section 2.3.1.1 for details.

LOCAL IP (IP TYPE = STATIC)Enter a local IP address of the circuit under test. See this setting in Section 2.3.1.1 fordetails.

GATEWAY (IP TYPE = STATIC)If required, enter a gateway address, or press NONE (F1). See this setting in Section 2.3.1.1 for details.

SUBNET MASK (IP TYPE = STATIC)If required, enter a Subnet address of the circuit under test, or use the default address thatthe test set initially displays. See this setting in Section 2.3.1.1 for details.

DNS SERVER (IP TYPE = STATIC)Enter a Domain Name System Server address of the circuit under test.

When ready, press CONNECT (F3).

2.3.1.4 Entering a User ID/Password

Follow this procedure to enter a USER ID or PASSWORD.

1. Place the cursor on USER ID or PASSWORD.2. Press EDIT (F1) and a character screen is displayed.3. Press INPUT (F3) to enter the character grid. Notice a cursor appears in the grid and

INPUT changes to STOP.4. Use , , , or to move the cursor to the desired character. Press ENTER to select

that character. The character will appear on the USER ID line.5. Continue selecting characters until done. Press STOP (F3) to exit the character grid.

• If a mistake is made; press STOP (F3). Use to select or the incorrect character.

- Press DELETE (F2) to delete the character.- Press INSERT (F1) to add a character to the left of the selected character.- Press OVER (F1) to replace the selected character with a new character.

6. Press SAVE (F4) to save the entry and return to the setup screen.


2.3.2 IP StatusThe IP STATUS screens are displayed after pressing CONNECT in IP CONFIGURATION(except ROUTED and CLIPoA). They report important information on the status of theconnection to the ISP.

• ROUTED and CLIPoA: “UP” is displayed when the link is up.• BRIDGE: Information about the ARP request in STATIC or about the DHCP session in

dynamic mode is reported.• PPPoE and PPPoA STATIC or DYNAMIC: PPP session information is reported.

For all IP STATUS screens; ST (Start Time) indicates when CONNECT was pressed andET (Elapsed Time) indicates the time since CONNECT was pressed.

2.3.2.1 DHCP IP Status

In this conguration, the test set sends a DHCP dis-covery message to start DHCP negotiation with theISP to obtain an IP address.

The status of the connection to the ISP is displayedon the right side of the screen. It can be “IP UP,” if it

has passed, “IP...” in process, or it can be “IP DOWN”,if it has failed. The status is also displayed under theIP STATUS line of Figure 15. It can be:

• “DHCP: In Progress”: Connection is not yet com-pleted.

• “DHCP: PASS”: A successful connection.

• “DHCP: FAIL”: Connection was not successful. In this case, verify the input parameters, such as

VPI/VCI settings, and try again.

If “DHCP: PASS” is displayed, the following are reported:

LOCAL IP: ATU-R IP address assigned by the DHCP server.

GATEWAY: Gateway IP address.

SUBNET MASK: Netmask.

DNS SERVER: DNS Server IP address.

2.3.2.2 Static IP Status

After pressing CONNECT, the test set sends an ARP

(Address Resolution Protocol) request to an ISP toverify IP conguration. ISP connection status is dis-

played at the top of the screen, as shown in Figure16. It can be “IP UP”, if passed, “IP...” in process, or“IP DOWN”, if failed. Status is also displayed under

IP STATUS, it can be:

• “STATIC: In Progress”: The connection is not yetcompeted.

• “PASS”: A successful connection.• “FAIL”: The connection was not successful.

The following is reported, if “PASS” is displayed:

LOCAL IP: IP address of the test set.

SUBNET MASK: Netmask

GATEWAY: IP address of the gateway.


11:50:45

>SHOWTIME DHCP UP<

ST:11:20:40 ET:000:30:05

IP STATUS

DHCP:PASS

LOCAL IP : 192.168.3.169

SUBNET MASK: 255.255.255.0

GATEWAY : 192.168.3.1

DNS SERVER : 192.168.9.30

Figure 15 DHCP IP Status Screen

11:50:45

>SHOWTIME IP UP<

ST:11:20:40 ET:000:30:05

IP STATUS

STATIC:PASS

LOCAL IP :192.168.102.106

SUBNET MASK:255.255.255.255

GATEWAY :207.181.199.178

DNS SERVER :206.13.28.41

Figure 16 Static IP Status Screen


2.3.2.3 PPP Dynamic IP Status

After pressing CONNECT, the test set begins PPP

negotiation with an ISP. The ISP connection status isdisplayed at the top of the screen, as shown in Figure

17. It can be “IP UP”, if passed, “IP...” in process, or itcan be “IP DOWN”, if failed. Status is also displayed

under IP STATUS, it can be:

• “PPP: in progress”: The connection is not yetopened.

• “PPP: PASS”: Indicates that the authentication and

IP parameters of the connection have been suc-cessfully negotiated and the connection is up.

• “PPP: FAIL”: Indicates that the authentication orthe IP parameters of the connection haven’t been

successfully negotiated and that the connectionis down. If this occurs, verify the IP settings andtry again.

If successful, then the following are displayed:

LOCAL IP: IP address of the ATU-R.




2.3.3 Ping Test

Before running a ping test, the connection must be“UP” as indicated at the top right of the screen, asshown in Figure 18.

The PING screen is the same for all IP mode types.Press START (F4) after conguration to start the pingtest. Press again to stop the test.

The following information is displayed:

ST: Start Time indicates when START was pressed.

ET: Elapsed Time since START was pressed.

LOCAL IP: Displays the LOCAL IP entered in the IP

CONFIGURATION screen, if static IP TYPE has been

selected. It displays the dynamically assigned address,

if DHCP, or DYNAMIC IP TYPE has been selected in

the IP CONFIGURATION screen.

Ping Test Configuration

DEST. IP/DEST. URL

Options: URL/ IP ADDR (F1), LIST (F1) LIST is available when the cursor has been movedto the right of “:” on this line.

Enter the Destination IP/URL address.

• IP ADDR: Enter a destination address using SHIFT and numeric keypad along with <-

(F2), -> (F3) or press LIST (F1), and select a saved IP address from the list.• URL: Uniform Resource Locator is used to enter a destination domain name if a DNS

server is available. To enter, press URL (F1), then press EDIT (F2) to display a character

entry screen, or press LIST (F1) for the DESTINATION IP list screen.

Saving an IP Address

1. In the DEST. line, select IP by pressing URL/IP ADDR (F1) to make it read DEST. IP.2. Move the cursor to the number part of the DEST. IP line and press LIST (F1).3. In the IP LIST selection screen, select a blank line and press EDIT (F3).

4. In the IP entry screen, use SHIFT, the numeric keypad, <-- (F2), and --> (F3) to entera numeric address.

5. When nished, press STORE (F4) and the IP address appears in the IP LIST selectionscreen.

11:50:45

>SHOWTIME PPP UP<

ST:11:20:40 ET:000:30:05

IP STATUS

PPP:PASS

LOCAL IP :192.168.102.106

SUBNET MASK:255.255.255.255

GATEWAY :207.181.199.178

DNS SERVER :206.13.28.41

Figure 17 PPP Dynamic IP Sta-

tus Screen

STARTCONTINU

11:50:45>SHOWTIME IP UP<ST:--:--:-- ET:---:--:--LOCAL IP:207.181.199.106 PING TESTDEST. IP :207.181.199.178PING COUNT :10PING LENGTH:64

Round Trip (ms)Sent :- Min:-Received :- Max:-Loss Rate:- % Avg:-

PING: -

Figure 18 PING Test Screen


• To use an IP address, select one in the IP LIST screen, and press SELECT (F4). Theselected IP address now is displayed in the DEST. IP line of the PING TEST screen.

• To remove an IP address from the IP LIST screen, select one and press DELETE (F2).

Saving an URL Address1. In the DEST. line, select URL by pressing URL/IP ADDR (F1) to make it read DEST. URL.

2. Move the cursor to the entry part of the DEST. URL line and press LIST (F1).3. In the URL LIST selection screen, select a blank line and press EDIT (F3).4. Press EDIT (F3) to view character entry screen.

5. Press INPUT (F3) and the cursor highlights “A” and INPUT has changed to STOP.6. Use , , , or to move the cursor to the desired character and press ENTER to select

that character. The character will appear in the URL line.7. Repeat step 6 until nished, then press STOP (F3) to exit the character entry screen.

• If a mistake is made, press STOP (F3) and use or to select the incorrect character.Then use:- DELETE (F2) to delete the character.

- INSERT (F1) to add a character to the left of the selected character.- OVER (F1) to replace the selected character.

8. When nished, press STORE (F4) to return to URL LIST selection screen.

• To use an URL address, select one in the URL LIST screen, and press SELECT (F4). The

selected URL address now is displayed in the DEST. URL line of the PING TEST screen.

• To remove an URL address from the list screen, select one and press DELETE (F2).

PING COUNTOptions: 1—10000; default is 1.

Select the number of pings to send. Use SHIFT and the numeric keypad to enter a value,

or press CONTINU (F1) for continuous.

PING LENGTH

Options: 64—1500 bytes; default is 64.

Select the ping length to send. Use SHIFT and the number keypad to enter a value.

When ready, press START (F4). Press again to stop. The following are reported:

PING: This line can indicate:

• “PING: –”: The test hasn’t been started.

• “PING: In Progress”: The test is in process.• “PING: PASS”: At least one echo response has been received.

• “PING: FAIL”: An echo response has not been received.• “PING: NO DNS SERVER”: The DNS server is unavailable.• “PING: DNS LOOKUP FAILED”: The IP address could not be associated with the host

name.

The bottom of the screen reports the statistics of the test:

Sent: Number of pings sent to the network.

Received: Number of correct echo responses received.

Loss Rate: Percentage of received pings (Pings Sent/Pings Received).

Round Trip: Measure of the round trip delay in milliseconds. Min/Max (Minimum/Maximum)and Avg (Average) is reported.


2.3.4 Trace Route

Before running the trace route test, the connectionmust be “UP” as indicated at the top right of the

screen, as shown in Figure 19.

Use this screen to send ping messages to a desti-nation address and trace the messages across the

routers through which they travel. The result screenis the same for all IP mode types.

After entering a DEST URL or DEST IP (see Section 2.3.3 for entry details), select;

PROTOCOLOptions: ICMP/UDP (F1)

Select the protocol to use.

• ICMP: Internet Control Message Protocol per RFC

792.• UDP: User Datagram Protocol per RFC 768.

When nished, press START (F4). Press again to stop the trace.

Note: Pressing START (F4) after pressing STOP (F4) restarts the trace and resets ET to

zero.

Scroll through the results using or .

The following information is reported:

ST: Start Time indicates when START (F4) was pressed.

ET: Elapsed Time since START (F4) was pressed.

LOCAL IP: Displays the LOCAL IP entered in the IP CONFIGURATION screen, if staticIP TYPE has been selected. It displays the dynamically assigned address, if DHCP, or

DYNAMIC IP TYPE has been selected in the IP CONFIGURATION screen.

HOP COUNT: Displays up to 999 router hops or “In Progress”.

RT (ms): Round Trip duration of a hop.

Host Address: Responding router’s IP address.

Host Name: To see the host name, press MORE (F2) or use or to see the Host Name(if DNS server is enabled).

Use or to select a hop and press PING (F1) to automatically ping this host.

When nished, press ESC.

STOPLIST EDIT

11:50:45

>SHOWTIME IP UP<

ST:11:50:00 ET:00:00:45LOCAL IP:38.168.47.121HOP COUNT:5 In Progress TRACE ROUTEDEST URL:www.sunrisetelecom.comPROTOCOL: ICMPHOP RT(ms) Host Address 1 98 123.250.2.209 2 124 129.250.2.246 3 97 129.250.5.253 4 115 129.250.4.14 5 162 129.250.28.52

Figure 19 Trace Route Screen


2.3.5 Web Access Test

This feature provides Internet connectivity verication through a HTTP download, as well

as up/downstream rate verication with FTP up/download. Congure the following:

PROTOCOL

Options: HTTP/FTP (F1)

Select a required protocol.

• HTTP: Download a le using Hyper Text Transfer Protocol.

• FTP: Upload or download a le using File Transfer Protocol. If selected, select DOWN-

LOAD and choose whether to transfer the le to or from the test set. If UPLOAD is

selected, the FILESIZE is displayed (1024).

The remainder of the conguration is dependent on the type of protocol selected.

2.3.5.1 HTTP Download Test


IP ADDR./URL

Options: URL/IP ADDR (F2), LIST (F3)

Enter the URL or IP address of the web page to

download. See Section 2.3.3 for entry details.

When ready, press START (F4), press again to

stop.

As the test progresses the PAGE DOWNLOAD line

will blink an “in progress” message. If the page is

successfully downloaded this line will display “PASS”,

if not it will display “FAIL”. For a “PASS” the following

information is displayed, as in Figure 20:

STATUS: See the previous paragraph starting with

“As the test progresses”.

SIZE: Total size of the le in Bytes.

TIME: Transfer time in seconds.

RATE: Transfer rate in Kbytes per second.

2.3.5.2 FTP Download Test

IP ADDR./URL

Options: URL/IP ADDR (F2),LIST (F3)

Enter the URL or IP address of the FTP server. See Section 2.3.3 for entry details.

USERNAME

Enter the USERNAME of the account on the FTP server. The default is blank. To change

it, press EDIT (F1) and use the procedure in Section 2.3.1.4 .

PASSWORD

Enter the PASSWORD of the account on the FTP server. The default is blank. To change

it, press EDIT (F1) and use the procedure in Section 2.3.1.4 .

FILE

Input the path and the name of the le to download. Press EDIT (F1) and use the procedures

in Section 2.3.3 to enter it.

When ready, press START (F4), press again to stop.

As the test progresses, the STATUS line will blink an “in progress” message. If the le is

successfully downloaded the STATUS line will display “PASS” and the results are displayed

as in Figure 21. They are:

STATUS: See the previous paragraph starting with ‘As the test progresses’.

SIZE: Total size of the le in Bytes.



STARTFTP

11:50:45 >SHOWTIME IP UP<

WEB ACCESS TESTPROTOCOL:HTTP-DOWNLOADURL :www.sunrisetelecom.com

STATUS:PASSSIZE: 9490 bytesTIME: 0.810 secondsRATE: 11.399 Kbytes/sec

Figure 20 HTTP Download

Web Access Screen


2.3.5.3 FTP Upload Test


IP ADDR./ULROptions: URL/IP ADDR (F2), LIST (F3)

Enter the URL or IP address of the FTP server. For

details, see Section 2.3.3 .

USERNAMEEnter the user ID of the account on the FTP server.

The default is blank. Press F1 to edit it and use theprocedure in Section 2.3.1.4 .

PASSWORD

Enter the password of your account on the FTPserver. The default is blank. Press F1 to edit it and

use the procedure in Section 2.3.1.4 .

FILEInput the path and lename of the uploaded le to the FTP server by pressing EDIT (F1)

and use the procedure in Section 2.3.3 , URL to enter it.

FILE SIZE

Press SHIFT and use the numeric keypad to enter an expected le size in bytes from1—10485760. The default is 1024 bytes.

When ready, press START (F4) to begin. Press again to stop.

As the test progresses, the STATUS line will blink an “in progress” message. If the le issuccessfully downloaded the STATUS line will display “PASS” and the results are displayedas shown in Figure 22. They are:

SIZE: Total size of the uploaded le in Bytes.



STARTHTTP

11:50:45

>SHOWTIME DHCP UP<

WEB ACCESSPROTOCOL :FTP -- UPLOADURL :www.sunrisetelecom.comUSERNAME :USER5468PASSWORD :SERVICE2356FILE :/group/passwd/2005.tFILE SIZE:1048578

STATUS:PASSSIZE: 9490 bytesTIME: 0.810 secondsRATE: 11.399 Kbytes/sec

Figure 22 FTP Upload Web Ac-

cess Screen


2.3.6 IP Data Pass Through Mode

Central

Office ATU-C

ATU-C

ATU-C

ATU-C UDSL Port SunSet MTT ACMII

Ethernet Port

10/100 Port

Figure 23 Pass Through Modem Emulation Setup

There are two methods to enable IP Data Pass Through Mode.

Method 1: A network connection can be established using the IP CONFIGURATION

screen.

1. Once the test set has achieved SHOWTIME, setup the necessary WAN IP parameters

as described in Section 2.4.1.

2. Conduct a successful PPP/DHCP/IP session (PASS), which establishes the WAN net-

work connection.

3. Connect a PC to the SSMTT-48’s 10/100 port.

Note: The PC’s TCP/IP Properties should be congured as follows:

• Obtain an IP Address automatically.

• Obtain DNS server address automatically.

4. Launch a web browser and proceed with internet access.

Method 2: Congure the MTT-48 as a simple bridge only, as follows:

DSL-ATM Mode

1. For INTERFACE, select DSL-ATM2. For MODE, select BRIDGED.

3. Congure the appropriate VPI and VCI value.4. For IP TYPE, select NONE.

5. Press CONNECT (F4).

DSL-PTM Mode1. For INTERFACE, select DSL-PTM

2. For MODE, select BRIDGE.3. Press CONNECT (F4).

4. Wait for the BRIDGE connection to be established,which is indicated by a BRIDGE: PASS under IPSTATUS and the “BRG UP” status indication at

the top right corner.5. Connect a PC to the SSMTT-48’s 10/100 Ethernet

DATA port.

Note: The PC’s TCP/IP Properties should be con-

gured as follows:

• Obtain an IP Address automatically.• Obtain DNS server address automatically.

6. Use the PC’s Network Client Software (i.e. MSWindows XP Network Connections PPPoE Client)

to establish the WAN network connection.

7. Launch a web browser and proceed with internet access.

BRIDGED CONNECT

11:50:45

>SHOWTIME <

IP CONFIGURATION

INTERFACE :DSL-PTM

MODE :BRIDGE

IP TYPE :NONE

ROUTED PPPoE

Figure 24 IP ConfigurationBridged Screen


2.4 IP Video Features (Software Option)

IP VIDEO features are an option. If unavailable the test set will display, “OPTION IS NOTENABLED”. This menu contains:


• IP STATUS• VIDEO STREAM TESTS• VOD TEST

• USER CONFIGURED TEST


The rst step for IP Video testing is to establish the IP layer. The IP Conguration screenspresented, mainly depend on the settings made for INTERFACE and MODE in the rst IP

CONFIGURATION screen.

INTERFACE

Options: DSL-ATM (F1), DSL-PTM (F2), 10/100 (F3)

Select the port connection used for testing.

• DSL-ATM: This interface uses the UDSL module port. Select this for traditional ATMencapsulated protocols; PPPoE, PPPoA, and Bridged.

• DSL-PTM: This interface uses the UDSL module port. Select this for newer IP basedDSLAMs that support Packet Transfer Mode (PTM). It supports Routed and PPPoE

protocols.• 10/100: This interface uses the 10/100 (Ethernet) module port.

MODEDSL-ATM Options: BRIDGED (F1), PPPoE (more, F1), PPPoA (more, F2)

DSL-PTM Options: ROUTED (F2), PPPoE (F3)

10/100 Options: AUTO (F1)

• BRIDGED: Bridged protocol according to RFC 2684 bridge encapsulation. It supports both

static and DHCP IP management. This mode is available for the DSL-ATM interface.• ROUTED supports static and DHCP IP addressing. This mode is available for the DSL-

PTM interface.

• PPPoE: Point to Point Protocol over Ethernet according to RFC 2516. It supports dynamic

IP addressing. This mode is available for both the DSL-ATM and DSL-PTM interfaces.• PPPoA: Point to Point Protocol over ATM (Asynchronous Transfer Mode), according to RFC

2364. It supports dynamic IP addressing and is available for the DSL-ATM interface.

• AUTO: This is only available if 10/100 (Ethernet) is selected for INTERFACE. The modeparameter is automatically set to AUTO (Auto Sense).

VLAN (INTERFACE = DSL-PTM or 10/100)

Options: DISABLE (F1), ENABLE (F2)

Choose to use, or not use VLAN tags. If enabled, enter a value for P and VID.

P

If VLAN is enabled, enter a VLAN Priority number, 0—8.


ENCAPSULATION (INTERFACE = DSL-ATM)Options: LLCSNAP (F1), VC MUX (F2)

Choose the encapsulation method for carrying trafc over AAL Type 5 over ATM.• LLCSNAP: Logical Link Control based on IEEE standard 802.2. LLC encapsulation is

used when multiple protocol are encapsulated over a single ATM Virtual Connection.

• VC MUX (BRIDGE only): Used when one protocol is carried over a single ATM Virtual

Connection.

PRIMARY VPI (INTERFACE = DSL-ATM)Options: 0—255

Enter the Primary VPI via SHIFT and the numeric keypad.


PRIMARY VCI (INTERFACE = DSL-ATM)

Options: 0—65535Enter the Primary VCI via SHIFT and the numeric keypad.

IP TYPE

Options: DHCP or DYNAMIC (F1), STATIC (F2)

• DHCP or DYNAMIC: Dynamic Host Conguration Protocol provides a way for devices toobtain protocol conguration parameters (local IP address) dynamically from the network.

The test set sends a DHCP request to a DHCP server; the DHCP server responds andprovides an IP address. The term DYNAMIC is used in PPP and DHCP is used in allother IP types.

• STATIC: Enter an IP address, Subnet Mask and Gateway IP address for the test set.

2.4.1.1 IP Type Static Configuration

ESC

DSL-ATM DSL-PTM CONNECT

11:50:45>SHOWTIME < IP CONFIGURATION

INTERFACE :DSL-ATMMODE :BRIDGEDENCAPSULATION:LLCSNAPPRIMARY VPI :15PRIMARY VCI :35# OF STREAMS :4IP TYPE :STATIC

MAC TYPE :MTTMAC ADDRESS :00:E0:A6:75:75:76

10/100 <-- CONNECT

11:50:45>SHOWTIME <

IP CONFIGURATION

LOCAL IP :207.181.199.105

SUBNET MASK:255.255.248.000

GATEWAY :207.181.199.100

-->

SELECT NONE CONNECTVOD


TEST TEMPLATE:TMPE1IGMP VERSION :V2STREAM #1 STREAM #3VPI:15 VPI:15VCI:35 VCI:35EPG:TABLE1 EPG:TABLE2

STREAM #2 STREAM #4VPI:15 VPI:15VCI:35 VCI:35EPG:TABLE1 EPG:TABLE2

11:50:45>SHOWTIME <

VOD CONFIGURATION

PRIMARY VPI :15PRIMARY VCI :35URL LIST :URL1

VOD SERVER :207.181.199.178PORT NUMBER :554

VIDEO PATH : /movie/twister

USER NAME :USER5468USER PIN :SERVICE2356DIGEST SCHEME:MD5

Figure 25 IP Video DSL-ATM Static Bridged Configuration Screens

Congure in the top left screen in Figure 25:

# OF STREAMS

Options: 1—4Select the number of streams to test via SHIFT and the numeric keypad.

MAC TYPEOptions: MTT (F1), USER (F2)This allows the test set to emulate the MAC of the STB.

• MTT: The build-in registered MAC address is used.

• USER: Enter a MAC address at “MAC @” via SHIFT and the alpha numeric keypad.

MAC ADDRESSDisplays the MAC address in use.

Press to congure the top right IP CONFIGURATION screen in Figure 25.


LOCAL IP

Enter a local IP address of the circuit under test via the SHIFT and numeric keypad. Use<-- (F1) and --> (F2) when SHIFT is active.

SUBNET MASKEnter a SUBNET MASK address of the circuit under test via the SHIFT and numeric keypad.

Use <-- (F1) and --> (F2) when SHIFT is active or use the default address.

GATEWAY

Enter a gateway address via the SHIFT and numeric keypad. Use <-- (F1) and --> (F2)when SHIFT is active.

Press to congure the bottom left IP CONFIGURATION screen in Figure 25:

TEST TEMPLATEOptions: SELECT (F1), NONE (F2)• NONE: A test template is not used.

• SELECT: Choose an test template stored in the test set’s MMC card by pressing SELECT

(F1) and then choose a table from a list. Press OK (F4) to make the selection and return

to the previous screen.

This template contains threshold settings for each test parameter of video stream mea-

surement. Only one user congured template can be selected for all video streams.

It is created using Microsoft Excel® and saved as a .csv le. It can be edited ofine us-

ing a PC, see Section 2.4.1.6 .

IGMP VERSIONOptions: V2 (F1), V3 (F2)

• V2: IGMP Version 2

• V3: IGMP Version 3

For STREAM 1, 2, 3, and 4 enter the following:

VPI and VCI (INTERFACE = DSL-ATM)

Currently, the VPI/VCI associated with individual video streams are automatically set bythe PRIMARY VPI/VCI values.

EPGOptions: SELECT (F1), NONE (F2),• NONE: An EPG table is not used.

• SELECT: Choose an EPG table stored in the test set’s MMC card by pressing SELECT

(F1) and then choosing a table from a list. Press OK (F4) to make the selection and

return to the VIDEO STREAM screen.

This le is used as the source of TV channel information for the specied video stream.

It is created using Microsoft Excel® and saved as a .csv le. It can be edited ofine us-

ing a PC, see Section 2.4.1.7 .

Note: The bottom left IP CONFIGURATION screen in Figure 25 contains a VOD (F3) key.See Section 2.4.1.4 for details.

When nished with the conguration, press CONNECT (F4) to establish the IP networklayer. See Section 2.4.2 for the next steps.


2.4.1.2 IP Type DHCP Configuration

ESC

DSL-ATM DSL-PTM 10/100


INTERFACE :DSL-ATMMODE :BRIDGEDENCAPSULATION:VC MUXPRIMARY VPI :15PRIMARY VCI :35# OF STREAMS :4IP TYPE :DHCPOPTION 61 :ENABLEMAC TYPE :MTTMAC ADDRESS :00:E0:A6:75:75:76

CONNECT





ENABLE CONNECT


DHCP OPT 60:ENABLE example.com

DHCP OPT 77: ENABLE

DHCP OPT 43: ENABLE

DISABLE

11:50:45>SHOWTIME < VOD CONFIGURATION

PRIMARY VPI :15PRIMARY VCI :35URL LIST :URL1VOD SERVER :207.181.199.178PORT NUMBER :554VIDEO PATH : /movie/twisterUSER NAME :USER5468USER PIN :SERVICE2356DIGEST SCHEME:MD5

Figure 26 IP Video DSL-ATM DHCP Bridged Configuration Screens

Congure in the top left screen in Figure 26:

# OF STREAMSOptions: 1—4

Select the number of streams to test via SHIFT and the numeric keypad.

OPTION 61 (IP TYPE = DHCP)

Options: ENABLE (F1), DISABLE (F2)

DHCP Option 61 is the Client Identier. The MTT test set MAC or User congured MACaddress is sent when this is enabled. This can also be used to identify the STB (i.e., test

set in STB emulation) to the DHCP server for registration or authentication purposes.

MAC TYPEOptions: MTT (F1), USER (F2)

Allows the test set to emulate the MAC of the STB. See this in Section 2.4.1.1 for details.

MAC ADDRESSDisplays the MAC address in use.

Press to congure the top right IP CONFIGURATION screen in Figure 26.

DHCP OPT 60


DHCP Option 60 is the Vendor Class Identier. It can be used by the test set as a registra-tion or authentication key to the DHCP server. A keyword must be provided by the serviceprovider.

If enabled, move the cursor down one line and press EDIT (F1). Create the ID in the char-acter entry screen using this procedure:

1. Press INPUT (F3) and the lowercase “a” is selected in the character grid.2. Use , , , or to move the cursor to the desired character. Press ENTER to place

the desired character on the ID label line. Enter up to 15 characters.


3. Continue this process until the ID is complete. Press STOP (F3) and then SAVE (F4) tosave the ID. Press ESC to escape the character grid and return to the IP CONFIGURA-TION screen with the ID displayed.

• If a mistake is made, press STOP (F3) and use or to select a character in the ID line.

- INSERT (F1): Insert a character to the left of the selected character.

- DELETE (F2): Remove the highlighted character.

DHCP OPT 77Options: ENABLE (F1), DISABLE (F2)

DHCP Option 77 is the User Class Information, per RFC 3004. It can be used by the test set

as a registration or authentication key to the DHCP server. A keyword must be provided by theservice provider. If enabled, move the cursor down one line and press EDIT (F1). Create theID in the character entry screen using the same procedure described for DHCP OPT 60.

DHCP OPT 43

Options: ENABLE (F1), DISABLE (F2)DHCP Option 43 is the Vendor Specic Information, per RFC 3004. It can be used by the test

set as a registration or authentication key to the DHCP server. A keyword must be provided by

the service provider. If enabled, move the cursor down one line and press EDIT (F1). Create the

ID in the character entry screen using the same procedure described for DHCP OPT 60.

Press to congure the bottom left IP CONFIGURATION screen in Figure 26:

TEST TEMPLATE

Options: SELECT (F1), NONE (F2), VOD (F3)Choose a template, or use none. See Section 2.4.1.1 for details.

IGMP VERSIONOptions: V2 (F1), V3 (F2)

• V2: IGMP Version 2• V3: IGMP Version 3


VPI and VCI (INTERFACE = DSL-ATM)

Currently, the VPI/VCI associated with individual video streams are automatically set bythe PRIMARY VPI/VCI values.

EPG

Options: SELECT (F1), NONE (F2),Choose an EPG table or not use one. See this item in Section 2.4.1.1 for details.

Note: The bottom left IP CONFIGURATION screen in Figure 26 contains a VOD (F3) key.

See Section 2.4.1.4 for details.

When nished with the conguration, press CONNECT (F4) to establish the IP networklayer. See Section 2.4.2 for the next steps.


2.4.1.3 DSL PPP Configuration

Congure in the top screen in Figure 27:

# OF STREAMS

Options: 1—4Select the number of streams to test via SHIFT andthe numeric keypad.

PAP/CHAPOptions: PAP (F1), CHAP (F2), AUTO (F3)The authentication layer ensures that only a valid

device establishes a connection with the network.See this item in Section 2.3.1.1 for details.

USER ID

Used for authentication with PAP or CHAP. Enter arequired USER ID prior to receiving an IP address

from the ISP by pressing EDIT (F1). A characterentry screen is displayed. For entry instructions,see Section 2.3.1.4 .

PASSWORDUsed for authentication with PAP or CHAP. Enter

a required PASSWORD prior to receiving an IPaddress from the ISP by pressing EDIT (F1). Acharacter entry screen is displayed. For entry in-

structions, see Section 2.3.1.4 .

Press to congure the middle IP CONFIGURA-TION screen in Figure 27.

TEST TEMPLATEOptions: SELECT (F1), NONE (F2), VOD (F3)

Choose a template, or use none. See Section 2.4.1.1 for details.

IGMP VERSION

Options: V2 (F1), V3 (F2)

• V2: IGMP Version 2• V3: IGMP Version 3


VPI and VCI (INTERFACE = DSL-ATM)Currently, the VPI/VCI associated with individual

video streams are automatically set by the PRI-MARY VPI/VCI values.

EPG

Options: SELECT (F1), NONE (F2),Choose an EPG table or not use one. See this item in Section 2.4.1.1 for details.

Note: The middle IP CONFIGURATION screen in Figure 27 contains a VOD (F3) key. SeeSection 2.4.1.4 for details.

When nished with the conguration, press CONNECT (F4) to establish the IP network

layer. See Section 2.4.2 for the next steps.

ESC

11:50:45>SHOWTIME < VOD CONFIGURATION

PRIMARY VPI :15PRIMARY VCI :35

URL LIST :URL1VOD SERVER :207.181.199.178PORT NUMBER :554

VIDEO PATH : /movie/twisterUSER NAME :USER5468

USER PIN :SERVICE2356DIGEST SCHEME:MD5

DSL-ATM DSL-PTM 10/100


INTERFACE :DSL-ATMMODE :PPPoEENCAPSULATION:LLCSNAPPRIMARY VPI :15PRIMARY VCI :35# OF STREAMS :4IP TYPE :DYNAMICPAP/CHAP :CHAPUSER ID :USER5468PASSWORD :SERVICE2356

CONNECT





Figure 27 IP Video DSL-ATM PPP

Configuration Screens


2.4.1.4 VOD Configuration

In addition to CONNECT (F4), the IP CONFIGURATION screens contains VOD (F3).

Use it to enter the following information in the VOD CONFIGURATION screen shown Fig -

ures 25—29.

VPI (DSL-ATM INTERFACE)Options: 0—255

Enter VPI via SHIFT and the numeric keypad.

VCI (DSL-ATM INTERFACE)

Options: 0—65535

Enter VCI via SHIFT and the numeric keypad.

URL LIST

Choose a URL from a list stored on the test set MMC card by pressing SELECT (F1), or manu-

ally by pressing NONE (F2) and enter the required information in the VOD SERVER, PORT

NUMBER, and VIDEO PATH elds. See Section 2.4.1.5 for VOD URL LIST screen details.

VOD SERVERManually enter VOD SERVER via SHIFT and the numeric keypad, if not using a selectionfrom the URL LIST screen.

VIDEO PATHManually enter a VIDEO PATH by pressing EDIT (F1). Use the standard character entry

screen along with the following procedure to enter VIDEO PATH; if not using a selectionfrom the URL LIST screen.

1. In the character entry screen, press INPUT (F3), and the lowercase “a” is selected inthe character grid.

2. Use , , , or to select to a character and press ENTER. Enter up to 20 charac -ters.

3. Repeat step 2 until nished.• If a mistake is made, press STOP (F3), and use or to select a character. Then use:

- INSERT/OVER (F1): Insert a character to the left of the selected character, or typeoverthe selected character.

- DELETE (F2): Remove the selected character.

4. When nished, press STOP (F3), then SAVE (F4), to save the VIDEO PATH and returnto the VOD CONFIGURATION screen. The nished path should read like this sample: /vod_server/videofile.mpg

5. The new path will be displayed below the VIDEO PATH line, as in Figure 29.

USER NAME

Enter the USER NAME of the network account. The default is blank. To change it, pressEDIT (F1) and use the procedure in Section 2.3.1.4 .

USER PIN

Enter the USER PIN of the network account. The default is blank. To change it, press EDIT(F1) and use the procedure in Section 2.3.1.4 .

DIGEST SCHEME

Options: MD5 (F1); Encrypted or NO (F2); Plain Text

The USER NAME and USER PIN can be either encrypted, or sent as plain text in the VODrequest. If no USER NAME and USER PIN are entered, this eld is not displayed.

• MD5: Select MD5 as the digest checksum algorithm. The test set will then display “YES

– MD5”.• NO: Authentication is sent as plain text.

When nished with this screen, press ESC to return to the previous IPTV CONFIGURA-

TION screen.


2.4.1.5 VOD URL List Screen

The VOD URL LIST screen is displayed by pressing

SELECT (F1), when URL LIST is selected in VODCONFIGURATION screen.

Note: The MMC card must contain the VOD URL List

le (URList.csv) in the PROFILE folder for proper de -tection. Otherwise, a message is displayed indicating

the URL list is not available.

Displayed for each URL:

NO: A 1—99 sequence number stored on the testset MMC card.

URL: A URL with port number and VOD object access

path, stored on the test set MMC card; for example:

192.168.165.100:554/vod_server/videofile.mpg

Use , , PAGE-UP (F2), or PAGE-DN (F3) to se-lect a URL. Press SELECT (F1) to display the VOD CONFIGURATION screen, with the

required information lled in from your selection for VOD SERVER, PORT NUMBER, andVIDEO PATH.

Creating a URL List file

1. If your MMC card does not already contain a URList.csv le in its PROFILE folder, useMicrosoft© Excel to create a new le.

2. In the rst column top row of the worksheet, enter NO, and in the second column toprow enter URL

3. In the NO column, second row, enter a sequential number of URL, starting with 1. This

number is only for informative use.4. In the URL column, second row, enter the video server address; VOD port number; and

le path with the full name of the video le including the video le type; e.g.

192.168.165.100.1:554/vod_server/videofile.mpg

• Note: “:” and “/” are separators that need to be followed as indicated in the ex -ample.

5. If necessary, continue lling in rows by repeating steps 3 and 4 until nished.

6. Save the le, using this lename: URList.csv

• Note: In Excel’s Save As dialog window at Format, select CSV (Comma delimited)for the le type.

7. Mount the test set’s MMC card onto your PC.

8. Copy the le into the PROFILE folder of the MMC card.9. Unmount the MMC card from your PC, using the unmount command peculiar to your

PC’s operating system.10. Insert the MMC card into the test set.11. Power up the test set.

12.Navigate to the VOD URL LIST screen to select your entries saved in the URList.csv le.

PAGE-UPSELECT PAGE-DN

11:50:45 >WAITING

VOD URL LISTNO URL 1 192.168.165.100:554/twister 2 192.168.165.100:554/rainman 3 192.168.165.100:554/spide..2 4 192.168.165.100:554/spide..1 5 192.168.165.100:554/strips 6 192.168.165.100:554/jarhead 7 192.168.165.100:554/bat..ins 8 192.168.165.100:554/supe..II 9 192.168.165.100:554/adve..la10 192.168.165.100:554/boys..nd

Figure 28 VOD URL List Screen


2.4.1.6 Test Template Creation

The test template is stored on the test set’s MMC card within the PROFILE folder. The le

is created using Microsoft Excel®. Use Table 5 as a guide. Once a template is created,save it as a “TMPExx.csv” (comma delimited) le and copy it to the PROFILE folder on the

MMC card. Note that “xx” refers to a number of your choosing from 1—99.

Excel Column Field Name Format

A Test Number Number; 1—99

B Test EntryName

Alphanumeric; 1—25 characters; informative only (nameof a test).

C IPG MAX 8 character keyword used to denote the test parameterIPG MAX.

D IPG MAX

Threshold

1—999; ended with s, ms, or us to denote second,

minisecond or nanosecond.

E IPG MIN 8 character keyword used to denote the test parameter

IPG MIN.

F IPG MIN

Threshold



G JITR MAX 8 character keyword used to denote the test parameter

JITTER MAX.

H JITR MAX

Threshold



I LATC MAX 8 character keyword used to denote the test parameter

LATENCY MAX.

J LATC MAX

Threshold



K PACK LOS 8 character keyword used to denote the test parameter

PACKET LOSS.

L PACK LOS

Threshold

1—100; ended with % to denote the percentage of loss

packets comparing to received packets.

1—999; no % symbol at the end denote the number isan actual loss packet count.

M STRM 4 character keyword that must exists to denote a validentry.

N StreamNumber

A 1—4 digit number in combination of 1, 2, 3, and 4,e.g. 1, 2, 23, 1234. Denotes video streams 1, 2, 3, 4 intesting.

O TIME 4 character keyword that must exists to denote a validentry.

P Test Time A number in the range of 1—180; denotes test time from1—180 minutes.

Notes:

• A valid test script entry in the template shall consist of at least one test parameter

key word (i.e., IPG MIN, JITR MAX, PACK LOS etc).

• The corresponding columns shall be left blank if a test parameter is not included in atest script. Refer to the template example for such cases.

• All test script entries in a template (in the selected CSV le) shall be syntax checkedbefore an entry is listed in the PRE-CONFIGURED TESTS screen. A test entry that

failed in syntax validation shall not be displayed in the menu.

Table 5 Test Template Creation Guide


2.4.1.7 EPG Channel Table Creation

The EPG Channel table is stored on the test set’s MMC card within the PROFILE folder.

The le is created using Microsoft Excel®. Use Table 6 as a guide. Once a table is created,save it as a “EPGxx.csv” (comma delimited) le and copy it to the PROFILE folder. Note

that “xx” refers to a number of your choosing from 1—99.

Excel Column Field Name Format

A Channel Number Number; 1—99

B AddressNumeric in the following format:239.255.0.11:1234

C Code Alphanumeric; maximum of three characters

Table 6 EPG Channel Table Creation Guide


2.4.2 IP Status

DHCP StatusAfter pressing CONNECT in the configuration

screen, the test set sends a DHCP discovery mes -sage to start the DHCP negotiation with the DHCPserver and obtain an IP address.

In the IP STATUS screen, the Start Time (ST) and

the Elapsed Time (ET) can be viewed.

The status is displayed at the top right side of theIP STATUS screen on the left in Figure 29. It can

be “DHCP...”, if in process. “DHCP UP”, if DHCPhas passed. Or it can be “DHCP DOWN”, if DHCP

has failed. The status is also displayed under the IPSTATUS line in the same screen. It can be:

• “DHCP: IN PROG”: The connection is not yet

completed.• “DHCP: PASS”: Indicates a successful connec-

tion.

• “DHCP: FAIL”: Indicates that the connection was not successful.

The following is reported, if “DHCP: PASS” is displayed:

LOCAL IP: IP address of the test set assigned by the DHCP server or if STATIC this reportsthe address entered in the configuration screen.



Static StatusAfter pressing CONNECT in the configuration

screen, the test set sends an ARP (Address Resolu-tion Protocol) request to the gateway.

In the IP STATUS screen, the Start Time (ST) andthe Elapsed Time (ET) can be viewed.

The status is displayed at the top right side of the

IP STATUS screen on the left in Figure 30. It can be“IP...”, if in process. “IP UP”, if it has passed, or “IP

DOWN”, if it has failed. The status is also displayedunder the IP STATUS line in the same screen. It

can be:

• “ARP: IN PROG”: The connection is not yet com-pleted.

• “ARP: PASS”: A successful connection, the gate-way has replied to the ARP request, and “IP UP”is displayed.

• “ARP: FAIL”: Connection was not successful, the gateway has not responded to the ARPrequest and “IP DOWN” is displayed.

The following is reported, if “ARP: PASS” is displayed:

LOCAL IP: IP address entered in the LOCAL IP eld before the CONNECT F-key was

pressed.


11:50:45

>SHOWTIME DHCP UP<

ST:11:20:40 ET:000:30:05

IP STATUS

LOCAL IP :192.168.102.106

GATEWAY :207.181.199.178

SUBNET MASK:255.255.255.255

DHCP: PASS

Figure 29 DHCP IPTV StatusScreen

11:50:45

>SHOWTIME IP UP<

ST:11:20:40 ET:000:30:05

IP STATUS

LOCAL IP :192.168.102.106

GATEWAY :207.181.199.178

ARP: PASS

Figure 30 Static IPTV StatusScreen


2.4.3 Video Stream TestsThis menu contains:

• STREAM CONFIGURATION• TS RATES• TS MEASUREMENTS• PID ANALYSIS• CHANNEL TEST• MDI TEST

TS RATES, TS MEASUREMENTS, PID ANALYSIS, and MDI TEST F-keysRESTART (F1): Restart the measurement resetting ET to zero.

PAUSE/CONTINU (F2): Pause the measurement or continue the measurement withoutresetting ET.

STORE: Save your measurement. See Section 2.6 for details.

2.4.3.1 Stream ConfigurationUse this screen to choose if a stream will be tested. There can be up to two screens avail-able depending on # OF STREAMS selected in IP CONFIGURATION in Section 2.4.1.

TABLEMANUAL

11:50:45

>SHOWTIME DHCP UP<

STREAM CONFIGURATION

STREAM #3 :ON

ENCAPSULATION:MPEG-TS

SOURCE :TABLE

CHANNEL :012

STREAM #4 :OFF


SOURCE :MANUAL

IGMP ADDRESS :239.255.012:102

PORT NUMBER :1

TABLEMANUAL

11:50:45

>SHOWTIME DHCP UP<

STREAM CONFIGURATION

STREAM #1 :ON


SOURCE :MANUAL

IGMP ADDRESS :239.255.012:102

PORT NUMBER :0

STREAM #2 :OFF


SOURCE :TABLE

CHANNEL :012

Figure 31 Stream Configuration Screens

STREAM #1, #2, #3, and #4Choose whether or not to test a video stream by pressing ON (F1) or OFF (F2). Note thatthis setting must be ON to congure the rest of this screen.

ENCAPSULATIONOptions: MPEG-TS (F1)

MPEG-TS is the only option. MPEG-TS is one or multiple 188-byte Motion Pictures ExpertsGroup-Transport Stream packets encapsulated in UDP (User Datagram Protocol) or RTP(Real-time Transport Protocol) packets.

SOURCEOptions: MANUAL (F1), TABLE (F2)

• MANUAL: If selected, enter an ADDRESS via SHIFT and the numeric keypad.• TABLE: If selected, CHANNEL replaces IGMP ADDRESS and PORT NUMBER, this

allows selection of a channel selected from the EPG TABLE.

IGMP ADDRESS (SOURCE = MANUAL)Enter the Internet Group Management Protocol Address number of a video stream usingSHIFT and the numeric keypad.

PORT NUMBER (SOURCE = MANUAL)Enter the Port Number of a video stream using SHIFT and the numeric keypad.

CHANNEL (SOURCE = TABLE)If a different channel is needed, press SELECT (F1) and the EPG TABLE screen is displayed.Choose a new channel using or , then press SELECT (F1) to return to the STREAMCONFIGURATION screen with the new channel displayed. To create data for the EPG TABLEscreen, see Section 2.4.1.7 .

When nished, press ESC.


2.4.3.2 TS Rates

Up to four Transport Stream screens can be avail-able, depending on # OF STREAMS selected in IP

CONFIGURATION in Section 2.4.1.

The TS RATES screen reports the following for each

STREAM:

ST: Start Time.

ET: Elapsed Time.

CHANNEL: The IGMP address selected in the

STREAM CONFIGURATION screen.

STATUS: This reports the current condition of thestream. It can be:

• STREAMING: The selected stream is detected

and is being measured.• OFF: The stream is not selected for measure-

ment.• FAILED: The selected stream cannot be detected.

TOTAL RATE: This is the total transport stream rate in kbps.

VIDEO: The CURRENT and MAX rates are reported.

AUDIO: The CURRENT and MAX rates are reported.

2.4.3.3 TS MeasurementsUp to four Transport Stream screens can be avail-

able, depending on # OF STREAMS selected in IPCONFIGURATION in Section 2.4.1.

In addition to ST and ET, this screen reports the fol -lowing for each STREAM:

PACKETS RECEIVED reports the total received

packets. EXPECTED reports the expected numberof packets using MPEG TS. LOST is the number of

packets lost. LOSS RATE is derived from LOST/ EXPECTED packets.

IGMP LATENCY: This is the one way delay of net-

work trafc between the test set and a video streamcontroller such as a DSLAM.

PACKET JITTER: CUR (current) Packet Jitter rate,

with the MAX (maximum) and AVE (average) rates,measuring the variations of MPEG-TS packet arrivaltime.

INTER PCKT GAP: Inter-Packet Gap reports Minimum, maximum, and average time gap

in between MPEG TS packets.

2.4.3.4 PID MAP Analysis

Up to four Transport Stream screens can be avail -able, depending on # OF STREAMS selected in IP


In addition to ST and ET, this screen reports the fol-lowing for each STREAM:

CHANNEL: The IGMP address selected in the

STREAM CONFIGURATION screen.

PID: Packet ID.

TYPE: Program type of the reported PID, such asvideo or audio in a video stream.

DESCRIPTION : Information available in the video

stream that is associated to the PID.

PAUSERESTART

11:50:45

>SHOWTIME DHCP UP<

ST:11:48:40 ET:000:02:05 TS RATES - STREAM #1CHANNEL : 239.255.012:102STATUS : STREAMINGTOTAL RATE : 2089.42 kbpsVIDEO CURRENT : 1871.36 kbps MAX : 1871.36 kbpsAUDIO CURRENT : 183.29 kbps MAX : 192.32 kbps

STORE

Figure 32 TS Rates Screen

PAUSERESTART

11:50:45

>SHOWTIME DHCP UP<

ST:11:48:40 ET:000:02:05

VIDEO STREAM #1

PACKETS

RECEIVED : 75888881

EXPECTED : 75889000

LOST : 119

LOSS RATE : 1.566E-06

IGMP LATENCY: 1.0 uS

PACKET JITTER INTER PCKT GAP

CUR: 001.0 uS MIN: 002.0 uS

MAX: 001.4 uS MAX: 005.0 uS

AVG: 001.1 uS AVG: 003.4 uS

STORE

Figure 33 TS MeasurementsScreen

PAUSERESTART

11:50:45

>SHOWTIME DHCP UP<

ST:11:48:40 ET:000:02:05

PID MAP - STREAM #1

CHANNEL:239.255.012:102

PID TYPE DESCRIPTION

68 VIDEO MPEG2 VIDEO

69 AUDIO MPEG2 AUDIO

STORE

Figure 34 PID Map AnalysisScreen


2.4.3.5 Channel Test

Channel test measures the channel change delay.


MODEOptions: AUTO (F1), MANUAL (F2)

• AUTO: The test is performed automatically based

on a stored EPG channel table.

Select AUTO and press START (F3). The test setwill then display the Channel # (CHAN#) status

(STATUS); STREAMING, OK, or FAIL along withthe channel bandwidth in kbps. This screen is

shown on the top in Figure 35.

• MANUAL: Manual testing mode is shown on the

bottom in Figure 35. This test uses a stored EPGchannel table.

Select MANUAL, and in the le selection screen,

select a EPG table. Press OK (F4) and the teststarts. The test set then reports the previous

(PREV) channel, current channel, change channel(CH) delay, the channels status, STREAMING,

OK, or FAIL, and it’s bandwidth in kbps.

To make an EPG table available for use, see Sec- tion 2.4.1.7 .

After the test is completed, press STORE (more, F2)to save the test results.

2.4.3.6 MDI Measurements

MDI (Media Delivery Index) measurements per RFC4445 are another way to characterize and quantifytwo IP transport impairments: packet jitter and packet

loss.

Up to four Transport Stream screens can be avail -able, depending on # OF STREAMS selected in IP


In addition to ST and ET, the screen in Figure 36reports the following for each STREAM:

DELAY FACTOR: Measured in ms, The CURRENT,

MAXIMUM, MINIMUM, and AVERAGE.

MEDIA LOSS RATE: Measured in p/sec. The CUR-RENT, MAXIMUM, MINIMUM, and AVERAGE.

Manual Mode

AUTO MANUAL moreSTART

11:50:45>SHOWTIME DHCP UP<

CHANNEL TESTMODE: MANUAL

PREV CHANNEL :N/ACURRENT CHANNEL:1CHANGE CH DELAY:300msSTATUS :OKBANDWIDTH :5000kbps

Auto Mode

AUTO MANUAL moreSTART


CHANNEL TESTMODE: AUTOCHAN# (ms) STATUS KBPS 1 300 OK 3000 2 450 OK 4000 3 N/A FAIL N/A 4 N/A FAIL N/A 5 500 OK 3000

Figure 35 Channel Test Screens

PAUSERESTART

11:50:45

>SHOWTIME DHCP UP< MDI MEASUREMENTSST:11:48:40 ET:000:02:05 VIDEO STREAM #1DELAY FACTOR (mS) CURRENT: 1.0 MAXIMUM: 1.2 MINIMUM: 0.6 AVERAGE: 0.8MEDIA LOSS RATE (p/sec) CURRENT: 0.0 MAXIMUM: 0.0 MINIMUM: 0.0 AVERAGE: 0.0

STORE

Figure 36 MDI MeasurementsScreen


2.4.4 VOD Test

After establishing an IP connection, VOD testing can be performed. This menu contains:

• DESCRIBE MEDIA

• PLAY MEDIA

2.4.4.1 Describe Media

The DESCRIBE MEDIA screen reports basic infor-mation and the status of a selected media le.

Press START (F1) and the test set then composesa RTSP DESCRIBE command with the URL andsends it to the VOD server through the active testing

interface (either DSL or Ethernet).

When the VOD server replies, the test set displaysthe following information (if available):

TITLE of the video le.

AUTHOR of the video le.

DURATION : Playing time of the video le in Hours:

Minutes: Seconds.

VIDEO attribute.

AUDIO attribute.

STATUS: TEST PASS or TEST FAIL is based on Table 7 and information is derived fromTable 8.

DESCRIBE MEDIA F-keysSTART (F1): Send a RTSP DESCRIBE command by having the test set compose a RTSP

DESCRIBE command with the URL and sends it to the VOD server through the active test-ing interface (either DSL or Ethernet).

STORE (F2): Save the results of the DESCRIBE MEDIA screen. This functions after theserver responds to the test set RTSP describe command. See Section 2.6 for details.

Status Codes Conditions to Issue Status Code

Request Describe Has sent a DESCRIBE request to the VOD server.

Test Failed Has received a reply other than the 200 OK code. The screen thendisplays the return code when a test is failed, e.g. TEST FAILED

(404).

Test Passed Has received a 200 OK code from the VOD server.

Table 7 VOD Status Codes

2.4.4.2 Play Media

Use the PLAY MEDIA screen to analyze jitter, thenumber of dropped packets, and the status of the

selected media file.

PLAY MEDIA F-keysSTART (F1) plays a media le by activating a series

of processes consisting of:

• The test set sends a PLAY request to the VODserver with the congured URL.

• When a 200 OK code is received from the VODserver in response to a PLAY command, the RTP

ANALYSIS screen reports the following on thereceived RTSP packets:

- RECEIVED packet counter.

- DROPPED packet counter.

- JITTER is the variation of the RTSP packets arrival time, reported in ms.

- AVG JITTER: Average jitter since the rst received RTSP packet, reported in ms.

- MAX JITTER: Maximum jitter since the rst received RTSP packet, reported in ms.

STORESTART

11:50:45

>SHOWTIME DHCP UP<

DESCRIBE MEDIA

VOD SERVER: 192.168.121.100

MEDIA FILE: /MOVIEDIR/SPIDERMAN2

TITLE : SPIDERMAN2

AUTHOR : Sam Raimi

DURATION: 2:19:42

VIDEO :

AUDIO :

STATUS : TEST PASSED

Figure 37 Describe Media Screen

STORESTART PAUSE STOP

11:50:45

>SHOWTIME DHCP UP<

PLAY MEDIA

VOD SERVER: 192.168.121.100

MEDIA FILE: /MOVIEDIR/SPIDERMAN2

RTP ANALYSIS

RECEIVED : 232000

DROPPED : 0

JITTER : 30ms

AVE JITTER : 33ms

MAX JITTER : 35ms

STATUS : TEST PASSED

Figure 38 Play Media Screen


- STATUS reports relevant status codes of the different states. See Table 8 for a list

of status codes.

STORE (F2): This F-key is available when PLAY is inactive, such as when VOD is paused

or ended, or when a RSTP PLAY request has failed. See Section 2.6 for details.

PAUSE (F3): This F-key is available when there is active PLAY. PAUSE activates a series of

processes to temporary halt the video stream delivery from the VOD server consisting of:

• The test set composes and sends a RSTP PAUSE command to the VOD server.

• The STATUS line indicates the response from the VOD server for the PAUSE request.

• During a PAUSE, RTSP analysis counters are paused when no more RTSP packets are

received; the counters show the latest packet counts.

STOP (F4): This F-key is available when there is active PLAY. STOP activates a series of

processes to teardown an active VOD session consisting of:

• The STATUS line indicates the response from the VOD server for the STOP request.

• After the 200 OK code is received from the VOD server, the STATUS line is updated

with relevant codes.

Notes

• Pressing ESC will return you to the VOD TEST menu, clearing all RTSP counters and

jitter measurements.

• If there is an active RSTP PLAY command when ESC is pressed, the test set composes

and sends a TEARDOWN command to the VOD server to clear any open VOD sessions.

Status Codes Conditions To Issue Status Code

REQUEST SETUP Sent SETUP command code to the VOD server.

SETUP PASSED Received a 200 OK code from the VOD server for the

SETUP command.

REQUEST PLAY Sent a PLAY command to the VOD server.

PLAY PASSEDPLAYING...

Received a 200 OK code reply from the VOD server for thePLAY command and start receiving RTSP packets.

NEED AUTHENTICATION Received a 401 UNAUTHORIZED code from the VODserver for the PLAY command.

SENT USER PIN Sent a PLAY command with USER PIN to the VOD server.

PLAY FAILED Received a reply other then a 200 OK code from the VOD

server in response to a PLAY command with USER PIN.

DUMMY PAUSE PAUSE (F3) pressed without an active Play in progress.

REQUEST PAUSE Sent a PAUSE command code to the VOD server.

PAUSE PASSED Received a 200 OK code from the VOD server for a PAUSE

command.

REQUEST STOP Sent a TEARDOWN command to the VOD server.

STOP PASSED Received a 200 OK code from the VOD server for

TEARDOWN command.

PASSED Received a 200 OK code from the VOD server forTEARDOWN command.

FAILED Received a reply other than the 200 OK code. The code

displayed in this line depends on the active command.

Table 8 Play Media Status Codes


2.5 VOIP Features (Software Option)VOIP features are an option. If unavailable, the test set will display; “OPTION IS NOT EN -ABLED”. This menu contains:


• IP STATUS• PROTOCOL SETUP

• PLACE/RECEIVE CALLS• VQ MEASUREMENTS


Note: The on screen telephone icon becomes active when there is an incoming call. This icon

will switch between off-hook ( ) and on-hook ( ). When off-hook, a dial tone will be heard.

DSL-PTMDSL-ATM

11:50:45

>SHOWTIME < IP CONFIGURATIONINTERFACE : DSL-ATMMODE : BRIDGEDENCAPSULATION: LLCSNAP

VPI : 17VCI : 35IP TYPE : STATICLOCAL IP : 67.121.165.242GATEWAY : 67.121.164.1SUBNET MASK : 255.255.255.0DNS SERVER : 203.13.28.12

CONNECT10/100 DSL-PTMDSL-ATM

11:50:45

>SHOWTIME < IP CONFIGURATIONINTERFACE : DSL-PTMMODE : ROUTEDVLAN : ENABLE P:7 VID:2095

IP TYPE : STATICLOCAL IP : 67.121.165.242GATEWAY : 67.121.164.1SUBNET MASK : 255.255.255.0DNS SERVER : 203.13.28.12

CONNECT10/100 PROFILE10/100

11:50:45

>SHOWTIME < IP CONFIGURATIONINTERFACE : 10/100MODE : ETHERNETVLAN : ENABLE P:7 VID:2095

IP TYPE : DHCP

CONNECT10/100

Figure 39 VOIP Configuration Screens

See Section 2.4.1 for conguration details.

Note: CLIPoA mode does not apply.

2.5.2 IP Status

See Section 2.4.2 for details on these screens.

2.5.3 Protocol Setup


PROTOCOL

Options: H.323 (F1), SIP (F2)

Select the protocol to use.

• H.323 is an ITU (International Telecommunica-tion Union) protocol for packet based multimedia

communications.• SIP (Session Initiation Protocol) is an IETF (In-

ternet Engineering Task Force) standard (RFC2543).

The rest of the conguration is specic to the selected

protocol.

H.323 Setup

GATEKEEPER

Options: IP ADDR (F1), NONE (F2)

If used, a gatekeeper controls the call routing.

• IP ADDR: Enter an IP address.• NONE: No gatekeeper is used.

PREFERRED CODECThis setting tries a list of codecs, the rst is displayed.

In Figure 42, G.711u is the rst one.

To change the order of the list press SELECT (F1). The

screen shown in Figure 40 is displayed. In this screen,

select a codec to move up or down the list. Press MOVE

UP (F1) to move the selected codec up one position,

press MOVE DN (F2) to move the selected codec down

SIPH.323


PROTOCOL SETUPPROTOCOL : H.323GATEKEEPER : IP ADDR 192.168.102.32PREFERRED CODEC: G.711uCONNECT : FASTRTP PORT : 50000

MY NUMBER/ALIAS: 4083638000AUDIO FILE DELAY (SEC): 0

Figure 42 H.323 Protocol SetupScreen

MOVE UP MOVE DN RESET

11:50:45

>SHOWTIME DHCP UP<

PREFERRED CODEC LIST

1:G.711u

2:G.711A

3:G.792A

4:G.723.1-5.3k

5:G.723.1-6.3k

6:G.726-16k

7:G.726-24k

8:G.726-32k

9:G.726-40k

10:G.729ab

Figure 40 Preferred Codec List

Screen


one position. Press RESET (F4) to reset the order to the default shown in Figure 40. When

nished, press ESC to return to the PROTOCOL SETUP screen shown in Figure 42.

CONNECT

Options: NORMAL (F1), FAST (F2)

Select the type of connection.

• NORMAL: Standard H.323 call setup procedure.• FAST: Fast connect call setup procedure. Note that if either one of the two endpoints does

not support fast connect, the normal connect procedure will be used to setup a call.

RTP PORTThe RTP Port number can be any even number in the range of 1024—65534; the default

number is 50000.

MY NUMBER/ALIAS

Enter a number for the test set.

AUDIO FILE DELAY (SEC)Options: 0 (F1), 1 (F2), 3 (F3), 5 (F5)

The test set will transmit audio les/packets as soon as a call is established. The les will

be sent continuously, with a delay in between les, and will terminate when the call ends.The delay can be congured as 0, 1, 3, or 5 seconds.

SIP Setup

PROXY TYPEOptions: NONE (F1), DHCP (F2), IP ADDR (F3),

NAME (F4)

Select a method to determine the proxy server in-formation.

• NONE: No proxy is used.

• DHCP: The proxy server name and/or IP addressis determined by the DHCP process.

• IP ADDR: Manually enter an IP Address.• NAME: If selected, move the cursor to the next

line and press EDIT (F1) to display a characterentry screen. Use the procedure described in MYNUMBER/ALIAS to enter a PROXY NAME.

REGISTRAR TYPEOptions: NONE (F1), DHCP (F2), IP ADDR (F3),

NAME (F4)

Select a method to determine the registrar serverinformation.

• NONE: No registrar server is used.

• DHCP: The registrar server name and/or IP ad-dress is determined by the DHCP process.

• IP ADDR: Manually enter an IP Address.

• NAME: If selected, move the cursor to the next lineand press EDIT (F1) to display a character entry

screen. Use the procedure described in MY NUM-BER/ALIAS to enter a REGISTRAR NAME.

AUTHENTICATION


Specify whether user authentication is required for registration to the proxy server. If en -abled, enter a USERNAME and a PASSWORD, by pressing EDIT (F1). Use the procedure

in MY NUMBER/ALIAS.

REALMEnter the alphanumeric description, if applicable.

USER NAMEEnter the alphanumeric description, if applicable.

SIPH.323

11:50:45>SHOWTIME DHCP UP< PROTOCOL SETUP

PROTOCOL : SIPPROXY TYPE : IP ADDR 192.168.102.31REGISTRAR TYPE : NAME sunrise.deAUTHENTICATION : ENABLE USERNAME: mtttest PASSWORD: 54321

REALM : NONEUSER NAME: NONE

SELECT


PROTOCOL SETUP

PERFERRED CODEC: G.711uSIP PORT : 5060PROXIY PORT : 5060REGISTRAR PORT : 5060RTP PORT : 50000MY NUMBER/ALIAS: NAME SIPUser23MY HOST: IP ADDR 192.168.101.1AUDIO FILE DELAY (SEC):0

Figure 41 SIP Protocol Setup

Screens


Press to congure the bottom screen shown in Figure 41.

PREFERRED CODECSee this item in Section 2.5.3 .

SIP PORT (5060 default)Enter a TCP/UDP port number. The default setting is recommended.

PROXY PORT (5060 default)

Enter the proxy port value.

REGISTRAR PORT (5060 default)Enter the registrar port value.

RTP PORT (50000 default)The RTP Port number can be any even number in the range of 1024—65534.

MY NUMBER/ALIAS

Enter the number or alphanumeric name assigned to the client/test set. This is the aliasof the client/test set identier (IP address and Port number) that is registered in the proxy/

registrar servers. To create an entry:

1. With the cursor below MY NUMBER/ALIAS, press EDIT (F1).2. In the character entry screen, press INPUT (F3) and the letter “A” will be highlighted.

Press , , , or to choose a character and press ENTER. The chosen character willappear to the right of the upper cursor entry area. Repeat until done.

• If a mistake is made in the entry:A. Press STOP (F3) to move out of the character grid and back to the entry.

B. Move the cursor to the incorrect character.C. Press DELETE (F2) to delete the character or, press INSERT (F1) to insert a character.

D. Press INPUT (F3) to select a new character. Press ENTER to insert the new characterto the left of the cursor.

3. Press STOP (F3) to move out of the character grid and back to the entry.

4. Press SAVE (F4) to save the entry and return to the PROTOCOL SETUP screen.

MY HOSTOptions: NAME (F1), IP ADDR (F2)

Select the format of the host part in the local endpoint’s SIP address.

• NAME: The host part in the endpoint’s SIP address is in an alphanumeric format. Usethe procedure in MY NUMBER/ALIAS to create it.

• IP ADDR: The host part in the endpoint’s SIP address is an IP address. If used, enteran IP address.

AUDIO FILE DELAY (SEC)

Options: 0 (F1), 1 (F2), 3 (F3), 5 (F5)

The test set will transmit audio les/packets as soon as a call is established. The les willbe sent continuously, with a delay in between les, and will terminate when the call ends.

The delay can be congured as 0, 1, 3, or 5 seconds.

2.5.4 Place/Receive Calls

There are two versions of this screen, the version

presented is dependent on the PROTOCOL selected

in the PROTOCOL SETUP screen. In either case,

one of the screens shown in Figures 44 or 45 must

be displayed in order to place or receive calls.

H.323 Place/Receive Calls

This subsection describes the setup for H.323.

PROTOCOL, CODEC, and PROXY are displayed in

the screen shown in Figure 42, but these settings can-not be changed in this screen. Instead change these

settings in the PROTOCOL SETUP screens.

Configure the following to place/receive H.323calls:

11:50:45

CALL

>SHOWTIME DHCP UP< PLACE/RECEIVE CALLS

PROTOCOL: H.323CODEC: G.711uGATEKEEPER : 130.131.190.21ADDRESS TYPE: E.164NUMBER/ALIAS 4083638000CALL STATUS:

DTMF>

EVENT TRANSP E.164

Figure 42 H.323 Place/Receive

Calls Screen


ADDRESS TYPE

Options: TRANSP (F3), E.164 (F4)

Select the format for the endpoint address.

• TRANSP: This address type is selected for direct peer-to-peer calls without a gate-keeper.

• E.164: Phone number addressing, i.e., 408-363-8000.

NUMBER/ALIASDepending on the ADDRESS TYPE selected, press EDIT (more, F1) or use the SHIFT key

and numeric keypad to make an entry or press SPEED (F3) to either add or retrieve froma list of numbers or aliases.

SIP Place/Receive CallsThis subsection describes the setup for SIP.

PROTOCOL, CODEC, and PROXY are displayedin the screen shown in Figure 43, but these settings

cannot be changed in this screen. Instead changethese settings in the PROTOCOL SETUP screens.

Congure the following to place/receive SIP calls:

CALL TO NUMBER/ALIASOptions: NAME (F3) is the only option.

Enter an alias on the line below this line and either press

EDIT (more, F1) to display a character entry screen or

press SPEED (F3) to add or retrieve from the list.

CALL TO HOST

Options: NAME (F3), IP ADDR (F4)

Depending on the selected setting (NAME or IP ADDR) enter a URL/IP address on theline below this line. You may also press SPEED (F3) to either add or retrieve from a list of

numbers or aliases.

Note: The SIP server (PROXY) domain name should be used if it is manually entered inthe PROTOCOL SETUP screen, otherwise use the SIP/PROXY IP address.

• NAME: The entry is in an alphanumeric format. Use the procedure given in Section 2.5.3

SIP, MY NUMBER/ALIAS .• IP ADDR: The entry is in a numeric format.

PLACE/RECEIVE CALLS Common Features

CALL/HANGUP (F1): When ready to place a call, press CALL. The line under CALL STA-

TUS will display the signalling messages during the call. When nished, press HANGUP

(F1). Note in order to make any changes in the setup screens, or to escape from the screen,

press HANGUP (F1). The following F-key is available during a call:

STATS (F3): View statistics on the current call, as

in Figure 44. This screen is only available when

PROTOCOL is set to H.323.

The CALL STATISTICS screen reports the following:

ST: Start Time of the call.

ET: Elapsed Time of the call.

JITTER MIN/MAX: The Minimum and Maximum

Jitter values.

View the number of (Packet) PKT TYPE Received

(RX) and Transmitted (TX) under the PKT TYPE

line.

CALL STATISTICS F-keys

REFRESH (F1): Reset all counters in this screen,

without ending the call.

STORE (F2): Store the CALL STATISTICS screen. See Section 2.6 for details.

When nished viewing, press ESC to return to the PLACE/RECEIVE CALLS screen.

11:50:45

CALL

>SHOWTIME DHCP UP< PLACE/RECEIVE CALLS

PROTOCOL: SIPCODEC : G.711uPROXY : NONECALL TO NUMBER/ALIAS: NAME MTT02CALL TO HOST: IP ADDR @10 .10 .10 .12CALL STATUS:

DTMF>

EVENT NAME

Figure 43 SIP Place/Receive

Calls Screen

REFRESH

11:50:45>SHOWTIME DHCP UP< CALL STATISTICS

ST: 11:45:40 ET: 00:05:05 MIN MAX JITTER: 20 20 PKT TYPE RX TX RTP: 5016 5016 DTMF: 0 0 SILENT: N/A 0 LOST: 0 N/A DROPPED: 0 N/A REPLAY: 0 N/A

STORE

Figure 44 Call Statistics Screen


EVENT (F2): View any past call events. The screens list events along with their direction

(incoming <, out going >) that take place during a call. Press or to scroll through all of

the available screens. See Figure 45 for sample EVENT screens.

H.323

CLEARSTORE

12:50:45>SHOWTIME DHCP UP< EVENT16:31:33<CS setup16:31:33<H.245 terminalCapabilitySet16:31:33<H.245 masterSlaveDetermination16:31:33>CS alerting16:31:33>H.245 terminalCapabilitySet16:31:33<H.245 terminalCapabilitySetAck

CLEARSTORE

12:50:45>SHOWTIME DHCP UP< EVENT16:31:33>H.245 masterSlaveDetermination16:31:33<H.245 masterSlaveDetermin’Ack16:31:33>H.245 terminalCapabilitySetAck16:31:33>H.245 masterSlaveDetermin’Ack16:31:48>CS connect16:31:48<H.245 openLogicalChannel

CLEAR

12:50:45>SHOWTIME DHCP UP< EVENT16:31:48>H.245 openLogicalChannel16:31:48<H.245 openLogicalChannelAck16:31:48>H.245 openLogicalChannelAck16:32:43>H.245 endSessionCommand16:32:43<H.245 endSessionCommand16:32:43>CS releaseComplete

STORE CLEAR

12:50:45>SHOWTIME DHCP UP< EVENT16:32:45---- H.323 Call Ended ----

STORE

SIP

CLEARSTORE

12:50:45>SHOWTIME DHCP UP< EVENT12:29:01< INVITE12:33:58> 180 Ringing12:33:59> 200 OK12:34:00< ACK12:34:00> BYE12:34:03< 200 OK

CLEARSTORE

12:50:45>SHOWTIME DHCP UP< EVENT12:29:01---- SIP Call Ended ----

Figure 45 Event Screens

STORE (F2): Store the EVENT screens. See Section 2.6 for details.

CLEAR (F4): Clear the list of events.

Press ESC to return to the PLACE/RECEIVE CALLS screen.

SPEED (F3) is available in the NUMBER/ALIAS parameter eld of H.323 and in the CALLTO NUMBER/ALIAS parameter eld of SIP. SPEED provides memory recall of numbers,

names, or aliases. Use this procedure:

1. Use any previously described procedure to make a numeric/ alphanumeric entry in anyeld that displays a SAVE F-key.

2. Press SAVE and a SPEED DIAL list is displayed, note that the CURRENT line containsthe new entry.

3. Press or to select a blank line and press PASTE (F1) to copy the CURRENT entry

to the blank line. Up to 10 entries can be saved. If a line with an entry is selected, it willbe overwritten. After an entry is made, two F-keys are available:

• SELECT (F2): Select an entry from the SPEED DIAL list and press CALL (F2). ThePLACE/RECEIVE screen is then displayed.

• DELETE (F3): Delete a selected entry.


2.5.5 VQ Measurements

The menu contains:

• NON-INTRUSIVE VQM MEASUREMENT

2.5.5.1 Non-intrusive VQM Measurement


METRICS REPORTINGOptions: ENABLE (F1), DISABLE (F2)

If ENABLED, the ENDPOINT CALL METRIC screenswill be used to measure voice quality received fromthe network interface.

TRIGGERED BYOptions: TIMER (F1), F-KEY (F2)

Choose the triggering method if METRICS REPORT-ING is ENABLED.

• TIMER: A Timer trigger is used when a reportneeds to be generated repeatedly in a set timeinterval, e.g. refresh the on-screen report in every10 seconds for 50 seconds. If used, congure theIN EVERY and FOR settings.

• F-KEY: If selected, trigger a report by pressing RPT KEY (F1) in the ENDPOINT CALLMETRICS report screen.

IN EVERYIf using the TIMER setting, select a sample time of 5 to 300 seconds in 5 second incre -ments using + (F2) or - (F3).

FORIf using the TIMER setting, select an end of report sampling time of 5 to 300 seconds in 5second increments using + (F2) or - (F3), or select CALLEND (F1) to end the report sam -pling at the end of the call.

VQ MEASUREMENT SETUP F-keyHST RPT (F4): View any terminated call metric reports. See Section 2.5.5.2 .

When nished with the conguration, press ESC.

2.5.5.1.1 Non-intrusive Report Screens

Timed Trigger

20:48:59>SHOWTIME DHCP UP< ENDPOINT CALL METRICSRPT TIME:20:48:32 STAT: ACTVSRC: 10.10.10.11 UDP: 50000DST: 10.10.10.12 UDP: 50000 ACTUAL IDEAL LQ-R: 93 94 CQ-R: 92 94 GAP-R: 92 94 BURST-R: 92 94 MOS-LQ: 4.20 4.20 MOS-CQ: 4.18 4.20 MOS-PQ: 4.27 4.40

STORE

Press F1 to update screen.

F-Key Trigger

20:48:59>SHOWTIME DHCP UP< ENDPOINT CALL METRICSRPT TIME: STAT: READYSRC: 10.10.10.11 UDP: 50000DST: 10.10.10.12 UDP: 50000 ACTUAL IDEAL LQ-R: 93 94 CQ-R: 92 94 GAP-R: 92 94 BURST-R: 92 94 MOS-LQ: 4.20 4.20 MOS-CQ: 4.18 4.20 MOS-PQ: 4.27 4.40

RPT KEY STORE

Figure 47 Endpoint Call Metric Screens

Once the test set is congured for a call, press CALL (F1) in the PLACE/RECEIVE CALLSscreen.

When the call has been accepted, the VQ RPT (F4) F-key is available. Press it to displaythe VOICE QUALITY REPORTS selection screen.

Select a report and press ENTER. One of the following screens depending on the TRIG -GERED BY selection is then displayed:

HST RPTDISABLEENABLE

11:50:45

>SHOWTIME DHCP UP<

VQ MEASUREMENT SETUP

METRICS REPORTING : ENABLE

TRIGGERED BY : TIMER

IN EVERY : 5 SEC FOR : 300 SEC

Figure 46 VQ MeasurementSetup Screen


These screens report the following:

RPT TIME: Current report timestamp. In the F-KEY trigger mode, RPT TIME displays thetimestamp when the RPT KEY (F1) is pressed for a report.

STAT: Report screen status that indicates one of the following states:

• ACTV: An event reporting timer is active.• ENDED: All timer triggered reports are done.• READY: No active timer, but RPT (F1) is active.• INACT: Neither timer nor report F-key is active.

SRC: Source IP address of the call.

SRC UDP: User Datagram Protocol port number assigned at the source endpoint.

DST: Destination IP address of the call.

DST UDP: User Datagram Protocol port number assigned at the destination endpoint.

The following is reported for each call along with the ideal best result number:

LQ-R: R-factor value of Listening Quality.

CQ-R: R-factor value of Conversational Quality.

GAP-R: R-factor value in GAP mode. GAP mode indicates voice quality in a relativelygood condition.

BURST-R: R-factor value in BURST mode. BURST mode indicates voice quality in a rela-tively worse condition.

MOS-LQ: Mean Option Score of Listening Quality.

MOS-CQ: Mean Option Score of Conversational Quality.

MOS-PQ: An equivalent PESQ MOS score mapping from the R-factor.

ENDPOINT CALL METRICS Screen F-keysRPT KEY (F1): This is available if F-KEY was selected as a TRIGGER. Use it to take asample to generate a report as in Figure 47.

STORE (F2): Save the report. See Section 2.6 for details.

After the call has ended, press HST RPT (F4) in the VQ MEASUREMENT SETUP screen

to view the TERMINATED CALL METRICS screen described in Section 2.5.5.2 .

2.5.5.2 Terminated Call Metrics Screen

The TERMINATED CALL METRICS screen is dis-played by pressing HST RPT (F4) in the VQ MEA-SUREMENT SETUP screen, shown in Figure 46. Itreports R-factors and MOS of the call just ended aswell as the range of voice quality scores since thetest set was powered on.

The TERMINATED CALL METRICS screen reportsthe following:

CALL PEER: Reports the other party of the call.

For the following ve items, the screen reports theLast, Minimum, Average, and Maximum values.

LQ-R: R-factor value of Listening Quality.

CQ-R: R-factor value of Conversational Quality.

MOS-LQ: Mean Option Score of Listening Quality.

MOS-CQ : Mean Option Score of ConversationalQuality.

MOS-PQ: An equivalent PESQ MOS score mapping from the R-factor.

TERMINATED CALL METRICS Screen F-keys:CLEAR (F1): Erase the current record.

STORE (F2): Store the report. See Section 2.6 for details.

When nished viewing this screen, press ESC.

CLEAR STORE

11:50:45

>SHOWTIME DHCP UP<

TERMINATED CALL METRICS

CALL PEER:

MTT01

LAST MIN AVG MAX

LQ-R:93 93 93 93

CQ-R:92 92 92 92

MOS-LQ:4.20 4.20 4.20 4.20

MOS-CQ:4.18 4.18 4.18 4.18

MOS-PQ:4.27 4.27 4.27 4.27

Figure 48 Terminated CallMetrics Screen


2.6 View/Store/Print

Use this screen to manage, view, and print storedresults.

VIEW/STORE/PRINT F-keys

VIEW (F1): View a selected le, see Section 2.6.3 .

SAVE (F2): Store results, see Section 2.6.1.

PRINT (F3): Print a selected le, see Section 2.6.4 .

RENAME (more, F1): Displays a character entryscreen, shown in Figure 50, which allows you to re-

name a stored test, see Sections 2.6.1 and 2.6.2 .

UN/LOCK (more, F2): Lock and unlock a selectedle, see Section 2.6.6 .

DELETE (more, F3): Delete a selected unlocked le,

see Section 2.6.5 .

2.6.1 Saving a Test

1. From any screen with a STORE F-key, press it and your test is saved with a generic

lename as a CSV le that can be opened with most spreadsheet programs. These lesare stored in the MMC card under RESULT > CSV.

2.6.2 Renaming a Stored Test

1. From the module’s main menu, select VIEW TEST

RESULT.2. Select the desired le with or .

• Press UN/LOCK (more, F2) if the lock icon indi-cates that the le is locked.

3. Press RENAME (F1) and a character entry screen

(Figure 50) is displayed.4. Press INPUT (F3). The “A” is highlighted and the

INPUT F-key has changed to STOP.5. Use , , , or to select a desired character.6. Press ENTER to place the desired character in the

label. Continue this process until the FILENAMElabel is complete. Up to 15 characters can be

entered.• If a mistake is made:

A. Press STOP (F3).B. Move the FILENAME cursor to the incorrect character.C. Press DELETE (F2) to delete or, press INSERT (F1) to insert a character.

D. Press INPUT (F3) to select a character.E. Use , , , or to select a desired character.

F. Press ENTER to insert the new character to the left of the cursor.

7. Press SAVE (F4) to return to the VIEW/STORE/PRINT screen (Figure 49).

2.6.3 Viewing a Stored Test

1. From the module main menu, select VIEW/PRINT RESULTS.

2. Select the desired le with or and press VIEW (F1) and the stored result will appear.

3. Use or to scroll through the available screens.


2.6.4 Printing a Stored Test

1. Connect a SunSet printer to the serial port of the test set.

• For other types of printers or for more information, refer to the Storing and Printingchapter in the test set user’s manual.

2. From the module main menu, select VIEW/PRINT RESULTS.3. Select the desired le with or and press PRINT (F3). The le will begin printing.


10:50:10

VIEW/STORE/PRINT Free space: 45355 kbyte NAME TYPE LOCK 1. UDSL0001 UDSL2. UDSL0002 UDSL

3. 4. 5. 6. 7. 8. 9.10.

SAVE PRINT moreVIEW

RENAME UN/LOCK DELETE more

Figure 49 View/Store/Print Screen

INSERT DELETE INPUT SAVE

11:50:45

VIEW/STORE/PRINT

FILENAME: UDSL001

A a B b C c D d E e F f G g H h I i J j K k L l M m N n O o P p Q q R r S s T t U u V v W w X x Y y Z z 0 1 2 3 4 5 6 7 8 9 - _ @ ! # $ % &

Figure 50 Character Entry Screen


2.6.5 Deleting a Stored Test


2. Select the desired le with or and press DELETE (more, F3). The le is deleted ifunlocked.


2.6.6 Locking and Unlocking a Stored Test


2. Select the desired le with or and press UN/LOCK (more, F2) and the le is lockedor unlocked as indicated to the right of the le name. Refer to the lock icon shown in

Figure 49.3. When nished, press ESC.

2.7 Profiles

Use the Prole function to store commonly used

module configuration settings.

The PROFILE LIST screen contains a DEFAULTprole. This prole is based on the factory standardconguration of this module.

To create other proles, change the conguration

settings in any available screens. Once all con-guration screens are changed as desired, select

PROFILES from the modules main menu and selecta blank entry. Press STORE (F2) and the settings

are saved with a generic lename. Use this screento manage proles. The screen and its functions

are as follows:

Note: The DEFAULT le cannot be deleted or un-locked.

PROFILE LIST Screen F-keys

LOAD (F1): Change all conguration settings of themodule to match the selected prole. The LOADED column changes from NO to YES.

STORE (F2): Save all current conguration screens with a generic lename. Currently 10

proles can be saved. The type of module is indicated in the MODULE column.

RENAME (F3): Select a lename and press RENAME (F3) to change its name. A character

entry screen is displayed. Use the procedure in Section 2.6.2 to edit the name from step 4.

DELETE (more, F1): Delete a selected unlocked prole.

LOCK/UNLOCK (more, F2): Lock or unlock a selected le. Lock a prole to prevent changes.

The les status is indicated by a lock icon in the LOCK column. In Figure 51 “DEFAULT”is locked.

LOAD RENAME more

11:50:45

>SHOWTIME PROFILE LIST Free space: 113729 kbyte FILENAME LOADED MODULE LOCK 1.DEFAULT NO UDSL2.P00001 NO UDSL 3.SANTA ROSA YES UDSL 4. 5. 6. 7. 8. 9.10.

STORE

DELETE LOCK more

Figure 51 Profile List Screen


2.8 Utility

This menu contains:

• MODULE INFORMATION• UPDATE SOFTWARE

2.8.1 Module Information

The MODULE INFORMATION screen provides

module information. Some highlights:

ETH MAC ADDR: 10/100 Port Media Access ControlAddress. In this case, it is “00:10:9E:00:A5:2C”.

AWARE APP REV: When contacting Sunrise Tele-

com Customer Service, this information may berequested. In this case, it is “3.1.0.4”.

AGENT APP REV: When contacting Sunrise Tele-com Customer Service, this information may be

requested. In this case, it is “1.00.001”.

2.8.2 Update Software

Please contact Customer Service for information on this item.

11:50:45

>SHOWTIME IP UP<

CPE MODE:N/A

VDSL PROFILE:N/A

MODULE INFORMATION

MODULE TYPE :656 module

MODULE S/N :74867ROC

ASSEMBLY AML :03000100

LAN MAC ADDR :00:10:9E:00:A5:2C

WAN MAC ADDR :00:10:9E:80:A5:2C

AWARE APP REV:3.1.0.4

AGENT APP REV:1.00.001

Figure 52 Module InformationScreen

3 Application Overview 55

3 Application Overview

3.1 Testing a DSL Line

This module offers the simplest method for testing UDSL spans.

Test Set at Customer Premises

Central

Office ATU-C

ATU-C

ATU-C

ATU-C

UDSL Port

SunSet MTT ACMII

Figure 53 Connecting to the ATU-C

Use the following procedure in the order given:

1. Power up the SunSet MTT.

2. Setup the module for the circuit under test. See Section 2.1.1 for details.3. After “WAITING” is displayed, connect the SunSet MTT to the circuit as shown in Figure

56. The module contains an RJ-45 jack (UDSL port). Depending on the access point, use

an RJ-45-to-RJ-45 cable, RJ-45-to-RJ-11 cable, or an RJ-45 to alligator clips cable.4. The test set automatically tries to synchronize with the ATU-C. Refer to the top lines of

the screen for status information.5. While the test set is trying to connect with the ATU-C, it will continue to display “WAIT-

ING” and the xTU-C (CO mode) or xTU-R (CPE mode) LED will blink red.6. When the ATU-R recognizes the ATU-C’s response, it displays “TRAINING”. This indi-

cates that it has made contact with the ATU-C and is starting the handshake procedure

to establish synchronization; “SHOWTIME”.7. If the ATU-R successfully connects with the ATU-C, the test set automatically displays

the CURRENT STATUS screen. The message now reads “SHOWTIME” and the xTU-C(CO mode) or xTU-R (CPE mode) LED is green. See Section 2.2.1 for details on this

screen.

If unsuccessful, the test set will try again to establish synchronization during which timethe xTU-C (CO mode) or xTU-R (CPE mode) LED is red.


3.2 IPTV Applications

3.2.1 STB Emulation at DSL Interface

Video Feed

Transport

Network

Residence

Ethernet

10/100 LAN

Internet PC

STB

TV

ISP

DSLAM

UDSL Port

ISP

ISP

ISP

Video

Headend

Figure 54 IPTV STB Emulation at DSL Interface Setup

In the following applications, the test set is connected to the DSL line replacing the DSL modem

by emulating a STB (Set Top Box) at the UDSL port (Figure 54). Use this setup for:

• DSL modem emulation, status, and link measurement.

• Emulate a STB with STB registration through DHCP Vendor ID and/or specic userInformation.

• MPEG TS detection.• Perform channel zapping delay measurements.

• MPEG video stream detection and measurement; including video bandwidth and videostream analysis (TS packets, RX loss, IPG, Jitter, Latency, PID).

3.2.2 DSL Video Traffic Pass Through

Video Feed

Transport

Network

Residence

Ethernet

10/100 LAN

Internet PC

STB

TV

ISP

DSLAM

UDSL PortISP

ISP

ISP

Video

Headend

Router

10/100 Port

Figure 55 IPTV DSL Video Traffic Pass Through Setup

In this setup, the test set is connected to a DSL line through it’s UDSL port. The test setthen passes video trafc through it’s 10/100 port to the Router/STB while performing video

stream measurements.

Note: A crossover cable may be needed to connect the test set’s 10/100 port to the Router/ STB/PC.

All of the measurements in Section 3.2.1 are available plus the following:

• For multiple ATM VC over DSL service, the test set can selectively pass through a spe-

cic VC to Ethernet Video port for testing purpose.• Viewing video play back in TV through a downstream STB connecting to the module’s

Ethernet Video port while measuring video streams trafc from the DSL interface.

• Video play back can also be done by a downstream connected PC running a multicastvideo play back application, such as the VLC video player. This player is free and it can

be downloaded from www.videolan.org/vlc/ .

http://www.videolan.org/vlc/

http://www.videolan.org/vlc/


3.2.3 STB Emulation at the Ethernet Interface

Video Feed

Transport

Network

Residence

Ethernet

10/100 LAN

Internet PC

STB

TV

ISP

DSLAMISP

ISP

ISP

Video

Headend

10/100 Port

Data Feed

DSL

Modem

Figure 56 IPTV STB Emulation at the Ethernet Interface Setup

In this setup the test set is connected to the Ethernet port of a DSL modem or to a LAN inthe subscribers premise, and emulates a STB.

Use this setup to test the following:

• IPTV Test: Same as Section 3.2.1, but 10/100 is the test interface. Note that the DSL

modem needs to pass through all video trafc.

3.3 VOD Applications

3.3.1 STB Emulation at DSL Interface

Video Feed

VoDServer

Transport

Network

Residence

Ethernet

10/100 LAN

Internet PC

STB

TV

ISP

DSLAM

UDSL Port

ISP

ISP

ISP

Figure 57 VOD STB Emulation at DSL Interface Setup

In the following applications, the test set is connected to the DSL line, replacing the DSLmodem by emulating a STB (Set Top Box) at the UDSL port (Figure 57).

Use this setup for DSL modem emulation, reporting key DSL layer measurements.

Highlights of the VOD test capabilities:

• Emulate the STB including STB registration through DHCP Vendor ID and/or specicuser Information.

• Detect unicast Video on Demand trafc.

• Display video le attributes.• Emulate VOD Play/Pause/Stop commands.

• Measure VOD transport RTSP packets.


3.3.2 STB Emulation at the Ethernet Interface

Video Feed

Transport

Network

Residence

Ethernet

10/100 LAN

Internet PC

STB

TV

ISP

DSLAM

10/100 Port

ISP

ISP

ISP

DSLModem

Data Feed

VoDServer

Figure 58 VOD STB Emulation at the Ethernet Interface Setup

In the setup, shown in Figure 58, the test set is connected to the Ethernet port of a DSL

modem, or to a LAN in the subscriber’s premise, and emulates a STB.

Use this setup to test the following:

• VOD Test: Same as Section 3.3.1, but 10/100 is the test interface. Note that the DSLmodem needs to pass through all video trafc.

3.4 VoIP Applications

3.4.1 Placing or Receiving an H.323 Call

1. In the VOIP IP CONFIGURATION screen, congure: Interface: VPI/VCI if INTERFACE = DSL

IP address Gateway IP address (i.e., router)

Subnet mask

2. In the VOIP PROTOCOL SETUP screen, congure: PROTOCOL: Select H.323. GATEKEEPER: Select NONE for a direct peer-to-peer call without a gatekeeper or select

IP ADDR if a gatekeeper is needed and enter the IP address of the gatekeeper in theline below GATEKEEPER.

PREFERRED CODEC: Select the preferred codec by pressing MODIFY (F1). CONNECT: Select a connection type, NORMAL or FAST.

MY NUMBER/ALIAS: If no gatekeeper is used for a call, any number entered here isnot used. If a gatekeeper is used, input an E.164 type number, e.g., 4084803601. OtherH.323 phones can place a call to this number through the gatekeeper.

RTP PORT: Use the default port number.

3. In the PLACE/RECEIVE CALLS screen, congure: Placing a Call:

ADDRESS TYPE: Select TRANSP for direct peer-to-peer calls without a gatekeeper orselect E.164 as the address type if the call will go through a gatekeeper.

NUMBER/ALIAS: Set up the called peer’s IP address for direct peer-to-peer calls withouta gatekeeper. Otherwise enter the phone number of the party to be called.

Receiving a Call:

No settings are required for the called peer in the PLACE/RECEIVE CALLS screen.However, the test set must be in the PLACE/RECEIVE CALLS screen to receive calls.


3.4.2 H.323 Phone Call without a Gatekeeper

DSL Test Interface

DSLAMISP

UDSL Port

IP

IP Phone

10.1.2.4

10.1.2.3

10/100 Port

IP

IP Phone

10.1.2.4

10.1.2.310/100 Test Interface

Figure 59 H.323 Phone Call without a Gatekeeper

1. Connect the test set via the 10/100 or UDSL port to the network.2. Congure the protocol and IP settings, including the test set’s transport address.

3. Place and receive calls using the IP address.

3.4.3 H.323 Phone Call with a Gatekeeper

[email protected] or 4083638000 [email protected] or 4083638000DSL Test Interface

DSLAMISP

UDSL Port

IP

POTS Phone

+33

4083638000

10/100 Port

IP

10/100 Test Interface

Gatekeeper Gatekeeper

POTS Phone

+33

4083638000

Figure 60 H.323 Phone Call with a Gatekeeper

1. Connect the test set via the 10/100 or UDSL port to the network.2. Congure the protocol and IP settings including the test set’s alias. The gatekeeper can

be directly specified or automatically discovered.3. Place and receive calls using E.164 (regular phone number). The gatekeeper will trans-

late the phone numbers to IP addresses.

3.4.4 H.323 Phone Call to a PSTN (POTS) Device

Gateway

Class 4/5Switch

GR-303

POTS Phone

+33 4083638000

DSLAM

ISP

UDSL Port

IP

4083638000

10/100 Port

IP

10/100 Test Interface

Gatekeeper Gatekeeper

4083638000

DSL Test Interface

Gateway

Class 4/5Switch

GR-303

POTS Phone

+33 4083638000

Figure 61 H.323 Phone Call to a PSTN (POTS) Device

1. Connect the test set via the 10/100 or UDSL port to the network.

2. Congure the protocol and IP settings, including the test set’s alias. The gatekeepercan be directly specified or automatically discovered.

3. Place calls to outside PSTN numbers with a gateway present in the system. When aphone number is used, the gatekeeper will route the request to a gateway which willcommunicate to the PSTN POTS.


3.4.5 Placing or Receiving a SIP Call

1. In the VOIP CONFIGURATION screen, congure:

Interface: VPI/VCI if INTERFACE=DSL IP address

Gateway IP address (i.e., router) Subnet mask

2. In the PROTOCOL SETUP screen, congure:

PROTOCOL: Select SIP. PROXY: Set up the Proxy Server’s IP address, set to NONE for direct peer-to-peer calls

without a Proxy. Otherwise select IP ADDR and enter the Proxy Server’s IP address.

AUTHENTICATION: Enter a user id and password if authentication is required for proxyserver registration.

MY NUMBER/ALIAS: Enter a unique alias to identify the local SIP user. MY HOST: If the call to be made is a direct call without a proxy, select IP ADDR and enter

the local IP address. For a call going through a proxy, select IP ADDR to enter the proxy’s

IP address or select NAME to enter the proxy’s domain name, e.g., sipcenter.com.

PREFERRED CODEC: Select the preferred codec by pressing MODIFY (F1).

SIP and RTP port number: Use the default numbers.

3. In the PLACE/RECEIVE CALLS screen, congure:For Placing a Call:

CALL TO NUMBER/ALIAS: Set up the alias of the SIP user to be called, e.g., johnsmith.

CALL TO HOST: Select IP ADDR to enter the called peer’s IP address for direct calls

without a Proxy server, or select NAME to enter the domain name of the proxy server, e.g.sipcenter.com.

For Receiving a Call:

No settings are required for the called peer in the PLACE/RECEIVE CALLS screen. However,

the test set must be in the PLACE/RECEIVE CALLS screen to receive calls.

3.4.6 Non-Intrusive Voice Quality Measurement

Non-intrusive voice quality measurement is based on the incoming voice packets (i.e., RTPpackets) received at the Ethernet port of the module. Constant snap shots are taken to the

incoming RTP packets to determine voice quality at the local endpoint. Key factors like jit-ter, packet delay, packet loss, pattern loss are fed into a voice quality monitoring process,

which is based on the ITU-T G.107 model, to generate the R-factor and MOS scores.

See Figure 59 for a diagram of the circuit setup and see the following for set up details.

1. In the VOIP main menu, select VOICE QUALITY MEASUREMENT > NON-INTRUSIVEVQM and the following:

METRICS REPORTING: ENABLE TRIGGERED BY: TIMER

IN EVERY: 5 SEC FOR: 300 SEC

When nished, press ESC twice.

3. From the VOIP MAIN MENU, select PLACE/RECV CALL.

4. Press CALL (F1) to place a call.5. Once the call is connected, press VQ RPT (F4).6. From to the VOICE QUALITY REPORT screen, select ENDPOINT CALL METRICS.

Note: Pressing ESC will terminate the report before the active reporting time limit (default

is 300 seconds).

7. When the call is ended, the TERMINATED CALL METRICS report screen (i.e., HistoryReport) is available in the Non-intrusive VQ MEASUREMENT SETUP screen by press-

ing HST RPT (F4). This report shows the voice quality of the just ended call as well asthe maximum, minimum, and average scores since the test set was powered on.

4 General Information 61

4 General Information

4.1 Testing and Calibration Statement

Sunrise Telecom certies that this product was manufactured, tested, and veried accord-ing to the applicable Sunrise Telecom Incorporated manufacturing and test procedure(s).These formal procedures are designed to assure that the product meets its required

specifications.

This product has no user-adjustable settings. During normal usage, periodic calibration isnot a requirement. However, if the product fails during the self-verication test, during power

up, the product can be returned to the manufacturer for evaluation and repair.

4.2 Customer Service

General Sunrise Telecom Customer Service is available from 7:30 AM to 5:30 PM Pacic

Standard Time (California, U.S.A.).

Customer Service performs the following functions:

• Answers customer questions over the phone on such topics as product operation andrepair.

• Facilitates prompt repair of malfunctioning test sets.• Provides information about product upgrades.

A Return Merchandise Authorization (RMA) Number is required before any product may be

shipped to Sunrise Telecom for repair. Out-of-warranty repairs require both an RMA and aPurchase Order before the unit is returned. All repairs are warranted for 90 days.

Contact Customer Service at:

Sunrise Telecom Incorporated

302 Enzo DriveSan Jose, CA 95138

U.S.A.Tel: 1-800-701-5208Fax: 1-408-363-8313

Internet: www.sunrisetelecom.com E-mail: [email protected]

Or contact one our ofces listed in Section 4.3 .

http://www.sunrisetelecom.com/


mailto:[email protected]

mailto:[email protected]


4.3 Offices

Sunrise Telecom Contact InformationFor more information, please call +1-800-701-5208 or +1-408-363-8000, or visit www.

sunrisetelecom.com

Sunrise Telecom ofces are located around the world.

SUNRISE TELECOM INCORPORATED•302 Enzo Drive San Jose, CA 95138 U.S.A.

Tel: 1-800-701-5208 Fax: 1-408-363-8313 Internet: http://www.sunrisetelecom.com

E-mail: [email protected]

• SUNRISE TELECOM ATLANTA

3075 Northwoods Circle, Norcross, GA 30071, USA Tel: 770-446-6086, Fax: 770-446-6850 [email protected]

SUNRISE TELECOM CHINA•

Room 1503, Tower 3 , No.1, Xizhimenwai Street Xicheng District, Beijing, 100044, CHINA

Tel: +86-10-5830-2220, Fax: +86-10-5830-2239 [email protected]

SUNRISE TELECOM FRANCE SAS•ZA Courtaboeuf 2 - Immeuble le Ceylan

6 Allée de Londres 91140 Villejust, FRANCE Tel: +33 (0) 1 6993 8990, Fax: +33 (0) 1 6993 8991

[email protected]

SUNRISE TELECOM GERMANY•

Grabenstrasse 1, 72116 Mössingen GERMANY Tel: +49 7473 378 2400 Fax: +49 (0) 7473 378 2424

[email protected]

SUNRISE TELECOM TAIWAN•21, Wu Chuan 3rd Road, Wu-Ku Hsiang

Taipei County, 248, Taiwan, R.O.C.

Tel: +886-2-5578-0788, Fax: +886-2-2298-2575





4 General Information 63

4.4 Express Limited Warranty

This Sunrise Telecom product is warranted against defects in materials and workmanshipduring its warranty period. The warranty period for this product is contained in the warranty

page on http://www.sunrisetelecom.com.

Sunrise Telecom agrees to repair or replace any assembly or component found to be defec-tive under normal use during this period. The obligation under this warranty is limited solelyto repairing or replacing the product that proves to be defective within the scope of the war-

ranty when returned to the factory. This warranty does not apply under certain conditions,as set forth on the warranty page on http://www.sunrisetelecom.com.

Please refer to the website for specic details.

THIS IS A LIMITED WARRANTY AND THE ONLY WARRANTY MADE BY SUNRISETELECOM. SUNRISE TELECOM MAKES NO OTHER WARRANTY, REPR SENTATION

OR CONDITION, EXPRESS OR IMPLIED, AND EXPRESSLY DISCLAIMS THE IMPLIEDWARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND

NON-INFRINGEMENT OF THIRD PARTY RIGHTS.

Index 65

Index

A

Applications

IPTV DSL Video Trafc Pass Through; 56IPTV STB Emulation at DSL Interface; 56IPTV STB Emulation at the Ethernet Interface; 57

Testing a DSL Line; 55VOD STB Emulation at DSL Interface; 57

VOD STB Emulation at the Ethernet Interface; 58VoIP H.323 Phone Call to a PSTN (POTS) Device; 59

VoIP, H.323 Phone Call with a Gatekeeper; 59VoIP, H.323 Phone Call without a Gatekeeper; 59VoIP, Non-Intrusive Voice Quality Measurement; 60

VoIP, Placing or Receiving an H.323 Call ; 58VoIP, Placing or Receiving a SIP Call ; 60

B

Bits Per Tone Screens; 14

Interpreting the Results; 14

C

Calibration Statement; 61

Call Statistics ScreenET, ST, JITTER, MIN/MAX, and PKT TYPE; 48

Cautions; 2

Channel Test Screens; 42

CO/ADSLx Standards; 10

CO Modem Setup Screens

DSL MODEVDSLx or ADSLx; 10

STANDARD; 10

CO/VDSLx Standards; 11

CPE/ADSLx Standards; 9

CPE Modem Setup ScreensDSL MODE

VDSLx or ADSLx; 8STANDARD; 8

CPE/VDSLx Standards; 9

Current Status Screens

Interpreting the Results; 12RATE, MAX Rate, CPTY, SNRM, ATTN, PATH, DELY,IMP, DEPH, PWR, and FAR END VENDER; 12

Customer Service; 61

D

Describe Media Screen

AUDIO, AUTHOR, DURATION, STATUS, TITLE, andVIDEO; 43

DHCP IP Status Screen; 22

DHCP IPTV Status Screen; 39

E

Endpoint Call Metric Screens

HST RPT (F4); 51RPT TIME, STAT, SRC, SRC UDP, DST, DST UDP, LQ-

R, CQ-R, GAP-R, BURST-R, MOS-LQ, MOS-CQ, andMOS-PQ; 50

End Showtime; 11

EPG Channel Table Creation Guide; 38

Error Measurements Screens

CRC/CV, FEC, SEF, HEC, ES, SES, UAS, BER, andRETRAINS; 13

Event Tracer Screen

EVENT ID and EVENT DATE; 16

F

Figures1 UDSL Module Connector Panel; 52 Test Set LED Panels; 5

3 Screen Indictors; 64 UDSL Menu Tree; 7

5 CPE Modem Setup Screens; 86 CO Modem Setup Screens; 10

7 Current Status Screens; 128 Error Measurements Screens; 13

9 Bits Per Tone Screens; 1410 SNR Per Tone Screens; 1511 Event Tracer Screen; 16

12 IP Data DSL-ATM Conguration Screens; 1813 IP Data DSL-PTM Conguration Screens; 20

14 IP Data Ethernet Conguration Screens; 2115 DHCP IP Status Screen; 22

16 Static IP Status Screen; 2217 PPP Dynamic IP Status Screen; 2318 PING Test Screen; 23

19 Trace Route Screen; 2520 HTTP Download Web Access Screen; 26

21 FTP Download Web Access Screen; 2622 FTP Upload Web Access Screen; 27

23 Pass Through Modem Emulation Setup; 2824 IP Conguration Bridged Screen; 2825 IP Video DSL-ATM Static Bridged Conguration

Screens; 3026 IP Video DSL-ATM DHCP Bridged Conguration

Screens; 3227 IP Video DSL-ATM PPP Conguration Screens; 34

28 VOD URL List Screen; 3629 DHCP IPTV Status Screen; 3930 Static IPTV Status Screen; 39

31 Stream Conguration Screens; 4032 TS Rates Screen; 41

33 TS Measurements Screen; 4134 PID Map Analysis Screen; 41

35 Channel Test Screens; 4236 MDI Measurements Screen; 4237 Describe Media Screen; 43

38 Play Media Screen; 4339 VoIP Conguration Screens; 45

40 Preferred Codec List Screen; 4541 SIP Protocol Setup Screens; 46

42 H.323 Place/Receive Calls Screen; 4742 H.323 Protocol Setup Screen; 4543 SIP Place/Receive Calls Screen; 48

44 Call Statistics Screen; 4845 Event Screens; 49


46 VQ Measurement Setup Screen; 50

47 Endpoint Call Metric Screens; 5048 Terminated Call Metrics Screen; 51

49 View/Store/Print Screen; 5250 Character Entry Screen; 5251 Prole List Screen; 53

52 Module Information Screen; 5453 Connecting to the ATU-C; 55

54 IPTV STB Emulation at DSL Interface Setup; 5655 IPTV DSL Video Trafc Pass Through Setup; 56

56 IPTV STB Emulation at the Ethernet InterfaceSetup; 5757 VOD STB Emulation at DSL Interface Setup; 57

58 VOD STB Emulation at the Ethernet InterfaceSetup; 58

59 H.323 Phone Call without a Gatekeeper; 5960 H.323 Phone Call with a Gatekeeper; 59

61 H.323 Phone Call to a PSTN (POTS) Device; 59

FTP Download Web Access ScreenFILE; 26IP ADDR./URL; 26

PASSWORD; 26PROTOCOL; 26

HTTP or FTP; 26STATUS, SIZE, TIME, and RATE; 26

USERNAME; 26

FTP Upload Web Access ScreenFILE; 27

FILE SIZE; 27IP ADDR./ULR; 27PASSWORD; 27

SIZE. TIME, and RATE; 27USERNAME; 27

H

H.323 Place/Receive Calls Screen

ADDRESS TYPETRANSP and E.164; 48

NUMBER/ALIAS; 48

H.323 Protocol Setup ScreensAUDIO FILE DELAY (SEC)

0, 1, 3, or 5 seconds; 46

CONNECTNORMAL or FAST; 46

GATEKEEPERIP ADDR and NONE; 45

MY NUMBER/ALIAS; 46PREFERRED CODEC; 45RTP PORT; 46

HTTP Download Web Access ScreenIP ADDR./URL; 26PROTOCOL

HTTP or FTP; 26

I

Initiate Handshake; 11

IP Data CongurationINTERFACE

DSL-ATM, DSL-PTM, 10/100, or PROFILE; 17

IP Data DSL-ATM Conguration Screens

DNS SERVER; 19ENCAPSULATION

LLC or VC MUX; 18GATEWAY; 19IP TYPE

STATIC or DHCP/DYNAMIC; 19LOCAL IP; 19

MODEBRIDGED, PPPoE, PPPoA, CLIPoA, or ROUTED; 17

PAP/CHAPPAP, CHAP, AUTO, or NONE; 18

PASSWORD; 19

PEER IP; 19SUBNET MASK; 19

USER ID; 19VCI; 19

VPI; 18

IP Data DSL-PTM Conguration ScreensDNS SERVER; 20GATEWAY; 20

IP TYPESTATIC, DHCP or DYNAMIC; 20

LOCAL IP; 20MODE

BRIDGED, ROUTED, or PPPoE; 20PAP/CHAP

PAP, CHAP, AUTO, or NONE; 20

PASSWORD; 20SUBNET MASK; 20

USER ID; 20VID; 20

VLANDISABLE or ENABLE; 20

IP Data Ethernet Conguration Screens

DNS SERVER; 21GATEWAY; 21IP TYPE

STATIC or DHCP; 21LOCAL IP; 21

MODEETHERNT; 21

SUBNET MASK; 21VID; 21VLAN

DISABLE or ENABLE; 21

IP Status (VoIP); 45

IPTV Conguration ScreensENCAPSULATION

LLCSNAP or VC MUX; 29INTERFACE

DSL-ATM, DSL-PTM, or 10/100; 29IP TYPE

DHCP, DYNAMIC, or STATIC; 30MODE

BRIDGED, ROUTER, PPPoE, PPPoA, or AUTO; 29

P; 29PRIMARY VCI; 30

Index 67

PRIMARY VPI; 29VID; 29VLAN; 29

IP Video DSL-ATM DHCP Bridged Conguration Screens

DHCP OPT 60; 32DHCP OPT 77; 33

EPGSELECT or NONE; 33

IGMP VERSIONV2 or V3; 33

MAC ADDRESS; 32MAC TYPE

MTT or USER; 32

# OF STREAMS; 32OPTION 61; 32

TEST TEMPLATESELECT, NONE, or VOD; 33

VPI and VCI; 33

IP Video DSL-ATM PPP Conguration ScreensEPG

SELECT or NONE; 34

IGMP VERSIONV2 or V3; 34

# OF STREAMS; 34PAP/CHAP

PAP, CHAP, or AUTO; 34PASSWORD; 34TEST TEMPLATE

SELECT, NONE, or VOD; 34USER ID; 34

VPI and VCI; 34

IP Video DSL-ATM Static Bridged Conguration ScreensEPG; 31

GATEWAY; 31IGMP VERSION

V2 or V3; 31LOCAL IP; 31MAC ADDRESS; 30

MAC TYPEMTT or USER; 30

# OF STREAMS; 30SUBNET MASK; 31

TEST TEMPLATE; 31VPI and VCI; 31

L

LEDs used by the moduleMODULE, xTU-C, xTU-R, and ERRORS; 5

M

MDI Measurements Screen

DELAY FACTOR and MEDIA LOSS RATE; 42

Modem Setup ScreensMODEM TYPE

CPE or CO; 8

Module Information Screen; 54

O

Ofces; 62

P

Pass Through Modem Emulation Setup

DSL-ATM Mode; 28DSL-PTM Mode; 28

PID Map Analysis Screen

CHANNEL, PID, TYPE, and DESCRIPTION; 41

PING Test ScreenDEST. IP/DEST. URL

Saving an IP or URL Address; 23PING COUNT; 24

PING LENGTH; 24

PING Test Screen ResultsPING, Sent, Received, Loss Rate, and Round Trip; 24

Place/Receive CallsEvent Screens; 49

Play Media ScreenRECEIVED, DROPPED, JITTER, AVG JITTER, MAXJITTER, and STATUS; 43

Play Media Status Codes; 44

PPP Dynamic IP Status Screen; 23

Prole List Screen; 53

S

Saving an IP Address; 23

Saving an URL Address; 24

Screen Indicators; 6

SIP Place/Receive Calls ScreenCALL TO HOST

NAME or IP ADDR; 48CALL TO NUMBER/ALIAS

NAME or E.164; 48

SIP Protocol Setup Screens

AUDIO FILE DELAY (SEC)0, 1, 3, or 5 seconds; 47

AUTHENTICATION; 46MY HOST

NAME or IP ADDR; 47MY NUMBER/ALIAS

NAME or E.164; 47

PREFERRED CODEC; 47PROXY PORT; 47

PROXY TYPENONE, DHCP, or IP ADDR; 46

REALM; 46REGISTRAR PORT; 47REGISTRAR TYPE

NONE, DHCP, IP ADDR, or NAME; 46RTP PORT; 47

SIP PORT; 47USER NAME; 46

SNR Per Tone Screens; 15

Static IP Status Screen; 22

Static IPTV Status Screen; 39


T

Tables

1 CPE/ADSLx Standards; 92 CPE/VDSLx Standards; 9

3 CO/ADSLx Standards; 104 CO/VDSLx Standards; 11

5 Test Template Creation Guide; 376 EPG Channel Table Creation Guide; 387 VOD Status Codes; 43

8 Play Media Status Codes; 44

Terminated Call Metrics ScreenCALL PEER, LQ-R, CQ-R, MOS-LQ, MOS-CQ:, and

MOS-PQ; 51

Test Template Creation Guide; 37

Trace Route ScreenPROTOCOL

ICMP or UDP; 25ST, ET, LOCAL IP, HOP COUNT, RT (ms), Host Ad -

dress, and Host Name; 25

TS Measurements ScreenPACKETS RECEIVED, IGMP LATENCY, PACKET JIT-TER, and INTER PCKT GAP; 41

TS Rates ScreenST, ET, CHANNEL, STATUS, TOTAL RATE, VIDEO, andAUDIO; 41

U

UDSL Menu Tree; 7

UDSL Module Connector Panel

UDSL; 5UDSL and 10/100; 5

Update Software; 54

User ID/Password Entering Procedure; 21

V

Video Stream Conguration Screens

CHANNEL; 40ENCAPSULATION

MPEG-TS; 40IGMP ADDRESS; 40

PORT NUMBER; 40SOURCE

MANUAL or TABLE; 40

STREAM #1, #2, #3, and #4; 40

View/Print ResultsDeleting a Stored Test; 53

Locking and Unlocking a Stored Test; 53Printing a Stored Test; 52

Renaming a Stored Test; 52Saving a Test; 52Viewing a Stored Test; 52

VOD Conguration ScreenCreating a URL List le; 36DIGEST SCHEME

MD5 or Plain Text; 35URL LIST; 35

USER NAME; 35USER PIN; 35

VCI; 35VIDEO PATH; 35VOD SERVER; 35

VPI; 35

VOD Status Codes; 43

VOD URL List ScreenNO and URL; 36

VOIP Conguration Screens; 45

VQ Measurement Setup Screen

FOR; 50HST RPT; 50

IN EVERY; 50METRICS REPORTING; 50

TRIGGERED BYTIMER or F-KEY; 50

W

Warnings; 2

Warranty; 63

man-22523-001 b00 ssmtt-48 udsl module printer mmd

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