MAN-13255-US001_D00_MTT-19_MMD

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

1/78

1ADSL2+ ATU-R Module

ADSL2+ ATU-R Modulefor the MTT and xDSL

Family of Products

MAN-13255-US001 Rev. D00

302 Enzo Drive San Jose, CA 95138

Tel: 1-408-363-8000 Fax: 1-408-363-8313

Users Manual

SSMTT-19M

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

2/78

2 SSMTT-19

Copyright 2010 Sunrise Telecom Incorporated. All rights reserved.

Disclaimer: Contents subject to change without notice and are not

guaranteed for accuracy.This device uses software either developed by Sunrise or licensed

by Sunrise from third parties. The software is confidential andproprietary. The software is protected by copyright and contains

trade secrets of Sunrise or Sunrises licensors. The purchaser

of this device agrees that it has received a license solely to use

the software as embedded in the device, and the purchaser is

prohibited from copying, reverse engineering, decompiling, or

WARNING

Using the supplied equipment in a manner not specifiedby Sunrise Telecom may impair the protection provided

by the equipment.

CAUTION!

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.

Do not remove or insert the software cartridge while

the test set is on. Otherwise, damage could occur

to the cartridge.

End of Life Recycling and Disposal Information

DO NOT dispose of Waste Electrical and Electronic Equipment

(WEEE) as unsorted municipal waste. For proper disposal return

the product to Sunrise Telecom. Please contact our local offices

or service centers for information on how to arrange the return

and recycling of any of our products.

EC Directive on Waste Electrical and Electronic Equipment (WEEE)

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.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

3/78


ADSL2+ ATU-R Module

1 Applications ...................................................... 5

1.1 Testing an ADSL Line ....................................................... 5

2 ADSL2+ ATU-R Module .................................... 7

2.1 Module Panel ................................................................... 7

2.2 Test Set LEDs ................................................................... 7

3 Menus ................................................................ 9

3.1 Modem Control .............................................................. 10

3.1.1 Modem Setup .............................................................. 10

3.1.2 Modem Selftest ........................................................... 10

3.2 Modem Status ................................................................ 113.2.1 Current Status ............................................................. 11

3.2.1.1 Interpreting the Results ............................................ 12

3.2.2 Tone Graphic/Table ..................................................... 14

3.2.2.1 Bits Per Tone ............................................................ 14

3.2.2.2 SNR Per Tone ........................................................... 15

3.2.3 Link Measurements ..................................................... 17

3.3 PING Setup/Test ............................................................. 20

3.3.1 PING Testing in LLC-Bridge and Routed Modes ........ 21

3.3.1.1 PING Results for LLC-BRG and LLC-RTE Modes ... 23

3.3.2 PING Testing in PPPoA and PPPoE Modes ................ 25

3.3.2.1 Entering a User ID/Password ................................... 27

3.3.2.2 PING Results for PPPoA and PPPoE Modes ........... 283.3.3 Profile .......................................................................... 29

3.4 Advanced Features ........................................................ 31

3.4.1 ATM Features .............................................................. 31

3.4.1.1 VCC Scan ................................................................. 31

3.4.1.2 ATM OAM Features .................................................. 33

3.4.1.3 Network Statistics-Test Set Side .............................. 35

3.4.2 IP Features .................................................................. 38

3.4.2.1 Configuration ............................................................ 38

3.4.2.2 IP Status ................................................................... 42

3.4.2.3 PING Test ................................................................. 45

3.4.2.4 Trace Route .............................................................. 47

3.5 Pass Through Modem Emulation ................................... 49

3.5.1 PC Side Home Screen (Method 2) .............................. 51

3.5.1.1 Setup Tab ................................................................. 51

3.5.1.2 Tools Tab .................................................................. 58

3.5.1.3 Status Tab ................................................................ 60

3.5.1.4 Help Tab ................................................................... 62

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

4/78

4 SSMTT-19

3.6 Module Information ..................... ........................ ........... 63

3.7 View/Store/Print ....................... ....................... ............... 64

3.7.1 Saving a Test ....................... ....................... ................. 65

3.7.2 Viewing a Stored Test ........................ ....................... ... 65

3.7.3 Printing a Stored Test ....................... ....................... .... 66

3.7.4 Deleting a Stored Test .................... ........................ ..... 66

3.7.5 Locking and Unlocking a Stored Test ....................... .. 66

3.7.6 Renaming a Stored Test ....................... ....................... 66

4 Reference .................... ................... ................. 67

4.1 PING Technology........................ ....................... ............. 67

4.1.1 Classical IP over A TM (CLIPoA)................................... 68

4.1.2 Ether net Frames over ATM (EoA) ................................ 68

4.1.3 PPP over Ether net (PPPoE) over ATM......................... 69

4.1.4 PPP over ATM (PPPoA) .......................................... .... 694.1.5 PING Acr onyms ........................................................... 70

Index ..................................................................... 71

Express Limited Warranty

This Sunrise Telecom product is warranted against defects

in materials and workmanship during 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 assemblyor component found to be defective under normal use

during this period. The obligation under this warranty is

limited solely to repairing or replacing the product that

proves to be defective within the scope of the warranty

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 specific details.

THIS IS A LIMITED WARRANTY AND THE ONLY WARRANTY

MADE BY SUNRISE TELECOM. SUNRISE TELECOM MAKES

NO OTHER WARRANTY, REPR SENTATION OR CONDITION,EXPRESS OR IMPLIED, AND EXPRESSLY DISCLAIMS THE

IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS

FOR A PARTICULAR PURPOSE AND NON-INFRINGEMENT

OF THIRD PARTY RIGHTS.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

5/78


1 Applications

1.1 Testing an ADSL Line

This module offers the simplest method for testing ADSLspans.

Test Set at Customer Premises

Central

Office

ATU-C

ATU-C

ATU-C

ATU-C ATU-R

Port

Figure 1 Connecting to the ATU-C

Use the following procedure in the order given:

1. Power up the SunSet MTT.

2. After WAITING FOR INITIALIZATION is displayed, connect

the SunSet MTT to the circuit as shown in Figure 1. The module

contains an RJ-45 jack. 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.

3. The test set automatically tries to synchronize with the ATU-C.

Refer to the top lines of the screen for status information.

4. While the test set is trying to connect with the ATU-C, it will

continue to display WAITING FOR INITIALIZATION and the

xTU-R LED will blink red.

5. When the ATU-R recognizes the ATU-Cs response, it displays

TRAINING. This indicates that it has made contact with the

ATU-C and is starting the handshake procedure to establish

synchronization (SHOWTIME).

6. 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-R LED is

green. Refer to Section 3.2.1for details on this screen.

If unsuccessful, the test set will try again to establish synchro-nization during which time, the xTU-R LED is red.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

6/78

6 SSMTT-19

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

7/78


2 ADSL2+ ATU-R Module

2.1 Module Panel

10/100 DATA ATU-R

Figure 2 Module Connector Panel

The module has two ports, they are:

ATU-R: This is an RJ-45 ADSL line interface.

10/100 DATA: This is an optional Ethernet interface that supports

10/100BaseT. It has two indicator LEDs:

Yellow: This LED on the left side of the 10/100 DATA port in

Figure 2 indicates data transfer by flashing on/off.

Green: This LED on the right side of the 10/100 DATA port in

Figure 2 indicates a good connection to the Ethernet port by

glowing green.

2.2 Test Set LEDs

Figure 3 Test Set LED Panels

The following test set LEDs shown in the previous figure are

used:

MODULE

Green: Test set is in module mode.

xTU-R

Green: The test set has successfully connected to the ATU-C.

Red: The test set is not connected to the ATU-C.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

8/78

8 SSMTT-19

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

9/78


3 Menus

Press MODULE to access the module main menu. The menu tree

shown in the following figure outlines functions of this module.

ADVANCED FEATURES 2

3.4.1

ATM FEATURES

3.4.2

IP FEATURES

ADSL2+ MAIN MENU 1

3.1

MODEM CONTROL

3.2

MODEM STATUS

3.3

PING SETUP/TEST

3.4ADVANCED FEATURES

3.6

MODULE INFORMATION

3.7

VIEW/STORE/PRINT

MODULE

KeyMODEM CONTROL

3.1.1

MODEM SETUP

3.1.2

MODEM SELFTEST

MODEM STATUS

3.2.1

CURRENT STATUS

3.2.2TONE GRAPHIC/TABLE

3.2.3

LINK MEASUREMENTS

TONE GRAPHIC/TABLE

3.2.2.1

BITS PER TONE

3.2.2.2

SNR PER TONE

ATM FEATURES 2

3.4.1.1

VCC SCAN

3.4.1.2

ATM OAM FEATURES

3.4.1.3

NETWORK STATISTICS

IP FEATURES 2

3.4.2.1

CONFIGURATION

3.4.2.2

IP STATUS

3.4.2.3

PING TEST

3.4.2.4

TRACE ROUTE

Notes1 Section 3.5-Pass Through

Modem Emulationis not

shown in the module menu.2 Optional Features

Figure 4 SSMTT-19 Menu Tree

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

10/78

10 SSMTT-19

3.1 Modem Control

This menu screen contains the following:

MODEM SETUP

MODEM SELFTEST

3.1.1 Modem Setup

11:50:45

MULTI moreANSI RETRAIN

>WAITING FOR INITIALIZATION MULTI/ANNEX ASHOWTIME G.DMT/ANNEX ASHOWTIME ADSL2+/ANNEX A 85%) has less room for in-

creases in noise. This noise may be caused by additional interferers,like HDSL or T1, added in the same or adjacent binder group.

Rate Adaptive Circuits

Rate adaptive circuits specify minimum and maximum data rates

for a circuit, and try to attain the maximum rate set by the DSLAM.

If testing a Rate Adaptive service, look at the following:

Rate: The FAST or INTLrate value should be between the mini-

mum and maximum thresholds set for the circuit.

SNR Margin: The signal-to-noise margin value also needs to be

above the minimum allowable margin. Commonly it is 6 dB, your

margin might be higher. Since rate adaptive circuits try to use all

the possible bandwidth, the noise margin will typically be very

close to 6 dB (or the minimum value).

Capacity: This value will typically be high (about 90% or higher),

since rate adaptive circuits try to use as much bandwidth as

possible.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

13/78


Turn-up Examples

An ADSL service provider offers a fixed rate service at 1504 kbps

downstream/384 kbps upstream. A technician turned up two

different circuits. Both met the required bit rate; however, therewere some crucial differences in results.

Example 1

11:50:45>SHOWTIME G.DMT/ANNEX ASHOWTIME G.DMT/ANNEX A> ZOOM

TABLE moreSTORE

11:50:45>SHOWTIME ANSI/ANNEX A< BITS TABLE

# BITS # BITS # BITS # BITS0 0 8 0 16 0 24 01 0 9 0 17 0 25 02 0 10 0 18 0 26 03 0 11 0 19 0 27 04 0 12 0 20 0 28 05 0 13 0 21 0 29 06 0 14 0 22 0 30 07 0 15 0 23 0 31 0

STOREGRAPHIC

Press to scroll/

Figure 9 Bits Per Tone Screens

The block of bits at the left of the left screen shown in Figure 9

represents the upstream signal. The higher frequency group at the

right represents the downstream signal. There is a buffer between

the 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 specific tone,refer to 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 first downstream tone, thus the line reads

tone 65 (280 kHz) with 2 bits.

To move the pointer arrow:

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

15/78


1. Press to move the pointer arrow one tone at a time.

2. Press > (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 first scale displays 255 tones at a time on the same screen,

as in Figure 9. For ADSL2+, move the pointer past the ends

to view the other set of tones from 256 through 511.

Access the second scale by pressing ZOOM. This results in

a more detailed display.

Press ZOOM (F3) to toggle between these two modes.

You can also view a table of the tones by pressing TABLE (more,

F4). An example is shown in the right screen in Figure 9. Listed

for each tone is the number of bits assigned to it. Press to

scroll through all tones.

In either screen, you can press STORE (more, F2) to save your

graph and table. See Section 3.7for 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, this may indicate that there is a possible

interferer at that frequency. For example, if there is a majordrop at 772 kHz, this may represent an interfering T1 signal.

3.2.2.2 SNR Per Tone

This feature measures the signal-to-noise ratio for each down-

stream 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 distribution is then optimized to meet

the desired bit rate. During operation, the bit distribution may be

adjusted to optimize bandwidth. The modem constantly moni-

tors 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 particular tone. These bits may be added

to a different tone or taken out completely.

In the left screen shown in Figure 10, the frequency group rep-

resents the downstream signal.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

16/78

16 SSMTT-19

To learn the exact SNR for a specific tone, refer to the line just

above the graph. This line provides the SNR for the tone marked

by the pointer arrow. In Figure 10, the pointer arrow is below the

first downstream tone, thus the line reads tone 64 (276 kHz) witha 5.0 dB SNR.

To move the pointer arrow:

1. Press to move the pointer arrow one tone at a time.

2. Press > (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 first scale displays 255 tones at a time on the same screen,

as in Figure 10. For ADSL2+, move the pointer past the ends

to view the other set of tones from 256 through 511.

Access the second scale by pressing ZOOM. This results in

a more detailed display.

Press ZOOM to toggle between these two modes.

SHOWTIME ANSI/ANNEX A< SNR GRAPHIC

TONE 64 (276 kHz): 5.0 dB100

0

0 255

>> ZOOM

TABLE moreSTORE

11:50:45>SHOWTIME ANSI/ANNEX A< SNR TABLE

# dB # dB # dB # dB0 0 8 0 16 0 24 01 0 9 0 17 0 25 02 0 10 0 18 0 26 03 0 11 0 19 0 27 04 0 12 0 20 0 28 05 0 13 0 21 0 29 06 0 14 0 22 0 30 07 0 15 0 23 0 31 0

STOREGRAPHIC

Press to scroll/

Figure 10 SNR Per Tone Screens

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 to

scroll through all tones.

In either screen, you can press STORE (more, F2) to save your

graph and table. See Section 3.7for details.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

17/78


3.2.3 Link Measurements

These screens provide information on errors and events. Three

measurement screens are available. Use to scroll through

the screens. The following items are common to these screens:

ST: Displays the Start Time of the test.

ET: Displays how much time has elapsed since the test was

started or restarted.

The following F-keys are available:

RESTART(F1): Press to restart the measurement and reset ET

to zero.

PAUSE/CONTINU: Press to pause the measurement and freeze ET.

Press again to continue the measurement without resetting ET.

STORE(F4): Press to store these screens. See Section 3.7.

11:50:45>SHOWTIME ANSI/ANNEX ASHOWTIME ANSI/ANNEX ASHOWTIME MULTI/ANNEX ASHOWTIME ANSI/ANNEX A< PING SETUPMODE :LLC-BRGENCAPSULATION :LLC

VPI :8VCI :35IP ADDRESS :STATICLOCAL IP :207.181.199.178DESTINATION IP:207.181.199.177GATEWAY :207.181.199.177

PPPoE PPPoA moreSTART

Figure 14 LLC-BRG PING Setup Screen

Configure these settings for LLC-BRG and LLC-RTE modes:

ENCAPSULATION

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

Choose the encapsulation method for carrying traffic over AAL

Type 5 over ATM.

LLC: 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: This is used when only one protocol is carried overa single ATM Virtual Connection.

VPI

Range: 0 through 255

The default is 8, which is a typical Ethernet assignment. Along

with VCI, VPI identifies the 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 VPI.

VCI


The default is 35, which is a typical Ethernet assignment. Along

with VPI, VCI identifies the next destination of a cell as it movesthrough a series of ATM switches on the way to its destination.

The service provider typically assigns VCI.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

22/78

22 SSMTT-19

IP ADDRESS

Options: STATIC (F1), DHCP (F2)

STATIC: This type of IP management means that the user has

a permanent IP address. For STATIC, enter the LOCAL IP; thiswill be the value used during the test.

DHCP: This refers to dynamic IP management. If selected,

enter the IP address for the destination.

Dynamic management provides a way for computers to obtain

protocol configuration parameters (like the local IP address)

dynamically from the network. In this case, the IP address is

not permanent to the terminal; instead, the terminal requests

an address from the server on the network. When selecting

DYNAMIC for IP ADDRESS, the module sends a request to

the server; the server responds and provides an IP address.

Upon selecting DYNAMIC, the LOCAL IP line disappears; the

network dynamically assigns an IP address.LOCAL IP

Enter a local IP address of the circuit under test. For LLC-BRG

static mode and LLC-RTE, this is the local IP address used.

For LLC-BRG DHCP mode, there is no LOCAL IP mode since a

dynamically assigned local IP address is used.

DESTINATION IP

Enter the destination address of the device to be pinged. If pining

a gateway, enter the gateways address for the Destination IP.

Pinging the gateway verifies connectivity to the ISP.

GATEWAY

If required, enter a gateway address. A gateway is a device thatconnects dissimilar networks and passes information between

them. In TCP/IP, the default gateway address is the address

where the Internet Protocol sends packets destined for remote

networks, unless a different route is configured. Since LLC-RTE

is a pure routed mode, there is no gateway setting. This setting

applies only to LLC-BRG mode.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

23/78


3.3.1.1 PING Results for LLC-BRG and LLC-RTE Modes

After configuring, press START (F4) to begin the test. As the test

proceeds, the test set displays an IN PROGRESS message.

The module will send 10 PINGs at one-second intervals. Oneor more responses from the destination is considered a pass.

Refer to the following figure for a pass sample.

12:30:55>SHOWTIME ANSI/ANNEX ASHOWTIME ANSI/ANNEX ASHOWTIME MULTI/ANNEX ASHOWTIME ANSI/ANNEX A< PING SETUPMODE :PPPoAENCAPSULATION :LLCAUTHENTICATION:PAP

VPI :8VCI :35IP ADDRESS :DYNAMIC

DESTINATION IP:001.333.452.012USER ID : ********PASSWORD : ********

PAP AUTOCHAP START

Figure 18 PPPoA PING Setup Screen

Configure these settings for PPPoA and PPPoE modes:

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

This refers to the Encapsulation method for carrying traffic over

AAL Type 5 over ATM.




VC MUX: This is used when only one protocol is carried over

a single ATM Virtual Connection.

Note: When MODE is set for PPPoE, LLC is the only available

encapsulation method.

AUTHENTICATIONOptions: PAP (F1), CHAP (F2), AUTO (F3)

The authentication layer ensures that only a valid device estab-

lishes a connection with the network. Choose the following:

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

26/78

26 SSMTT-19

PAP: Password Authentication Protocol as defined in RFC

1334. PAP is the simplest method for authentication. It involves

a two-way handshake where one peer sends a user name

and ID to another peer element in the network. The secondpeer returns an authentication-acknowledge message either

accepting or rejecting the user name and password. When

selecting PAP, enter the password and ID at the bottom of

the configuration screen.

CHAP: Challenge Handshake Authentication Protocol as de-

fined 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 specific identifier 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.

VPI


The default is 8, which is a typical Ethernet customer assign-

ment. Along with VCI, VPI identifies the 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 VPI.

VCI



ment. Along with VPI, VCI identifies the next destination of a cell


destination. The service provider typically assigns VCI.

IP ADDRESS

Options: STATIC (F1), DHCP (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: This refers to dynamic IP management. If selected,

enter the IP address for the destination. Dynamic management

provides a way for computers to obtain protocol configura-

tion parameters (like the local IP address) dynamically from

the network. In this case, the IP address is not permanent to

the terminal; instead, the terminal requests an address from

the server on the network. When selecting DYNAMIC for IPADDRESS, the module sends a request to the server; the

server responds and provides an IP address. Upon select-

ing DYNAMIC, the LOCAL IP line disappears; the network

dynamically assigns an IP address.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

27/78


LOCAL IP

Enter a local IP address of the circuit under test. For LLC-BRG

static mode and LLC-RTE, this is the local IP address used.

For LLC-BRG DHCP mode, there is no LOCAL IP mode since adynamically assigned local IP address is used.

DESTINATION IP

Enter the destination address of the device to be pinged. If ping-

ing a gateway, enter the gateways address for the Destination

IP. Pinging the gateway verifies connectivity to the ISP.

USER ID

For authentication (PAP and CHAP), you are required to enter a

user ID and/or password prior to receiving an IP address from

the ISP. Refer to Section 3.3.2.1.

PASSWORD

For authentication (PAP and CHAP), you are required to enter auser ID and/or password prior to receiving an IP address from

the ISP. Refer to Section 3.3.2.1.

3.3.2.1 Entering a User ID/Password

Follow this procedure to enter a USER ID or PASSWORD for PAP

and CHAP authentication.

1. Place the cursor on USER ID.

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 to move the cursor to the desired character.

Press ENTER to select that character. The character will ap-

pear on the USER ID line.

5. Continue selecting characters until done. Press STOP (F3) to

exit the character grid.

If you make a mistake; press STOP (F3). Use to select

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. Select HIDE USER ID (or PASSWORD) and choose whether

to hide the ID code by pressing YES (F1) or NO (F2). Figure18 shows the USER ID and PASSWORD hidden.

7. Press F4 to save the ID and return to the setup screen.

8. Select PASSWORD and follow the previous procedure from

step 2 to enter the password.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

28/78

28 SSMTT-19

3.3.2.2 PING Results for PPPoA and PPPoE Modes

After configuring, press START (F4) to begin the test. As the test

proceeds, the test set displays an IN PROGRESS message.

For PPP PING results there are two stages to the test:

PPP: This stage identifies the account with the ISP and en-

sures that account verification (with authentication enabled)

is established.

PING represents the connection/response to the destination

IP address.

Reflected in the following figure are these two stages.

12:30:55>SHOWTIME ANSI/ANNEX ASHOWTIME ANSI/ANNEX ASHOWTIME ANSI/ANNEX ASHOWTIME ANSI/ANNEX A< ATM OAM FEATURES OAM GENERATIONVPI :8VCI :35TYPE :F5EERESULT:--

OAM STATISTICS [near-end] [far-end]F4 COUNT: 0 0F5 COUNT: 0 0

TEST

Figure 22 ATM OAM Features Screen

Configure the following:

VPI



ment. Along with VCI, VPI identifies the next destination of a cell


destination. The service provider typically assigns VPI.

VCI



ment. Along with VPI, VCI identifies the next destination of a cell


destination. The service provider typically assigns VCI.

TYPE

Options: F5EE (F1), F5SG (F2)

Select the type of Operations, Administration, and Maintenance

Message cells to generate.

F5EE: F5 End-to-End Cell

F5SG: F5 Segment Cell

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

34/78

34 SSMTT-19

When ready, press TEST (F3) and the test set begins generat-

ing OAM cells. This is indicated on the RESULT line by an IN

PROGRESS message. If no cells are detected by the test set,

FAILED is displayed. If cells are detected, SUCCESS is displayed.The following OAM statistics for near-end (test set) and far-end

(network) are displayed:

F4 COUNT: Total number of F4 OAM cells.

F5 COUNT: Total number of F5 OAM cells.

The following F-key is available:

STORE(F4): Store the results. See Section 3.7.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

35/78


3.4.1.3 Network Statistics-Test Set Side

Network statistics are comprised of Ethernet and ATM statistics.

Note that Ethernet statistics are relevant to Ethernet traffic from in-

service applications covered in Section 3.5-Pass Through ModemEmulation. At any time press STORE (F4) to save the results (see

Section 3.7). Press to view the available screens shown in

the following figure.

11:50:50>SHOWTIME ANSI/ANNEX ASHOWTIME ANSI/ANNEX ASHOWTIME ANSI/ANNEX ASHOWTIME ANSI/ANNEX A

IP FEATURES > CONFIGURATION. This contains configuration

items for the IP connection. Enter the proper protocol used by

the circuit, as well as the necessary IP addresses.

Note:CONNECT/DISC appears at either F3 or F4 depending

on the setting selected. Press CONNECT to start the connec-tion procedure to the ISP. Press DISC to release the connection.

Once CONNECT is pressed; the connection will stay UP, if suc-

cessful, or ... if unsuccessful. This is indicated at the top right

of the screen. In either case, press DISC to change any of the

configuration items.

An UP status can be; PPP UP (PPPoE/PPPoA), DHCP UP (LLC-

BRG DHCP), or ARP UP (LLC-BRG or LLC-RTE STATIC).

MODE

Options: PPPoE (F1), PPPoA (F2), LLC-BRG (more, F1), LLC-RTE

(more, F2), PROFILE (more, F1)

Select the protocol mode for the PING test.

PPPoE refers to PPP over Ethernet, according to standard

RFC 2516 PPP over Ethernet. PPPoE supports both static

and dynamic IP addressing.

PPPoA refers to PPP over ATM, according to standard RFC

2364, PPP over AAL5. PPPoA supports both static and dy-

namic IP addressing.

LLC-BRG refers to LLC-Bridge protocol. This follows RFC

1483 bridge encapsulation. It supports both static and dynamic

(DHCP) IP management.

LLC-RTE refers to LLC-Routed protocol. It supports only static

IP addressing.

PROFILE allows storing and retrieving of IP configurations,

see Section 3.3.3.Note: The actual configuration settings displayed depend on the

selected MODE as seen in the following figure:

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

39/78


CONNECTDHCP

11:50:45

>SHOWTIME ANSI/ANNEX A< CONFIGURATIONMODE :LLC-BRGENCAPSULATION :LLCIP TYPE :STATIC

VPI :8VCI :35

LOCAL IP :102.168.102.101GATEWAY :255.255.255.0

STATIC CONNECTDHCP

11:50:45

>SHOWTIME ANSI/ANNEX A< CONFIGURATIONMODE :LLC-BRGENCAPSULATION :LLCIP TYPE :DHCP

VPI :8VCI :35

STATIC

CONNECTVC MUXLLC

11:50:45

>SHOWTIME ANSI/ANNEX A< CONFIGURATIONMODE :LLC-RTEENCAPSULATION :LLCIP TYPE :STATIC

VPI :8VCI :35LOCAL IP :003.044.055.066GATEWAY :255.255.255.0

CONNECT

11:50:45

>SHOWTIME ANSI/ANNEX A< CONFIGURATIONMODE :PPPoA

ENCAPSULATION :LLCIP TYPE :DYNAMICAUTHENTICATION:AUTOVPI :8VCI :35

USER ID : *****PASSWORD : *****

VC MUXLLCCONNECTCHAPPAP

11:50:45

>SHOWTIME ANSI/ANNEX A< CONFIGURATIONMODE :PPPoE

ENCAPSULATION :LLCIP TYPE :DYNAMICAUTHENTICATION:AUTOVPI :8VCI :35

USER ID : *****PASSWORD : *****

AUTO

Figure 24 IP Configuration Screens

To enter numbers, follow this procedure:

1. Press SHIFT; a SHFT indicator is displayed.

2. Enter the desired number from the keypad.

3. When finished, press SHIFT to remove the SHFT indicator.


ENCAPSULATION

Options: LLC (F1), VC MUX (F2)Choose the encapsulation method for carrying traffic over AAL

Type 5 over ATM as described in RFC 2684.

LLC: Logical Link Control based on IEEE standard 802.2. It is

used when multiple protocols are encapsulated over a single

ATM virtual connection. It is available in all modes.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

40/78

40 SSMTT-19

VC MUX: Used when only one protocol is carried over a single

ATM virtual connection. Available in PPPoA and LLC-RTE

modes.

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

STATIC: The IP address is statically assigned to the user. Enter

the known IP address in the LOCAL IP field. It is available in

LLC-BRG and LLC-RTE modes.

DHCP: Dynamic Host Configuration Protocol provides a way

for devices to obtain protocol configuration parameters (local

IP address) dynamically from the network. In this, the IP ad-

dress is not fixed to the device; instead the device requests

an address from a network DHCP server. When selected for IP

ADDRESS, the test set sends a DHCP request to the server;

the server responds and provides an IP address. Note that

upon selecting DHCP, the LOCAL IP setting disappears. It isavailable in PPPoE and PPPoA modes.

DYNAMIC: Dynamic management provides a way for devices

to obtain protocol configuration parameters (local IP address)

dynamically from the network. In this case, the IP address

is not fixed to the device; instead, the terminal requests an

address from the network server. When selected for IP AD-

DRESS, the test set sends a request to the server; the server

responds and provides an IP address to use. Note that upon

selecting DYNAMIC the LOCAL IP setting disappears. It is

available only in LLC-BRG mode.

AUTHENTICATION

Options: PAP (F1), CHAP (F2), AUTO (F3)This ensures that only a valid device establishes a connection

with the network. It is available in PPPoE and PPPoA modes.

PAP: Password Authentication Protocol as in RFC 1334. This

is the simplest method for authentication. It involves a two-

way handshake where one peer sends a user name and ID

to another peer network element. The receiving peer sends

back an authentication-acknowledge message either accept-

ing or rejecting the user name and password. Note that when

selected, a password and ID will need to be entered.

CHAP: Challenge Handshake Authentication Protocol as in RFC

1994. It involves a three-way handshake. In this, the test set

sends a challenge containing its user name. The server sendsa response with a specific identifier expected for this transac-

tion. The test set then accepts or rejects this response. Once

done, the handshake is complete and data may be sent.

AUTO: Use this recommended setting to automatically detect

the authentication type requested by the ISP.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

41/78


VPI

Range: 0 to 255 (default 8)

Along with the VCI, this identifies the next destination of a cell

as it moves through a series of ATM switches to its destination.It is typically assigned by the service provider. It is available in

all modes.

VCI

Range: 0 to 65535 (default is 35)

Along with the VPI, this identifies the next destination of a cell

as it moves through a series of ATM switches to its destination.

It is typically assigned by the service provider. It is available in

all modes.

LOCAL IP

Specify the IP address of the circuit to be tested. It is available

in all modes. It is available only in LLC-RTE mode.

GATEWAY

Specify the gateway address. A gateway is a device that con-

nects dissimilar networks and passes information between them.

In TCP/IP, the default gateway address is the address where the

Internet Protocol sends packets destined for remote networks,

unless a different route is configured. It is available only in LLC-

RTE mode.

USER ID (not in LLC-BRG, LLC-RTE, or CLIPoA modes)

For authentication (PAP and CHAP), enter a user ID prior to re-

ceiving an IP address from the ISP, see Section 3.3.2.1.

PASSWORD (not in LLC-BRG, LLC-RTE, or CLIPoA modes)

For authentication (PAP and CHAP), enter a password prior to

receiving an IP address from the ISP, see Section 3.3.2.1.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

42/78

42 SSMTT-19

3.4.2.2 IP Status

These screens are displayed after pressing CONNECT in IP

configuration. They report important information on the status

of the connection to the ISP. For LLC-RTE, the connection will display ARP UP when the

ADSL link is up and CONNECT is pressed in IP configuration.

For LLC-BRG, the screen will display detailed information

about the ARP request in STATIC mode and about the DHCP

session in dynamic mode.

For PPPoE and PPPoA, the screen will display detailed infor-

mation about the PPP session.

The following is common to all screens:

ST: Start time indicates when CONNECT was pressed.

ET: Elapsed time since CONNECT was pressed.

LLC-BRG DHCP IP Status

11:50:45>SHOWTIME DHCP UP ANSI/ANNEX ASHOWTIME ARP UP ANSI/ANNEX ASHOWTIME PPP UP ANSI/ANNEX ASHOWTIME PPP UP ANSI/ANNEX ASHOWTIME PPP UP ANSI/ANNEX A CONFIGURATION. If DHCP or DYNAMIC was

selected, then LOCAL IP is assigned by the network.


DEST. IP or DEST URL

See the same in Section 3.4.2.3-PING Test.

PROTOCOL

Options: UDP/ICMP (F1)

Select the protocol to use. UDP: User Datagram Protocol per RFC 768.

ICMP: Internet Control Message Protocol per RFC 792.

When ready, press F4 to start the trace, press again to stop it.

The following is reported:

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

48/78

48 SSMTT-19

Hop: Displays up to 30 router hops.

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

Host Address: Responding routers IP address.

Host Name: Press MORE (F2) or use to see the Host Name

(if DNS server is enabled).

Use to select a hop and press PING (F1) to automatically

PING this host.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

49/78


3.5 Pass Through Modem Emulation

The connection setup is shown in the following figure:

ATU-R

Port

Central

Office

ATU-C

ATU-C

ATU-C

ATU-C 10/100

DATA

Port

10/100

Ethernet

Port

Figure 30 Pass Through Modem Emulation Setup

There are two mutually exclusive methods to enable Ethernet

Pass Through Modem Emulation:

Method 1: A network connection can be established using the

PING SETUP screen.

1. Once the test set has achieved SHOWTIME, go to Section

3.3-PING Setup/Testand setup the necessary parameters for

either PPPoE, PPPoA, or LLC-Bridged DHCP modes.

2. Conduct a successful PPP or DHCP session (PASS), which

establishes the network connection.

3. Connect a PC to the SSMTT-19s 10/100 Ethernet DATA port

as shown in the previous figure.

4. It is recommended that the TCP/IP Properties for the PC beconfigured as follows:

Obtain an IP Address automatically.

Obtain DNS server address automatically.

5. Launch Internet Explorer (or equivalent web browser) and

proceed with internet access.

Method 2: Using a web browser as the interface.

1. Configure TCP/IP Properties for the PC as follows:

Obtain an IP Address automatically.

Obtain DNS server address automatically.

2. Connect a PC to the SSMTT-19s 10/100 Ethernet DATA port

as shown in the previous figure.3. Launch Internet Explorer (or equivalent) and access:

http://192.168.1.1/

Note: If the login screen does not appear, reboot the PC and

after the PC is up, plug into the LAN. Sometimes, there are

various conflicts with obtaining an IP address.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

50/78

50 SSMTT-19

4. In the Login window that appears, enter:

Username: Admin

Password: Admin

5 In the Home screen that appears after a successful login, selectSETUP > New Connection to establish a network connection

(i.e. PPPoE session). See the subsection, WAN Setup-New

Connection in Section 3.5.1.1.

Note: Sometimes, there are conflicts with the LAN connection.

If this occurs, disable, then enable the Local Area Connection

before connecting the PC to the SSMTT-19 DATA 10/100 port.

6. Once a connection is established as shown in STATUS > CON-

NECTION STATUS, proceed with web browsing via the PC.

Note: Methods 1 and 2 are mutually exclusive for establishing

a network connection. Dont change settings in one method

versus the other in a single test session i.e once configured via

Method 2, do not change the test set PING settings. This maycause operation failure, requiring a restart of the test set.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

51/78


3.5.1 PC Side Home Screen (Method 2)

S ET UP T OO LS S TAT US H EL PHOME

Welcome to the Sunrise Telecom DSL Modem

Setup

The Setup sectionallows you to create newconnections, editexisting connections,and configure other

basic settings.

Tools

The Tools section letsyou car ry out systemcommands and performsimple system tests.

Status

The Status sectiondisplays status, log andstatistical informationfor all connections andinterfaces.

Help

The Help sectionprovides information onconfiguration andsettings for eachsection.

Refresh

Status Information

System Uptime: 1 hours 13 minutes

DSL Status: Connected

DSL Speed: 928/7616kbps

Ethernet: Connected

SSMTT-19 FW Filesystem: 3.6.0C.2.5

SSMTT-19 FW Kernel: 3.6.0C.2.5

Log Out

Figure 31 Home Screen

The Home screen displays a summary of the DSL and Ethernetconnection. In any screen, click on any of the functions listed at

the top of the screen; HOME, SETUP, TOOLS, STATUS, or HELP.

Click SETUP for the first subsection.

3.5.1.1 Setup Tab

Click the SETUP tab to configure connections and basic set-

tings.

T OO LS S TAT US H EL PHOME SETUP

WAN Setup

New Connection

Log Out

Setup

The Setup section allows you to create new connections, edit existing connections, and configure other basicsettings.

Select to configure a new connection.

WAN Setup

New Connection

Figure 32 Setup Main Screen

In this screen, click on New Connection to setup a WAN con-

nection.

Note: In most of the following PC screens, click Cancel to escape

from a screen and not save any changes to the screen.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

52/78

52 SSMTT-19

WAN Setup-New Connection

Click New Connection to display a configuration screen. Change

Type and different settings are available. Change Sharing and

other settings are available. The first set are for PPP.

PPP Settings

Auto CHAP PAP

Apply Cancel


PPPoA Connection SetupWAN Setup

New Connection

Log Out

Delete

Name: Type: Sharing:PPPoA Disable

0

Encapsulation:

Username:

Password:

Idle Timeout:

Keep Alive:

Authentication:

MTU:

On Demand:

PPP Unnmbered:

Default Gateway:

Debug:

LAN:

PVC Settings

PVC:

VPI:

VCI:

QoS:

PCR:

SCR:

MBS:

CDVT:

Auto

PVC:

PPP Settings

Connect Disconnect

60 secs

10 min

1500 bytes

username

*****

Options: NAT Firewall VLAN ID: 0 Priority Bits:

LAN group 1

New

UBR

0

0

0

0

0

0

cps

cps

cells

usecs

Auto CHAP PAP

Apply Cancel


PPPoE Connection SetupWAN Setup

New Connection

Log Out

Delete

Name: Type: Sharing:PPPoE Disable

0

Username:

Password:

Idle Timeout:

Keep Alive:

Authentication:

MTU:

On Demand:

Enforce MTU:

PPP Unnmbered:

Default Gateway:

Debug:

LAN:

PVC Settings

PVC:

VPI:

VCI:

QoS:

PCR:

SCR:

MBS:

CDVT:

Auto

PVC:

PPP Settings

Connect Disconnect

60 secs

10 min

1492 bytes

username

*****


LAN group 1

New

UBR

0

0

0

0

0

0

cps

cps

cells

usecs

LLC VC

Figure 33 WAN PPPoE and PPPoA Setup Screens

Configure the following for PPP Types:

Note: For details of these PPP settings, refer to Section 3.3.2-PING

Testing for PPPoA and PPPoE Modes.

Name: Choose a name for this configuration.

Options: Check the check box to enable NAT and Firewall.

Sharing: This is not available in PPPoA. If available, select Dis-able, Enable, or VLAN. If VLAN is selected the following two

settings are available:

VLAN ID: Use the default of 0 or enter a value.

Priority Bits: Use the pull down list to select a value from 0 to

7 in 1 bit increments.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

53/78


At PPP Settings, configure the following:

Password: Enter a password.

Idle Timeout: Use the default of 60 seconds or enter a time in

seconds.

Keep Alive: Use the default of 10 minutes or enter a time in

minutes.

Authentication: Select Auto (recommended), CHAP, or PAP.

MTU: Use the default of 1492 bytes or enter a value.

Enable the following items by checking the check box; On

Demand, Default Gateway, Enforce MTU, Debug, PPP Unnum-

bered.

At PVC Settings set the following:

PVC: NEW is available if Sharing is set to Enable or VLAN.VPI: Select assigned VPI value.

VCI: Select assigned VCI value.

QoS: Select one of the following values from the pull down list.

The settings are UBR, CBR, and VBR. Default is UBR.

PCR: Peak Cell Rate is available only when QoS is set for CBR

or VBR.

SCR: Sustainable Cell Rate is available only when QoS is set

for VBR.

MBS: Maximum Burst Side is available only when QoS is set

for VBR.

CDVT: Cell Delay Variation Time is available only when QoS isset for CBR or VBR.

Auto PVC: If checked, this will auto detect VPI and VCI.

When finished, click Apply and the name of your new connection

will be displayed in the shortcut bar on the left of the screen. You

may also click on Connect to test the new connection. When

finished, click Disconnect.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

54/78

54 SSMTT-19

Static Settings

Bridged Routed

Apply Cancel


PPPoA Connection SetupWAN Setup

New Connection

Log Out

Delete

Name: Type: Sharing:PPPoA Disable

0

Encapsulation:

IP Address:

Mask:

Default Gateway:

DNS 1:

DNS 2:

DNS 3:

Mode:

PVC Settings

PVC:

VPI:

VCI:

QoS:

PCR:

SCR:

MBS:

CDVT:

Auto

PVC:

Static Settings


New

UBR

0

0

0

0

0

0

cps

cps

cells

usecs

LLC VC

0.0.0.0

Figure 34 Static Connection Setup Screen

At Static Settings, configure the following:

Encapsulation: Select the type of encapsulation LLC or VC.




VC: This is used when only one protocol is carried over a

single ATM Virtual Connection.

IP Address: Enter an IP address.

Mask: Enter a Mask IP address.

Default Gateway: Enter a Gateway IP address.

DNS 1: Leave blank and no Domain Name Server is used orenter an IP address of a DNS server. Note that at the time of

connection the test set will verify the validity of the DNS server

IP address.

DNS 2: Repeat as desired as in DNS 1.

DNS 3: Repeat as desired as in DNS 1.

Mode: Select either Bridged or Routed.

For the rest of the settings, refer to the PPP Settingssubsection

in this section.



may also click on Connect to test the new connection. Whenfinished, click Disconnect.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

55/78


DHCP Settings

Apply Cancel


DHCP Connection SetupWAN Setup

New Connection

Log Out

Delete

Name: Type: Sharing:DHCP Disable

0

Encapsulation:

IP Address:

Mask:

Gateway:

Default Gateway:

PVC Settings

PVC:

VPI:

VCI:

QoS:

PCR:

SCR:

MBS:

CDVT:

Auto

PVC:

DHCP Settings


New

UBR

0

0

0

0

0

0

cps

cps

cells

usecs

LLC VC

Renew Release

Figure 35 DHCP Connection Setup Screen

At DHCP Settings, configure the following:







IP Address: Displays the assigned IP address from the DHCP

server after Connected is clicked.

Mask: Displays the assigned mask IP address from the DHCP

server after Connected is clicked.Gateway: Displays the assigned Gateway IP address from the

DHCP server after Connected is clicked.

Default Gateway: Check the check box to use the default

Gateway.


in this section.





8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

56/78

56 SSMTT-19

Bridge Settings

Apply Cancel


Bridged Connection SetupWAN Setup

New Connection

Log Out

Delete

Name: Type: Sharing:Bridge Disable

0

Encapsulation:PVC Settings

PVC:

VPI:

VCI:

QoS:

PCR:

SCR:

MBS:

CDVT:

Auto

PVC:

DHCP Settings

VLAN ID: 0 Priority Bits:

New

UBR

0

0

0

0

0

0

cps

cps

cells

usecs

LLC VC

Select LAN: LAN group 1

Figure 36 Bridge Connection Setup Screen

At Bridge Settings, configure the following:







Select LAN: Choose an available group from the drop down

selection list.

For the rest of the settings, refer to the PPP Settingssubsectionin this section.





8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

57/78


CLIP Settings

Apply Cancel


CLIP Connection SetupWAN Setup

New Connection

Log Out

Delete

Name: Type: Sharing:CLIP Disable

0

IP Address:

Mask:

APR Server:

Default Gateway:

PVC Settings

PVC:

VPI:

VCI:

QoS:

PCR:

SCR:

MBS:

CDVT:

Auto

PVC:

CLIP Settings


New

UBR

0

0

0

0

0

0

cps

cps

cells

usecs

0.0.0.0

0.0.0.0

Figure 37 CLIP Connection Setup Screen

At CLIP Settings, configure the following:

IP Address: Enter an IP address.

Mask: Enter a Mask IP address.

ARP Server: Enter a ARP Server IP address.

Default Gateway: Enter a Gateway IP address.


in this section.





8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

58/78

58 SSMTT-19

3.5.1.2 Tools Tab

Click the TOOLS tab to view a summary screen containing links

for available tools. The screen is shown in the following figure. The

links to the tools are in the column on the left side of the screen.

STATU S H EL PH OM E S ET UP

System Commands

User Management

Update Gateway

Tools

The Tools section allows you to save the configuration, restart the gateway and update the gateway firmware.

System CommandsSave the current configuration, Restart the gatewayand Restore to factory defaults.

User Management Configure User Name and pasword.

Update Gateway Upgrade the Gateway Firmware.

Log Out

TOOLS

Figure 38 Tools Summary Screen

System Commands


User Management

Update Gateway

System Commands

System Commands allow you to carry out basic system actions. Press the button to execute a command.

Press this button in order to permanently save the currentconfiguration of the Gateway. If you do restart the systemwithout saving your configuration, the Gateway will revert backto the previously saved configuration.

Use this button to restart the system. If you have not savedyour configurations, the Gateway will revert back to thepreviously saved configuration upon restarting. NOTE:

Connectivity to the unit will be lost. You can reconnect afterthe unit reboots.

Use this button to restore factory default configuration. NOTE:Connectivity to the unit will be lost. You can reconnect afterthe unit reboots.

Log Out

TOOLS

System Commands

Restore Defaults

Restart

Save All

Figure 39 System Commands Screen

The following commands are available:

Save All: Use to permanently save the current configuration of

the Gateway. If the system restarted without saving the con-

figuration, the Gateway will revert back to the previously saved

configuration.

Restart: Use to restart the system. If the configuration has not

been saved, the Gateway will revert back to the previously savedconfiguration upon restarting. During restart, connectivity to the

unit will be lost, reconnect after the unit reboots.

Restore Defaults: Use restore factory default configuration.

During restore, connectivity to the unit will be lost, reconnect

after the unit reboots.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

59/78


User Management

Use this to manage a User Name and Password.


User Management

User Management is used to change your User Name or Password.

TOOLS

System Commands

User Management

Update Gateway

Log Out

Apply Cancel

User Name:

Password:

Confirmed Password:

Idle Timeout:

Admin

30 minutes

Figure 40 User Management Screen


User Name: Enter a User Name.

Password: Enter a Password.

Confirmed Password: Reenter the Password.

Idle Timeout: Enter a Idle Timeout in minutes.

When finished, click Apply.

Update Gateway

Use the following screen only when directed by Sunrise Telecom

Customer Service to update firmware.


Update Gateway

To update your gateway firmware, choose an updated firmware image or configuration file in Select a File,and then click the Update Gateway button. Additionally, you may download your configuration file from thesystem by clicking Get Configuration.

The system will be restarted automatically, after the Filesystem image issuccessfully updated. You will need to reconnect again to configure your setup.

The system will give the configuration file only if it was earlier saved bypressing Save All in System Command Menu.

TOOLS

System Commands

Get Configuration

Update Gateway

User Management

Update Gateway

Log OutSelect a File: no file selected

(Max file size 3.5 MB)

Firmware Image can be the combined single

image with or without digital signature.

Choose File

Status: None

Figure 41 Update Gateway Screen

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

60/78

60 SSMTT-19

3.5.1.3 Status Tab

Click this tab to view a summary screen containing links to the

available status screens. The links to the tools are in the column

on the left side of the screen.

HELPH OM E S ET UP

Connection Status

DHCP Clients

Modem Status

Status

The Status section allows you to view the Status/Statistics of different connections and interfaces.

Connection Status View the Status of different connections.

DHCP Status View the list of DHCP clients.

Modem StatusView the Status and Statistics of your broadband(DSL) connection.

Product Information

TOOLS STATUS

Log Out

Product Information View the Product Information and Software Versions.

Figure 42 Status Summary Screen

Connection Status

Use this screen to view the status of different connections.

Connection Status (1)

HELPH OM E S ET UP

DHCP Clients

Modem Status

Product Information

TOOLS STATUS

Log Out

Refresh

Connection Status

Description Type IP S tate Online Disc onnect Reason

GG1 static 0.0.0.0 NA NA NA

Figure 43 Connection Status Screen

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

61/78


DHCP Clients

Use the following screen to view a list of DHCP clients.

DHCP Clients (1)

HELPH OM E S ET UP

Modem Status

Product Information

TOOLS STATUS

Log Out

Refresh

Connection Status

MAC Address IP Address Host Name Lease Time

DHCP Clients Select LAN: LAN group 1

00:0d:93:48:f7:f 0 192.168.1.2 unknown 0 days 0:34:34

Figure 44 DHCP Clients Screen

In this screen, use the pull down list to select a LAN group. The

screen then displays the MAC Address, IP Address, Host Name,

and Lease Time for the DHCP client. Click Refresh to update the

displayed information.

Modem Status

Use the following screen to view the status and statistics of a

DSL connection.

Modem Status

HELPH OM E S ET UP

DHCP Clients

Product Information

TOOLS STATUS

Log Out

Refresh

Connection Status

Modem Status

Connection Status Connected

Us Rate (kbps) 928

Ds Rate (kbps) 7616

US Margin 6

DS Margin 14

Trained Modulation T1413

LOS Errors 0

DS Line Attenuation 1

US Line Attenuation 1

Peak Cell Rate 2188 cells per sec

CRC Rx Fast 0

CRC Tx Fast 0

CRC Rx Interleaved 0

CRC Tx Interleaved 5

Path Mode Interleaved

DSL Statistics

Near End F4 Loop Back Count 0

Near End F5 Loop Back Count 0

Modem Status

Figure 45 Modem Status Screen

For information on the items reported in this screen, refer to

Section 3.2.1-Current Status.

Click Refresh to update the status and statistics.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

62/78

62 SSMTT-19

Product Information

Use the following screen to view information about the test set

module.

Product Information

HELPH OM E S ETU P TO OL S STATUS

Connection Status

Product Information

Model Number MTT-19HW Revision 200Serial Number 000060Ethernet MAC N/ADSL MAC N/A

Software Versions

SSMTT-19 Filesystem 3.6.0C.2.5SSMTT-19 KW Kernal 3.6.0C.2.5

NSP 3.6.0CATM Driver 4.06.05.00DSL HAL 4.02.01.00DSL Datapump 4.02.01.00 Annex ASAR HAL 01.07.2bPDSP Firmware 0.52Boot Loader 1.2.0.4

DHCP Clients

Modem Status

Product Information

Log Out

Figure 46 Product Information Screen

3.5.1.4 Help Tab

Use the following screen to access LAN Clients, LAN Group

Configuration, and PPP Connection text help screens.

H OM E S ET UP

Help

This section takes you to different Help sections for LAN clients and PPP Connection.

LAN Clients Help section for LAN Clients.

PPP Connection Help for establishing a PPP Connection.

TOOLS STATUS

Log Out

HELP

Figure 47 Help Menu Screen

Click on one of the links to access a help screen, when finished

use the browsers back button.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

63/78


3.6 Module Information

Use this screen to view information about the MTT-19 module.

12:30:55>SHOWTIME ANSI/ANNEX A< MODULE INFORMATION

MODULE TYPE :MTT-19MODULE S/N :0000060HW REV. NO. :200LAN MAC ADDR. :200WAN MAC ADDR. :200BOOTLOAD VER. :1.2.0.4KERNEL VER. :3.6.0C.2.5FILE SYS. VER.:3.6.0C.2.5DSL DATAPUMP :4.02.01.00

Figure 48 Module Information Screen

The following information is displayed:

MODULE TYPE: Part number of the module installed in the left

port of the test set, in this case it is MTT-19.

MODULE S/N: Serial number of the installed module, in this

case it is 000060.

HW REV. NO.: Hardware Revision Number, in this case it is

200.

LAN MAC ADDR.: Local Area Network Media Access Control

Address, in this case it is 200.

WAN MAC ADDR.: Wide Area Network Media Access Control

Address, in this case it is 200.

BOOTLOAD VER.: Bootload version, in this case it is 1.2.0.4.

KERNEL VER.: Kernel Version, in this case it is 3.6.0C.2.5.

FILE SYS. VER.: File System Version, in this case it is

3.6.0C.2.5.

DSL DATAPUMP: Datapump version, in this case it is

4.02.01.00.

When finished viewing, press ESC.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

64/78

64 SSMTT-19

3.7 View/Store/Print

Use this screen to store different results to view or print at a later

time. To store results, use the procedure in Section 3.7.1.

RENAME DELETE moreUN/LOCK

11:50:45

VIEW/STORE/PRINT Free space: 9048 Kbyte NAME TYPE LOCK1. Sunrise test 1 TI2. Sunrise test 2 TI3.4.5.6.7.8.9.10.

VIEW PRINT moreSAVE

Figure 49 View/Store/Print List Screen

The following F-keys are available:

VIEW(F1): Allows viewing of a selected file. See Section 3.7.2.SAVE(F2): Select a blank line and press this key to save your

results. See Section 3.7.1.

PRINT(F3): Print a selected file. See Section 3.7.3.

RENAME(more, F1): Rename a file, unless locked. See Section

3.7.6.

DELETE (more, F2): Delete a file, unless locked. See Section

3.7.4.

UN/LOCK(more, F3): Protect a file from changes or deleting.

See Section 3.7.5.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

65/78


3.7.1 Saving a Test

1. From any screen that contains a STORE F-key, press it and

refer to Figure 49.

2. Use to select an empty line and press SAVE (F4). Afilename character screen is displayed as in the following

figure:

INSERT DELETE INPUT SAVE

11:50:45

VIEW/STORE/PRINT

FILENAME:

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

3. Use to move the cursor to the desired character.

Press ENTER to place the desired character on the label. You

may enter up to 15 characters.

4. Continue this process until the label is complete. Press SAVE

(F4) to escape the character grid and return to the STORERESULTS screen.

If a mistake is made in the entry:

- Use CLEAR (F1) to clear the entire entry.

- Use BACK-SP (F2) to move the insertion point to the left,

along with deleting the character along the way.

3.7.2 Viewing a Stored Test

1. From the module main menu, select VIEW/STORE/PRINT and

refer to Figure 49.

2. Select the desired file by pressing .

3. Press VIEW (F1) and the stored screen will appear.

4. When finished, press ESC.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

66/78

66 SSMTT-19

3.7.3 Printing a Stored Test

1. Connect a SunSet printer to the serial port of the test set.

For other types of printers or more information, refer to the

Storing and Printing chapter in your test set users manual.


refer to Figure 49.


4. Press PRINT (F3) and the file will begin printing.

5. When finished, press ESC.

3.7.4 Deleting a Stored Test


refer to Figure 49.


3. Press DELETE (more, F2) and the file is deleted.

3.7.5 Locking and Unlocking a Stored Test


refer to Figure 49.


3. Press UN/LOCK (more, F3) and the file is locked or unlocked

as indicated to the right of the file name as in Figure 49.

3.7.6 Renaming a Stored Test


refer to Figure 49.

2. Select the desired file by pressing .3. Press RENAME (more, F2) and a character screen is displayed

like in Figure 50. Note if the file is locked the screen will not

appear.

4. There will be a blinking insertion point after the filename. You

may do the following to the filename:

Press CLEAR (F1) to erase the filename.

Press BACK-SP (F2) to erase the character to the left of the

insertion point.

Do nothing to the filename but add characters.

5. Once the filename is edited as in step 4, use to

move the cursor to the desired character in the grid. Press

ENTER to place the desired character on the label. You may

enter up to 15 characters.6. Continue this process until the label is complete. Press SAVE

(F4) to escape the character grid and return to the VIEW/

STORE/PRINT screen.

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

67/78


4 Reference

4.1 PING Technology

The name PING is derived from the SONAR world where one

pings an object in the water and listens for its echo. This con-

cept applies to the Internet world, where one pings an address

and waits for its echo (reply). This verifies that the end device is

present and that the connection is active.

The PING message is an ICMP (Internet Control Message Pro-

tocol) message. Both devices must be using TCP/IP protocol.

However, IP can be encapsulated onto the ADSL physical layer

in several ways. Figure 51 provides a summary of the different

implementation schemes for IP over ADSL.

Ethernet over ATM

Application

Software

TCP/IP

802.3 Ethernet

RFC 1483

AAL5/ATM

ADSL

Classical IP over ATM

Application

Software

TCP/IP

RFC 1483

AAL5/ATM

ADSL

PPP over ATM

ADSL

AAL5/ATM

RFC 2364

PPP

Application

Software

TCP/IP

Application

Software

PPP over Ethernet

ADSL

AAL5/ATM

RFC 1483

802.3 Ethernet

RFC 2516

PPP

TCP/IP

Figure 51 Encapsulation Technologies for IP over ADSL

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

68/78

68 SSMTT-19

4.1.1 Classical IP over ATM (CLIPoA)

ATM25

AAL5

ATM

IP

TCP

ATM ATM

ADSL OC-3

AAL5

ATM

IP

TCP

ATU-R

ATM

25.6 ADSL

DSLAM

ATM-VC

ISP

Figure 52 Classical IP over ATM

Classical IP over ATM is an IETF protocol which uses ATMs high

speed ability in the Local Area Network. It uses ATMF (ATM25.6)physical interface over Twisted Pair Cable (per ATM Forum) to

interconnect in the LAN at the speed of 25.6 Mbps.

Classical IP over ATM reduces overhead by having IP and ARP

datagrams encapsulated in AAL5 using IETF RFC1483 LLC/SNAP

encapsulation.

4.1.2 Ethernet Frames over ATM (EoA)

In this case, the Ethernet frames are encapsulated into the ATM

Adaptation Layer 5 (AAL5) using RFC 1483. The encapsulation

supports both routing and bridged. This is based on the standard

RFC 1483 Multi protocol Encapsulation over AAL 5.

The following figure shows a sample configuration of Ethernetover ATM used in the field. In this case, IP address management

can be static with RFC 1483 Bridge encapsulation, dynamic with

the use of DHCP session management or it can use RFC 1483

Routed.

ATM

802.3

IP

802.3 ADSL

AAL51483

ATM 802.3

IP Routing

AAL5 WAN Media

ATU-R

DSLAM

ATM-VC

802.3

IP

ADSL OC-3 OC-3

1483

LAN Media

B-RAS

ISP

Figure 53 Ethernet over ATM

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

69/78

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

70/78

70 SSMTT-19

For PPP (PPPoE and PPPoA), IP address management will most

likely be dynamic. However, static IP address management can ex-

ist. PPPoA has the following implementations of IP management:

Static IP address management over PPP. Dynamic IP address management over PPP. In this case, the

IP address is requested and assigned at the time of the con-

nection.

Authentication is commonly used since it provides security for

the connection. In the case of PPP, identification is controlled

with a user name and password. These will be required in order

to open a link with the ISP. Identification can use either the PAP

or the CHAP authentication mechanisms. The PPP session is

opened with the Broadband-Remote Access Server (B-RAS). The

LCP session is handled between the B-RAS and the PC (CPE) to

manage the authentication of the user name and password.

4.1.5 PING Acronyms

Here are some of the acronyms and abbreviations you will com-

monly encounter.

CHAP: Challenge Handshake Authentication Protocol

CLIPoA: Classical IP over ATM

DHCP: Dynamic Host Configuration Protocol

LCP: Link Control Protocol

LLC: Logical Link Control

PAP: Password Authentication Protocol

PPP: Point-to-Point ProtocolPPPoA: Point-to-Point over ATM

PPPoE: Point-to-Point over Ethernet

PVC: Permanent Virtual Circuit

VCI: Virtual Channel Identifier

VPI: Virtual Path Identifier

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

71/78


Index

AApplications

IP PING Test; 45

IP Status; 42

IP Trace Route; 47

Testing an ADSL Line; 5

ATMF; 68

ATM OAM Features Screen

F4 COUNT; 34

F5 COUNT; 34

TYPE

F5EE; 33

F5SG; 33

VCI; 33VPI; 33

B

B-RAS; 70

C

Cautions; 2

CHAP; 70

CLIPoA; 70

D

DHCP; 70

F

Figures

01 Connecting to the ATU-C; 5

02 Module Connector Panel; 7

03 Test Set LED Panels; 7

04 Menu Tree; 9

05 Modem Setup Screen; 10

06 Link Turn-Up Result Screens; 11

07 Link Turn-up Results from a Good Circuit; 13

08 Link Turn-up Results from a Borderline Circuit; 13

09 Bits Per Tone Screens; 14

10 SNR Per Tone Screens; 16

11 Link Measurements (Interleaved) Screen; 17

12 Link Measurements (Fast) Screen; 18

13 Link Measurements Screen; 19

14 LLC-BRG PING Setup Screen; 21

15 LLC Ping Test Passed; 23

16 DHCP: IP Address Assigned; 24

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

72/78

72 SSMTT-19

17 DHCP: PING Passed; 24

18 PPPoA PING Setup Screen; 25

19 PPP PING Results Screen; 28

20 Profile Configuration Screen; 2921 VCC Scan Screen; 31

22 ATM OAM Features Screen; 33

23 Network Statistics Screens; 35

24 IP Configuration Screens; 39

25 DHCP IP Screen; 42

26 ARP IP Status Screen; 43

27 PPP IP Screen; 44

28 PING Test Screen; 45

29 Trace Route Screen; 47

30 Pass Through Modem Emulation Setup; 49

31 Home Screen; 51

32 Setup Main Screen; 51

33 WAN PPPoE and PPPoA Setup Screens; 5234 Static Connection Setup Screen; 54

35 DHCP Connection Setup Screen; 55

36 Bridge Connection Setup Screen; 56

37 CLIP Connection Setup Screen; 57

38 Tools Summary Screen; 58

39 System Commands Screen; 58

40 User Management Screen; 59

41 Update Gateway Screen; 59

42 Status Summary Screen; 60

43 Connection Status Screen; 60

44 DHCP Clients Screen; 61

45 Modem Status Screen; 61

46 Product Information Screen; 6247 Help Menu Screen; 62

48 Module Information Screen; 63

49 View/Store/Print List Screen; 64

50 Character Entry Screen; 65

51 Encapsulation Technologies for IP over ADSL; 67

52 Classical IP over ATM; 68

53 Ethernet over ATM; 68

54 PPP over Ethernet (PPPoE); 69

55 PPP over ATM (PPPoA); 69

I

ICMP; 67

IETF; 68

IP Configuration

AUTHENTICATION

PAP, CHAP, AUTO, NONE; 40

ENCAPSULATION

LLC, VC MUX, AUTO; 39

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

73/78


GATEWAY; 41

IP TYPE

STATIC, DHCP, DYNAMIC; 40

LOCAL IP; 41MODE

Profile, LLC-BRG, LLC-RTE, CLIPoA, PPPoA; 38

PASSWORD; 41

USER ID; 41

VCI; 41

VPI; 41

IP PING Results

Loss Rate%; 46

PING: ; 46

PING: FAIL; 46

PING: IN PROGRESS; 46

PING: PASS; 46

Received; 46Round Trip (ms); 46

Sent; 46

IP PING Test Configuration

PING COUNT; 46

PING LENGTH; 46

IP Status

GATEWAY; 43

LOCAL IP; 43,44

NETWORK MASK; 43

L

LCP; 70

Link Measurements (Fast) ScreenCRC; 18

FEC; 18

HEC; 18

LCD; 18

NCD; 18

Link Measurements (Interleaved) Screen

CRC; 17

FEC; 17

HEC; 17

LCD; 18

NCD; 18

Link Measurements Screen

BLOCK ERR RATE; 19ERROR SEC; 19

LOSS OF SIG SECONDS; 19

RETRAINS; 19

SEVERE ERR SEC; 19

UNAVAILABLE SEC; 19

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

74/78

74 SSMTT-19

LLC; 70

LLC-BRG PING Setup Screen

DESTINATION IP; 22

ENCAPSULATIONLLC; 21

VC MUX; 21

GATEWAY; 22

IP ADDRESS

DHCP; 22

STATIC; 22

LOCAL IP; 22

VCI; 21

VPI; 21

M

Menu Tree; 9

Module Information ScreenBOOTLOAD VER.; 63

DSL DATAPUMP; 63

FILE SYS. VER.; 63

HW REV. NO.; 63

KERNEL VER.; 63

LAN MAC ADDR.; 63

MODULE S/N; 63

MODULE TYPE; 63

WAN MAC ADDR.; 63

Module Panel LEDs

10/100 DATA

Green; 7

Yellow; 7

N

Network Statistics-PC Side

Help Tab; 62

Home Tab-PC Side; 35,51

Setup Main Screen; 51

Setup Tab

Bridge Connection Setup Screen

Encapsulation-LLC, VC; 56

Select LAN; 56

CLIP Connection Setup Screen

ARP Server; 57

Default Gateway; 57

IP Address; 57

Mask; 57

DHCP Connection Setup Screen

Default Gateway; 55


8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

75/78


Gateway; 55

IP Address; 55

Mask; 55

PPP SettingsAuthentication; 53

Auto PVC; 53

CDVT; 53

Idle Timeout; 53

Keep Alive; 53

MBS; 53

MTU; 53

Name; 52

Options-Nat and Firewall; 52

Password; 53

PCR; 53

Priority Bits; 52

PVC; 53QoS; 53

SCR; 53

Sharing; 52

VCI; 53

VLAN ID; 52

VPI; 53

Static Connection Setup Screen

Default Gateway; 54

DNS 1, 2, 3, and 4; 54


IP Address; 54

Mask; 54

Mode; 54Status Tab

Connection Status Screen; 60

DHCP Clients Screen; 61

Product Information Screen; 62

Status Summary Screen; 60

Tools Summary Screen; 58

Tools Tab

System Commands Screen

Restart; 58

Restore Defaults; 58

Save All; 58

Update Gateway Screen; 59

User Management Screen

Confirmed Password; 59

Idle Timeout; 59

Password; 59

User Name; 59

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

76/78

76 SSMTT-19

Network Statistics Test Set Side

ATM AAL5 Statistics Screen

PDUs; 36

TOTAL BYTES; 36TOTAL ERRORS; 36

ATM Statistics Screen

BAD HEC CELLS; 36

DROPPED CELLS; 36

GOOD CELLS; 36

IDLE CELLS; 36

Ethernet Statistics Receive Screen

BROADCAST FRMS; 36

CRC ERRORS; 36

GOOD FRAMES; 36

MULTICAST FRMS; 36

OVERRUNS; 36

TOTAL BYTES; 36UNDERSIZED FRMS; 36

Ethernet Statistics Transmit Screen

BROADCAST FRMS; 35

CARRIER SENSE ERR; 35

COLLISIONS; 35

ERROR FRAMES; 36

GOOD FRAMES; 35

MULTICAST FRMS; 35

TOTAL BYTES; 35

P

PAP; 70

Pass Through Modem Emulation Setup; 49PING Setup/Test; 20

PING Setup Screens

MODE

LLC-BRG; 20

LLC-RTE; 20

PPPoA; 20

PPPoE; 20

PROFILE; 20

PING Test

ET; 45

LOCAL IP; 45

ST; 45

PPP; 70

PPPoA; 70

PPPoA or PPPoE PING Setup Screen

AUTHENTICATION

CHAP; 26

PAP; 26

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

77/78


DESTINATION IP; 27

ENCAPSULATION

LLC; 25

VC MUX; 25IP ADDRESS

DHCP; 26

STATIC; 26

LOCAL IP; 27

PASSWORD; 27

USER ID; 27

VCI; 26

VPI; 26

PPPoE; 70

PPP Static or Dynamic IP Status

GATEWAY; 44

NETWORK MASK; 44

ProfileCreating; 29

Editing; 30

Invoking; 30

PVC; 70

R

RFC 1483; 68

RFC 2516; 69

T

Tables

01 UNI VPI and VCI Values; 32

Test Set LEDsMODULE (SSMTT) or xDSL (SSxDSL); 7

xTU-R; 7

Trace Route Screen

DEST. IP or DEST URL; 47

ET; 47

Hop; 48

Host Address; 48

LOCAL IP; 47

PROTOCOL

UDP or ICMP; 47

RT (ms); 48

ST; 47

U

UNI VPI and VCI Values; 32

User ID/Password-Entering; 27

8/14/2019 MAN-13255-US001_D00_MTT-19_MMD

78/78

V

VCC Scan

VCI; 31

VPI; 31VCI; 70

View/Store/Print

Deleting; 66

Locking and Unlocking; 66

Printing; 66

Renaming; 66

Saving; 65

Viewing; 65

VPI; 70

W

Warnings; 2

Documents

MAN-13255-US001_D00_MTT-19_MMD