48-Port DSLAM with Modem
Installation and Maintenance Practice
Document Number: 61179641AL1-5C
CLEI Number: VAMDA00A_ _
September 2007
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
Front Matter
Trademarks
Any brand names and product names included in this document are trademarks, registered
trademarks, or trade names of their respective holders.
To the Holder of the Document
The contents of this document are current as of the date of publication. ADTRAN® reserves the
right to change the contents without prior notice.
In no event will ADTRAN be liable for any special, incidental, or consequential damages or
for commercial losses even if ADTRAN has been advised thereof as a result of issue of this
document.
BNovember 2005Update to new format. Software version B02.
CSeptember
2007
This is the third release of this document. This version updates the
software to version B03.06.01
Conventions
The following typographical conventions are used in this document:
This font indicates a cross-reference link.
This font indicates screen menus, fields, and parameters.
THISFONT indicates keyboard keys (ENTER, ESC, ALT). Keys that are to be pressed simultaneously
are shown with a plus sign (
same time
).
This font indicates references to other documentation and is also used for emphasis.
This font indicates on-screen messages and prompts.
This font indicates text to be typed exactly as shown.
This font indicates silkscreen labels or other system label items.
This font is used for strong emphasis.
ALT+Xindicates that the ALTkey and Xkey should be pressed at the
NOTE
Notes inform the user of additional, but essential, information or
features.
CAUTION
Cautions inform the user of potential damage, malfunction, or disruption to equipment, software, or environment.
WARNING
Warnings inform the user of potential bodily pain, injury, or death.
61179641AL1-5Ciii
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
Training
ADTRAN offers training courses on our products. These courses include overviews on product
features and functions while covering applications of ADTRAN product lines. ADTRAN
provides a variety of training options, including customized training and courses taught at our
facilities or at customer sites.
For inquiries concerning training, contact ADTRAN:
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
This page is intentionally blank.
xvi61179641AL1-5C
Section 1
ALARM
CRAFT
PWR
ALM
TOP:POTS BOTTOM: ADSL+POTS PORTS 1-24
TOP:POTS BOTTOM: ADSL+POTS PORTS 25-48
ETHERNET
OUT
EXPANSION
-48V
.....
,5.0A
USE COPPER CONDUCTORS ONLY!
T1/E1
A B
-48V RET -48V RET
FAN MODULE
1179675L1
1179641AL1
T1/E1 1-4
1
2
3
4
T1/
E1
Introduction
GENERAL
The Total Access 1248 (see Figure 1-1) is a Digital Subscriber Line Access Multiplexer
(DSLAM) system that is used to further extend Asymmetrical Digital Subscriber Line (ADSL)
services in the network.
61179641AL1-5C1-1
Figure 1-1. Total Access 1248
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
DESCRIPTION
The Total Access 1248 is a mini-DSLAM that accepts up to four T1 network feeds assigned to
a single IMA group. Inverse Multiplexing over ATM (IMA) is a technology used to bond multiple
(DS1) links into a single data pipe.
The Total Access 1248 provides ADSL2+ service for up to 48 subscribers per unit. Plain Old
Telephone Service (POTS) is brought in from an on-board splitter and is placed on the same
pair as the ADSL2+ signal. Since ADSL2+ and POTS are transported on the same twisted pair,
the subscriber must use a low-pass filter on the line before attempting to use analog services.
The lines are configured for service with flow-through provisioning using a network configuration application such as Telcordia’s Network Configuration (NCON). Permanent Virtual
Circuits (PVCs) in the ATM network to the subscriber’s chosen Internet Service Provider (ISP)
allow the subscriber access to the internet.
The Total Access 1248 contains a V.90 internal modem for remote access.
The Total Access 1248 is rack-mountable and measures 1.75 inches (1U) high, 17.25 inches
wide, and 11.125 inches deep (measurements do not include the mounting brackets). The
device may be powered using one or two –48 VDC sources, one for a non-redundant power
configuration, two for a redundant power configuration.
For detailed specification information on the Total Access 1248 system, refer to “Section 7,
Specifications”.
Features
The Total Access 1248 system incorporates the following features:
• Front panel indication of network, customer, and power/self-test status
• 48 ports of ADSL2+ plus POTS
• Redundant power inputs
• POTS service is not power dependent
• Removable front-accessible fan module (P/N 1179675L1)
• Supports IMA for up to four T1/E1 IMA links
• ADSL options provisionable to accommodate both short and long haul T1s
• Provisioning and alarm monitoring via TL1, SNMP, local craft interface, and inband
management channel
• IMA group support (one group)
• Operates over an extended temperature range of –40°C to +70°C
• Interoperable with any ATM T1 IMA device built to current IMA specifications, which
includes the Total Access 3000 IMA Aggregation System
• Compliant with GR-63-CORE/GR-1089-CORE (NEBS), and Listed to the applicable UL
Safety Standard(s)
• Integrated V.90 modem
• Expansion capabilities for a total of three Total Access 1248 chassis to a Host unit
• In-band management of the expansion chassis
1-261179641AL1-5C
Description
Power and Alarm
T1/E1Ethernet
Expansion
ALARM
CRAFT
PWR
ALM
TOP:POTS BOTTOM: ADSL+POTS PORTS 1-24
TOP:POTS BOTTOM: ADSL+POTS PORTS 25-48
ETHERNET
OUT
EXPANSION
-48V
.....
,5.0A
USE COPPER CONDUCTORS ONLY!
T1/E1
A B
-48V RET -48V RET
FAN MODULE
1179675L1
1179641AL1
T1/E1 1-4
Front Panel LEDs
Figure 1-2 shows the location of the Total Access 1248 front panel LEDs. Upon initial
powering, the Total Access 1248 system performs a power up self-test. Once the power up
self-test is complete, the status LEDs reflect the condition of the hardware.
Figure 1-2. Total Access 1248 Front Panel LEDs
See Table 1-1 for a listing of LEDs and their status.
Table 1-1. Front Panel LEDs
LabelStatusDescription
PWR
ALM
T1/E1 1–4
ETHERNET
Green
Yellow
Red
Off
Yellow
Red
Off
Green
4Green Flashing
Yellow
4 Yellow Flashing
Red
Off
Green
4Green Flashing
Yellow
Total Access 1248 is In Service
Total Access 1248 is Out of Service-Maintenance
Total Access 1248 Failed self-test
No power present on Total Access 1248
Total Access 1248 is reporting a Minor alarm
Total Access 1248 is reporting a Major alarm
No alarms reported on Total Access 1248
All good
T1/E1 OK, no IMA Sync
Signal present OOF
T1/E1 is in loopback
No signal
Facility unassigned
Ethernet signal present
Ethernet with traffic
No signal
EXPANSION OUT
61179641AL1-5C1-3
Green
4Green Flashing
Yellow
Connected to a downstream box
Connected with traffic
No signal
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
C A U T I O N !
SUBJECT TO ELECTROSTATIC DAMAGE
OR DECREASE IN RELIABILITY.
HANDLING PRECAUTIONS REQUIRED.
Compliance
CAUTION
Electrostatic Discharge (ESD) can damage electronic modules.
When handling modules, wear an antistatic discharge wrist strap
to prevent damage to electronic components. Place modules in
antistatic packing material when transporting or storing. When
working on modules, always place them on an approved antistatic
mat that is electrically grounded.
The Total Access 1248 is NRTL listed to the applicable UL standards. The Total Access 1248
meets or exceeds all the applicable requirements of NEBS, Telcordia GR-63-CORE, and
GR-1089-CORE.
The Total Access 1248 is intended for deployment in Central Office type facilities, EEEs,
EECs, and locations where the NEC applies. Install the Total Access 1248 in a restricted
access location. Table 1-2 shows the compliance codes for the Total Access 1248.
Table 1-2. Compliance Codes
Configuration CodesInputOutput
Power Code (PC)FC
Telecommunication Code (TC)XX
Installation Code (IC)A–
This device complies with Part 15 of the FCC rules. Operation is subject to the following two
conditions:
1. This device may not cause harmful interference.
2. This device must accept any interference received, including interference that may cause
undesired operation.
Changes or modifications not expressly approved by ADTRAN could void the user’s authority
to operate this equipment.
1-461179641AL1-5C
CAUTION
Per GR-1089-CORE the Total Access 1248 is designed and
intended for installation as part of a Common Bonding Network
(CBN). The Total Access 1248 is not designed nor intended for
installation as part of an Isolated Bonding Network (IBN).
CAUTION
Per GR-1089-CORE Section 9, the Total Access 1248 is intended to
be deployed in either a DC-C (common) or DC-I (isolated) installation of the Total Access 1248.
CAUTION
The Total Access 1248 Chassis frame ground terminal must be
connected to a reliable earth ground.
Description
CAUTION
Connect to a reliably grounded –48 VDC source which is electrically isolated from the AC source. The branch circuit overcurrent
protection shall be a fuse or circuit breaker rated minimum
48 VDC, maximum 3 A.
NOTE
The
POTS and ADSL+POTS ports are classified as Type 1, 3, and 5
as defined in Appendix B of GR-1089-CORE, Issue 4 and meets the
lightning and power fault criteria with any primary protector that
meets any of the voltage limits of GR-974-CORE or GR-1361-CORE
(i.e., carbon blocks, gas tubes, solid states, etc.). Solid-state
primary protectors are not recommended as they could affect the
signal integrity of the ADSL.
NOTE
Current limiting protectors are not required.
61179641AL1-5C1-5
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
This page is intentionally blank.
1-661179641AL1-5C
Section 2
ALARM
CRAFT
PWR
ALM
TOP:POTS BOTTOM: ADSL+POTS PORTS 1-24
TOP:POTS BOTTOM: ADSL+POTS PORTS 25-48
ETHERNET
OUT
EXPANSION
-48V
.....
,5.0A
USE COPPER CONDUCTORS ONLY!
T1/E1
A B
-48V RET -48V RET
FAN MODULE
1179675L1
1179641AL1
T1/E1 1-4
Power
To Ground
24 Ports
ADSL2+ Plus POTS
SubscriberSubscriber
24 Ports
ADSL2+ Plus POTS
SubscriberSubscriber
POTS Ports 1-24POTS Ports 25-48
Voice Switch or DLC Providing 1-48 POTS
Quad IMA Providing 1-4 DS1s
Central Office or Remote Terminal
Application Guidelines
INTRODUCTION
The Total Access 1248 provides 48 ADSL2+ plus POTS ports downstream to the subscriber,
one to four T1 IMA ports upstream to the network, local and remote management capabilities,
and front panel LEDs that indicate status. Figure 2-1 illustrates an operational scenario for
the Total Access 1248.
Figure 2-1. Total Access 1248 Operational Scenario
61179641AL1-5C2-1
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
EXPANSION
Up to four Total Access 1248 systems can be connected together (see Figure 2-2). One of the
units must be a Total Access 1248 Host unit (e.g., P/N 1179641AL1) and the others are Total
Access 1248 Client units (P/N 1179641L5).
The client units (also referred to as Expansion units) have RJ-45 jacks, labeled
OUT, for the purpose of expanding one to another.
and
EXPANSION IN
The Total Access 1248 provides the network connection for all of the client units. All provisioning for the clients is completed through the Host unit.
Beginning with the host, a Category 5e, non-crossover cable is connected from the
OUT
jack of the host to the EXPANSION IN jack of the first client unit. Further connections
between client unit
EXPANSION OUT jacks to EXPANSION IN jacks continue until a total of up to
EXPANSION
three client units have been connected with the third client unit having only a connection to
EXPANSION IN jack.
the
Host
FAN MODULE
1179675L1
TOP:POTS BOTTOM: ADSL+POTS PORTS 1-24
TOP:POTS BOTTOM: ADSL+POTS PORTS 25-48
1179641AL1
T1/E1 1-4
PWR
ALM
T1/E1
ETHERNET
EXPANSION
OUT
A B
-48V RET -48V RET
USE COPPER CONDUCTORS ONLY!
-48V
.....
,5.0A
ALARM
CRAFT
Client 1
FAN MOD ULE
1179675L1
TOP:POTS BOTTOM: ADSL+POTS PORTS 1-24
TOP:POTS BOTTOM: ADSL+POTS PORTS 25-48
1179641L5
A B
EXPANSION
OUT
-48V RET -48V RET
USE COPPER CONDUCTORS ONLY!
-48V
.....
,5.0A
CRAFT
PWR
ALM
EXPANSION
IN
Client 2
FAN MOD ULE
1179675L1
TOP:POTS BOTTOM: ADSL+POTS PORTS 1-24
TOP:POTS BOTTOM: ADSL+POTS PORTS 25-48
1179641L5
A B
EXPANSION
OUT
-48V RET -48V RET
USE COPPER CONDUCTORS ONLY!
-48V
.....
,5.0A
CRAFT
PWR
ALM
EXPANSION
IN
Client 3
FAN MOD ULE
1179641L5
A B
TOP:POTS BOTTOM: ADSL+POTS PORTS 1-24
TOP:POTS BOTTOM: ADSL+POTS PORTS 25-48
PWR
ALM
EXPANSION
IN
EXPANSION
OUT
-48V RET -48V RET
USE COPPER CONDUCTORS ONLY!
-48V
.....
,5.0A
CRAFT
Figure 2-2. Expansion Cabling
2-261179641AL1-5C
1179675L1
C A U T I O N !
SUBJECT TO ELECTROSTATIC DAMAGE
OR DECREASE IN RELIABILITY.
HANDLING PRECAUTIONS REQUIRED.
INTRODUCTION
Electrostatic Discharge (ESD) can damage electronic units. When
handling units, wear an antistatic discharge wrist strap to prevent
damage to electronic components. Place units in antistatic packing
material when transporting or storing. When working on units,
always place them on an approved antistatic mat that is electrically
grounded.
Section 3
Installation
CAUTION
After unpacking the Total Access 1248, inspect it for damage. If damage has occurred, file a
claim with the carrier and then contact ADTRAN Customer Service. Refer to “Appendix A,
Warranty” for further information. If possible, keep the original shipping container to return
the Total Access 1248 for repair or for verification of shipping damage.
61179641AL1-5C3-1
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
Shipping Contents
The shipping container for the Total Access 1248 includes the contents shown in Table 3-1.
Table 3-1. Total Access 1248 Shipping Contents
DescriptionPart NumberQuantity
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem1179641AL11
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem
Installation and Maintenance Practice
Cable Assembly, Ground Wire3125P037@1
Terminal Block32024CON101
Mounting Bracket, 19-inch32655402
Mounting Bracket, 23-inch32655412
Screw, 8-32 × 1/432760030074
Screw, 8-32 × 3/163276110344
Cable Tie32920325
61179641AL1-51
Required Tools
The following tools and materials are required to install the Total Access 1248:
•Wire-wrap tool
• #2 phillips-head screwdriver
• #1 phillips-head screwdriver
• Straight-slot screwdriver
• Multimeter (ohmmeter and voltmeter)
• Crimping tool for power lugs
• Wire strippers
• Side cutters
3-261179641AL1-5C
Installation Prerequisites
INSTALLATION PREREQUISITES
The following items should be completed prior to installing the Total Access 1248:
1. Make sure that the network feed is in place.
2. Make sure that local power is available and that the required fuses are installed.
CAUTION
The maximum power draw for the Total Access 1248 system is 75
watts.
ADTRAN recommends an external fuse rated at 3.0 amps.
3. Complete Table 3-2 with the information that is needed to turn-up and provision the Total
Access 1248.
Table 3-2. Turn-up and Provisioning Prerequisite information
Item DescriptionVal ue
Network Feed/Aggregation System IP Address
Network Feed/Aggregation System Port
Total Access 1248 IP Address
Total Access 1248 Default Gateway
Total Access 1248 Subnet Mask
Total Access 1248 VPI/VCI
Number of Network Facilities Feeding the Total Access 1248
CLEI Code/System Name
61179641AL1-5C3-3
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
INSTALLATION STEPS
The following steps are required to install the Total Access 1248. Each step has an associated
procedure which is referenced below the step. Each procedure provides detailed information
for completing the step.
1. Mount the Total Access 1248 system with the appropriate hardware.
For detailed information, refer to “Mounting the Total Access 1248” on page 3-5.
2. Ground the Total Access 1248.
For detailed information, refer to “Ground Connection” on page 3-8.
3. Make the power connections to the Total Access 1248.
For detailed information, refer to “Power Connection” on page 3-9.
4. Connect the Ethernet cable to the Total Access 1248.
For detailed information, refer to “Ethernet Connection” on page 3-11.
5. Connect the DB-15 male alarm cable connector to the Total Access 1248 and wire-wrap
the connections to an alarm panel.
For detailed information, refer to “Alarm Connections” on page 3-12.
6. Connect the network cable.
For detailed information, refer to “Network Connections” on page 3-13.
7. Connect the ADSL2+ plus POTS and POTS cables.
For detailed information, refer to “ADSL2+ Plus POTS Connections” on page 3-14.
8. Turn-up the Total Access 1248.
For detailed information, refer to “Quick Turn-up Steps” on page 3-19.
3-461179641AL1-5C
Installation Steps
1
2
3
4
T1/E
1
P/N 3265541
23-inch Mounting Brackets
FRONT
BACK
P/N 3265540
19-inch Mounting Brackets
1
2
3
4
T1/
E1
FRONT
BACK
Mounting the Total Access 1248
The Total Access 1248 is shipped with two sets of mounting brackets that accommodate either
a 19-inch or 23-inch rack.
• The mounting brackets used for a 19-inch rack are part number 3265540.
• The mounting brackets used for a 23-inch rack are part number 3265541.
The mounting brackets provide for flush or mid-mounting configurations. Figure 3-1 shows
the Total Access 1248 mounting bracket installation options. Four screws (supplied with the
unit) are required for mounting the brackets to the system.
Figure 3-1. Mounting Brackets
61179641AL1-5C3-5
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
19-inch Mounting Brackets
23-inch Mounting Brackets
Flush-mount Orientation
1
2
3
4
T1/E1
FRONT
BACK
Flush-mount
For flush-mount systems, the Total Access 1248 must be mounted from the front of the rack,
with mounting brackets in the flush-mounting orientation (see Figure 3-2). When flushmounting a Total Access 1248 in the rack, use a #2 phillips-head screwdriver and attach the
mounting brackets to the front screw holes with the flanges containing the slotted rackmounting holes facing the front of the Total Access 1248.
Using four screws appropriate for the mounting rack and the appropriate screwdriver, secure
the Total Access 1248 in place on the rack.
Figure 3-2. Flush-mount Orientation
3-661179641AL1-5C
Installation Steps
Mid-mount
For mid-mount systems, the Total Access 1248 must be mounted from the front of the rack,
with mounting brackets in the mid-mounting orientation (see Figure 3-3). For mid-mounting a
Total Access 1248 in the rack, use a #2 phillips-head screwdriver and attach the mounting
brackets to the rear screw holes with the flanges containing the slotted rack-mounting holes
facing the front of the Total Access 1248.
Using four screws appropriate for the mounting rack and the appropriate screwdriver, secure
the Total Access 1248 in place on the rack.
BACK
1
3
2
T1/E1
4
FRONT
Mid-mount Orientation
19-inch Mounting Brackets
23-inch Mounting Brackets
Figure 3-3. Mid-mount Orientation
61179641AL1-5C3-7
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
1
2
3
4
T1/E1
Ground Connection
The ground wire must be 12 to 18 AWG, however, it must be as large or larger than the wire
used for power. The Total Access 1248 must be grounded to a reliable grounding source.
To connect the ground wire, perform the following steps:
1. Connect the ground wire (fitted with a loop terminal end) to the ground lug on the front of
the Total Access 1248 (see Figure 3-4).
2. Clean the surface of the frame ground source and apply an appropriate antioxidant.
3. Connect the other end of the ground wire to the grounded frame.
4. Using an ohmmeter, verify continuity between the ground lug and a known good frame
ground. The reading should be less than 1 ohm.
Figure 3-4. Total Access 1248 Ground Connection
3-861179641AL1-5C
Installation Steps
Power Connection
The Total Access 1248 provides redundant power inputs. Two sources of –48 VDC must be
provided to use the redundant power feature. The power wires must be 12 to 18 AWG
stranded copper. The Total Access 1248 uses a four-point terminal block (see Figure 3-5) to
accept the –48 VDC and –48 VDC RET leads.
-48 VDC A
-48 VDC A RET
-48 VDC B
-48 VDC B RET
Figure 3-5. Four-point Terminal Block
NOTE
If a non-redundant power configuration is to be implemented, use
the connections marked –48 VDC A and –48 VDC A RET.
To connect the power source, perform the following steps:
1. With the power disconnected at the source, remove approximately 1/4-inch of insulation
from the ends of both power wires.
NOTE
ADTRAN recommends an external fuse rated at 3 amps.
2. Using a small flat-head screwdriver, loosen the setscrews on the top of the terminal block.
3. Insert the bare wire into the opening on the front of the terminal block, making sure that
the wire is inserted correctly according to the labeling on the unit above the terminal
block.
4. While holding the wire in place, tighten the setscrew until the wire is secure.
5. Repeat steps 1 to 4 until all power leads are connected.
6. Apply power to the Total Access 1248 and test the voltage and polarity on the terminal
block using the tops of the setscrews as test points.
61179641AL1-5C3-9
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
FAN MODULE
1179675L1
Fans/Fan Filter
The Total Access 1248 is shipped with a pre-installed fan module (P/N 1179675L1). The fan
module is located on the right side of the unit, and contains four fans (see Figure 3-6). The
fans move filtered air (if the filter is installed) into the Total Access 1248 chassis and out
through the exhaust slots on the left side.
The fans are monitored by the system and are tested during power-up or when a fan module is
installed. The fans can also be manually tested from the Self-test Menu. If any fan fails, the
PWR LED lights red indicating a self-test failure. At the same time, a minor alarm is generated
indicating the problem. This also occurs if the fan(s) fail during use. If the fan module is
removed from the shelf for replacement and/or maintenance, the alarm can be suppressed
depending on the fan alarm delay.
The fans are thermostatically controlled and are only powered on when necessary. Initially,
only one fan is activated. The fans are alternated to maintain the specified temperature level.
If the temperature continues to rise, all fans are used at the same time. In the event the
temperature still remains too high, the ADSL circuits are shut down until a safe operating
temperature is reached.
The fan module and fan filter are field-replaceable.
Figure 3-6. Total Access 1248 Fan Module
FAN MODULE
1179675L1
3-1061179641AL1-5C
Installation Steps
PWR
ALM
4
O
EXPANSION
E
-
.
,5.0A
.
USE CO
!
T1/E1
L1
Ethernet Connection
The Total Access 1248 interfaces with networks for management through an Ethernet port
(see Figure 3-7).
FAN MODUL
1179675
T1/E1
PORTS 1-2
Figure 3-7. Total Access 1248 Ethernet Port
The following Ethernet protocols are supported:
• IEEE 802.3, 10/100Base-T
• DHCP Client Mode for Management
•SNMP
ETHERNET
PPER CONDUCTORS ONLY
UT
48V
....
61179641AL1-5C3-11
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
4
OU
EXPANSION
-48V
.....
,5.0A
.
USE CO
!
-
L1
1
ALARM
Alarm Connections
The Total Access 1248 provides an alarm port (see Figure 3-8) with three auxiliary alarm
inputs and three alarm outputs (Major, Minor, and Critical). If load shedding is active then the
Critical alarm output will be active. Alarm inputs are activated by shorting A and B contacts
(closing an externally connected relay). The outputs provide both normally open and normally
closed pins (through internal relay contacts) for proper operation with a variety of alarm
panels. Each alarm event generates an autonomous TL1 message that is transmitted via the
in-band management channel to a monitoring device.
A cable with a high density DB-15 male connector on one end and a stub at the other end is
available (P/N 1196DB901L1) for wire-wrap connections to an alarm panel.
N MODUL
1179641AL
48V RET
1179675
PORTS 1-2
Figure 3-8. Total Access 1248 Alarm Connection
The alarm pinouts are shown in Table 3-3.
Table 3-3. Alarm Pinouts
PinColorContact Description
1RedAlarm 3 Input - A
2Red/BlackAlarm 1 Input - B
3Red/WhiteCritical Alarm COM
4OrangeMinor Alarm COM
5Orange/BlackMajor Alarm COM
6WhiteAlarm 3 Input - B
7White/BlackAlarm 2 Input - A
8BlackCritical Alarm NC
PPER CONDUCTORS ONLY
T
9Black/WhiteMinor Alarm NC
10Blue/BlackMajor Alarm NC
11Blue/WhiteAlarm 2 Input - B
12BlueAlarm 1 Input - A
13Green/BlackCritical Alarm NO
14Green/WhiteMinor Alarm NO
15GreenMajor Alarm NO
3-1261179641AL1-5C
Installation Steps
A
!
1
1
A
-48V RET -48V RET
T1/E1 1-4
Network Connections
Network connections are accomplished via the 50-pin amphenol connector labeled T1/E1 1-4
(see
Figure 3-9). See Table 3-4 for the pinout of the T1/E1 interface and the analog modem.
FAN MODUL
1179641AL
1179675L
PORTS 1-24
USE COPPER CONDUCTORS ONLY
-48V
Figure 3-9. Total Access 1248 Network Connection
Table 3-4. T1/E1/Modem Interface Pinout
Pin NumbersDescription
1, 26RX Tip/Ring 1
2, 27TX Tip/Ring 1
3, 28RX Tip/Ring 2
4, 29TX Tip/Ring 2
5, 30RX Tip/Ring 3
6, 31TX Tip/Ring 3
7, 32RX Tip/Ring 4
8, 33TX Tip/Ring 4
9, 34Unused
,5.0
10, 35Unused
11, 36Unused
12, 37Unused
13, 38Unused
14, 39Unused
15, 40Unused
16, 41Unused
17–24Unused
42–49Unused
25, 50Modem Tip/Ring
61179641AL1-5C3-13
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
T
.
,5.0A
!
-48V
1
9641AL1
ADSL2+ Plus POTS Connections
The Total Access 1248 utilizes four 25-pair amphenol connectors (see Figure 3-10), which are
used as follows:
• Two amphenols for connection to the POTS pairs
• Two amphenols for connection to the ADSL2+ plus POTS pairs
AN MODUL
7
-48V RET
ET
TOP:POTS BOTTOM: ADSL+POTS PORTS 1-24
TOP:POTS BOTTOM: ADSL+POTS PORTS 25-48
ETHERNET
T1/E1
E COPPER CONDUCTORS ONLY
U
48V
...
Figure 3-10. Total Access 1248 POTS and ADSL+POTS Connections
179675L
POTS Interface
Each POTS interface on the Total Access 1248 accepts a POTS signal from the CO and passes
it through to the ADSL2+ plus POTS interface for delivery to the subscriber. POTS service is
not affected by loss of power to the unit.
ADSL2+ Plus POTS Interface
Each ADSL2+ plus POTS interface provides transport for standard POTS from the Central
Office (CO) to the customer. The frequency ranges for Total Access 1248 deployment are as
follows:
• POTS accommodates frequency ranges up to 4 kHz
• ADSL and ADSL2 accommodates frequency ranges up to 1.1 MHz
• ADSL2+ accommodates frequency ranges up to 2.2 MHz
Any analog devices connected to this interface must use a low-pass filter to prevent high
frequencies from interfering with the device.
3-1461179641AL1-5C
Installation Steps
POTS Connection
The Total Access 1248 must be connected to a POTS source to provide POTS to the
subscribers. In a standard configuration, the POTS will be brought in from a nearby crossconnect. The Total Access 1248 accepts the POTS signal on the top two amphenol connectors
labeled POTS. There is a one-to-one correlation between the pins on the POTS amphenol
connectors and the pins on the ADSL plus POTS (ADSL+POTS) amphenol connectors. Refer to
the “Customer Connections (ADSL+POTS)” section below for more information.
To establish a POTS connection, perform the following steps:
1. Connect the cables with the 25-pair female amphenol connectors to the male amphenol
connectors provided, labeled POTS.
2. Tighten the screws (normally provided with each amphenol connector attached to the
cable) on the right side of each amphenol connector, and use the cable ties (provided)
through the tie brackets (provided) to secure the left side of the amphenol connectors.
NOTE
This wire tie may be used to assist in routing the power cables and
the ADSL+POTS cables that originate from the right most amphenol connector.
NOTE
The POTS interface may be connected to the outside plant.
Customer Connections (ADSL+POTS)
The Total Access 1248 provides 48 ADSL+POTS ports on two 50-pin male amphenol
connectors. POTS is brought in from the Central Office (CO) on the POTS amphenol
connectors as described in the preceding section. The ADSL is generated locally and placed on
the same pair as the corresponding POTS signal for delivery to the subscriber.
There is a one-to-one correlation between the pins on the ADSL+POTS amphenol connectors
and the pins on the POTS amphenol connectors. Refer to the “POTS Connection” section above
for more information. The 25th pair is not used. To establish the ADSL+POTS connection,
perform the following steps:
1. Connect the 25-pair female amphenol connectors to the male amphenol connectors provided, labeled
ADSL+POTS.
2. Tighten the screws (normally provided with each amphenol connector attached to the
cable) on the right side of each amphenol connector, and use the cable ties (provided)
placed through the tie brackets (provided) to secure the left side of the amphenol
connectors.
The pin assignments for the left and right POTS and ADSL+POTS cables are shown in
Table 3-5 and Table 3-6.
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Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
Table 3-5. POTS and ADSL+POTS Cable Pin Assignments for Left-most Connectors
Pair #Pins R.T.Pair #Pins R.T.
11, 261313, 38
22, 271414, 39
33, 281515, 40
44, 291616, 41
55, 301717, 42
66, 311818, 43
77, 321919, 44
88, 332020, 45
99, 342121, 46
1010, 352222, 47
1111, 362323, 48
1212, 372424, 49
2525, 50 Not used
Table 3-6. POTS and ADSL+POTS Cable Pin Assignments for Right-most Connectors
Pair #Pins R.T.Pair #Pins R.T.
261, 263813, 38
272, 273914, 39
283, 284015, 40
294, 294116, 41
305, 304217, 42
316, 314318, 43
327, 324419, 44
338, 334520, 45
349, 344621, 46
3510, 354722, 47
3611, 364823, 48
3712, 374924, 49
5025, 50 Not used
3-1661179641AL1-5C
TOTAL ACCESS 1200F CONVERSION
4
ALARM
CRAFT
CAUTION
The order of subtended Total Access 1200 Series DSLAMS must be
preserved when connecting to the Total Access 1200F for translation to the legacy ATM mode PVCs. See Table 3-7.
Table 3-7. Order of Subtended Clients
Total Access 1200F Conversion
Total Access 1200F Expansion Port
Total Access 1200 Series Client
1Total Access 1100 Series Host
(Client 1)
2Client 2
3Client 3
4Client 4
Existing Total Access 1200 Series DSLAM installations require a software upgrade to convert
the Total Access 1200 Series DSLAMs to function with a Total Access 1200F.
To upgrade each Total Access 1200 Series DSLAM, perform the following steps:
CAUTION
Upgrading the firmware disrupts DSL service to the customer.
1. Connect a VT100-capable laptop/terminal to the
DSLAM (see Figure 3-11 for the location of the
CRAFT port of a Total Access 1200 Series
CRAFT port).
PORTS 1-2
Figure 3-11. Total Access 1100 Series DSLAM Craft Port
2. Set the terminal baud rate to 9600 baud, 8 data bits, no parity, 1 stop bit, and no flow
control.
NOTE
The 4-MB Flash Upgrade must be made at 9600 baud.
61179641AL1-5C3-17
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
3. Press and hold the Y key on the terminal keyboard and apply power to the Total Access
1200 Series DSLAM.
4. When prompted, select 38400 for a faster transfer rate (20 minutes at 38400 compared to
60 minutes at 9600).
If using HyperTerminal, go off-line, select properties, change the baud rate, then go back
online. VT100 settings should be set as follows:
• Baud Rate: 38400
• Data Bits: 8
•Parity: None
• Stop Bits: 1
• Flow Control: None
If properly connected, a row of CCCCs should begin to display on the screen.
5. Download the current file identified by network administration using the Y-Modem
protocol.
If using HyperTerminal, use the Transfer > Send File... Browse... dialogue and identify the
file by name and location. Select
YModem, then click Send.
6. Several messages are displayed that report system progress for the upgrade procedure,
including the following:
• Erasing Flash
• Erase Complete
• Programming Flash
• Programming Complete
• Comparing Flash to SDRAM
• Verify Done
• Please set Baud Rate to 9600 and Reboot Unit Now
7. Reboot the Total Access 1200 Series DSLAM when the download is completed.
8. Repeat steps 1 through 7 for each Total Access 1200 Series DSLAM.
9. Connect the Total Access 1200F expansion cables at the DSLAM end.
10. Provision, test, and turn up the equipment. Refer to “Section 4, Provisioning Defaults”
and “Section 5, User Interface” of the Total Access 1200F Installation and Maintenance Practice (P/N 61179660L1-5) for detailed instructions on provisioning the equipment.
NOTE
Access to the Total Access 1200 Series units is now available
through the Total Access 1200F craft access of Inband
Management access ports.
3-1861179641AL1-5C
Quick Turn-up Steps
Total Access 1248
Login: ADMIN
Password: ********
QUICK TURN-UP STEPS
Perform the following steps to complete a basic T1 turn-up of the Total Access 1248 system:
1. Connect VT100 terminal or personal computer emulating a VT100 terminal to the Total
Access 1248 craft port.
For more information, refer to “Craft Interface” on page 5-1.
2. Press
CTRL+R until the Login screen (see Figure 3-12) displays.
Figure 3-12. Login Screen
3. Enter the default username, “ADMIN” (or the configured username with System
Administrator privileges), and press
4. Enter the default password, “PASSWORD” (or the configured password), and press
The username and password fields are case sensitive. The default
values are all uppercase. For more information, refer to “Password
Control Menu” on page 5-49.
The Total Access 1248 Main menu displays (see Figure 3-13).
61179641AL1-5C3-19
ENTER.
ENTER.
NOTE
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
TID: HSVL00001 Total Access 1248 MM/DD/YY HH:MM
Unacknowledged Alarms: None
Total Access 1248
1. Configuration
2. ATM Circuit Management
3. System Management
4. Network Port
5. DSL Menus
6. System Alarms
7. System Event Log
8. Contact Information
9. Enter TL1 mode
10. Logoff
Selection :
'?' - System Help Screen
TID: HSVL00001 Total Access 1248 MM/DD/YY HH:MM
Unacknowledged Alarms: None
Network Port
1. T1
2. IMA
3. Select T1/E1 Mode
Selection :
'?' - System Help Screen
Figure 3-13. Total Access 1248 Main Menu
5. Provision the appropriate network termination.
6. From the Total Access 1248 Main menu, select
Network Port, and press ENTER.
The Network Port menu (see Figure 3-14) displays.
7. From the Network Port menu, select
Figure 3-14. Network Port Menu
3-2061179641AL1-5C
T1, and press ENTER.
8. The T1 Main Menu (see Figure 3-15) displays.
TID: HSVL00001 Total Access 1248 MM/DD/YY HH:MM
Unacknowledged Alarms: None
T1 Main Menu
1. T1 Provisioning
2. T1 Status
3. T1 Performance
4. Test
5. Restore T1 Factory Defaults
Selection :
'?' - System Help Screen
TID: HSVL00001 Total Access 1248 MM/DD/YY HH:MM
Unacknowledged Alarms: None
T1 Provisioning for # 1
1. Type DSX
2. Framing ESF
3. Line Code B8ZS
4. Line Build Out 0 - 133 ft
'N' - Next T1 Port 'P' - Previous T1 Port
Selection :
'?' - System Help Screen
Quick Turn-up Steps
Figure 3-15. T1 Main Menu
9. From the T1 Main Menu, select
T1 Provisioning, and press ENTER.
The T1 Provisioning menu (see Figure 3-16) displays.
Figure 3-16. T1 Provisioning Screen
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Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
10. From the T1 Provisioning menu, configure the Type, Framing, Line Code, and Line Build Out
setting to match the settings of the T1s provided. Press
N to access the next T1 to
configure and continue this process until all the T1s are properly configured.
11. From the T1 Provisioning menu, press
12. From the T1 Main Menu, select T1 Status, and press
ESC to return to the T1 Main Menu.
ENTER.
13. From the T1 Status menu, confirm that the T1s do not have active alarms.
NOTE
If the T1s have active alarms, this is an indication of a network feed
issue.
14. From the T1 Status menu, press
15. From the Network Port menu, select
16. From the IMA Main Menu, select
17. From the IMA Provisioning menu, select
18. From the IMA Facility Provisioning for # 1 menu, select
ENTER.
ESC until the Network Port menu displays.
IMA and press ENTER.
Provisioning, and press ENTER.
IMA Facility, and press ENTER.
Facility Operation Mode, and press
19. From the Operation Mode for Facility for # 1 menu, provision the facilities as appropriate.
For more information, refer to “Operation Mode for Facility Menu” on page 5-118.
The default settings assign the four facilities to the IMA Group.
20. From the Operation Mode for Facility for # 1 menu, press
ESC until the IMA Provisioning
menu displays.
21. From the IMA Provisioning menu, select
22. From the IMA Group Provisioning menu, select
23. From the Group Operation Mode menu, select
24. Press
25. From the Main Menu, select
ESC until the Main Menu displays.
System Management, and press ENTER.
26. From the System Management menu, select
IMA Group, and press ENTER.
Group Operation Mode, and press ENTER.
In Service, and press ENTER.
IP Address, and press ENTER.
27. From the Mode Selection and Current IP Settings menu, verify that the Mode is set to
Static.
28. From the Mode Selection and Current IP Settings menu, select
ENTER.
Configure IP, and press
29. From the Status IP Settings - for IP over ATM menu, configure the following fields:
• IP Address
•Subnet Mask
•VPI/VCI
•Default Gateway
3-2261179641AL1-5C
30. Add the IP address to the network routers/servers.
TID: HSVL00001 Total Access 1248
Unacknowledged Alarms: None
Test IP Address
1. IP Address Not configured
2. Ping Timeout 1 secs 4. Start Ping
3. Number of Pings 4 pings 5. Start Traceroute
Selection :
'?' - System Help Screen
Quick Turn-up Steps
31. Press
32. From the System Management menu, select
ESC until the System Management menu displays.
Test IP Address, and press ENTER.
The Test IP Address menu is displayed (see Figure 3-17).
Figure 3-17. Test IP Address Menu
33. From the Test IP Address menu, select
The IP Address field is highlighted.
34. Enter the IP address of the default gateway to Ping in decimal dot format, and press
35. From the IP Address menu, select
Start Ping, and press ENTER to initiate the Ping.
36. Confirm that the Traffic Descriptor default values match the local practices and modify
accordingly.
37. Add the Service Profiles to the Total Access 1248 for the approved service.
38. Pre-provision the system using the information provided in the appropriate work order.
39. Place the DSL ports In Service, as needed.
IP Address, and press ENTER.
ENTER.
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Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
This page is intentionally blank.
3-2461179641AL1-5C
Section 4
Provisioning Defaults
INTRODUCTION
The Total Access 1248 system default provisioning options are shown in Table 4-1. For
detailed information on the Total Access 1248 menus, refer to “Section 5, User Interface”.
* SNMP Community Names are case-sensitive. The Total Access 1248 system provides two SNMP Community
Name accounts with the following defaults:
• Name:private
• IP Address:0.0.0.0
• Privileges: Read/Write
• Name:public
• IP Address:0.0.0.0
• Privileges: Read
4-461179641AL1-5C
Section 5
4
User Interface
INTRODUCTION
This section provides detailed information on the following:
• “System Management” on page 5-1
• “Logging on to the Total Access 1248” on page 5-3
• “Menu Structure” on page 5-4
• “Menu Navigation” on page 5-5
• “Menu Tree” on page 5-9
• “Menu Descriptions” on page 5-15
SYSTEM MANAGEMENT
Total Access 1248 system management and provisioning is facilitated by a series of intuitive
menus that are accessible on a computer screen. The Total Access 1248 provides two methods
for management access:
• “Craft Interface” on page 5-1
• “Inband Management Interface” on page 5-2
Craft Interface
Connection to the Total Access 1248 system menus can be made through the DB-9 connector,
labeled
The craft port is located behind the front panel cover (see Figure 5-1) of the Total Access 1248.
CRAFT, on the front of the Total Access 1248 system. A DB-9 straight cable is required.
ALARM
PORTS 1-2
Figure 5-1. Craft Port Location
CRAFT
61179641AL1-5C5-1
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
Most personal computers or laptops can run communications software that emulates a VT100
terminal. Windows programs such as Terminal or HyperTerminal are two such examples in
the Windows format, but there are many other adequate, commercially available software
packages, virtually all of which allow the PC or laptop to emulate a VT100 terminal. Certain
configuration items must be set on a PC or laptop to act as a VT100 terminal for the Total
Access 1248.
1. Set the parameters of the communications software to the following settings:
• 9600 baud rate
• 8 data bits
• No parity
•1 stop bit
• No flow control
2. Set the PC for direct connect on the appropriate communications port (as opposed to dial
up connection).
3. Plug the male end of the data cable into the Total Access 1248. Make connection to the PC
or laptop as appropriate for the equipment.
Inband Management Interface
To access the Total Access 1248 through the inband management method, use an appropriate
Telnet client to access the management interface of the Total Access 1248 at the configured IP
address. For more information, refer to “System Management Menu” on page 5-47.
NOTE
A craft port session takes priority over a Telnet session. An active
craft port session must be terminated before a Telnet session can
be successfully started. When a craft port session is initiated, any
active Telnet session is automatically disconnected.
5-261179641AL1-5C
Logging on to the Total Access 1248
Total Access 1248
Login: ADMIN
Password: ********
LOGGING ON TO THE TOTAL ACCESS 1248
To logon to the Total Access 1248 system, perform the following steps:
1. Establish the physical connection to the Total Access 1248.
2. If a craft port session is being used, proceed to step 3. If using a Telnet session proceed to
step 4.
3. Press
CTRL+R until the Login prompt appears.
The Login screen displays (see Figure 5-2).
The Total Access 1248 system requires the username and
associated password.
4. Enter the default username, “ADMIN” (or the configured username with System Administrator privileges), and press
5. Enter the default password, “PASSWORD” (or the configured password), and press
The username and password fields are case sensitive. The default
values are all uppercase. For more information, refer to “Password
Control Menu” on page 5-49.
Figure 5-2. Login Screen
NOTE
ENTER.
ENTER.
NOTE
61179641AL1-5C5-3
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
MENU STRUCTURE
The menu structure for the Total Access 1248 is a layered menu tree. Each layer of the menu
tree is displayed as a menu or a screen.
Menu
A menu is a display that provides numbered selections that are used to navigate to related
menus, modify provisioning information, or display information screens. A menu can contain
the following objects:
• Menu Option: A menu option is indicated by a number, which when selected navigates the
display to another menu layer or is used to change the option setting.
• Read-only Field: A read-only field displays information that cannot be changed. The
information displayed in a read-only field can be static or can be automatically updated by
the Total Access 1248.
• Read-write Field: A read-write field displays information that when selected can be
modified.
• Hot Key: A hot key is a key or combination of keys that are assigned to a function
(see Table 5-2). Hot keys are indicated by the required key(s) and a brief description
(i.e., S - Select Port).
Screen
A screen is a display that usually indicates the end of a menu tree path. A screen can contain
the following objects:
• Read-only Field: A read-only field displays information that cannot be changed. The
information displayed in a read-only field can be static or can be automatically updated by
the Total Access 1248.
• Read-write Field: A read-write field displays information that when selected can be
modified.
• Hot Key: A hot key is a key or combination of keys that are assigned to a function
(see Table 5-2). Hot keys are indicated by the required key(s) and a brief description
(i.e., S - Select Port).
5-461179641AL1-5C
Menu Navigation
MENU NAVIGATION
Basic menu navigation is accomplished by selecting the desired option number and then
pressing
System Help screen, press the question mark (
ENTER. To return to the previous menu, press the ESC (escape) key. To access the
?) key, and press ENTER.
Hot Keys
Table 5-1 shows the general keyboard commands, and Table 5-2 shows the menu specific hot
keys for the Total Access 1248 system.
Table 5-1. General Keyboard Commands
Keyboard CommandDescription
BACKSPACE
This keyboard command is used to delete the character to the left of
the cursor during keyboard input.
ENTER (or Return) This keyboard command is used to terminate input.
CTRL+R (Control and r) This keyboard command is used to refresh the display.
ESC (Escape)This keyboard command is used to return to the previous menu.
SpacebarThis keyboard command is used to toggle the setting choices for a
text field.
Table 5-2. Menu Specific Hot Keys
Hot KeyDescription
PVC/PVP Management
C
D
M
N
O
This hot key displays the “Create a New PVC/PVP Screen” on page 5-21.
This hot key displays the “Delete an Existing PVC/PVP Screen” on page 5-23.
This hot key displays the “Modify an Existing PVC/PVP Screen” on page 5-24.
This hot key is used to display the next PVC/PVP page.
This hot key displays the “Current ATM OAM Statistics Menu” on page 5-26.
P
Q
V
This hot key is used to display the previous PVC/PVP page.
This hot key displays the “ATM Quick Provisioning Menu” on page 5-33.
This hot key displays the “Current ATM PVC Performance Menu” on page 5-31.
ATM Performance Monitoring Status
B
This hot key is used to display performance monitoring statistics for the last 2
hours, in 15 minute intervals.
C
F
This hot key is used to clear the performance monitoring statistics.
This hot key is used to display performance monitoring statistics for the next 2
hours, in 15 minute intervals.
61179641AL1-5C5-5
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
Table 5-2. Menu Specific Hot Keys (Continued)
Hot KeyDescription
P
N
S
This hot key is used to display the previous port.
This hot key is used to display the next port.
This hot key is used to select a specific port.
Auto Upgrade Configuration (AUC) Status
C
This hot key clears all the status information from the menu and updates the
Status Information Cleared: field with the date and time that the action occurred.
This hot key is available in all AUC modes.
R
This hot key initiates a retrieve of the configuration file from the file server. This
hot key is available in the Auto and Manual AUC modes.
S
This hot key starts the upgrade process. This hot key is available in the Manual
AUC mode.
T1 Performance Monitoring Status
B
This hot key is used to display performance monitoring statistics for the last 2
hours, in 15 minute intervals.
C
F
This hot key is used to clear the performance monitoring statistics.
This hot key is used to display performance monitoring statistics for the next 2
hours, in 15 minute intervals.
N
P
S
This hot key is used to display the next port.
This hot key is used to display the previous port.
This hot key is used to select a specific port.
E1 Performance Monitoring Status
B
This hot key is used to display performance monitoring statistics for the last 2
hours, in 15 minute intervals.
C
F
This hot key is used to clear the performance monitoring statistics.
This hot key is used to display performance monitoring statistics for the next 2
hours, in 15 minute intervals.
N
P
S
This hot key is used to display the next port.
This hot key is used to display the previous port.
This hot key is used to select a specific port.
IMA Group Performance Monitoring Status
B
This hot key is used to display performance monitoring statistics for the last 2
hours, in 15 minute intervals.
C
This hot key is used to clear the performance monitoring statistics.
F
This hot key is used to display performance monitoring statistics for the next 2
hours, in 15 minute intervals.
5-661179641AL1-5C
Table 5-2. Menu Specific Hot Keys (Continued)
Hot KeyDescription
IMA Performance Monitoring Status (Facilities)
Menu Navigation
B
C
F
N
P
S
T
ADSL Profile *
C
D
E
N
P
This hot key is used to display performance monitoring statistics for the last 2
hours, in 15 minute intervals.
This hot key is used to clear the performance monitoring statistics.
This hot key is used to display performance monitoring statistics for the next 2
hours, in 15 minute intervals.
This hot key is used to display the next port.
This hot key is used to display the previous port.
This hot key is used to select a specific port.
This hot key is used to toggle between the Near End and Far End performance
monitoring data.
This hot key is used to create a new profile.
This hot key is used to delete a specified profile.
This hot key is used to modify a specified profile.
This hot key is used to display the next profile screen.
This hot key is used to display the previous profile screen.
S
V
This hot key is used to display a specific page.
This hot key is used to display a specified profile.
Performance Monitoring
B
This hot key is used to display performance monitoring statistics for the last 2
hours, in 15 minute intervals.
C
F
This hot key is used to clear the performance monitoring statistics.
This hot key is used to display performance monitoring statistics for the next 2
hours, in 15 minute intervals.
N
P
S
T
This hot key is used to display the previous port.
This hot key is used to display the next port.
This hot key is used to select a specific port.
This hot key is used to view upstream/downstream Performance Monitoring data.
ADSL Retrain Criteria
C
N
P
This hot key resets all retrain counts to zero.
This hot key is used to display the next port.
This hot key is used to display the previous port.
61179641AL1-5C5-7
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
Table 5-2. Menu Specific Hot Keys (Continued)
Hot KeyDescription
S
This hot key is used to select a specific port.
Performance Monitoring Status
B
This hot key is used to display performance monitoring statistics for the last 2
hours, in 15 minute intervals.
C
F
This hot key is used to clear the performance monitoring statistics.
This hot key is used to display performance monitoring statistics for the next 2
hours, in 15 minute intervals.
N
P
S
T
This hot key is used to display the previous port.
This hot key is used to display the next port.
This hot key is used to select a specific port.
This hot key is used to view upstream/downstream Performance Monitoring data.
System Alarm Log
A
C
F
L
This hot key is used to acknowledge all alarms.
This hot key is used to clear all acknowledged alarms.
This hot key is used to display the first page of alarms.
This hot key is used to display the last page of alarms.
N
P
R
T
System Event Log
A
D
F
G
L
N
O
P
S
This hot key is used to display the next page of alarms.
This hot key is used to display the previous page of alarms.
This hot key is used to reset all alarms.
This hot key is used to display alarms in time ascending or descending order.
This hot key is used to display all events.
This hot key is used to display date/time events.
This hot key is used to display the first page of events.
This hot key is used to display login events.
This hot key is used to display the last page of events.
This hot key is used to display the next page of events.
This hot key is used to display account events.
This hot key is used to display the previous page of events.
This hot key is used to display software update events.
5-861179641AL1-5C
Table 5-2. Menu Specific Hot Keys (Continued)
Hot KeyDescription
Menu Tree
T
V
Y
* After creating a profile, provisioning is not updated until the profile changes from Inactive to Active. To unassign
ports on a profile, simply change the state to Inactive and change the ports to “0” and this removes them.
This hot key is used to display events in time ascending/descending order.
This hot key is used to toggle between displaying the connection method and
associated user name for each event, or the IP address for each event.
This hot key is used to display security events.
MENU TREE
There are a number of menu screens designed to aid in the maintenance and troubleshooting
of the Total Access 1248 system. A menu tree is a visual map that can be used to locate
configuration information and provisioning options. The menu trees for the Total Access 1248
are listed below and can be found on the indicated pages:
• Total Access 1248 Main Menu Tree, Figure 5-3 on page 5-10
• System Management Menu Tree, Figure 5-4 on page 5-11
• Network Port Menu Tree, Figure 5-5 on page 5-13
• DSL Menu Tree, Figure 5-6 on page 5-14
61179641AL1-5C5-9
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
Total Access 1248
1. Configuration
2. ATM Circuit Management
3. System Management
4. Network Port
Unit Name
CLEI Code
Part Number
Serial Number
Product Revision
Software Revision
1. ATM PVC/PVP Management
2. ATM Traffic Parameter Defaults
3. Restore ATM Defaults
4. ATM Performance
5. ATM OAM Settings
A
C
1. Change ATM Port Number
2. ATM Performance Data
3. ATM Port Cell Count Summary
4. Clear all PM for all Ports
1. DSLAM OAM Loopback Location ID
2. DSLAM OAM State
3. Inband OAM Loopback Test
1. Remote OAM Loopback Location ID
2. Type of OAM Loopback Cell
3. Send Loopback Cell
4. Reset Loopback Statistics
5. Reset All Statistics
5. DSL Menus
6. System Alarms
7. System Event Log
8. Contact Information
9. Enter TL1 Mode
10. Logoff
D
Figure 5-3. Total Access 1248 Main Menu Tree
5-1061179641AL1-5C
Menu Tree
1. Set Passwords
2. Allow SNMP Security Management
3. Set Menus Idle Logout Time
5. Set TL1 Inband Idle Logout Time
4. Set TL1 Menus Idle Logout Time
6. Restore Default Passwords
1. IP Address
2. Ping Timeout
3. Number of Pings
4. Start Ping
IP Feed
2. Mode
3. Configure IP
1. Static
2. Dynamic
1. 9600
2. 19200
3. 38400
1. Adjust Time
2. Adjust Date
1. Password Control
2. IP Address
3. Test IP Address
4. Time/Date
5. Baud Rate
6. TFTP Configuration
Upload/Download
2. Subnet Mask
5. Default Gateway
Mac Address
1. IP Address
6. TFTP IP Address
7. TL1 Port Number (Set > 1023)
8. TL1 IP Transport Type
9. Reset IP Factory Defaults
Static IP Settings for IP over ATM
Dynamic IP Settings for IP over ATM
B
5. Start Traceroute
3. VPI/VCI
4. PCR
Subnet Mask
Default Gateway
Mac Address
IP Address
6. TFTP IP Address
7. TL1 Port Number (Set > 1023)
8. TL1 IP Transport Type
9. Reset IP Factory Defaults
3. VPI/VCI
4. PCR
Encapsulation is via rfc1483 SNAP
Encapsulation is via rfc1483 SNAP
TFTP Server
TFTP Function
TFTP Filename
Error Status
A
1. RFC1483 Routed
2. IP over Ethernet
Dynamic IP Settings for IP over Ethernet
Subnet Mask
Default Gateway
Mac Address
IP Address
4. TFTP IP Address
5. TL1 Port Number (Set > 1023)
6. TL1 IP Transport Type
7. Reset IP Factory Defaults
2. Subnet Mask
3. Default Gateway
Mac Address
1. IP Address
4. TFTP IP Address
5. TL1 Port Number (Set > 1023)
6. TL1 IP Transport Type
7. Reset IP Factory Defaults
Static IP Settings for IP over Ethernet
Update Progress
3. RFC1483 Bridged
61179641AL1-5C5-11
Figure 5-4. System Management Menu Tree
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
B
13. Expansion Menu
12. External Alarms
1. Mode
2. Clear Packet Counts
System Uptime
2. Alarm #2
1. Alarm #1
3. Alarm #3
4. Severity
5. Severity
6. Severity
7. Fan Alarm Delay
1. Enabled
2. Disabled
1. IP Address
2. Version
3. IP Address
4. Version
5. IP Address
6. Version
7. Trap Port
1. Contact Information
2. Community Names
3. Trap Hosts
4. Traps Enabled
2. TFTP
2. Exit
7. SNMP/TL1
1. Download Network Module Code
1. Y-Modem
8. Download New Code
11. Self Test Results
10. Reset System
9. Restore Factory Defaults
5. TL1 Target ID
1. Restore
2. Exit
1. Contact
2. Name
3. Location
1. Name
2. IP Address
3. Privileges
4. Name
5. IP Address
6. Pivileges
7. Name
8. IP Address
9. Privileges
TFTP Server
TFTP Function
TFTP Filename
Error Status
Update Progress
1. Reset
2. Exit
1. Run Fan Self Test
Fan #1 Test
Fan #2 Test
Fan #3 Test
Fan #4 Test
ROM Test
RAM Test
EEPROM Test
1. AUC Config File
2. AUC Mode
3. AUC Refresh Interval
4. AUC Upgrade Retries
5. AUC TFTP Server
3. Auto Firmware Upgrade Provisioning
3. Disable
1. Auto
2. Manual
8. Restore External Alarm Defaults
14. Modem Configuration
1. Prompt User on call Received
2. Number of Rings
3. Caller ID Features
1. Caller ID
2. Reject Calls with no Caller ID
3. Only Allow Specified Phone Numbers
4. Phone Numbers
6. AUC Base Path
5-1261179641AL1-5C
Figure 5-4. System Management Menu Tree (Continued)
Menu Tree
1. T1/E1 Provisioning
2. T1/E1 Status
3. T1/E1 Performance
1. IMA Configuration
2. Framing (T1/E1)
3. Line Code (T1/E1)
1. IMA Group PM
2. Facilities PM
3. Clear All IMA Links PM
IMA Firmware Revision
IMA Link Type
2. IMA
1. Enable
2. Disable
2. Provisioning
3. Status/Failure Monitoring
4. Test
1. Force All Facilities Into Unassigned
2. Force Facility - 1 Into Pass Through
3. Force All Facilities Into IMA Group 1
1. Data Lpbk Towards Network
2. ATM Lpbk Towards Network
3. ATM Lpbk Towards Customer
Receive Group
Receive Link ID
Receive ATM Address
Transmit Group
Transmit Link ID
Transmit ATM Address
1. All Facilities Summary
2. Facility Operation Mode
IMA Transmit ID (0-255)
1. Group Operation Mode
IMA TX Frame Length (32, 64, 128, 256)
Min. TX Active Links
Min. RX Active Links
Max Link Diff. Delay <0-100>
Group Version Version 1.1
1. IMA Facility
2. IMA Group
3. Shortcut Setup
4. Scrambler
5. Restore Factory Defaults
1. Group FM Status
2. All Links FM Status
1. Type (T1 only)
4. Line Build Out (T1 only)
5. Performance Monitoring Data
1. T1/E1
1. DSX
2. T1
1. ESF (E1 option FAS+CRC)
2. SF (E1 option FAS)
1. B8ZS (E1 option HDB3)
2. AMI (E1 option AMI)
2. 133-266 feet
3. 266-399 feet
4. 399-533 feet
5. 533-655 feet
T1 Type
1. 0 dB
DSX Type
1. 0-133 feet
3. -15 dB
4. -22.5 dB
2. -7.5 dB
3. Select T1/E1 Mode
1. T1
2. E1
4. Test
5. Restore T1/E1 Factory Defaults
2. Line Loopback
3. Local Loopback
4. No Loopback
5. Clear T1/E1 Loopbacks On All Ports
1. Payload Loopback
1. Enable
2. Disable
1. T1/E1 PM
2. Clear All T1/E1 PM
C
1. IMA_Group
2. Unassigned
3. Pass Thru
1. In Service
2. Out of Service - Maintenance
3. Out of Service - Unassigned
1. Yes
2. No
6. SNMP/Menu Loopback Detection
7. Inband Loopback Detection
8. FDL Loopback Detection
T1 Only
61179641AL1-5C5-13
Figure 5-5. Network Port Menu Tree
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
1. ADSL Provisioning
2. ADSL Status
3. ADSL Performance
1. Display PM for Current Port
2. Clear All PM for All Ports
1. ADSL Status
2. All ADSL Ports Status
3. ATU-R Information
4. BAT/SNR Tables
1. DSL Profiles
2. Alarm Profiles
3. Port Provisioning
4. Restore ADSL Provisioning
1. Select Port
2. ADSL Card Service State
3. Line Service State
6. Cabinet Mode
7. Link Down Alarm
8. Ports to apply changes
9. Apply Provisioning to all Ports
4. Service Mode
5. Hamband Mask
D
1. In Service
2. Out of Service - Unassigned
3. Out of Service - Maintenance
1. In Service
2. Out of Service - Unassigned
3. Out of Service - Maintenance
1. Multimode (ADSL1, ADSL2, ADSL2+)
2. T1.413
3. G.dmt
6. ADSL2.lite
7. ADSL2+
8. READSL
9. Legacy Multimode (ADSL1)
4. G.lite
5. ADSL2
1. Enabled
2. Disabled
1. Disabled
2. Enabled (Tone 250)
3. Enabled (Tone 110)
4. Enabled (Tone 130)
1. Enabled
2. Disabled
1. ADSL Provisioning Restore
2. DSP Management Menu
1. Yes
2. No
1. Reset
2. Exit
1. Reset All DSPs and Reload
Firmware
2. Reset DSPs without reloading
Firmware
3. Auto Warm Start
5. Exit
1. Reset
2. Exit
1. DSP:
2. Reset this DSP
3. Exit
4. Retrain Criteria
1. Retrain Margin NE
2. Retrain Margin FE
3. Retrain UAS-LNE
4. Retrain UAS-LFE
5. Retrain SES-FE
1. Port
2. Activate DELT
3. Terminate Test
4. Test Data Filename
5. DELT TFTP Address
4. DELT menus
Figure 5-6. DSL Menu Tree
5-1461179641AL1-5C
Menu Descriptions
TID: TA1248 Total Access 1248 MM/DD/YY HH:MM
Unacknowledged Alarms: None
Total Access 1248
1. Configuration
2. ATM Circuit Management
3. System Management
4. Network Port
5. DSL Menus
6. System Alarms
7. System Event Log
8. Contact Information
9. Enter TL1 mode
10. Logoff
Selection :
'?' - System Help Screen
MENU DESCRIPTIONS
Main Menu
Main Menu\
The Total Access 1248 Main menu (see Figure 5-7) is the access point to all other operations.
The Main menu options have several functions and submenus that identify and provide
access to specific operations and parameters.
Figure 5-7. Total Access 1248 Main Menu
The Total Access 1248 Main menu options are shown in Table 5-3.
Table 5-3. Total Access 1248 Main Menu Options
Option DescriptionFunction
1ConfigurationThis option displays the “Configuration Screen” on
page 5-17.
2ATM Circuit ManagementThis option displays the “ATM Circuit Management
Menu” on page 5-18.
3System ManagementThis option displays the “System Management Menu” on
page 5-47.
4Network PortThis option displays the “Network Port Menu” on page 5-
93.
5DSL MenusThis option displays the “DSL Menus” on page 5-138.
6System AlarmsThis option displays the “System Alarm Log Screen” on
page 5-171.
61179641AL1-5C5-15
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
Table 5-3. Total Access 1248 Main Menu Options (Continued)
Option DescriptionFunction
7System Event LogThis option displays the “System Event Log Screen” on
page 5-172.
8Contact InformationThis option displays the “Contact Information Screen” on
page 5-174.
9Enter TL1 ModeThis option displays the “TL1 Mode Screen” on page 5-
175.
10LogoffThis option is used to end a Total Access 1248 menu
session.
5-1661179641AL1-5C
Menu Descriptions
TID: TA1248 Total Access 1248 MM/DD/YY HH:MM
Unacknowledged Alarms: None
Configuration
Host
Unit Name TA1248
CLEI Code VAMDA00ARA
Part Number 1179641AL1
Serial Number E46D0043
Product Revision H
Software Revision B03.06.01
'?' - System Help Screen
Configuration Screen
Configuration
Main Menu\Configuration\
The Configuration screen (see Figure 5-8) displays information about the system. For
instance, the CLEI Code and Part Number can be used to search for related information on the
ADTRAN web site or to order additional parts. The software revision may be required when
calling the ADTRAN Technical Support.
Figure 5-8. Configuration Screen
The Configuration screen fields are shown in Table 5-4.
Table 5-4. Configuration Screen Fields
FieldDescription
Unit NameThis field displays the unit name of the Total Access 1248.
CLEI CodeThis field displays the Common Language Equipment Identifier
(CLEI) code of the Total Access 1248.
Part NumberThis field displays the part number of the Total Access 1248.
Serial NumberThis field displays the serial number of the Total Access 1248.
Production RevisionThis field displays the current product revision of the Total
Access 1248.
Software RevisionThis field displays the software revision of the Total Access
1248. This field updates automatically when a software
download is completed.
61179641AL1-5C5-17
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
TID: TA1248 Total Access 1248 MM/DD/YY HH:MM
Unacknowledged Alarms: None
ATM Circuit Management
1. ATM PVC/PVP Management
2. ATM Traffic Parameter Defaults
3. Restore ATM defaults
4. ATM Performance
5. ATM OAM Settings
Selection :
'?' - System Help Screen
ATM Circuit Management Menu
ATM Circuit Management
Main Menu\ATM Circuit Management\
The ATM Circuit Management menu (see Figure 5-9) contains the steps used to provision and
maintain customer circuits. From this menu, a Permanent Virtual Circuit/Permanent Virtual
Path (PVC/PVP) for each ATM circuit can be viewed, created, or modified. PVCs are logical
connections between ports that allow data to be sent from the network to a customer location.
Figure 5-9. ATM Circuit Management Menu
The ATM Circuit Management menu options are shown in Table 5-5.
Table 5-5. ATM Circuit Management Menu Options
Option DescriptionFunction
1ATM PVC/PVP ManagementThis option displays the “PVC/PVP Management Menu”
2ATM Traffic Parameter
Defaults
3Restore ATM defaultsThis option displays the “Restore ATM Factory Defaults
4ATM PerformanceThis option displays the “ATM Performance Monitoring
5ATM OAM SettingsThis option displays the “ATM OAM Settings Menu” on
on page 5-19.
This option displays the “ATM Traffic Parameter Defaults
Screen” on page 5-35.
Menu” on page 5-36.
Mode Menu” on page 5-38.
page 5-44.
5-1861179641AL1-5C
PVC/PVP Management Menu
TID: TA1248 Total Access 1248 MM/DD/YY HH:MM
Unacknowledged Alarms: None
Select Shelf
1. Host
2. Client 1 (configured)
3. Client 2 (configured)
4. Client 3 (configured)
Selection :
'?' - System Help Screen
PVC/PVP Management
Main Menu\ATM Circuit Management\PVC/PVP Management\
If expansion mode is enabled (refer to “Expansion Menu” on
page 5-90), the Select Shelf menu (see Figure 5-10) displays. A host
or client unit must be chosen in order to access the PVC/PVP
Management menu.
Menu Descriptions
NOTE
Figure 5-10. Select Shelf Menu
The PVC/PVP Management menu (see Figure 5-11) is used to create, modify, view, or delete
PVCs.
NOTE
If there are no current PVCs, the PVC/PVP Management menu only
61179641AL1-5C5-19
hot key choices on the PVC/PVP Management menu, one PVC has
been created in Figure 5-11.
provides the create (
C) hot key. In order to show all the available
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
Page 1 of 1 PVC/PVP Management - Shelf: Host PVCs: 1
Endpoint 1 Endpoint 2
Circuit ID Port VPI VCI <-> Port VPI VCI
1 Netw 35 1000 1 0 35
Circuit ID:
Select: Endpoint2 -> Endpoint1
Service PCR(0+1)
Pkt Discard
1 UBR Best Effort Enabled
Endpoint 1: Port
VPI VCI Endpoint 2: Port VPI VCI
0 35 1000 1 0 35
Enter # or arrow keys to pick circuit; space bar for choices or c,d,m,n,o,p,v,q
Figure 5-11. PVC/PVP Management Menu
The PVC/PVP Management hot keys are defined in Table 5-9.
Table 5-6. PVC/PVP Management Hot Keys
Hot KeyDescriptionFunction
C
D
M
N
O
P
Create a new PVC/PVPThis hot key displays the “Create a New PVC/PVP
Screen” on page 5-21.
Delete a PVC/PVPThis hot key displays the “Delete an Existing PVC/PVP
Screen” on page 5-23.
Modify a PVC/PVPThis hot key displays the “Modify an Existing PVC/PVP
Screen” on page 5-24.
Display next PVC/PVP pageThis hot key is used to display the next PVC/PVP page.
Display ATM OAM statisticsThis hot key displays the “Current ATM OAM Statistics
Menu” on page 5-26.
Display previous PVC/PVP
page
This hot key is used to display the previous PVC/PVP
page.
Port VPI VCI Port VPI VCI
Netw 35 1000 1 0 35
____________________________________________________________
Service
Pkt Discard PCR
UBR Enabled Best Effort
Circuit ID
N/A
____________________________________________________________
When finished, place cursor here to select action:
Create new circuit and return to PVC/PVP Management
NOTE: No changes will take effect until an action is selected and executed.
To Select an action, place the cursor over the Action option and press the
Space Bar. To execute the action, press Enter.
Enter a VPI value between 0 an 4095.
Create a New PVC/PVP Screen
Create New PVC/PVP
Main Menu\ATM Circuit Management\PVC/PVP Management\Create New PVC/PVP\
The Create a New PVC/PVP screen (see Figure 5-12) is used to create the PVC/PVPs for ADSL
connections. Each ADSL connection has at least one PVC/PVP per ATM circuit provisioned for
data flow. PVC/PVPs map ATM circuits from the network to the ADSL ports.
Figure 5-12. Create a New PVC/PVP Screen
The Create a New PVC/PVP screen fields are shown in Table 5-7.
Table 5-7. Create a New PVC/PVP Screen Fields
FieldDescription
Endpoint 1 PortThis field displays the network port.
Endpoint 1 VPIThis field displays the Virtual Path Identifier for the ATM port
Endpoint 1 VCIThis field displays the Virtual Channel Identifier for the ATM
Endpoint 2 PortThis field displays the ATM port that is being created. Valid
Endpoint 2 VPIThis field displays the Virtual Path Identifier for the ATM port.
Endpoint 2 VCIThis field displays the Virtual Channel Identifier for the ATM.
from the Network. Valid values range from 0 to 4095.
port from the network. Valid values range from 0 to 65535.
values range from 1 to 48.
Valid values range from 0 to 4095.
Valid values range from 0 to 65535.
61179641AL1-5C5-21
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
Table 5-7. Create a New PVC/PVP Screen Fields (Continued)
FieldDescription
ServiceThis field identifies ATM Traffic Class. There are four service
options (Traffic Descriptors) available for the Total Access 1248
system:
•UBR
•CBR
•VBR-rt
•VBR-nrt
The options available for each service and their descriptions are
shown in Table 5-8.
Circuit IDThis field displays the identifier given to a specific circuit. This
is a user defined value.
Pkt DiscardThis field displays the status of packet discard: Enabled or
Disabled.
Table 5-8. PVC/PVP Service Options
ServiceDescriptionT1 SettingsE1 Settings
UBRUnspecified bit rate
CBR
•PCR
VBR-rt
•PCR
•SCR
•MBS
VBR-nrt
•PCR
•SCR
•MBS
Constant bit rate
• Peak Cell Rate
Variable bit rate real time
• Peak Cell Rate
• Sustained Cell Rate
•Maximum Burst Size
Variable bit rate non-real time
• Peak Cell Rate
• Sustained Cell Rate
•Maximum Burst Size
0-144880-19316
0-14488
0-14488
0-65535
0-14488
0-14488
0-65535
0-19316
0-19316
0-65535
0-19316
0-19316
0-65535
5-2261179641AL1-5C
Menu Descriptions
Page 1 of 1 PVC/PVP Management - Shelf: Host PVCs: 1
Endpoint 1 Endpoint 2
Circuit ID Port VPI VCI <-> Port VPI VCI
1 Netw 35 1000 1 0 35
Circuit ID:
Select: Endpoint2 -> Endpoint1
Service PCR(0+1) Pkt Discard
1 UBR Best Effort Enabled
Endpoint 1: Port VPI VCI Endpoint 2: Port VPI VCI
0 35 1000 1 0 35
Delete this circuit (y/n)?
Delete an Existing PVC/PVP Screen
Delete Existing PVC/PVP
Main Menu\ATM Circuit Management\PVC/PVP Management\Delete Existing PVC/PVP
When the D hot key is selected to delete a PVC/PVP, a confirmation prompt at the bottom of
the screen (see Figure 5-13) displays.
Figure 5-13. Delete an Existing PVC/PVP Screen
61179641AL1-5C5-23
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
Port VPI VCI Port VPI VCI
Netw 35 1000 1 0 35
____________________________________________________________
Service Pkt Discard PCR
UBR Enabled Best Effort
Circuit ID
N/A
____________________________________________________________
When finished, place cursor here to select action:
Modify existing circuit and return to PVC/PVP Management
NOTE: No changes will take effect until an action is selected and executed.
To Select an action, place the cursor over the Action option and press the
Space Bar. To execute the action, press Enter.
Enter a VPI value between 0 and 4095.
Modify an Existing PVC/PVP Screen
Modify Existing PVC/PVP
Main Menu\ATM Circuit Management\PVC/PVP Management\Modify Existing PVC/PVP\
The Modify an Existing PVC/PVP screen (see Figure 5-14) is used to modify existing PVC/
PVPs.
Figure 5-14. Modify an Existing PVC/PVP Screen
The Modify an Existing PVC/PVP screen fields are shown in Table 5-9.
Table 5-9. Modify an Existing PVC/PVP Screen Fields
FieldDescription
Endpoint 1 PortThis field displays the network port.
Endpoint 1 VPIThis field displays the Virtual Path Identifier for the ATM port
from the Network. Valid values range from 0 to 4095.
Endpoint 1 VCIThis field displays the Virtual Channel Identifier for the ATM
port from the network. Valid values range from 0 to 65535.
Endpoint 2 PortThis field displays the ATM port that is being created. Valid
values range from 1 to 48.
Endpoint 2 VPIThis field displays the Virtual Path Identifier for the ATM port.
Valid values range from 0 to 4095.
Endpoint 2 VCIThis field displays the Virtual Channel Identifier for the ATM.
Valid values range from 0 to 65535.
5-2461179641AL1-5C
Menu Descriptions
Table 5-9. Modify an Existing PVC/PVP Screen Fields (Continued)
FieldDescription
ServiceThis field identifies ATM Traffic Class. There are four service
options (Traffic Descriptors) available for the Total Access 1248
system:
•UBR
•CBR
•VBR-rt
•VBR-nrt
The options available for each service and their descriptions are
shown in Table 5-10.
Circuit IDThis field displays the identifier given to a specific circuit. This
is a user defined value.
Pkt DiscardThis field displays the status of packet discard: Enabled or
Disabled.
Table 5-10. PVC/PVP Service Options
ServiceDescriptionT1 SettingsE1 Settings
UBRUnspecified bit rate
CBR
•PCR
VBR-rt
•PCR
•SCR
•MBS
VBR-nrt
•PCR
•SCR
•MBS
Constant bit rate
• Peak Cell Rate
Variable bit rate real time
• Peak Cell Rate
• Sustained Cell Rate
•Maximum Burst Size
Variable bit rate non-real time
• Peak Cell Rate
• Sustained Cell Rate
•Maximum Burst Size
0-144880-19316
0-14488
0-14488
0-65535
0-14488
0-14488
0-65535
0-19316
0-19316
0-65535
0-19316
0-19316
0-65535
61179641AL1-5C5-25
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
TID: TA1248 Total Access 1248 MM/DD/YY HH:MM
Unacknowledged Alarms: None
Current ATM OAM Statistics
Endpoint 1 Endpoint 2 Modem Status
Port VPI VCI Port VPI VCI Down
0 35 1000 1 0 35
Endpoint 1 (Net --> Cust) Endpoint 2 (Net <-- Cust)
Rx OAM Cells : 0 Rx OAM Cells : 0
AIS State : FALSE AIS State : FALSE
RDI State : FALSE RDI State : FALSE
Main Menu\ATM Circuit Management\PVC/PVP Management\Current ATM OAM Statistics\
The Current ATM Operations and Maintenance (OAM) Statistics menu (see Figure 5-15)
displays the network and line side OAM information for each ATM circuit.
OAM is the group of network management functions that provide network fault indication and
performance information.
Figure 5-15. Current ATM OAM Statistics Menu
The Current ATM OAM Statistics menu options are shown in Table 5-11.
Table 5-11. Current ATM OAM Statistics Menu Options
OptionDescriptionFunction
1OAM Loopback Test ScreenThis option displays the “OAM Loopback Test Menu” on
2Clear Current PVC OAM StatsThis option clears the currently displayed PVC OAM
3Clear All PVC OAM StatsThis option clears all PVCs OAM statistics.
page 5-28.
statistics.
5-2661179641AL1-5C
Menu Descriptions
The Current ATM OAM Statistics menu fields are shown in Table 5-12.
Table 5-12. Current ATM OAM Statistics Menu Fields
Field Description
Endpoint 1
Rx OAM CellsThis field displays the total number of received OAM cells for
Endpoint 1.
AIS StateThis field indicates if the Endpoint is in AIS state (True) or not
(False).
RDI StateThis field indicates if the Endpoint is in the RDI state (True) or
not (False).
Endpoint 2
Rx OAM CellsThis field displays the total number of received OAM cells for
Endpoint 2.
AIS StateThis field indicates if the Endpoint is in AIS state (True) or not
(False).
RDI StateThis field indicates if the Endpoint is in the RDI state (True) or
not (False).
61179641AL1-5C5-27
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
TID: TA1248 Total Access 1248
Unacknowledged Alarms: None
OAM Loopback Test
Endpoint 1 Endpoint 2 Modem Status
Port VPI VCI Port VPI VCI Down
0 35 1000 1 0 35
Main Menu\ATM Circuit Management\PVC/PVP Management\Current ATM PVC Performance\
The Current ATM PVC Performance menu (see Figure 5-17) displays the network and port side
information for each ATM circuit.
Figure 5-17. Current ATM PVC Performance Menu
The Current ATM PVC Performance menu options are shown in Table 5-15.
Table 5-15. Current ATM PVC Performance Menu Options
OptionDescriptionFunction
1Clear Current PVC PMThis option clears the currently displayed PVC
performance monitoring statistics.
2Clear All PVC PMThis option clears all the PVCs performance monitoring
statistics.
61179641AL1-5C5-31
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
The Current ATM PVC Performance menu fields are shown in Table 5-16.
Table 5-16. Current ATM Port Performance Menu Fields
Field Description
Endpoint 1 (Net --> Cust)
Tx CellsThis field displays the total number of transmit cells for
Endpoint 1 for the current performance period.
Discarded Queue FullThis field displays the number of cells discarded for Endpoint 1
because of a full queue.
Cells/Sec (Last Sec)This field displays the number of cells transmitted per second
for Endpoint 1.
Cells/Sec (60 Sec Avg)This field displays the average number of cells transmitted every
60 seconds for Endpoint 1.
Endpoint 2 (Net <-- Cust)
Tx CellsThis field displays the total number of received cells for
Endpoint 2 for the current performance period.
Discarded Queue FullThis field displays the number of cells discarded because of a
full queue.
Cells/Sec (Last Sec)This field displays the number of cells received per second for
Endpoint 2.
Cells/Sec (60 Sec Avg)This field displays the average number of cells received every 60
seconds for Endpoint 2.
5-3261179641AL1-5C
Menu Descriptions
TID: TA1248 Total Access 1248
Unacknowledged Alarms: None
ATM Quick Provisioning
Endpoint 1 Endpoint 2
Port VPI VCI Port VPI VCI
Netw 35 1000 1 0 35
Type
Pkt Discard PCR
UBR Enabled Best Effort
1. Increment Endpoint 1 VPI? NO
2. Increment Endpoint 1 VCI? YES
3. Increment Endpoint 2 Port? YES
4. Increment Endpoint 2 VPI? NO
5. Increment Endpoint 2 VCI? NO
6. Number of Circuits to Create: 47
7. Create New ATM Circuits.
Selection :
This screen allows quick creation of ATM circuits based on the reference circuit
above. All the highlighted attributes will increment by one 47 times.
'?' - System Help Screen
ATM Quick Provisioning Menu
ATM Quick Provisioning
Main Menu\ATM Circuit Management\PVC/PVP Management\ATM Quick Provisioning\
The ATM Quick Provisioning menu (see Figure 5-18) is used to quickly create ATM circuits
based on reference circuits.
Figure 5-18. ATM Quick Provisioning Menu
The ATM Quick Provisioning menu options are described in Table 5-17. Note that options are
dependent on each other.
Table 5-17. ATM Quick Provisioning Menu Options
OptionDescription Function
1Increment Endpoint 1 VPIThis option increments the Endpoint 1 VPI value by one.
2Increment Endpoint 1 VCIThis option increments the Endpoint 1 VCI value by one.
3Increment Endpoint 2 PortThis option increments the Endpoint 2 Port value by
one.
4Increment Endpoint 2 VPIThis option increments the Endpoint 2 VPI value by one.
5Increment Endpoint 2 VCIThis option increments the Endpoint 2 VCI value by one.
6Number of Circuits to CreateThis option is used to indicate the number of circuits to
be created.
7Create New ATM CircuitsThis option is used to create the new ATM circuit.
61179641AL1-5C5-33
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
Note: This screen allows modification of the DEFAULT traffic parameter settings,
which can be overridden on a per PVC/PVP basis in the PVC/PVP Management menu.
ATM Traffic Parameter Defaults Screen
ATM Traffic Parameter Defaults
Main Menu\ATM Circuit Management\ATM Traffic Parameter Defaults
The ATM Traffic Parameter Defaults screen (see Figure 5-20) displays the system defaults for
the ATM circuits. Traffic parameters represent priorities given to ATM cell transmissions.
Once traffic parameters are set from this screen, all PVC/PVPs provisioned from that point
forward will use these parameter defaults.
PCRThe Peak Cell Rate designates an upper limit that the traffic
SCRThe Sustainable Cell Rate specifies the average traffic rate that
MCRThe Minimum Cell Rate designates a minimum limit that the
MBSThe Maximum Burst Size specifies the maximum number of
information rate cannot exceed.
is transmitted and received.
traffic information rate cannot fall below.
cells per second (CPS) that can be transmitted at the PCR.
61179641AL1-5C5-35
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
TID: TA1248 Total Access 1248 MM/DD/YY HH:MM
Unacknowledged Alarms: None
Restore ATM Factory Defaults
WARNING! THIS IS SERVICE AFFECTING!
This is for defaulting the ATM parameters only. This
will delete all of the selected PVCs and reset the
traffic descriptors to their default values.
1. Delete All PVCs and Restore Default Settings
2. Delete Host PVCs
3. Delete Client 1 PVCs
4. Delete Client 2 PVCs
5. Delete Client 3 PVCs
Selection :
'?' - System Help Screen
Restore ATM Factory Defaults Menu
Restore ATM Factory Defaults
Main Menu\ATM Circuit Management\Restore ATM Factory Defaults\
The Total Access 1248 provisioning system provides the ability to restore the ATM parameters
to the factory defaults. Figure 5-21 displays the Restore ATM Factory Defaults menu.
Figure 5-21. Restore ATM Factory Defaults Menu
CAUTION
This action is service affecting. All traffic descriptors and PVCs are
removed.
The Restore ATM Factory Defaults menu options are shown in Table 5-19.
5-3661179641AL1-5C
Table 5-19. Restore ATM Factory Defaults Menu Options
OptionDescriptionFunction
Menu Descriptions
1Delete All PVCs and Restore
Default Settings
This option deletes all PVCs and restores ATM factory
defaults without additional prompting.
2Delete Host PVCsThis option deletes Host PVCs without additional
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
TID: TA1248 Total Access 1248 MM/DD/YY HH:MM
Unacknowledged Alarms: None
Select Shelf
1. Host
2. Client 1 (configured)
3. Client 2 (configured)
4. Client 3 (configured)
Selection :
'?' - System Help Screen
ATM Performance Monitoring Mode Menu
ATM Performance Monitoring Mode
Main Menu\ATM Circuit Management\ATM Performance Monitoring Mode\
NOTE
If expansion mode is enabled (refer to “Expansion Menu” on
page 5-90), the Select Shelf menu (see Figure 5-22) displays. A host
or client unit must be chosen in order to access the ATM
Performance Monitoring Mode menu.
Figure 5-22. Select Shelf Menu
The Total Access 1248 tracks performance statistics for ATM ports via the ATM Performance
Monitoring Mode menu (see Figure 5-23).
5-3861179641AL1-5C
Menu Descriptions
TID: TA1248 Total Access 1248
Unacknowledged Alarms: None
ATM Performance Monitoring Mode
Port: Network
1. Change ATM Port Number Network
2. ATM Performance Data
3. ATM Port Cell Count Summary
4. Clear All PM for All Ports
Selection :
This screen allows you to view the ATM stats for a particular port.
Enter 0 for the network port or 1 - 48 for the customer ports.
'?' - System Help Screen
Figure 5-23. ATM Performance Monitoring Mode Menu
The ATM Performance Monitoring Mode menu options are shown in Table 5-20.
Table 5-20. ATM Performance Monitoring Mode Menu Options
OptionDescriptionFunction
1Change ATM Port NumberThis option is used to change the ATM port number
2ATM Performance DataThis option displays the “ATM Performance Monitoring
3ATM Port Cell Count
Summary
4Clear All PM for All PortsThis option displays the “Clear All PM for All Ports
without additional prompting. The current port number
is displayed above the menu items on the ATM
Performance Monitoring Mode menu.
Status Screen” on page 5-40.
This option displays the “ATM Port Cell Count Summary
Screen” on page 5-42.
Menu” on page 5-43.
61179641AL1-5C5-39
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
B - Backward(2hrs/15min PM)
S - Select Port P - Previous Port N - Next Port C - Clear PM Status
'?' - System Help Screen
ATM Performance Monitoring Status Screen
ATM Performance Monitoring Status
Main Menu\ATM Circuit Management\ATM Performance Monitoring Mode\ATM Performance Monitoring Status\
The ATM Performance Monitoring Status screen (see Figure 5-24) displays the port performance for the port selected. This menu lists the cell transmitted to the Network, cells transmitted to the customer, discarded cells, and the HEC Error count for the selected performance
period.
Figure 5-24. ATM Performance Monitoring Status Screen
The ATM Performance Monitoring Status screen options are shown in Table 5-21.
Table 5-21. ATM Performance Monitoring Status Screen Fields
FieldDescription
PortThis field displays the port number for the cell count summary.
TX (to net)This field displays the number of cells transmitted to the
network.
RX (to cust)This field displays the number of cells received from the
network and transmitted to the customer.
Discarded CellsThis field displays the number of discarded cells.
HEC Error CntThis field displays the HEC errors, which are Cyclical
Redundancy Check (CRC) errors in the last byte of the ATM cell
header used for checking integrity.
The ATM Performance Monitoring Status hot keys are defined in Table 5-22.
5-4061179641AL1-5C
Menu Descriptions
Table 5-22. ATM Performance Monitoring Status Hot Keys
Hot KeyDescriptionFunction
BBackward (2hrs/15min PM)This hot key is used to display performance monitoring
statistics for the last 2 hours, in 15 minute intervals.
CClear PM StatusThis hot key is used to clear the performance monitoring
statistics.
FForward (2hrs/15min PM)This hot key is used to display performance monitoring
statistics for the next 2 hours, in 15 minute intervals.
PPrevious PortThis hot key is used to display the previous port.
NNext PortThis hot key is used to display the next port.
SSelect PortThis hot key is used to select a specific port.
61179641AL1-5C5-41
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
TID: TA1248 Total Access 1248 MM/DD/YY HH:MM
Unacknowledged Alarms: None
NOTE: Tx is to network, Rx is to customer, Disc. is discarded cells
Highlighted Port indicates the ADSL loop is trained.
'N' - Next Page
'?' - System Help Screen
ATM Port Cell Count Summary Screen
ATM Port Cell Count Summary
Main Menu\ATM Circuit Management\ATM Performance Monitoring Mode\ATM Port Cell Count Summary\
The ATM Port Cell Count Summary screen (see Figure 5-25) displays a summary of cell counts
for all ports simultaneously.
Figure 5-25. ATM Port Cell Count Summary Screen
The ATM Port Cell Count Summary screen fields are shown in Table 5-23.
Table 5-23. ATM Port Cell Count Summary Screen Fields
FieldDescription
PortThis field displays the port number for the cell count summary.
TxThis field displays the number of cells transmitted to the
network.
RxThis field displays the number of cells received from the
network and transmitted to the customer.
Disc.This field displays the number of discarded cells.
5-4261179641AL1-5C
Menu Descriptions
Clear All PM for All Ports Menu
Clear All PM for All Ports
Main Menu\ATM Circuit Management\ATM Performance Monitoring Mode\Clear All PM for All Ports\
The Clear All PM for All Ports option is selected from the ATM Performance Monitoring Mode
Menu.
The Clear All PM for All Ports menu options are shown in Table 5-24.
Table 5-24. Clear All PM for All Ports Menu Options
OptionDescriptionFunction
1YesThis option clears the performance monitoring data for
all of the ports.
2NoThis option returns the display to the “ATM Performance
Monitoring Mode Menu” on page 5-38 and does not clear
the performance monitoring data.
61179641AL1-5C5-43
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
TID: TA1248 Total Access 1248
Unacknowledged Alarms: None
ATM OAM Settings
1. DSLAM OAM Loopback Location ID : FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF
2. DSLAM OAM State : Disabled
3. Inband OAM Loopback Test
Selection :
'?' - System Help Screen
ATM OAM Settings Menu
ATM OAM Settings
Main Menu\ATM Circuit Management\ATM OAM Settings\
The ATM OAM Settings menu (see Figure 5-26) is used to provision the Total Access 1248
OAM settings and to test the Inband channel PVC for an ATM fed system.
Figure 5-26. ATM OAM Settings Menu
The ATM OAM Settings menu options are shown in Table 5-25.
Table 5-25. ATM OAM Settings Menu Options
OptionDescriptionFunction
1DSLAM OAM Loopback
Location ID
2DSLAM OAM StateThis option is used to toggle the Total Access 1248 OAM
3Inband OAM Loopback TestThis option displays the “Inband OAM Loopback Test
This is option is used to enter the loopback location ID
for the Total Access 1248. The remote loopback location
ID is in hexadecimal 16 byte format.
state between Disabled and Enabled.
Menu” on page 5-45.
5-4461179641AL1-5C
Menu Descriptions
TID: TA1248 Total Access 1248
Unacknowledged Alarms: None
1. Remote OAM Loopback Location ID : FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF
2. Type of OAM Loopback Cell : Segment
3. Send Loopback Cell
4. Reset Loopback Statistics
5. Reset All Statistics
Selection :
'?' - System Help Screen
Inband OAM Loopback Test Menu
Inband OAM Loopback Test
Main Menu\ATM Circuit Management\ATM OAM Set tings\Inband OAM Loopback Test\
The Inband OAM Loopback Test menu (see Figure 5-27) is used to provision the Total Access
1248 OAM Loopback settings and to test the Inband channel PVC for an ATM fed box.
Figure 5-27. Inband OAM Loopback Test Menu
The Inband OAM Loopback Test menu options are shown in Table 5-26.
Table 5-26. Inband OAM Loopback Test Menu Options
OptionDescriptionFunction
1Remote OAM Loopback
Location ID
2Type of OAM Loopback CellThis option is used to specify the type of OAM Loopback
3Send Loopback CellThis option is used to send a loopback cell.
4Reset Loopback StatisticsThis option clears the OAM loopback statistics for this
5Reset All StatisticsThis option clears all OAM loopback statistics.
This is option is used to enter the remote loopback
location ID. The remote loopback location ID is in
hexadecimal 16 byte format.
cell. Options include the following:
•Segment
•End-to-End
circuit.
61179641AL1-5C5-45
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
The Inband OAM Loopback Test menu fields are shown in Table 5-27.
Table 5-27. Inband OAM Loopback Test Menu Fields
Field Description
PortThis field displays the physical port.
VPIThis field displays the VPI for the circuit.
VCIThis field displays the VCI for the circuit.
Tx Loopback RequestThis field displays the total number of transmitted loopback
requests.
Rx Loopback RequestThis field displays the total number of received loopback
requests.
Tx Loopback ResponseThis field displays the total number of transmitted loopback
responses.
Rx Loopback ResponseThis field displays the total number of received loopback
responses.
Loopback PassedThis field displays the total number of loopback request that
passed.
Loopback FailedThis field displays the total number of loopback request that
failed.
Rx OAM CellsThis field displays the total number of received OAM cells.
AIS StateThis field indicates if the Endpoint is in AIS state (True) or not
(False).
RDI StateThis field indicates if the Endpoint is in the RDI state (True) or
not (False).
5-4661179641AL1-5C
Menu Descriptions
TID: TA1248 Total Access 1248 MM/DD/YY HH:MM
Unacknowledged Alarms: None
System Management
1. Password Control
2. IP Address
3. Test IP Address
4. Time/Date
5. Baud Rate
6. TFTP Configuration Upload/Download
7. SNMP/TL1
8. Download New Code
9. Restore Factory Defaults
10. Reset System
11. Self Test Results
12. External Alarms
13. Expansion Menu
14. Modem Configuration
System Uptime: 2 hrs 33 mins 44 secs
Selection : '?' - System Help Screen
System Management Menu
System Management
Main Menu\System Management\
The System Management menu (see Figure 5-28) is used to manage system settings. The
following subsections describe these settings in detail.
Figure 5-28. System Management Menu
The System Management menu options are shown in Table 5-28.
Table 5-28. System Management Menu Options
Option DescriptionFunction
1Password ControlThis option displays the “Password Control Menu” on
page 5-49.
2IP AddressThis option displays the “Mode Selection and Current IP
Settings Menu” on page 5-52.
3Test IP AddressThis option displays the “Test IP Address Menu” on
page 5-66.
4Time/DateThis option displays the “Time/Date Adjust Menu” on
page 5-67.
5Baud RateThis option displays the “Current Baud Rate Menu” on
page 5-68.
6TFTP Configuration Upload/
Download
This option displays the “TFTP Configuration Storage/
Retrieval Screen” on page 5-69.
61179641AL1-5C5-47
Total Access 1248 Quad T1 IMA 48-Port DSLAM with Modem Installation and Maintenance Practice
Table 5-28. System Management Menu Options (Continued)
Option DescriptionFunction
7SNMP/TL1This option displays the “SNMP/TL1 Configuration
Menu” on page 5-71.
8Download New CodeThis option displays the “Code Download Method Menu”
on page 5-77.
9Restore Factory DefaultsThis option displays the “Restore Factory Defaults
Menu” on page 5-84.
10Reset SystemThis option displays the “Reset System Menu” on
page 5-85.
11Self Test ResultsThis option displays the “Self Test Menu” on page 5-86.
12External AlarmsThis option displays the “External Alarms Menu” on
page 5-88.
13Expansion MenuThis option displays the “Expansion Menu” on page 5-
90.
14Modem ConfigurationThis option displays the “Modem Configuration Menu”
on page 5-91
N/ASystem UptimeThis field displays the length of time the Total Access
1248 system has been running. Each time the system is
reset, this value resets to 0 days, 0 hours, 0 minutes,
and 0 seconds.
5-4861179641AL1-5C
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