Total Access 1240
Installation and Maintenance Practice
Document Number: 61179605L5-5B
September 2005
Total Access 1240 Installation and Maintenance Practice
Front Matter
Trademarks
Any brand names and product names included in this manual are trademarks, registered
trademarks, or trade names of their respective holders.
To the Holder of the Manual
The contents of this publication 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
publication.
ADecember 2004Initial release
BSeptember 2005This revision includes updates to the User Interface and Appli-
cation Guidelines sections, general updates to the power and
ground connection information, and updates to the Ethernet
and VLAN interface information.
Conventions
The following typographical conventions are used in this document:
This font indicates a cross-reference link. First-time references to tables and figures are
shown in this font.
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.
ALT+X indicates that the ALT key and X key should be pressed at the
This font indicates on-screen messages and prompts.
This font indicates text to be typed exactly as shown.
This font indicates silk-screen labels or other system label items.
This font is used for strong emphasis.
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.
61179605L5-5Biii
Total Access 1240 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’s 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:
Training Phone: 800-615-1176, ext. 7500
Training Fax: 256-963-6700
Training Email:training@adtran.com
This practice is an installation and maintenance guide for the ADTRAN Total Access® 1240
2-wire/4-wire Single-pair High-speed Digital Subscriber Line (SHDSL) Digital Subscriber Line
Access Multiplexer (DSLAM). Figure 1-1 illustrates the Total Access 1240 (P/N 1179605L5)
front panel.
Figure 1-1. Total Access 1240 Front Panel
Description
The Total Access 1240 is a 2-wire/4-wire SHDSL mini-DSLAM, consisting of 24 ports fed by a
single 10/100Base-T Ethernet port.
The Total Access 1240 integrates both the SHDSL ports and the Ethernet port onto a single
Printed Circuit Board (PCB) assembly and is powered by –48 VDC. SHDSL port connections
are made through a 50-pin amphenol connector. Ethernet connections are made through an
RJ-45 jack. An alarm port and six LEDs are supported. The unit is fully manageable through
the craft port and an SNMP network management workstation.
The Total Access 1240 is rack-mountable and measures 44.45 millimeters (1.75 inches) high
by 438.15 millimeters (17.25 inches) wide by 282.575 millimeters deep (11.125 inches).
Measurements do not include the mounting brackets. The device can be powered using one or
two –48 VDC sources, one for a non-redundant power configuration, two for a redundant
power configuration.
61179605L5-5B1-1
Total Access 1240 Installation and Maintenance Practice
Features
The basic and security specific features of the Total Access 1240 are listed below.
Basic Features
The basic features of the Total Access 1240, include the following:
• Front access to all connections
• –48 VDC redundant power inputs
• Removable front access fan module
• Provisioning and alarm monitoring through SNMP (SNMPv2c) and local craft interface
(VT-100 Menu System)
• Dedicated Virtual Local Area Network (VLAN) for Inband Management Channel
• 24 subscriber ports (SHDSL)
• Single Ethernet 10/100Base-T uplink
• Four Virtual Circuits (VC) per port
• Strict prioritization ATM Class of Service (COS) is supported on the VCs that are configured
on each SHDSL Port.
• Learning bridge configuration
• Supports 2-wire operation supporting payload data rates of 192 kbps to 2,304 kbps in
increments of 64 kbps
• Supports 4-wire operation supporting payload data rates of 384 (2 × 192) kbps to 4,608
(2 × 2,304) kbps in increments of 128 (2 × 64) kbps
• System Configuration Archive (SCA)
• Supports the following operational environment
– NEBS GR-63-CORE
– ETSI EN 300 019-1-3 Class 3.1E
– ETSI EN 300 386 V1.3.2 (2003-5) for other than telecommunications centres (Class B)
– Temperature Hardened (–40°C to +70°C)
Security Features
The Total Access 1240 offers a number of filters that affect packets at the subscriber ingress
point. The security features are as follows:
• Local Switching: all ingress subscriber packets are forwarded to the network unless local
switching is enabled. This is a per port option.
• Ether-type Filtering: allows the ingress/egress filtering of traffic based on an Ether-type of
IP, PPPoE, or All. Packets that do not meet the provisioned Ether-type are discarded. This
option is on a per VC basis
• Destination MAC Filtering: when enabled, broadcast packets and packets destined to the
Broadband Remote Access Aggregation Server (BRAS) are forwarded. All others are
discarded.
1-261179605L5-5B
Section 1, Introduction - General
Front Panel LEDs
There are six LEDs on the front panel of the Total Access 1240 (see Figure 1-2).
Figure 1-2. Front Panel LEDs
When power is applied the Total Access system performs the power up self-tests. Once the
power up self-test is complete, the LEDs reflect the current condition of the hardware. The
Total Access 1240 LEDs, status, and descriptions are provided in Table 1-1.
Table 1-1. Front Panel LEDs
LEDsStatusDescription
POWER
ALARM
SHDSL
ETH
Green
Yellow
Red
Off
Yellow
Red
Off
Green
Red
Off
Green
Yellow
Red
Unit is In Service
Unit is Out of Service-Maintenance
Failed self test
No power present on unit
Minor alarm is being reported from the unit
Major alarm is being reported from the unit
No alarms reported on unit
All SHDSL ports that are provisioned as In Service have
completed the training sequence
At least one SHDSL port that is provisioned as In Service has not
completed the training sequence
No SHDSL ports are provisioned as In Service
Ethernet connected, 100Base-T
Ethernet connected, 10Base-T
Ethernet not connected
TD
RD
61179605L5-5B1-3
Green Flashing
Off
Green Flashing
Off
Ethernet transmit traffic
No ethernet transmit traffic
Ethernet receive traffic
No ethernet receive traffic
Total Access 1240 Installation and Maintenance Practice
Compliance
The Total Access 1240 complies with the following international standards:
• Safety – UL 60950 Third Edition; EN 60950 with IEC 950 CB Scheme
• ETSI EN 300 386 V1.3.2 (2003-5) for other than telecommunications centres (Class B)
•Environmental
– Operational environment – NEBS GR-63-CORE; ETSI EN 300 019-1-3 Class 3.1E
– Storage – NEBS GR-63-CORE; ETSI EN 300 019-1-1 class 1.1
– Earthquake – NEBS GR-63-CORE, zone 4
– Transportation – NEBS GR-63-CORE; ETSI EN 300 019-1-2 class 2.3
– Acoustic Noise – ETS 300 753 and 2/1056-FAU 104 06
Figure 1-3 displays the compliance labels for the Total Access 1240.
A
S
S
C
T
/
N
A
C
O
T
O
S
T
M
D
R
E
I
O
F
I
F
T
N
R
E
O
C
C
D
.
C
N
S
A
I
2
/
U
2
L
.
2
S
T
N
D
O
.
.
6
6
0
0
R
9
9
5
5
0
0
BFB 401 04 R1A
EDN424 - 24 line SHDSL solution
Figure 1-3. Total Access 1240 Compliance Labels
1-461179605L5-5B
Section 2
Application Guidelines
INTRODUCTION
The Total Access 1240 operates as a transparent bridge to provide Medium Access Control
(MAC) level bridging for Ethernet-like networks. The number of attached devices can be up to
twenty-four 2-wire SHDSL modems or twelve 4-wire SHDSL modems or some combination
thereof. When operating in the 4-wire SHDSL mode, if 2 wires are unavailable then the entire
4-wire circuit becomes Out of Service.
As shown in Figure 2-1, service providers are positioned to deploy voice, data, and video over
the same connection (triple play type services) using devices such as the Total Access 1240
SHDSL DSLAM.
Set-top
Box
SHDSL
Modem
PVCs
Total Access
1240
Voice VLAN
O&M VLAN
Management
Server
Figure 2-1. Total Access 1240 Application
61179605L5-5B2-1
Data VLAN
Video VLAN
Ethernet
Switch
Voice
Gateway
PSTN
Router
Video
SP
ISP
Total Access 1240 Installation and Maintenance Practice
For security purposes, the unit operates such that Local Switching (Subscriber Port-to-Port
Switching) can be disabled/enabled within the unit. Port-to-Port switching can also be accomplished using an external device such as an Ethernet Aggregation Switch. Destination MAC
address filtering and Ether-type filtering are also implemented.
The Total Access 1240 supports RFC 2684 (RFC 1483) Bridged Protocol Data Unit (PDU) only.
All traffic priorities and queuing are accomplished in the ATM domain (subscriber side) and
later mapped into the Ethernet domain (network side).
The Total Access 1240 takes Ethernet packets and performs a Segmentation And Reassembly
(SAR) function into an RFC 1483 compliant scheme for transmission over the SHDSL loops to
permit broad compatibility with a wide variety of RFC1483 compliant SHDSL modems. The
unit uses four simplified Class of Service (COS) queues. Prioritization for the transmission of
packets is performed by assigning preference to highest priority packets first and moving to
lower priority packets until there is full bandwidth utilization on the subscriber ports.
The unit supports one to four VCs per port (per RFC1483) with one VLAN per VC. To utilize
four VLANs, the subscriber must have an RFC1483 capable modem that supports four VCs.
The Total Access 1240 supports the ITU G.991.2 S HDSL standard as well as the ET SI TS 101
542 (2001-08) standard. Data rates supported on the subscriber side are 192 kbps to 2.312
Mbps (1-pair) and 384 kbps to 4.624 Mbps (2-pair). Rate adaptive SHDSL Mode is planned for
a future software release.
Lineprobing (also known as rate adaption) is supported on a per port basis. This allows
automatic selection of the SHDSL loop rate based on line conditions at the time of the unit
training.
The maximum number of filtering entries that can be created in the system is 1,024. Consequently, the capacity of the MAC table is 1,024 MAC addresses. The MAC Address table is
global per unit. The MAC addresses are learned on the uplink Ethernet port and the
subscriber loops.
A VLAN is a switched network that is logically segmented by function, project team, or application, without regard to the physical locations of the customers. Providers that offer multiple
services can utilize several unique VLANs with different services such as one VLAN to provide
Internet access, one VLAN to provide a Public Switched Telephone Network (PSTN), and
several other VLANs to provide data and voice services such as Voice over IP, online games, TV
broadcasting, etc.
The bridge function of the Total Access 1240 provides support for Virtual LANs in order to
create multiple domains in which packets are forwarded. This restricts traffic so that it
remains within the VLAN in which it belongs. All the learning and forwarding in the bridge is
carried out in the context of a VLAN.
The packets within the VLAN are forwarded pursuant to the following:
• Subscriber Side – Ingress
– Condition: The packet has a VLAN tag that is associated with the VC from which the
packet was received.
- The packet is forwarded to the Network Egress po int.
– Condition: The packet has a VLAN tag that is inconsistent with the VC from which the
packet was received.
- The packet is discarded.
– Condition: The packet has no VLAN tag.
- The DSLAM tags the packet with the configured VLAN ID and VLAN priority for that
VC.
- The packet is forwarded to the Network Egress po int.
• Network Sid e – Ingress
– Condition: The packet has a VLAN tag that matches one of the VLANs provisioned within
the DSLAM. The DSLAM supports up to 96 individual VLANs.
- The packet is forwarded to the corresponding customer VC egress point.
- When multiple VCs are on the same VLAN, the Total Access 1240 system matches the
packet’s MAC address to those in the MAC Learning Table and forward the packet to
the VC associated with a matching MAC address.
- If there is no corresponding MAC address in the MAC Learning Table, the packet is
forwarded to all VCs on the same VLAN in an atte mpt to lea rn the app ropriat e VC to
which the MAC belongs.
– Condition: The packet has a VLAN tag that does not match one of the VLANs provisioned
within the DSLAM. The DSLAM supports up to 96 individual VLANs.
- The packet is discarded.
– Condition: The packet is untagged.
- If one or more VCs are set to a VLAN of 1 (Native Operation) the Total Access 1240
system matches the packet’s MAC address to those in the MAC Learning Table and
forward the packet to the VC associated with a matching MAC address.
- If no VCs are set to Native Operation, the packet is discarded.
61179605L5-5B2-3
Total Access 1240 Installation and Maintenance Practice
• Network – Egress
– Every packet is forwarded.
• Subscriber - Egress
– The VLAN tag is removed.
– The packet is forwarded to the VC corresponding to the original VLAN Tag.
A diagram depicting the Total Access 1240 Ingress/Egress points is provided in Figure 2-2.
Total Access 1240
Egress
Ingress
Network
Ingress
Egress
Subscriber
Figure 2-2. Total Access 1240 Ingress and Egress Points
TRAFFIC PRIORITIZATION
The Total Access 1240 supports four traffic priority classifications per VLAN:
•High = CBR
•MidH = VBRrt
• MidL = VBR
•Low = UBR
There are no rate settings for the CBR, VBRrt, and VBR configurations, therefore, these ATM
COS priorities have been redefined, in descending order of priority, as follows:
1. High
2. MidH
3. MidL
4. Low
Traffic prioritization applies to the data that is forwarded to the egress of the subscriber ports.
Any packets that cannot be serviced due to bandwidth limitations are discarded.
In the upstream path (subscriber to network), the Total Access 1240 can optionally set the
VLAN User Priority Bits from 0-7 for untagged traffic causing the data to be tagged with a
VLAN ID and Priority Bits.
2-461179605L5-5B
Section 2, Application Guidelines - System Configuration Archive
SYSTEM CONFIGURATION ARCHIVE
The System Configuration Archive (SCA) (see Figure 2-3) is controlled by SNMP or screen
selections to save provisioning information for the Total Access 1240 to a remote TFTP server
for possible system restoration at a later time. In addition to its use for fast recovery of provisioning information, the SCA system can be used to “clone” baseline configurations to new
installations so that only a few specific provisions need to be altered, significantly reducing
initial setup time.
For further information regarding SCA file format and editing the SCA file, reference
“Appendix B, SCA File Format”.
SNMP
Management
PC
VLAN 246
Total Access
1240
IP Management
Port (Inband)
Configuration
File
SHDSL ports 1-24
File Server
Ethernet Port
Total Access 1240
EGRESS
Port 1
Port 2
Port 23
Port 24
INGRESS
Figure 2-3. System Configuration Archive Concept Diagram
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Total Access 1240 Installation and Maintenance Practice
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2-661179605L5-5B
INTRODUCTION
Electronic units can be damaged by ESD. When handling a unit,
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
C A U T I O N !
SUBJECT TO ELECTROSTATIC DAMAGE
OR DECREASE IN RELIABILITY.
HANDLING PRECAUTIONS REQUIRED.
CAUTION
After unpacking the Total Access 1240, inspect it for damage. If damage has occurred, file a
claim with the carrier then contact ADTRAN Customer Service. Refer to “Appendix C,
Warranty” for further information. If possible, keep the original shipping container for
returning the Total Access 1240 for repair or for verification of shipping damage.
61179605L5-5B3-1
Total Access 1240 Installation and Maintenance Practice
Shipping Contents
The shipping container for the Total Access 1240 includes the contents as shown in Table 3-1
Section 3, Installation - Mounting the Total Access 1240
MOUNTING THE TOTAL ACCESS 1240
The Total Access 1240 is shipped with two sets of mounting brackets that accommodate either
a 19-inch or 21-inch rack.
• The mounting brackets used for a 19-inch rack are part number 3265540-1.
• The mounting brackets used for a 23-inch rack are part number 3265540-2.
The mounting brackets provide for flush or mid-mounting configurations. Figure 3-1 shows
the Total Access 1240 mounting bracket installation options. Four screws (supplied with the
unit) are required for mounting the brackets to the system.
Mounting brackets - 19-inch rack
BACK
FRONT
Mounting brackets - 23-inch rack
BACK
FRONT
P/N 3265540-1
P/N 3265540-2
Figure 3-1. Mounting Brackets
61179605L5-5B3-3
Total Access 1240 Installation and Maintenance Practice
Flush-mount
For flush-mount systems, the Total Access 1240 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 1240 in the rack, use a #2 phillips-head screwdriver and attach the
mounting brackets to the front set of threaded screw holes with the flanges containing the
slotted rack-mounting holes facing the front of the Total Access 1240.
Using four screws appropriate for the mounting rack and the appropriate screwdriver, secure
the Total Access 1240 in place on the rack.
BACK
FRONT
Flush-mount Orientation
P/N 3265540-1
19-inch Mounting Brackets
P/N 3265540-2
23-inch Mounting Brackets
Figure 3-2. Flush-mount Orientation
3-461179605L5-5B
Section 3, Installation - Mounting the Total Access 1240
Mid-mount
For mid-mount systems, the Total Access 1240 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 1240 in the rack, use a #2 phillips-head screwdriver and attach the mounting
brackets to the rear set of threaded screw holes with the flanges containing the slotted rackmounting holes facing the front of the Total Access 1240.
Using four screws appropriate for the mounting rack and the appropriate screwdriver, secure
the Total Access 1240 in place on the rack.
BACK
FRONT
Mid-mount Orientation
Figure 3-3. Mid-mount Orientation
P/N 3265540-1
19-inch Mounting Brackets
P/N 3265540-2
23-inch Mounting Brackets
61179605L5-5B3-5
Total Access 1240 Installation and Maintenance Practice
GROUND AND POWER CONNECTIONS
The Total Access 1240 provides redundant power inputs. Two sources of –48 VDC must be
provided to use the redundant power feature. The power wire must be 12 to 18 AWG stranded
copper. The ground wire must be 12 to 18 AWG, however, it must be as large or larger than
the wire used for power.
Ground Connection
The Total Access 1240 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 1240, as shown in 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. Ground Connection
3-661179605L5-5B
Section 3, Installation - Ground and Power Connections
Power Connection
The Total Access 1240 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 between 1.5 to 2.0
amps.
2. Using a small flat-head screwdriver, loosen the setscrews on the top of th e termina l b loc k.
3. Insert the bare wire into the opening on the front of the terminal block.
4. While holding the wire in place, tighten the setscrew until the wire is secure.
5. Repeat this procedure until all power leads are connected, making sure that the wires are
connected using correct polarity according to the labeling on the unit above the terminal
block.
6. Apply power to the Total Access 1240 and test the voltage and polarity on the terminal
block using the tops of the setscrews as test points.
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Total Access 1240 Installation and Maintenance Practice
Fans/Fan Filter
The Total Access 1240 is shipped with a pre-installed fan module (P/N 1179672L1). The fan
module is located on the right side of the unit and contains two fans (Figure 3-6). The fans
move filtered air (if the filter is installed) into the Total Access 1240 chassis and out through
the exhaust slots on the left side of the chassis.
The fans are monitored by the Total Access 1240 system and are tested during power-up or
when a fan module is installed. If any fan fails, the
test failure, and a minor alarm is generates indicating the problem. The fan alarm can be
suppressed using the fan alarm delay for replacement or maintenance of the fan module.
The fans are thermostatically controlled and operate only when necessary. One fan is
activated first and alternates with the other fan to maintain a specified temperature level. If
the temperature continues to rise, both fans operate at the same time. In the event the
temperature remains high, the SHDSL circuits shut down until a safe operating temperature
is reached.
The fan module and fan filter can be replaced in the field.
POWER LED turns red, indicating a self-
FAN MODULE
1179672L1
FAN
1179672L1
MODULE
Figure 3-6. Fan Module
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Section 3, Installation - Ground and Power Connections
Ethernet Connection
The Total Access 1240 interfaces with networks through an Ethernet port. Figure 3-7 shows
the location of the Ethernet port.
Ethernet Connection
Figure 3-7. Ethernet Port
The following Ethernet protocols are supported:
• IEEE 802.3, 10/100Base-T
• IEEE 802.1Q
• IEEE 802.1P User Defined VLAN Priority (upstream)
• DHCP Client Mode for Management
•SNMP
• Ethernet frame siz es up to 1,52 2 byt e s
61179605L5-5B3-9
Total Access 1240 Installation and Maintenance Practice
Alarm Connections
The Total Access 1240 provides an alarm port (see Figure 3-8) with three auxiliary alarm
inputs and three alarm outputs. Alarm inputs are activated by shorting A and B contacts
which causes an alarm event. Alarm input events can be configured to one of four modes:
Load Shedding, Major, Minor, or Critical and can be designated by the user.
Load shedding can be used to reduce loading in the CO if needed. When invoked, load
shedding causes the unit to switch off sealing current and drops the SHDSL loops to eliminate
power consumption in the product. This can be controlled by one of the external alarm inputs
and is automatically activated by the unit if the internal temperature of the unit reaches
115°C. When the units internal temperature decreases to 110°C it returns to normal
operation.
The alarm 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 message that is transmitted through the management VLAN channel to a
monitoring device.
A cable with a high density DB-15 female connector on one end and a stub at the other end is
available (P/N 1196DB901L1) for wire-wrap connections to an alarm panel.
Alarm Connection
Figure 3-8. Alarm Connection
The alarm pinouts are shown in Table 3-2.
Table 3-2. Alarm Pinouts
PinContact DescriptionPinContact Description
1Alarm 3 Input - A9Minor Alarm NC
2Alarm 1 Input - B10Major Alarm NC
3Critical Alarm COM11Alarm 2 Input - B
4Minor Alarm COM12Alarm 1 Input - A
5Major Alarm COM13Critical Alarm NO
6Alarm 3 Input - B14Minor Alarm NO
7Alarm 2 Input - A15Major Alarm NO
8Critical Alarm NC
3-1061179605L5-5B
Section 3, Installation - Ground and Power Connections
SHDSL Connection
The Total Access 1240 provides 24 SHDSL ports on one 50-pin male amphenol connector (see
Figure 3-9). The 24 SHDSL links can be physically bonded in pairs. A maximum of twelve
4-wire SHDSL links are supported per module. SHDSL links are bonded in odd and even
sequential pairs. For example, SHDSL links 1 and 2, 3 and 4, or 9 and 10 can be linked to
form 4-wire SHDSL links.
SHDSL Connection
Figure 3-9. SHDSL 50-pin Male Amphenol Connector
To connect the SHDLS ports, perform the following steps:
1. Connect a 25-pair female-ended amphenol connector to the male-ended amphenol
connector, labeled
SHDSL.
2. Tighten the screw (normally provided with the amphenol connector attached to the cable)
on the right side of the amphenol connector.
3. Use the cable tie (provided) placed through the tie bracket (provided) to secure the left side
of the amphenol connector.
The pin assignments for the SHDSL cable pinouts are shown in Table 3-3.
99, 342222, 47
1010, 352323, 48
1111, 362424, 49
1212, 362525, 50 Not used
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Total Access 1240 Installation and Maintenance Practice
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3-1261179605L5-5B
Section 4
Provisioning Defaults
INTRODUCTION
The Total Access 1240 can be provisioned by a set of menus that are accessible through the
DB-9 port, labeled
system must be completed by way of one of these device ports. Once the management VLAN
channel has been established, the system can be remotely managed through Telnet (IP),
SNMP, or Total Access EMS. The Total Access 1240 default settings are shown in Table 4-1
through Table 4-5.
Total Access 1240 Installation and Maintenance Practice
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4-661179605L5-5B
Section 5
User Interface
INTRODUCTION
This section provides detailed information on the following:
• “System Management” on page 5-1
• “Craft Interface” on page 5-1
• “Inband Management Interface” on page 5-2
• “Logging on to the Total Access 1240” on page 5-3
• “Menu Structure” on page 5-4
• “Menu Navigation” on page 5-5
• “Menu Trees” on page 5-6
• “Menu Descriptions” on page 5-9
SYSTEM MANAGEMENT
Total Access 1240 system management and provisioning is facilitated by a series of intuitive
menus that are accessible on a computer screen. The Total Access 1240 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 1240 system menus can be made through the DB-9 connector,
labeled
required.
CRAFT (see Figure 5-1), on the front of the Total Access 1240. A DB-9 straight cable is
Craft Port
Figure 5-1. Craft Port Location
61179605L5-5B5-1
Total Access 1240 Installation and Maintenance Practice
NOTE
The craft port has priority over Telnet session. If there is an active
craft port session, a Telnet session to the Total Access 1240 cannot
be initiated. If there is an active Telnet session and a craft port
session is initiated, the Telnet session is preempted. The Telnet
session is not available until after the user at the craft port logs off
or the auto-logoff occurs (after 10 minutes of inactivity).
NOTE
The craft port is capable of operating at baud rates of 19200 bps
and 38400 bps.
Connecting a Personal Computer Emulating a VT100 Terminal to Total Access 1240
Most personal computers or laptops can run communications software that emulate a VT
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 1240.
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 1240. Make connection to the PC
or laptop as appropriate for the equipment.
Inband Management Interface
To access the Total Access 1240 through the inband management method, use an appropriate
Telnet client to access the management interface of the Total Access 1240 at the configured IP
address. For more information, refer to “System Management Menu” on page 5-34.
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.
5-261179605L5-5B
Section 5, User Interface - Logging on to the Total Access 1240
LOGGING ON TO THE TOTAL ACCESS 1240
To login to the Total Access 1240 system, perform the following steps:
1. Establish the physical connection to the Total Access 1240.
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 is displayed in Figure 5-2. The Total Access 1240 system requires the
login name and associated password.
4. Enter the default login name, “ADMIN” (or the configured login name with System
Administrator privileges), and press
ENTER.
5. Enter the default password, “PASSWORD” (or the configured password), and press
Total Access 1240 - IPoE Fed
Login: ADMIN
Password: ********
ENTER.
Figure 5-2. Login Screen
NOTE
The Login name and Password fields are case sensitive. The default
values are all uppercase. For more information, refer to “Password
Control Menu” on page 5-36.
61179605L5-5B5-3
Total Access 1240 Installation and Maintenance Practice
MENU STRUCTUR E
The menu structure for the Total Access 1240 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 1240.
• 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.,
N - Next 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 1240.
• 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.,
N - Next Port).
5-461179605L5-5B
Section 5, User Interface - Menu Navigation
MENU NAVIGATION
Basic menu navigation is accomplished by selecting the desired option number and then
pressing
access the System Help screen, press the question mark (
ENTER. To return to the previous menu or screen, press the ESC (escape) key. To
?) 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 1240 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 renew the display.
CTRL+X(Control and x) This keyboard comm and is used to force the terminal menu display to the
top level.
ESCThis 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
Ethernet Statistics
C
J
Bridge Statistics
This hot key is used to clear the current Ethernet statistics.
This hot key is used to jump to the Current or Previous Ethernet statistics screen.
C
J
M
N
P
This hot key is used to clear the current Bridge statistics.
This hot key is used to jump to the Current or Previous Bridge statistics menu.
This hot key is used to display the next bridge.
This hot key is used to display the next port.
This hot key is used to go to the previous port.
SHDSL Provisioning
NThis hot key is used to display the next loop.
PThis hot key is used to display the previous loop.
SThis hot key is used to select a specific loop.
61179605L5-5B5-5
Total Access 1240 Installation and Maintenance Practice
Table 5-2. Menu Specific Hot Keys (Continued)
Hot KeyDescription
System Alarms
A
C
F
L
N
P
R
T
This hot key is used to acknowledge all alarms.
This hot key is used to clear all alarms.
This hot key is used to display the first alarm.
This hot key is used to display the last alarm.
This hot key is used to display the next alarm.
This hot key is used to display the previous alarm.
This hot key is used to reset all alarm logs.
This hot key is used to display alarms in time ascending or descending order.
MENU TREES
There are a number of menu screens designed to aid in the maintenance and troubleshooting
of the Total Access 1240. The Total Access 1240 menu trees (see Figure 5-3 and Figure 5-4)
are visual maps that is used to locate provisioning options.
5-661179605L5-5B
Section 5, User Interface - Menu Trees
1. Unit Information
2. Bridge Circuit Management
Unit Name
Part Number
Serial Number
Product Revision
Software Revision
1. Bridge Port Provisioning
2. Ethernet Provisioning
3. Ethernet Statistics
Bridge Port Summary
1. Duplex Mode
2. Speed
1. Port
2. Bridge
3. Circuit ID
4. VPI
5. VCI
6. Priority
7. Select Destination Mac Filters
8. VLAN ID
9. VLAN Priority
10. Ether Type
11. Local Switching
12. Enabled/Disabled
13. Save Changes
14. Apply to Other Ports
1. Auto Negotiate
2. Full Duplex
3. Half Duplex
1. Auto Negotiate
2. 100 Base
3. 10 Base
1. Ports to copy to:
2. Apply Provisioning
3. Exit without changes
3. System Management
4. SHDSL Ports
5. System Alarms
6. Contact Information
7. Logoff
4. Bridge Port Statistics
A
1. Configuration
2. Provisioning
3. Status
4. Alarms
5. Test
6. Performance
7. Remote Terminal
1. Port
2. Bridge
1. Card
2. SHDSL
1. Reset Statistics
1. Local Loopback
2. Remote Loopback
1. Service State
2. Restore Factory Defaults
1. Service State
2. Interface Mode
3. Rate
4. G.991.2 Annex
5. Lineprobing (PMMS)
6. PMMS Margin
7. Loopback Timeout
8. Alarm Thresholds
1. Dual-Sided
2. Customer
3. Network
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. 2-wire
2. 4-wire
A
B
A/B
1. Disabled
2. Enabled - Current Condition
3. Enabled - Worst Case Cond.
1. SNR Margin
2. Loop Attenuation
3. ES 15 Minute
4. SES 15 Minute
5. UAS 15 Minute
6. LOSWS 15 Minute
7. CVC 15 Minute
Figure 5-3. Total Access 1240 Main Menu Tree
61179605L5-5B5-7
Total Access 1240 Installation and Maintenance Practice
1. Password Control
B
2. IP Address
3. Test IP Address
4. Time/ Date
5. Baud Rate
6. System Configuration Archive
7. SNMP
8. External Alarms
9. Download New Code
10. Restore Factory Defaults
11. Reset System
1. Set Passwords
2. Allow SNMP Security Management
3. Set Idle Logout Time
4. Restore Default Passwords
IP Feed
2. Mode
3. Configure IP
1. IP Address
2. Ping Timeout
3. Number of Pings
4. Start Ping
5. Start Traceroute
1. Adjust Time
2. Adjust Date
3. SNTP: Status
4. SNTP: Server Addr.
5. SNTP: Poll Interval
6. SNTP: Time Zone
1. 9600
2. 19200
3. 38400
TFTP Server
TFTP Function
TFTP Filename
Error Status
Update Progress
Figure 5-4. Total Access 1240 System Management Menu Tree
5-861179605L5-5B
Section 5, User Interface - Menu Descriptions
MENU DESCRIPTIONS
The Total Access 1240 Main menu (see Figure 5-5) 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.
The Total Access 1240 Main menu options are shown in Table 5-3.
Table 5-3. Total Access 1240 Main Menu Options
OptionDescriptionFunction
1ConfigurationThis option displays the “Configuration Screen” on
page 5-10.
2Bridge Circuit ManagementThis op tion displays the “Bridge Circuit Management
Menu” on page 5-11.
3System ManagementThis option displays the “System Management Menu” on
page 5-34.
4User PortsThis option displays the “SHDSL Ports Menu” on page 5-
65.
5System AlarmsThis option displays the “System Alarm Log Screen” on
page 5-89.
6Contact InformationThis option displays the “Contact Information Screen”
on page 5-90.
7Logoff This option is used to end the Total Access 1240 menu
session.
61179605L5-5B5-9
Total Access 1240 Installation and Maintenance Practice
Configuration Screen
The Configuration screen (see Figure 5-6) displays information about the system. For
instance, the part number can be used to search for related information on the ADTRAN
website or to order additional parts. The software revision can be required when calling
ADTRAN Technical Support.
Unit Name Total Access 1240
Part Number 1179605L5
Serial Number E49A1314
Product Revision
Software Revision A03.30 (Flash B)
'?' - System Help Screen
Figure 5-6. 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 1240.
Part NumberThis field displays the part number of the Total Access 1240.
Serial NumberThis field displays the serial number of the Total Access 1240.
Production RevisionThis field displays the current product revision of the Total
Access 1240.
Software RevisionThis field displays the software revision of the Total Access
1240. This field updates automatically when a software
download is completed.
5-1061179605L5-5B
Section 5, User Interface - Menu Descriptions
Bridge Circuit Management Menu
The Bridge Circuit Management menu (see Figure 5-7) is used to provision and maintain
customer circuits and the Ethernet circuit feeding the system.
The Bridge Circuit Management menu options are shown in Table 5-5.
Table 5-5. Bridge Circuit Management Menu
OptionDescriptionFunction
1Bridge Port ProvisioningThis option displays the “Bridge Port Summary Screen”
on page 5-12.
2Ethernet ProvisioningThis option displays the “Ethernet Provisioning Menu”
on page 5-23.
3Ethernet StatisticsThis option displays the “Current Ethernet Statistics
Menu” on page 5-26.
4Bridge Port StatisticsThis option displays the “Current Bridge Statistics
Menu” on page 5-30.
61179605L5-5B5-11
Total Access 1240 Installation and Maintenance Practice
Bridge Port Summary Screen
The Bridge Port Summary screen (see Figure 5-8) displays all ports and their set parameters
simultaneously. A highlighted port number on this screen indicates a mod em as online and
trained. To provision a specific port, navigate to the port with directional arrows, and press
the spacebar (Refer to “Bridge User Port Provisioning Menu” on page 5-13).
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
Bridge Port Summary
Port Bridge VPI VCI PRI VLAN VPri ET LS DMF Enabled
1. 1 0 35 Low 101 0 Any N N Yes
1. 2 0 36 Low 102 0 Any N N Yes
1. 3 0 37 Low 103 0 Any N N Yes
1. 4 0 38 Low 104 0 Any N N Yes
2. 1 0 35 Low 105 0 Any N N Yes
2. 2 0 36 Low 106 0 Any N N Yes
2. 3 0 37 Low 107 0 Any N N Yes
2. 4 0 38 Low 108 0 Any N N Yes
3. 1 0 35 Low 109 0 Any N N Yes
3. 2 0 36 Low 110 0 Any N N Yes
3. 3 0 37 Low 111 0 Any N N Yes
3. 4 0 38 Low 112 0 Any N N Yes
4. 1 0 35 Low 113 0 Any N N Yes
4. 2 0 36 Low 114 0 Any N N Yes
4. 3 0 37 Low 115 0 Any N N Yes
4. 4 0 38 Low 116 0 Any N N Yes
Up and Down Arrows to select a port and "Space Bar" to modify
Left & Right Arrows or Tab to page over to other ports
Figure 5-8. Bridge Port Summary Screen
The Bridge Port Summary screen fields are described in Table 5-6.
Table 5-6. Bridge Port Summary Screen Fields
FieldDescription
PortThis field displays the current port number.
BridgeThis field displays the current bridge number.
VPIThis field displays the current port VPI setting.
VCIThis field displays the current port VCI setting.
PRIThis field displays the traffic prioritization.
VLANThis field displays the current VLAN ID.
VPriThis field displays the current VLAN priority for the port.
ETThis field displays the Ether Type value.
LSThis field displays the Local Switching selection (Y/N).
DMFThis field displays Destination MAC Filtering status as being
enabled (Y) or disabled (N).
EnabledThis field displays the enabled/disabled status.
5-1261179605L5-5B
Section 5, User Interface - Menu Descriptions
Bridge User Port Provisioning Menu
The Bridge User Port Provisioning menu (see Figure 5-9) displays the bridge provisioning for
the port selected from the Bridge Port Provisioning Summary screen (see Figure 5-8 on page 5-
12) and is used to set up and maintain the 24 ports.
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
Bridge User Port Provisioning
Bridge VPI VCI PRI VLAN VPri ET LS DMF Enabled
1 0 35 Low 101 0 Any N N Yes
2 0 36 Low 102 0 Any N N Yes
3 0 37 Low 103 0 Any N N Yes
4 0 38 Low 104 0 Any N N Yes
1. Port 1 8. VLAN ID 101
2. Bridge 1 9. VLAN Priority 0
3. Circuit ID No Circuit ID 10. EtherType Any
4. VPI 0 11. Local Switching N
5. VCI 35 12. Enabled/Disabled Yes
6. Priority Low 13. Save Changes SAVED
7. Select Destination Mac Filters 14. Apply To Other Ports
Selection:
Up and Down Arrows to select a bridge
Left & Right Arrows or Tab to page over to other bridge ports
Figure 5-9. Bridge User Port Provisioning Menu
The Bridge User Port Provisioning menu fields are described in Table 5-7.
Table 5-7. Bridge User Port Provisioning Menu Fields
FieldDescription
BridgeThis field displays the current bridge number.
VPIThis field displays the current port VPI setting.
VCIThis field displays the current port VCI setting.
PRIThis field displays the traffic prioritization.
VLANThis field displays the current VLAN ID.
VPriThis field displays the current VLAN priority for the port.
ETThis field displays the Ether Type value.
LSThis field displays the Local Switching selection (Y/N).
DMFThis field displays Destination MAC Filtering status as being
enabled (Y) or disabled (N).
EnabledThis field displays the enabled/disabled status.
61179605L5-5B5-13
Total Access 1240 Installation and Maintenance Practice
The Bridge User Port Provisioning menu options are shown in Table 5-8.
Table 5-8. Bridge User Port Provisioning Menu Options
OptionDescriptionFunction
1PortThis option is used select a Port (1-24).
2BridgeThis option is used to assign a bridge number to each
circuit. Each circuit must be assigned to one of four
bridges.
3Circuit IDThis option is used to assign a text name to the circuit
for use by the provider to identify the circuit.
4VPIThis option is used to configure each circuit with the
Virtual Path Identifier (VPI) to match the modem that the
customer is using.
5VCIThis option is used to configure each circuit with the
Virtual Channel Identifier (VCI) to match the modem
that the customer is using.
6PriorityThis option is used to assign strict prioritization to each
circuit. See “Strict Prioritization” on page 5-15.
7Select Destination Mac FiltersThis option displays the “Router Dest Mac Filtering
Menu” on page 5-19.
8VLAN IDThis option is used to assign a VLAN ID. The VLAN ID is
used to uniquely identify a particular VLAN per IEEE
802.1.Q. The parameter for a VLAN ID is a number
between 1 and 4094.
9VLAN PriorityThis option displays the “VLAN Priority” on page 5-16.
10Ether TypeThis option is used to assign EtherType Filtering which
is selectable as Any, IP, or PPPoE. See “EtherType
Filtering” on page 5-17.
11Local SwitchingThis option is used to enable or disable Local Switching.
Selection of this option toggles between Y(es) and N(o).
See “Local Switching” on page 5-18.
12Enabled/DisabledThis option is used to enable or disable the user port.
13Save ChangesThis option is used to save any changes made to the
Bridge User Port menu.
This option must be used to implement any provisioning
adjustments.
14Apply To Other PortsThis option displays the “Apply Provisioning to Ports
Menu” on page 5-21.
5-1461179605L5-5B
Section 5, User Interface - Menu Descriptions
Strict Prioritization
There are four available virtual circuits (VCs) per SHDSL loop that can be prioritized on a
strict prioritization basis. This means that any available high priority VC traffic gets queued
into the ATM/SHDSL pipe first followed by traffic at the next highest priority class, and so on,
to the lowest priority class (see Figure 5-10). If a priority class contains no elements, it is
bypassed but always considered for the next queueing sequence. Prioritization only applies to
egress traffic of the subscriber (SHDSL) ports.
As described above Four VCs can be configured on each SHDSL port. There are four priority
settings: High = CBR, MidH = VBRrt, MidL = VBR, and Low = UBR. There are no rate settings
for the cbr, vbrrt, and vbr configurations, therefore, these ATM Class of Service (COS) priorities have been redefined as High, MidH, MidL, and Low priorities.
Total Access 1240 Installation and Maintenance Practice
VLAN Priority
The VLAN Priority option is used to prioritize traffic up to eight levels, with 0 as the lowest and
7 as the highest priority. Table 5-9 lists an example of how traffic types might be organized in
a network implementation.
Actual settings depend on the traffic types used in a particular
network
5-1661179605L5-5B
Section 5, User Interface - Menu Descriptions
EtherType Filtering
The EtherType Filtering option (see Figure 5-11) allows filtering of the ingress/egress traffic of
the subscriber ports based on the ethertype of IP or PPPoE. This option is applicable on a per
VC basis.
• Packets are filtered based on the following EtherTypes:
–IP
– PPPoE
–Any
• Packets that do not meet the provisioned EtherType are discarded.
Ingress
Egress
Ethernet
If the packet’s EtherType is
PPPoE, it is forwarded,
if not it is discarded.
This applies in both directions.
Vlan 101 EthFilt = PPPoE
Port 1
Port 2
Either packet
type is
forwarded.
Vlan 112 EthFilt = Any
SHDSL ports 1-24
Total Access 1240
If the packet’s EtherType
is IP, it is forwarded,
if not, it is discarded.
This applies in both directions.
Vlan 124 EthFilt = IP
Port 23
Port 24
Ingress
Egress
Figure 5-11. EtherType Filtering Concept Diagram
61179605L5-5B5-17
Total Access 1240 Installation and Maintenance Practice
Local Switching
The Local Switching option (see Figure 5-12) allows subscriber to subscriber traffic when it is
enabled and both subscribers are on the same VLAN. The data is forwarded to the correct port
as determined by the MAC Learning Table. This option is applied on a per VC basis.
Ingress
Egress
Ethernet
Total Access 1240
Vlan 101 LS off
Vlan 101 LS off
Vlan 124 LS on
Vlan 124 LS on
SHDSL ports 1-24
Port 1
Port 2
Port 23
Port 24
Figure 5-12. Local Switching Concept Diagram
Ingress
Egress
5-1861179605L5-5B
Section 5, User Interface - Menu Descriptions
Router Dest Mac Filtering Menu
The Select Destination Mac Filters option from the Bridge User Port Provisioning Menu (refer
to “Bridge User Port Provisioning Menu” on page 5-13) allows filtering of ingress traffic of the
subscriber ports based on the configured Mac addresses (see Figure 5-13). Also known as
white listing because traffic other than the configured Mac addresses is discarded and traffic
with the configured Mac addresses is forwarded. Broadcast traffic is forwarded in either case.
Selecting
Disabled allows the filtering to be turned off even if the Mac addresses are configured.
Ingress
Egress
Ethernet
Total Access 1240
5 possible Mac entries.
If Dest. Mac of the packet
matches, the packet is forwarded,
otherwise, it is discarded.
Vlan 101 DMF enabled
5 possible Mac entries.
If Dest. Mac of the packet
matches, the packet is forwarded,
otherwise, it is discarded.
Vlan 124 DMF enabled
SHDSL ports 1-24
Port 1
Port 2
Port 23
Port 24
Ingress
Figure 5-13. Destination Mac Filtering Concept Diagram
Egress
61179605L5-5B5-19
Total Access 1240 Installation and Maintenance Practice
The Router Dest Mac Filtering Menu (see Figure 5-14) is used to select a Port and Bridge,
enable or disable MAC filtering, and set up to 5 MAC Addresses.
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
Router Dest Mac Filtering
1. Port 9
2. Bridge 1
3. MAC Filter Disabled
4. Save Changes SAVED
5. Router MAC Addr 1 No MAC Address
6. Router MAC Addr 2 No MAC Address
7. Router MAC Addr 3 No MAC Address
8. Router MAC Addr 4 No MAC Address
9. Router MAC Addr 5 No MAC Address
Selection :
'J' - Jump to Provisioning 'N' - Next Port 'P' - Previous Port
'?' - System Help Screen
Figure 5-14. Router Dest Mac Filtering Menu
The Router Dest Mac Filtering Menu options are described in Table 5-10.
Table 5-10. Router Dest Mac Filtering Menu Options
OptionDescriptionFunction
1PortThis option is used to select a port between 1 and 24.
2BridgeThis option is used to select a bridge between 1 and 4.
3MAC FilterThis option is used to either enable or disable Mac
filtering.
4Save ChangesThis option is used to save configuration changes made
within this menu.
This option must be used to implement any provisioning
adjustments.
5-9Router MAC AddrThese options are used to enter non-Multicast MAC
Addresses in Hex format in the following format:
XX:XX:XX:XX:XX:XX
5-2061179605L5-5B
Section 5, User Interface - Menu Descriptions
Apply Provisioning to Ports Menu
The Apply Provisioning to Ports menu (see Figure 5-15) is used to apply any provisioning
changes to more than one port. Any number of ports can be selected to apply provisioning.
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
Apply Provisioning to Ports
Warning! This is service affecting!
This will copy the following options to the ports you enter!
Port Bridge VPI VCI PRI VLAN VPri ET LS DMF Enabled
1. 1 0 35 Low 101 0 Any N N Yes
1. 2 0 36 Low 102 0 Any N N Yes
1. 3 0 37 Low 103 0 Any N N Yes
1. 4 0 38 Low 104 0 Any N N Yes
Enter in the form of '1-12,15,24'
1. Ports to copy to: 1-24
2. Apply Provisioning
3. Exit without changes
Selection :
'?' - System Help Screen
Figure 5-15. Apply Provisioning to Ports Menu
CAUTION
This is service affecting.
The Apply Provisioning to Ports menu options are shown in Table 5-11.
Table 5-11. Apply Provisioning to Ports Menu Options
OptionDescriptionFunction
1Ports to copy toThis option is used to select the specific destination port
numbers that provisioning is to be copied.
2Apply ProvisioningThis option is used to apply provisioning to the ports
selected from option 1.
3Exit without changesThis option is used to exits the menu without changes.
The Apply Provisioning to Ports menu fields are described in Table 5-12
61179605L5-5B5-21
Total Access 1240 Installation and Maintenance Practice
Table 5-12. Apply Provisioning to Ports Menu Fields
FieldDescription
PortThis field displays the port number to be provisioned.
BridgeThis field displays the bridge number to be provisioned.
VPIThis field displays the VPI assigned to port.
VCIThis field displays the VCI assigned to port.
PRIThis field displays the traffic priority setting.
VLANThis field displays the VLAN assigned to port.
VPriThis field displays the Virtual Path setting.
ETThis field displays the EtherType filtering assigned to this VC.
LSThis field indicates if Local Switching is enabled or disabled.
DMFThis field indicates if Destination Mac Filtering is enabled or
disabled.
EnabledThis field displays the enabled or disabled status.
5-2261179605L5-5B
Section 5, User Interface - Menu Descriptions
Ethernet Provisioning Menu
The Ethernet Provisioning menu (see Figure 5-16) is used to configure the Ethernet port. The
Ethernet port is used to connect the Total Access 1240 to a network.
'C' - Clear Previous Statistics
'J' - Go to Current Statistics Screen
1 - Oldest 2 - 1/4 3 - Middle 4 - 3/4 5 - Newest 6 - Prev 7 - Next
'?' - System Help Screen
Figure 5-20. Previous Ethernet Statistics Menu
The Previous Ethernet Statistics menu options located at the bottom of the screen are shown
in Table 5-18.
Table 5-18. Previous Ethernet Statistics Menu Options
OptionDescriptionFunction
1OldestThis option is used to display the oldest 15-minute
period of Ethernet statistics.
21/4This option is used to display the second oldest
15-minute period of Ethernet statistics.
3MiddleThis option is used to display the middle, or third,
15-minute period of Ethernet statistics.
43/4This option is used to display the fourth 15-minute
period of Ethernet statistics.
5NewestThis option is used to display the newest 15-minute
period of Ethernet statistics.
6PrevThis option is used to display Et her n et stat ist i cs for th e
previous port.
7NextThis option is used to display Ethernet stat ist ics for th e
next port.
5-2861179605L5-5B
Section 5, User Interface - Menu Descriptions
The Previous Ethernet Statistics menu fields are described in Table 5-19.
Table 5-19. Ethernet Statistics - Previous Fields
FieldDescription
Successful Tx PacketsThis field displays the number of packets successfully
transmitted from the unit.
Errored Tx PacketsThis field displays the number of packets transmitted with
errors from the unit.
Successful Rx PacketsThis field displays the number of packets successfully received
to the unit.
Errored Rx PacketsThis field displays the number of packets received with errors to
the unit.
Broadcast Rx PacketsThis field displays the number of packets received by the layer
addressed as broadcast.
Multicast Rx PacketsThis field displays the number of packets received by the layer
addressed as multicast.
Rx CRC ErrorsThis field displays the number of Cyclic Redundancy Check
(CRC) errors received to unit.
The Current Ethernet Statistics menu hot keys are shown in Table 5-20.
Table 5-20. Current Ethernet Statistics Menu Hot Keys
Hot KeyDescription
C
J
This hot key is used to clear the previous Ethernet statistics.
This hot key displays the “Current Ethernet Statistics Menu” on page 5-26.
61179605L5-5B5-29
Total Access 1240 Installation and Maintenance Practice
Current Bridge Statistics Menu
The Current Bridge Statistics menu (see Figure 5-21) is used to select a bridge and view and
reset current port statistics.
NOTE
On the Current Bridge Statistics menu, Transmit Statistics refers
to data from the Total Access 1240 to the customer modem, and
Receive Statistics refers to data from the customer modem to the
Total Access 1240.
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: INFO
Circuit ID: No Circuit ID
Current Bridge Statistics
VC Enabled
Modem Not Trained 1. Port 1
Interface Mode: 2-wire 2. Bridge 1
Selection :
Transmit Statistics Receive Statistics
Good Packets: 0 Good Packets: 0
Bad Packets: 0 Bad Packets: 0
Good Bytes: 0 Good Bytes: 0
Bad Bytes: 0 Bad Bytes: 0
ATM Statistics
Tx Cells: 0 Rx Cells: 0
'C' - Clear Current Statistics 'M' - Next Bridge
'J' - Go to Previous Statistics Screen 'N' - Next Port 'P' - Previous Port
'?' - System Help Screen
Figure 5-21. Current Bridge Statistics Menu
The Current Bridge Statistics menu options are shown in Table 5-21.
Table 5-21. Current Bridge Statistics Menu Options
OptionDescriptionFunction
1PortThis option is used to select a port.
2BridgeThis option is used to select a bridge.
The Current Bridge Statistics menu fields are shown in
Table 5-22.
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Section 5, User Interface - Menu Descriptions
Table 5-22. Current Bridge Statistics Menu Fields
FieldDescription
Transmit Statistics
Good PacketsThis field displays the number of good packets successfully
transmitted by the Total Access 1240.
Bad PacketsThis field displays the number of bad packets transmitted by
the Total Access 1240.
Good BytesThis field displays the number of good bytes successfully
transmitted by the Total Access 1240.
Bad BytesThis field displays the number of bad bytes transmitted with
errors by the Total Access 1240.
Receive Statistics
Good PacketsThis field displays the number of good packets successfully
received by the Total Access 1240.
Bad PacketsThis field displays the number of bad packets received by the
Total Access 1240.
Good BytesThis field displays the number of good bytes successfully
transmitted to the Total Access 1240.
Bad BytesThis field displays the number of bad bytes transmitted to the
Total Access 1240.
ATM Statistics
Tx CellsThis field displays the number of ATM cells transmitted by the
Total Access 1240.
Rx CellsThis option displays the number of ATM cells received by the
Total Access 1240.
The Current Bridge Statistics menu hot keys are shown in Table 5-23.
Table 5-23. Current Bridge Statistics Menu Hot Keys
Hot KeyDescription
C
J
M
This hot key is used to clear the current bridge statistics.
This hot key displays the “Previous Bridge Statistics Menu” on page 5-32.
This hot key is used to display the next bridge.
N
P
61179605L5-5B5-31
This hot key is used to display the next port.
This hot key is used to display the previous port.
Total Access 1240 Installation and Maintenance Practice
Previous Bridge Statistics Menu
The Previous Bridge Statistics menu (see Figure 5-22) is used to view previous bridge
transmit and receive statistics.
Total Access 1240 - IPoE Fed 09/01/05 02:32
Unacknowledged Alarms: INFO
'C' - Clear Previous Statistics 'M' - Next Bridge
'J' - Go to Current Statistics Screen 'N' - Next Port 'P' - Previous Port
1 - Oldest 2 - 1/4 3 - Middle 4 - 3/4 5 - Newest 6 - Prev 7 - Next
'?' - System Help Screen
Figure 5-22. Previous Bridge Statistics Previous Menu
The Previous Bridge Statistics menu options located at the bottom of the screen are shown in
Table 5-24.
Table 5-24. Previous Bridge Statistics Menu Options
OptionDescriptionFunction
1OldestThis option is used to display the oldest 15-minute
period of bridge statistics.
21/4This option is used to display the second oldest
15-minute period of bridge statistics.
3MiddleThis option is used to display the middle, or third,
15-minute period of bridge statistics.
43/4This option is used to display the fourth 15-minute
period of bridge statistics.
5NewestThis option is used to display the newest 15-minute
period of bridge statistics.
6PrevThis option is used to display bridge statistics for the
previous port.
7NextThis option is used to display bridge statistics for the
next port.
5-3261179605L5-5B
Section 5, User Interface - Menu Descriptions
The Previous Bridge Statistics menu fields are described in Table 5-25.
Table 5-25. Previous Bridge Statistics Menu Fields
FieldDescription
Successful Tx PacketsThis option displays the number of packets successfully
transmitted from the unit.
Errored Tx PacketsThis option displays the number of packets transmitted with
errors from the unit.
Successful Tx BytesThis option displays the number of bytes successfully
transmitted from the unit.
Errored Tx BytesThis option displays the number of bytes transmitt ed with
errors from the unit.
Successful Rx PacketsThis option displays the number of packets successfully
received to the unit.
Errored Rx PacketsThis option displays the number of packets received with errors
to the unit.
Successful Rx BytesThis option displays the number of bytes successfully received
from the unit.
Errored Rx BytesThis option displays the number of bytes received with errors
from the unit.
ATM Tx CellsThis option displays the number of ATM cells transmitted from
the unit.
ATM Rx CellsThis option displays the number of ATM cells received from the
unit.
The Previous Bridge Statistics menu hot keys are shown in Table 5-26.
Table 5-26. Previous Bridge Statistics Menu Hot Keys
Hot KeyDescription
C
J
M
N
This hot key is used to clear the previous bridge statistics.
This hot key displays the “Current Bridge Statistics Menu” on page 5-30.
This hot key is used to display the next bridge.
This hot key is used to display the next port.
P
61179605L5-5B5-33
This hot key is used to display the previous port.
Total Access 1240 Installation and Maintenance Practice
System Management Menu
The System Management menu (see Figure 5-23) is used to manage system wide settings. The
following subsections describe these settings in detail.
The System Management menu options are shown in Table 5-27.
Table 5-27. System Management Menu Options
OptionDescriptionFunction
1Password ControlThis option displays the “Password Control Menu” on
page 5-36.
2IP AddressThis option displays the “Mode Selection and Current IP
Settings Menu” on page 5-39.
3Test IP AddressThis option displays the “Test IP Address Menu” on
page 5-45.
4Time/DateThis option displays the “Time/Date Adjust Menu” on
page 5-46.
5Baud RateThis option displays the “Current Baud Rate Menu” on
page 5-48.
6System Configuration ArchiveThis option displays the “System Configuration Archive
Screen” on page 5-49.
7SNMPThis option displays the “SNMP Configuration Menu” on
page 5-51.
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Section 5, User Interface - Menu Descriptions
Table 5-27. System Management Menu Options (Continued)
OptionDescriptionFunction
8External AlarmsThis option displays the “External Alarms Menu” on
page 5-57.
9Download New CodeThis option displays the “Code Download Method Menu”
on page 5-59.
10Restore Factory DefaultsThis option displays the “Restore Factory Defaults
Menu” on page 5-63.
11Reset SystemThis option displays the “Reset System Menu” on
page 5-64.
61179605L5-5B5-35
Total Access 1240 Installation and Maintenance Practice
Password Control Menu
The Password Control menu (see Figure 5-24) is used to set and modify passwords, logout
times, and restore default passwords.
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
Password Control
1. Set Passwords None Configured
2. Allow SNMP security management Disabled
3. Set Idle Logout Time 10 minutes
4. Restore Default Passwords
Selection :
'?' - System Help Screen
Figure 5-24. Password Control Menu
The Password Control menu options are shown in Table 5-28.
Table 5-28. Password Control Menu Options
OptionDescriptionFunction
1Set PasswordsThis option displays the “Password Control Levels
Screen” on page 5-37.
2Allow SNMP security
management
3Set Idle Logout TimeThis option is used to set the time allowed before an
4Restore Default PasswordsThis option is used to restore all passwords to the
This option is used to enable or disable SNMP security
management.
automatic logout is performed. This option must be set
between 1 and 60 minutes.
default settings.
CAUTION
When the Restore Default Passwords option is selected, the password controls automatically restore to the default setting without
additional prompting.
5-3661179605L5-5B
Section 5, User Interface - Menu Descriptions
Password Control Levels Screen
The Password Control Levels screen (see Figure 5-25) is used to manage User IDs and
associated passwords that access the system.
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
Password Control Levels
User Status Login
Read Only Not Configured ?
Technician Configured Technician
System Administrator Configured ADMIN
Press space bar to set/change login
Figure 5-25. Password Control Levels Screen
the password control levels for a default usernames are shown in Table 5-29.
Table 5-29. Password Control Levels for Default Usernames
UsernameAcce ss LevelControl Level
ADMINSystem AdministratorRead-write and password control
READWRITETechnicianRead-write
READONLYRead onlyRead only
61179605L5-5B5-37
Total Access 1240 Installation and Maintenance Practice
Set or Change Username or Password
To set or change a username or password, perform the following steps:
1. Navigate to a Username field with the arrow keys.
The Username field displays in reverse video.
2. Press the spacebar to open the field, type a username, and press
3. Press the
TAB key to navigate to the Password field.
The Password field displays in reverse video.
4. Press the spacebar to open the field, type a password, and press
5. Enter the password again when prompted to verify, and press
6. Press the
TAB key to navigate to the Access Level field.
ENTER.
The Access Level field displays in reverse video.
7. Press the spacebar to change the access level, and press
8. Press the
TAB key to navigate to the Status field.
ENTER.
The Status field displays in reverse video.
9. Press the spacebar to change the status, and press
ENTER.
ENTER.
ENTER.
5-3861179605L5-5B
Section 5, User Interface - Menu Descriptions
Mode Selection and Current IP Settings Menu
The Mode Selection and Current IP Settings menu (see Figure 5-26) is used to configure IP
settings in order to remotely manage the Total Access 1240 system.
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
Mode Selection and Current IP Settings
IP Feed IP over Ethernet
2. Mode Static
3. Configure IP
IP address 192.168.1.1
Subnet mask 255.255.255.0
Default Gateway 192.168.1.254
TFTP IP address 10.200.200.218
IP VLAN ID 1
MAC Address 00-a0-c8-12-4c-7c
Receive Packets 0
Transmit Packets 7
Selection :
'?' - System Help Screen
Figure 5-26. Mode Selection and Current IP Settings Menu
The Mode Selection and Current IP Settings menu options are shown in Table 5-30.
Table 5-30. Mode Selection and Current IP Settings Menu Options
OptionDescriptionFunction
N/AIP FeedThis field displays the IP Feed setting. The IP Feed is
non-provisionable and is set to IP over Ethernet.
2ModeThis option is used to select either Static or Dynamic.
• In Static Mode, the IP address, Subnet mask, and
Default Gateway are set for inband management of
the Total Access 1240.
• In Dynamic Mode, the Total Access 1240 acts as a
Dynamic Host Configuration Protocol (DHCP) client
and a DHCP server is required upstream from the
Total Access 1240.
When a DHCP server is properly configured, the Total
Access 1240 system obtains the IP address, Subnet
mask, and Default Gateway from the server and applies
these settings to the Total Access 1240.
61179605L5-5B5-39
Total Access 1240 Installation and Maintenance Practice
Table 5-30. Mode Selection and Current IP Settings Menu Options (Continued)
OptionDescriptionFunction
3Configure IPDepending on the setting of the Mode option, the
Configure IP option displays one of the following menus:
• “Static IP Settings - for IP over Ethernet Menu” on
page 5-40
• “Dynamic IP Settings - for IP over Ethernet Menu”
on page 5-43
Static IP Settings - for IP over Ethernet Menu
The Static IP Settings - for IP over Ethernet menu (see Figure 5-27) is used to manually
provision all of the IP settings.
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
Static IP Settings - for IP over Ethernet
1. IP address 192.168.1.1
2. Subnet mask 255.255.255.0
3. Default Gateway 192.168.1.254
4. TFTP IP address 10.200.200.218
5. Reset IP Factory Defaults
6. IP VLAN ID 1
(Vlan = 1 is untagged / 2-4094 is tagged)
MAC Address 00-a0-c8-12-4c-7c
Selection :
'?' - System Help Screen
Figure 5-27. Static IP Settings - for IP Over Ethernet Menu
NOTE
The Media Access Control (MAC) address, which is set at the
factory, is required to configure the DHCP server.
The Static IP Settings - for IP over Ethernet menu options are shown in Table 5-31.
5-4061179605L5-5B
Section 5, User Interface - Menu Descriptions
Table 5-31. Static IP Settings - for IP over Ethernet Menu Options
OptionDescriptionFunction
1IP addressThis options is used to configure the IP address in
decimal dot format (i.e., ###.###.###.###).
2Subnet maskThis option is used to configure the Subnet Mask in
decimal dot format.
3Default GatewayThis option is used to configure the Default Gateway.
The Default Gateway is used to forward traffic to a
destination outside of the subnet of the Total Access
1240. The Default Gateway is configured in decimal dot
format.
4TFTP IP addressThis option is used to configure the TFTP IP address.
The TFTP IP address must be configured to use TFTP for
software upgrade. The TFTP address is configured in
decimal dot format.
5Reset IP Factor y DefaultsThis option displays the “Restore IP Factory Defaults
Menu” on page 5-42.
6IP VLAN IDThis option is used to set the IP VLAN ID.
The IP VLAN ID must be set between 1 and 4094.
Choosing 1 indicates an untagged VLAN ID. Choosing
between 2 and 4094 indicates a tagged VLAN ID.
61179605L5-5B5-41
Total Access 1240 Installation and Maintenance Practice
Restore IP Factory Defaults Menu
The Restore IP Factory Defaults menu (see Figure 5-28) is used to reset all of the IP factory
defaults.
CAUTION
This is service affecting. If IP factory defaults are enabled remotely,
IP connectivity is lost.
The Dynamic IP Settings - for IP over Ethernet menu (see Figure 5-29) is used to provision
some of the IP settings. When the Mode option is set to Dynamic, the Total Access 1240
system automatically retrieves the IP address, Subnet mask, and Default Gateway from the
remote DHCP server. The remaining menu items can be provisioned manually.
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
Dynamic IP Settings - for IP over Ethernet
1. TFTP IP address 10.200.200.218
2. Renew DHCP Lease
3. Reset IP Factory Defaults
4. IP VLAN ID 1
(Vlan = 1 is untagged / 2-4094 is tagged)
Selection :
'?' - System Help Screen
Figure 5-29. Dynamic IP Settings - for IP over Ethernet Menu
The Dynamic IP Settings - for IP over Ethernet menu options are shown in Table 5-32.
Table 5-32. Dynamic IP Settings - for IP over Ethernet Menu Options
Option DescriptionFunction
1TFTP IP addressThis option is used to configure the TFTP IP address.
The TFTP IP address must be configured to use TFTP for
software upgrade. The TFTP address is configured in
decimal dot format.
2Renew DHCP LeaseThis option is used to manually renew information from
the DHCP server.
3Reset IP Factor y DefaultsThis option displays the “Restore IP Factory Defaults
Menu” on page 5-44.
4IP VLAN IDThis option is used to configure the IP VLAN ID.
The IP VLAN ID must be set between 1 and 4094.
Choosing 1 indicates an untagged VLAN ID. Choosing
between 2 and 4094 indicates a tagged VLAN ID.
61179605L5-5B5-43
Total Access 1240 Installation and Maintenance Practice
Restore IP Factory Defaults Menu
The Restore IP Factory Defaults menu (see Figure 5-30) is used to reset all of the IP factory
defaults.
CAUTION
This is service affecting. If IP factory defaults are enabled remotely,
IP connectivity is lost.
The Test IP Address menu (see Figure 5-31) is used to test IP configurations. Ping and
Traceroute utilities are includes in this menu.
Total Access 1240 - IPoE Fed
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
Figure 5-31. Test IP Address Menu
The Test IP Address menu options are shown in Table 5-33.
Table 5-33. Test IP Address Menu Options
OptionDescriptionFunction
1IP AddressThis option is used to set the IP address that is to be
tested.
2Ping Timeou tThis option is used to set the number of seconds that
should pass between pings.
3Nu mb er of PingsThis option is used to set the number of pings that are to
be sent during testing of the IP address.
4Start PingThis option is used to initiate the ping test.
5Start TracerouteThis option is used to display the route taken to reach
the IP address that is being tested.
61179605L5-5B5-45
Total Access 1240 Installation and Maintenance Practice
Time/Date Adjust Menu
The Time/Date Adjust menu (see Figure 5-32) is used to set the system time and date and
configure Simple Network Management Protocol (SNTP) client settings. The time and date
appears on most screens and is also used for performance monitoring displays.
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
Time/Date Adjust
1. Adjust Time 3:54
2. Adjust Date 09/01/05
3. SNTP: Status ENABLED
4. SNTP: Server Addr. 192.168.1.100
5. SNTP: Poll Int. 0
6. SNTP: Timezone 0
Selection :
'?' - System Help Screen
Figure 5-32. Time/Date Adjust Menu
The Time/Date Adjust Menu options are shown in Table 5-34.
Table 5-34. Time/Date Adjust Menu Options
Option DescriptionFunction
1Adjust TimeThis option is used to set the time in a 24-hour format.
2Adjust DateThis option is used to set the date in MM/DD/YY format.
3SNTP: StatusThis option is used to enable or disable the SNTP
capabilities.
Simple Network Time Protocol (SNTP) is a connection
less User Datagram Protocol (UDP) used to synchronize
the time with a high-accuracy network time server.
4SNTP: Server Addr.This option is used to set the SNTP server address.
The SNTP server address must be entered in decimal
form in the box provided separated by periods.
5SNTP: Poll Int.This option is used to set the SNTP poll interval.
The SNTP poll interval is the number of seconds that the
adapter waits between sending SNTP requests and
messages to the SNTP server.
5-4661179605L5-5B
Section 5, User Interface - Menu Descriptions
Table 5-34. Time/Date Adjust Menu Options (Continued)
Option DescriptionFunction
6SNTP: TimezoneThis option is used to select a specific time zone for
SNTP capabilities.
The time zone is based from the GMT and a valid input
can be offset from –12 to 13 hours from GMT.
Once the IP address of the SNTP server and the desired
poll interval is configured, the Total Access 1240 polls
the specified server IP address from the time-of-day
updates at the specified poll interval.
61179605L5-5B5-47
Total Access 1240 Installation and Maintenance Practice
Current Baud Rate Menu
The Current Baud Rate menu (see Figure 5-33) displays the current baud rate. The default
management port baud rate is 9600 bps.
Current Baud Rate: 9600
Baud Rate change is instantaneous, remember to adjust your terminal
1. 9600
2. 19200
3. 38400
Selection :
'?' - System Help Screen
Figure 5-33. Current Baud Rate Menu
The Current Baud Rate menu options are shown in Table 5-35.
Table 5-35. Current Baud Rate Menu Options
OptionDescriptionFunction
19600This option configures the baud rate to 9600 bps.
219200This option configures the baud rate to 19200 bps.
338400This option configures the baud rate to 38400 bps.
CAUTION
If the baud rate is changed, the rate changes immediately, and the
terminal emulation software must be updated to reflect the change.
5-4861179605L5-5B
Section 5, User Interface - Menu Descriptions
System Configuration Archive Screen
The System Configuration Archive (SCA) Screen (see Figure 5-34) is used to save/retrieve
provisioning information for the Total Access 1240 to/from a remote TFTP server for possible
system restoration at a later time.
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
System Configuration Archive
TFTP Server: 10.200.200.218
TFTP Function: Retrieve file from Server
TFTP Filename:
Error Status:
Update progress:
WARNING! SCA RETRIEVE IS SERVICE AFFECTING!
This process will take several minutes.
Upon completion, the system will reboot and any
open telnet or craft port sessions will be terminated.
Press Space bar to enter TFTP address
Figure 5-34. System Configuration Archive Screen
The System Configuration Archive screen fields are described in Table 5-36.
Table 5-36. System Configuration Archive Screen Fields
FieldDescription
TFTP ServerThis field is used to enter the IP address of the TFTP Server.
The TFTP address is entered in decimal dot format (i.e.,
###.###.###.###)
TFTP FunctionThis field is used to enter the function to perform via TFTP.
Available functions are:
• Store file to Server
• Retrieve file from Server
TFTP FilenameThis field is used to enter the filename to be stored to or
retrieved from the server via TFTP. The filename must end with
a .cfg extension.
61179605L5-5B5-49
Total Access 1240 Installation and Maintenance Practice
Table 5-36. System Configuration Archive Screen Fields (Continued)
FieldDescription
Error StatusThis field displays the status of the TFTP transfer. The Error
Status messages are as follows:
• File Not Found: This status indicate s that the TFTP
network server was unable to locate the specified file name
or path in the TFTP Server Filename field.
• Access Violation: This status indicates that the TFTP
network server denied Total Access 1240 access to the
given update filename and path. Verify appropriate
permissions are selected for the specified path.
Update ProgressThis field displays the progress of the TFTP transfer. Progress
messages are as follows:
•Contacting Server: This message indicates that an attempt
to establish communication with the TFTP network server
specified by the server address in the TFTP Server IP
Address field is in progress.
• Beginning TFTP Transfer: This message indicates that
communication with the TFTP network server has been
established and the update file is being transferred between
TFTP network server and the Total Access 1240.
• Completed: This message indicates that the Total Access
1240 successfully stored/retrieved the file.
NOTE
Selection between the TFTP Server, TFTP Function, and TFTP
Filename fields is facilitated by using the keyboard up/down arrow
keys.
5-5061179605L5-5B
Section 5, User Interface - Menu Descriptions
SNMP Configuration Menu
The SNMP Configuration menu (see Figure 5-35) is used to provision community names, trap
hosts, and the traps enabled options, which provide control to manage SNMP remote access to
the system through inband management.
The SNMP Configuration menu options are shown in Table 5-37.
Table 5-37. SNMP Configuration Menu Options
OptionDescriptionFunction
1Contact InformationThis option displays the “SNMP Contact Information
Menu” on page 5-52.
2Community NamesThis option displays the “SNMP Community Names
Menu” on page 5-53.
3Trap HostsThis option displays the “SNMP Trap Hosts Menu” on
page 5-55.
4Tr ap s EnabledThis option toggles between Yes and No to enable or
disable the traps.
61179605L5-5B5-51
Total Access 1240 Installation and Maintenance Practice
SNMP Contact Information Menu
The SNMP Contact Information menu (see Figure 5-36) contains contact information and can
be customized to reflect any contact, name and location.
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
SNMP Contact Information
1. Contact ADTRAN, Inc. (256)963-8000
2. Name
3. Location
Selection :
'?' - System Help Screen
Figure 5-36. SNMP Contact Information Menu
The SNMP Contact Information menu options are shown in Table 5-38.
Table 5-38. SNMP Contact Information Menu Options
OptionDescriptionFunction
1ContactThis option is used to enter a user-specified text string
for the name, phone number, or e-mail address of a
person responsible for the SNMP. Up to 45
alphanumeric characters can be entered in this field,
including spaces and special characters (such as an
underscore).
2NameThis option is used to enter a user-specified text string
for the name of the Total Access 1240. This name helps
distinguish the Total Access 1240 between different
installations. Up to 45 alphanumeric characters can be
entered in this field, including spaces and special
characters (such as an underscore).
3LocationThis option is used to enter a user-specified text string
for the location of the Total Access 1240. This field is
used to identify the physical location of the unit. Up to
45 alphanumeric characters can be entered in this field,
including spaces and special characters (such as an
underscore).
5-5261179605L5-5B
Section 5, User Interface - Menu Descriptions
SNMP Community Names Menu
The SNMP Community Names menu (see Figure 5-37) is used to establish up to three named
accounts which specify unique IP addresses and privileges for network management. To
restrict SNMP remote access to a single IP address, assign the IP address to a community. An
IP address of 0.0.0.0 provides access from all IP addresses.
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
SNMP Community Names
Set Name to 0 to delete Community
1. Name private
2. IP Address 0.0.0.0
3. Privileges Read
4. Name public
5. IP Address 0.0.0.0
6. Privileges Read/Write
7. Name Not Configured
8. IP Address 0.0.0.0
9. Privileges
Selection :
'?' - System Help Screen
Figure 5-37. SNMP Community Names Menu
The SNMP Community Names menu options are shown in Table 5-39.
Table 5-39. SNMP Community Names Menu Options
OptionDescriptionFunction
1NameThis option is used to configure the first SNMP
community. Settings include Private and Public.
2IP AddressThis option is used to configure the firs t SNMP
community IP address in decimal dot format (i.e.,
###.###.###.###).
3PrivilegesThis option is used to configure the first SNMP
community privilege level. Options include Read/Write
and Read.
4NameThis option is used to configure the second SNMP
community. Settings include Private and Public.
5IP AddressThis option is used to configure the second SNMP
community IP address in decimal dot format (i.e.,
###.###.###.###).
61179605L5-5B5-53
Total Access 1240 Installation and Maintenance Practice
Table 5-39. SNMP Community Names Menu Options (Continued)
OptionDescriptionFunction
6PrivilegesThis option is used to configure the second SNMP
community privilege level. Options include Read/Write
and Read.
7NameThis option is used to configure the third SNMP
community. Settings include Private and Public.
8IP AddressThis option is used to configure the third SNMP
community IP address in decimal dot format (i.e.,
###.###.###.###).
9PrivilegesThis option is used to configure the third SNMP
community privilege level. Options include Read/Write
and Read.
5-5461179605L5-5B
Section 5, User Interface - Menu Descriptions
SNMP Trap Hosts Menu
The SNMP Trap Hosts menu (see Figure 5-38) is used to set multiple IP Addresses (trap destinations) and SNMP versions for notification of a trap. A trap is an automatic alert, or notification, sent to an IP Address. The Total Access 1240 system forwards SNMP traps to all
configured hosts as the traps occur.
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
SNMP Trap Hosts
Set IP address to enter Trap Host. Set IP address to D to delete Trap Host
1. IP Address 0.0.0.0
2. Version SNMPv1
3. IP Address 0.0.0.0
4. Version SNMPv1
5. IP Address 10.200.200.218
6. Version SNMPv2
7. Trap Port 162
Selection :
'?' - System Help Screen
Figure 5-38. SNMP Trap Hosts Menu
The SNMP Trap Hosts menu options are shown in Table 5-40.
Table 5-40. SNMP Trap Hosts Menu Options
OptionDescriptionFunction
1IP AddressThis option is used to configure the first SNMP trap host
IP address in decimal dot format (i.e., ###.###.###.###).
2VersionThis option is used to configure the SNMP version for the
first SNMP trap host.
Options include the following:
•SNMPv1
•SNMPv2
3IP AddressThis option is used to configure the second SNMP trap
host IP address in decimal dot format (i.e.,
###.###.###.###).
61179605L5-5B5-55
Total Access 1240 Installation and Maintenance Practice
Table 5-40. SNMP Trap Hosts Menu Options (Continued)
OptionDescriptionFunction
4VersionThis option is used to configure the SNMP version for the
second SNMP trap host.
Options include the following:
•SNMPv1
•SNMPv2
5IP AddressThis option is used to configure the third SNMP trap
host IP address in decimal dot format (i.e.,
###.###.###.###).
6VersionThis option is used to configure the SNMP version for the
third SNMP trap host.
Options include the following:
•SNMPv1
•SNMPv2
7Trap PortThis option is used to configure the SNMP trap port.
The trap port is defaulted to port 162 and is
provisionable for cases in which port 162 is blocked.
NOTE
The SNMP version should match the agent used for SNMP on the
network management side.
5-5661179605L5-5B
Section 5, User Interface - Menu Descriptions
External Alarms Menu
The External Alarms menu (see Figure 5-39) is used to customize the profiles for up to three
external alarms. The alarms can be assigned unique names and an associated severity level
(refer to “External Alarm Severity Menu” on page 5-58).
Total Access 1240 - IPoE Fed
Unacknowledged Alarms: None
External Alarms
1. Alarm #1 Text - External Alarm Input #1 4. Severity - Minor
2. Alarm #2 Text - External Alarm Input #2 5. Severity - Minor
3. Alarm #3 Text - External Alarm Input #3 6. Severity - Minor
7. Fan Alarm Delay Disabled
Selection :
'?' - System Help Screen
Figure 5-39. External Alarms Menu
The External Alarms menu options are shown in Table 5-41.
Table 5-41. External Alarms Menu Options
OptionDescriptionFunction
1Alarm #1 TextThis option is used to enter a 25-character text string for
Alarm #1.
2Alarm #2 TextThis option is used to enter a 25-character text string for
Alarm #2.
3Alarm #3 TextThis option is used to enter a 25-character text string for
Alarm #3.
4 - 6SeverityOptions 4 to 6 are used to assign severity levels to each
of the three external alarms. For more information, refer
to “External Alarm Severity Menu” on page 5-58.
7Fan Alarm DelayThis option is used to set the delay for amount of time it
takes for an alarm to be generated when the fan module
is removed. This alarm can be set between 0–15
minutes.
61179605L5-5B5-57
Total Access 1240 Installation and Maintenance Practice
External Alarm Severity Menu
The External Alarm Severity menu (see Figure 5-40) is used to set customized alarm profiles
for each of the five external alarms.
The External Alarm Severity menu options are shown in Table 5-42.
Table 5-42. External Alarm Severity Menu Options
OptionDescriptionFunction
1CriticalThis option is used to designate a critical alarm.
2MajorThis option is used to designate a major alarm.
3MinorThis option is used to designate a minor alarm.
4Load SheddingThis option is used to designate an alarm that shuts
down SHDSL services.
NOTE
The alarm severity levels are user-defined based on the impact to
customer service.
5-5861179605L5-5B
Section 5, User Interface - Menu Descriptions
Code Download Method Menu
The Code Download Method menu (see Figure 5-41) displays two methods to download code:
•Y-Modem
•TFTP
CAUTION
Downloading new code is service affecting.
NOTE
The System Management menu TFTP IP address option must be
configured to use TFTP.
If either Flash A or B is selected for update,
service is affected. If Flash B is selected, and code
download completes, the unit will restart itself
to implement the new code.
Y-Modem is the file transfer protocol.
This function cannot be initiated via a telnet
connection (use TFTP instead).
1. Download 1179605L5_A_*** Flash A
2. Download 1179605L5_B_*** Flash B
3. Exit
Selection :
'?' - System Help Screen
Figure 5-42. Y-Modem Download Menu
To download code through the Y-Modem Download menu, perform the following steps:
1. Access the system with System Administrator privileges using a terminal application that
allows file transfers, such as HyperTerminal.
2. Select
Download 1179605L5_A_*** Flash A or Download 1179605L5_B_*** Flash B, and press ENTER.
Code upgrades can involve either Flash A or Flash B or both. The Y-Modem receive utility
begins.
3. If using HyperTerminal, select
Transfer from the menu, and select Send.
4. Navigate to the appropriate location and choose the file that contains the code to be
downloaded.
CAUTION
The code begins transmitting from the terminal emulation package.
When the download is complete, the unit restarts automatically.
NOTE
If downloading both Flash A and Flash B code, repeat steps 3
through 4, choosing the code not previously downloaded.
5-6061179605L5-5B
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