ADTRAN 850 Manual de usuario Pagina 14
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TA 850 User Manual © 2001, ADTRAN, Inc.
61200375L1-1
TA 850
TA 850 SDSL RCU UIG/61200377L1-31A
Page 14 of 76
ATM allocates bandwidth on demand, making it suitable for high-speed connection of voice, data, and video services.
Conventional networks carry data in a synchronous manner. Because empty slots are circulating even when the link is
not needed, network capacity is wasted. ATM automatically adjusts the network capacity to meet the system needs.
4. VOICE OVER DSL APPLICATION
The TA 850 connects to a DSLAM via DSL and ATM. The SDSL RCU has a built in Echo Canceller that provides
G.168 echo cancellation. The module can automatically detect ADPCM and enable it as needed.
Figure 1 shows a typical VoDSL application. The TA 850 connects to the ATM network, via a DSLAM, to provide
both voice and high speed data from a single platform.
Figure 1. Voice over DSL
FXS
BUSY
1
1
7
5
4
0
8
L
1
FXS
BUSY
1
1
7
5
4
0
8
L
1
FXS
BUSY
1
1
7
5
4
0
8
L
1
FXS
BUSY
1
1
7
5
4
0
8
L
1
PSU
BANK
20 Hz
-48V
ACO
1175006
L1
RCU
PWR
T1 TEST
V.35 TD
ETH LI
T1 ALARM
T1 ERROR
V.35 RD
ETH TX/RX
120
0376L1
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
BLANK
1
1
7
5
0
9
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L
1
FXS
BUSY
1
1
7
5
4
0
8
L
1
1
2
3
4
BLANK
1
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7
5
0
9
9
L
1
BLANK
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7
5
0
9
9
L
1
C
R
A
F
T
TX
N
E
T
RX
TX
M
O
N
RX
3
A
M
P
3
A
M
P
DS3MX
POWER
STATUS
TEST
LOCKOUT
ON LINE
APS
TEST/
ENABLE
1181020
L
1
DS3MX
POWER
STATUS
TEST
LOCKOUT
ON LINE
APS
TEST/
ENABLE
1181 0
20L1
SCU
FSE
MODE
SELECT
ALM
HST
ACO
C
R
A
F
T
ACO
1181015L1
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YE L=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YE L=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=
M
AN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YE L=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YE L=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=
M
AN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL= MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YE
L=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
G
RN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YE
L=MAN
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACT
A
P
S
GRN = NO RM
Y
EL = MAN
1
1
8
1
3
0
0
L
1
DSX
#2
#3
#4
#1
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACT
A
P
S
GRN =
NORM
YEL = MAN
1
1
8
1
3
0
0
L
1
DSX
#2
#3
#4
#1
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACT
A
P
S
GRN = NORM
YEL = MA
N
1
1
8
1
3
0
0
L
1
DSX
#2
#3
#4
#1
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACT
A
P
S
GRN = NORM
YEL = MAN
1
1
8
1
3
0
0
L
1
DSX
#2
#3
#4
#1
HD-10 BRI Mux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1
1
8
1
2
0
0
L
1
HD-10 BRI Mux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1
1
8
1
2
0
0
L
1
HD-10 BRI Mux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1
1
8
1
2
0
0
L
1
HD-10 BRI Mux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1
1
8
1
2
0
0
L
1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
G
R
N
=
N
O
R
M
Y
E
L
=
M
A
N
RX
1
1
8
1
3
1
0
L
1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
G
R
N
=
N
O
R
M
Y
E
L
=
M
A
N
RX
1
1
8
1
3
1
0
L
1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
G
R
N
=
N
O
R
M
Y
E
L
=
M
A
N
RX
1
1
8
1
3
1
0
L
1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
G
R
N
=
N
O
R
M
Y
E
L
=
M
A
N
RX
1
1
8
1
3
1
0
L
1
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
G
RN=NORM
YEL=MAN
- TA 850 SDSL RCU 1
- Page 2 of 76 2
- Page 3 of 76 3
- Page 4 of 76 4
- Page 5 of 76 5
- Page 6 of 76 6
- Post-Sale Support 7
- Repair and Return 7
- Training 8
- SDSL RCU USER INTERFACE GUIDE 9
- 61200375L1-1 12
- Page 12 of 76 12
- 1. SDSL RCU MODULE OVERVIEW 13
- 2. VOICE OVER DSL OVERVIEW 13
- 3. VOICE OVER ATM OVERVIEW 13
- 4. VOICE OVER DSL APPLICATION 14
- 5. INSTALLING A MODULE 15
- System Info 16
- 6. CONFIGURING THE TA 850 16
- System Config 18
- >SNMP Menu 19
- >Maint Port Menu 20
- >Network Time 21
- System Utility 22
- >Config Transfer 23
- >System Utilization 24
- Configuring WAN Settings 25
- >ATM Config 26
- >Frame Relay 27
- DLCI Mapping/Active 28
- DLCI Mapping/DLCI 28
- DLCI Mapping/IP Map 28
- IP Map/Active 29
- IP Map/IARP 29
- IP Map/Far-End IP Address 29
- IP Map/IP Netmask 29
- IP Map/Local IP Address 29
- IP Map/RIP 30
- IP Map/NAT 30
- IPX Map/Active 30
- IPX Map/IARP 30
- IPX Map/Link Network 30
- Bridge Map/Active 31
- Bridge Map/Bridge Group 31
- Filter/In from PVC 31
- Filter/In Exceptions 32
- Filter/Out to PVC 32
- Filter/Out Exceptions 32
- >ATM Stats 33
- >DSL Rate Config 34
- >Global 35
- UDP Relay List 37
- >Ethernet 41
- Description 43
- Protocol 43
- RFC1483 IP 43
- >Session 45
- >ARP cache 45
- >Bridge Table 45
- >IP Routes 45
- >LAN Stats 45
- Configuring the Router – Logs 46
- >Call Control 48
- >Gateway Stats 49
- >PVC Stats 49
- >POTS Stats 49
- >Clear Stats 49
- >Modules Table 50
- >ATM/FR IWF 51
- Page 54 of 76 54
- Page 62 of 76 62
- Menu Path 63
- Window Panes 63
- Moving through the Menus 64
- Date/Time 64
- Session Management Keystrokes 65
- Configuration Keystrokes 66
- Getting Help 66
- Page 68 of 76 68
- Page 70 of 76 70
- Page 72 of 76 72
- Page 74 of 76 74
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