Impact on the System
NOTE: In the case of the LOE board, the switching between different board modes does not bring a service interruption. Only the logical service management mode of the board is changed.
Values
The following table lists the work modes of the LAM board.
Value Range |
Default Value |
|---|---|
Eight OSCs Convergence, Eight FE Services Converged to One GE Service, Seven FE Services Converged to Two GE Services, Four GEs + One OSC, Three GEs + Three OSCs, Two GEs + Two OSCs, Two Services at Any Rate + Two OSCs, Three Services at Any Rate + Three OSCs, Four Services at Any Rate + One OSC, Bidirectional Relay of Two Services at Any Rate |
The following table lists the work modes of the SLAM board.
Value Range |
Default Value |
|---|---|
Eight OSCs Convergence, Eight FE Services Converged to One GE Service, Seven FE Services Converged to Two GE Services, Four GEs + One OSC, Three GEs + Three OSCs, Two GEs + Two OSCs, Eight FE Services Converged to One GE Service with GE ADM |
Eight OSCs Convergence |
The following table lists the description of each value of the LAM board and SLAM board.
Parameter Value |
Remarks |
|---|---|
Eight OSCs Convergence |
The OptiX OSN 900A can be used together with the OptiX Metro 6040/ OptiX Metro 6100 for hybrid networking to support the communication between the OptiX OSN 900A and the OptiX Metro 6040 or OptiX Metro 6100. |
Eight FE Services Converged to One GE Service |
The board converges eight 100 BASE_FX/TX services to one 1000 BASE_FX service. Then, this service is encapsulated. The capsulated service travels to the WDM line for transport. The board also performs the reverse process of the preceding process. |
Seven FE Services Converged to Two GE Services |
The board converges seven 100 BASE_FX/TX services to two 1000 BASE_FX services. Then, these two services are encapsulated. The capsulated services travel to the WDM line for transport. The board also performs the reverse process of the preceding process. Two GE ports on the board realize dual-fed signal selection. |
Four GEs + One OSC |
The board transports four GE services together with one OSC signal. |
Three GEs + Three OSCs |
The board transports three GE services together with three OSC signals. |
Two GEs + Two OSCs |
The board transports two GE services together with two OSC signals. Two GE ports on the board realize dual-fed signal selection on the WDM side. |
Two Services at Any Rate + Two OSCs |
The board transports two services at any rate (16 Mbit/s-2.5 Gbit/s) together with two OSC signals. Two GE ports on the board realize dual-fed signal selection on the WDM side. |
Three Services at Any Rate + Three OSCs |
The board transports three services at any rate (16 Mbit/s-2.5 Gbit/s) together with three OSC signals. |
Four Services at Any Rate + One OSC |
The board transports four services at any rate (16 Mbit/s-2.5 Gbit/s) together with one OSC signal. |
Bidirectional Relay of Two Services at Any Rate |
The board bidirectionally relays two services at any rate (16 Mbit/s-2.5 Gbit/s). |
Eight FE Services Converged to One GE Service with GE ADM |
The board converges eight 100 BASE_FX/TX services to one 1000 BASE_FX service, namely, one GE service with the GE ADM function. Then, this service is encapsulated. The capsulated service travels to the WDM line for transport. The board also performs the reverse process of the preceding process. |
The following table lists the work modes of the LDE board.
Value Range |
Default Value |
|---|---|
ODU0 Mode, Non-ODU0 Mode |
Non-ODU0 Mode |
The following table lists the description of each value of the LDE board.
Parameter Value |
Remarks |
|---|---|
ODU0 Mode |
Supports service encapsulation of the ODU0 level. |
Non-ODU0 Mode |
Not support service encapsulation of the ODU0 level. |
The following table lists the work modes of the LQM2 board.
Value Range |
Default Value |
|---|---|
AP8 Mode, 2LQM Mode |
2LQM Mode |
The following table lists the description of each value of the LQM2 board.
Parameter Value |
Remarks |
|---|---|
AP8 Mode |
Supports convergence of eight channels of Any services into one channel of OTU1 services for transmission. |
2LQM Mode |
Supports convergence of two groups of Any services (four channels of services in each group) into two channel of OTU1 services (each group is converged into one channel) for transmission. |
The following table lists the work modes of the LOE board.
Value Range |
Default Value |
|---|---|
Common Mode, Optical Electrical Separate Mode |
Common Mode |
The following table lists the description of each value of the LOE board.
Parameter Value |
Remarks |
|---|---|
Common Mode |
Optical layer and electrical layer are not differentiated in logic and are managed in a unified manner. |
Optical Electrical Separate Mode |
Optical layer and electrical layer are differentiated in logic for separate management. |
The following table lists the work modes of the MR1 board.
Value Range |
Default Value |
|---|---|
OADM Mode, Bandpass Mode |
OADM Mode |
The following table lists the description of each value of the MR1 board.
Parameter Value |
Remarks |
|---|---|
OADM Mode |
The MR1 board must work in this mode when the board is used in a two-fiber bidirectional system. |
Bandpass Mode |
The MR1 board must work in this mode when it is used in a single-fiber bidirectional system. In this mode, the board can separate a 1531 nm wavelength from a 1551 nm wavelength or combine the two wavelengths into one. |
The following table lists the work modes of the ECOM board.
Value Range |
Default Value |
|---|---|
Service mode, HUB mode |
HUB mode |
The following table lists the description of each value of the ECOM board.
Parameter Value |
Remarks |
|---|---|
Service mode |
Supports converging 8 x FE services to 1 x GE service. |
HUB mode |
Supports converging 8 x FE services to 1 x FE service. |
The following table lists the work modes of the TN12LQMS board.
Value Range |
Default Value |
|---|---|
NS1 mode, LQM mode |
LQM mode |
The following table lists the description of each value of the TN12LQMS board.
Parameter Value |
Remarks |
|---|---|
NS1 mode |
As a line board, this board adds and drops OTU1 signals in conjunction with another tributary board. |
LQM mode |
As a tributary/line integrated board, this board converges four channels of Any signals into a channel of OTU1 signals. |
The following table lists the work modes of the TOM board.
Value Range |
Default Value |
|---|---|
Cascading mode, Non-cascading mode |
Non-cascading mode |
The following table lists the description of each value of the TOM board.
Parameter Value |
Remarks |
|---|---|
Cascading mode |
Only RX7/TX7 and RX8/TX8 can be used as WDM side optical interfaces. The board supports multiplexing up to six channels of Any signals into one channel of OTU1 signals. |
Non-cascading mode |
RX1/TX1-RX8/TX8 can be used as WDM-side optical interfaces. The board supports multiplexing up to four channels of Any signals into two channels of OTU1 signals. |
The following table lists the work modes of the TN11LSXR/TN11LSXLR/TN12LSXLR.
Value Range |
Default Value |
|---|---|
Electrical Relay Mode, Optical Relay Mode |
Electrical Relay Mode |
The following table lists the description of each value of TN11LSXR/TN11LSXLR/TN12LSXLR.
Parameter Value |
Remarks |
|---|---|
Electrical Relay Mode |
In the case of an optical-layer system, however, the regeneration mode must be set to Optical Relay Mode. |
Optical Relay Mode |
The following table lists the work modes of the TN12ND2/TN52ND2/TN53ND2/TN53NQ2/TN54NQ2/TN54NS3.
Value Range |
Default Value |
|---|---|
Line Mode, Electrical Relay Mode, Optical Relay Mode |
Line Mode |
The following table lists the description of each value of the TN12ND2/TN52ND2/TN53ND2/TN53NQ2/TN54NQ2/TN54NS3.
Parameter Value |
Remarks |
|---|---|
Line Mode |
The board works as a line board. |
Electrical Relay Mode |
The board works as a wavelength conversion relay unit. In the case of an optical-layer system, however, the regeneration mode must be set to Optical Relay Mode. |
Optical Relay Mode |