OSN1800 TNF12LDX single board supports fixed wavelength, OTN interface, ESC, etc. The LDX single board consists of customer-side optical module, WDM-side optical module, service processing module, clock module, 1588v2 module, communication module, and power supply module. 1 slot is occupied by the LDX single board.The current hardware version of the LDX single board is TNF1, TNF2.The logical single board name is F1LDX STND on the network manager for 1800V TNF1LDX single board. 1800 compact TNF1LDX board, the logical board name on the network management is F1LDX STND, and for 1800V TNF1LDX board, the logical board names on the network management are "F1LDX (STND)" and "F1LDX (REG)". ". The logical single board name of the single board on the network management is "F2LDX". Wavelength division side supports dual transmitter-selector-receiver, the two services accessed by RX1/TX1 and RX2/TX2 are independent of each other, RX1/TX1 corresponds to OUT1/IN1 and OUT2/IN2, and RX2/TX2 corresponds to OUT3/IN3 and OUT4/IN4, OUT1/IN1 and OUT3/IN3 are the working channel ports, OUT2/IN2 and OUT4/IN4 are protection channel ports.The LDX single board consists of customer-side optical module, wavelength-division-side optical module, service processing module, clock module, 1588v2 module, communication module, and power module.
The indicators on the panel of the single board are as follows.
Refer to Single Board Indicators for details on the indicators.
When the LDX single board is used to realize a 2-way 10Gbit/s optical signal transmission scenario, each interface type and usage is shown in Table 1.
|
Panel interface |
Interface type |
Purpose |
Corresponding cable |
Remarks |
|---|---|---|---|---|
|
TX1/RX1 |
LC |
Sends/receives service signals from the client device. |
Connector |
IN1/OUT1 and IN2/OUT2 correspond to TX1/RX1, and IN1/OUT1 and IN2/OUT2 realize dual transmitter-receiver for WDM side signals. |
|
IN1/OUT1 |
LC |
Receives/transmits the main line signals from the optical splitter board of the WDM equipment. |
||
|
IN2/OUT2 |
IN2/OUT2 LC |
Receives/transmits backup line signals from the WDM equipment optical patch panel. |
||
|
TX2/RX2 |
LC |
Sends/receives service signals from customer-side equipment. |
Connectors |
IN3/OUT3 and IN4/OUT4 correspond to TX2/RX2, and IN3/OUT3 and IN4/OUT4 realize dual transmitter-receiver for WDM side signals. |
|
IN3/OUT3 |
LC |
Receives/transmits the main line signals from the WDM equipment optical divide-and-multiplex board. |
||
|
IN4/OUT4 |
IN4/OUT4 LC |
Receives/transmits backup line signals from the WDM equipment optical patch panel. |
The laser damage level of the single-board optical interface is HAZARD LEVEL 1. The maximum output optical power of the optical interface is less than 10 dBm (10 mW).
The LDX single board occupies 1 slot.The slots in which the LDX single board can be inserted are shown in Table 1. Table 1 Relationship between the LDX single-board pluggable slot and the logical slot on the network management
| Subrack | Pluggable slot | Corresponding logical slot |
|---|---|---|
| 1800 I box | SLOT 1 | SLOT 1 |
| SLOT 3 | SLOT 3 | |
| SLOT 4 | SLOT 4 | |
| 1800 II Box (Compact) | SLOT 1 (recommended insertion slot) | SLOT 1 |
| SLOT 2 | SLOT 2 | |
| SLOT 3 (recommended insertion slot) | SLOT 3 | |
| SLOT 4 | SLOT 4 | |
| SLOT 5 (recommended placement slot) | SLOT 5 | |
| SLOT 6 | SLOT 6 | |
| 1800V Box | SLOT 1 to 14 | SLOT 1 to 14 |
| SLOT 19 | SLOT 19 |
The signal flow of LDX can be categorized into sending direction and receiving direction, i.e., LDX from the client side to the WDM side is in the sending direction, and vice versa is in the receiving direction.
The customer-side optical module receives optical signals from two customer devices through the RX1 and RX2 optical ports to complete O/E conversion.
The electrical signals after O/E conversion enter the signal processing module. Different types of signals are sent to different encapsulation mapping modules to complete the encapsulation mapping process. Finally, OTN framing and other operations are performed to output 4-channel OTU2/OTU2e electrical signals.
The OTU2/OTU2e signals are sent to the wavelength-division side optical module, which undergoes E/O conversion and sends the OTU2/OTU2e optical signals of standard wavelengths OTU2/OTU2e in compliance with the DWDM recommended by ITU-T G.694.1 or CWDM recommended by ITU-T G.694.2, and outputs them by the optical ports from OUT1 to OUT4.
The WDM-side optical module receives OTU2/OTU2e optical signals of DWDM standard wavelengths conforming to ITU-T G.694.1 recommendations or CWDM standard wavelengths conforming to ITU-T G.694.2 recommendations on the WDM side by the IN1 to IN4 optical ports, and completes O/E conversion.
The O/E-converted electrical signal enters the service processing module, completes the operations of OTU2/OTU2e framing, demapping and de-encapsulation processing within this module, and outputs 2-channel STM-64/OC-192/10GE LAN/10GE WAN/FC800/FICON 8G/FC1200/FICON 10G/OTU2/OTU2e Electrical signals.
STM-64/OC-192/10GE LAN/10GE WAN/FC800/FICON 8G/FC1200/FICON 10G/OTU2/OTU2e electrical signals complete the E/O conversion through the customer-side optical module, and are output from TX1 and TX2 optical ports.
Includes customer-side receive and transmit sections.
Includes wavelength division side receiving and transmitting parts.
The module consists of SDH encapsulation/decapsulation module, 10GE LAN encapsulation/decapsulation module, FC encapsulation/decapsulation module and OTN processing module.
Realizes encapsulation processing of 2-channel STM-64/OC-192/10GE WAN signals, mapping to OTU2 net load area and its inverse process. Features STM-64/10GE WAN performance monitoring.
Realizes encapsulation processing of 2-channel 10GE LAN signals, mapping to OTU2/OTU2e net load area and its inverse process. With 10GE LAN performance monitoring function.
Realizes encapsulation processing of 2-channel FC800/FICON 8G signals, mapping to OTU2 net load area and its inverse process; also realizes encapsulation processing of 2-channel FC1200/FICON 10G signals, mapping to OTU2e net load area and its inverse process. With FC800/FICON 8G/FC1200/FICON 10G performance monitoring function.
Completes OTU2/OTU2e framing, OTU2/OTU2e overhead processing, error correction coding and decoding processing.
Provide the clock required for single-board operation and realize clock transmission.
Only the TNF2LDX supports the 1588v2 module. Sends the timestamp of the clock board to the next network element according to the IEEE 1588v2 protocol, or extracts the clock information received from the service board and passes it to the clock board according to the IEEE 1588v2 protocol.
The laser damage rating of the single-board optical interface is HAZARD LEVEL 1. The maximum output optical power of the optical port is less than 10 dBm (10 mW).
| Veneer Name | Typical power consumption of single board (W) | Maximum power consumption of single boarda (W) |
|---|---|---|
| TNF1LDX | 31 | 32 |
| TNF2LDX | 29 | 30 |
| a: Maximum power consumption refers to the value of the device measured at the maximum ambient temperature during normal operation. | ||
This product technical parameters and product characteristics by Shenzhen Guihang Network Technology Co., Ltd (www.opticaltrans.com), reproduced please retain. Huawei SDH Optical Transmission Equipment,SDH Transmission Equipment Sales Tel: 18529092692 Welcome to call us!
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