OSN3500 SSN4GSCC single board needs to set the following parameters through the network management: network element ID, network element name, date, time, F&f debugging serial port, OAM serial port, broadcast data port, F1 data port. The single board is an intelligent system control board, collaborating with the network management system to manage the various single boards of the device and realize the mutual communication between each device.GSCC single board supports the functions and characteristics of main control, official business, communication and system power monitoring. The single board consists of communication and control module, overhead processing module and power module. There are jumpers on the single board for setting the input voltage of the equipment and the operation status of the single board.
OSN3500 GSCC Single Board Version Description
| Item | Description of OSN3500 GSCC |
|---|---|
| Functional Version |
The functional versions of the GSCC single board are N1, N3, N4, and N6. N6GSCC is used in V100R010C03SPC208/V100R010C03SPH221 and later versions. |
| Differences |
|
| Substitutability | There is no direct substitution relationship. If you need a higher version of veneer to replace a lower version, the host software version needs to be upgraded. |
| Functions and Features | Functions and features of OSN3500 GSCC |
|---|---|
| Basic Functions | Realize the configuration and scheduling functions of equipment services, monitor service performance, and collect performance events and alarm information. |
| Interface |
|
| DCC Communication | Supports D1-D1, D1-D3, and D4-D12 channel types, see Network Management Information Interoperability. |
| Overhead processing | Provides E1, E2, F1, Serial 1 to 4 byte processing. |
| Clock Function |
Provides real clock RTC. |
| Alarm and Maintenance Features |
|
| Power Management |
|
| Protection Function | Provide 1+1 backup for system control and communication unit, and automatically reverse to the backup board when the main board fails. |
Jumper Description on N4GSCC Single Board
| Jumper | Function | Description |
|---|---|---|
| J2101 | Battery enable |
1-2: Jumper cap inserted on 1, 2 database and clock zeroing 2-3: Jumper cap inserted in 2, 3 battery enable, default state |
| J7100 | Single-board operation status setting | J7100 is a set of 5 rows of 2pin jumpers, the bottom row of jumpers are reserved and need to be vacated. For the first 4 rows of jumpers: No jumper cap inserted: corresponding value = "0" Insert jumper cap: corresponding value = "1" A 4-digit binary number in ascending order from bottom to top, see Table 10. |
| J3202, J3201 | Input voltage setting for device use |
No jumper cap: the device uses a power supply with an input voltage of -60V. Both insert the jumper cap: the equipment uses the power supply with an input voltage of -48V, the default state. |
Note: Please set J3202 and J3201 correctly according to the power supply voltage provided by the server room. If the setting is wrong, POWER_ABNORMAL power alarm will be generated. Table 10 J7100 jumper details
| Corresponding Value | Description |
|---|---|
| 0b0000 | Running state when watchdog is turned on, default state |
| 0b0001 | Enter SDRAM Busrt self-test state |
| 0b0011 | Debug state |
| 0b0100 | Run state when watchdog is turned off |
| 0b0101 | BIOS hold state, does not run the host even if there is host software, but the IP in the parameter area remains unchanged for querying. |
| 0b0110 | Exhibit mode, for exhibition |
| 0b1001 | Running state when watchdog is turned on |
| 0b1011 | Erase database |
| 0b1100 | Erase host software (including patches) |
| 0b1101 | Erase database, host software (including patches) |
| 0b1110 | Erase database, host software and NE.ini file |
| 0b1111 | Erase the file system, extended BIOS in FLASH, and system parameter area |
OSN3500 N6GSCC Motherboards
The locations of jumpers J18, J11, J30 and J31 on the N6GSCC single board are shown in Figure 6,Figure 6 Jumpers on the N6GSCC single board,The jumper descriptions on the N6GSCC single board are shown in Table 11.
| Jumper | Function | Description |
|---|---|---|
| J18 | Battery enable |
1-2: Jumper cap inserted on 1, 2 database and clock zeroing 2-3：Jumper cap inserted on 2, 3 battery enable, default state |
| J11 | Single-board operation status setting | J11 is a set of 5 rows of 2pin jumpers, the leftmost row of jumpers is reserved and needs to be vacant. For the right 4 rows of jumpers: No jumper cap inserted: corresponding value = "0" Insert jumper cap: corresponding value = "1" A set of 4 binary digits in the order from left to right, from highest to lowest, see Table 12. |
| J30, J31 | Device use input voltage setting |
2-3 or without jumper cap: jumper cap inserted on 2 or 3 or without jumper cap, the device uses the power supply with input voltage of -60V 1-2: the jumper cap is inserted on 1 or 2, the equipment uses the power supply with an input voltage of -48V, the default status. |
| Corresponding Value | Description |
|---|---|
| 0b0000 | Running state when watchdog is turned on, default state |
| 0b0001 | Enter SDRAM Busrt self-test state |
| 0b0011 | Debug state |
| 0b0100 | Run state when watchdog is turned off |
| 0b0101 | BIOS hold state, does not run the host even if there is host software, but the IP in the parameter area remains unchanged for querying. |
| 0b0110 | Exhibit mode, for exhibition |
| 0b1001 | Running state when watchdog is turned on |
| 0b1011 | Erase database |
| 0b1100 | Erase host software (including patches) |
| 0b1101 | Erase database, host software (including patches) |
| 0b1110 | Erase database, host software and NE.ini file |
| 0b1111 | Erase file system, extended BIOS and system parameter area in FLASH. |
This product technical parameters and product features provided by Shenzhen Guihang Network Technology Co., Ltd ( www.opticaltrans.com), reproduced please retain. Huawei SDH Optical Transmission Equipment,SDH Transmission Equipment for Sale
Chinese
English
