Whether the NPO2E board supports electrical monitoring

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Yes, the NPO2E board supports electrical monitoring.

Other related questions:
Whether an SC2 board provides optical/electrical monitoring
An SC2 board processes two supervisory signals, transmits and extracts overhead information, and then sends the signals to the SCC board.

Whether an SC2 board can concurrently process OSC signals and ESC signals
Processing for OSC signals is different from that for ESC signals. An SC2 board concurrently processes two OSC signals of different directions, transits and exacts the system overhead, and sends the signals to the SCC board. OSC signals occupy a dedicated wavelength for transmitting monitoring and OAM information. Transmission of ESC signals does not require dedicated monitoring units such as SC2. The ESC signals and service information are carried over the same wavelength, which does not require extra wavelength resources.

Whether the TO/RI ports on NPO2E boards have requirements for optical power
The TO/RI ports on NPO2E boards are connected to filters and therefore they have no requirements for optical power.

No sensitivity indicator for RI ports of NPO2E boards
The module of the RI port on the NPO2E board is a passive red/blue band filter. The RI port is only a logical optical port connected to an optical fiber. The receive wavelengths (12+8) on the RI port are processed by the red/blue band filter, and then arrive on the 12 independent physical optical ports of a blue-band PID board and the 8 independent physical optical ports of a red-band PID board. TO/RI, T01/R01, and T02/R02 ports are only logical optical ports for fiber connections. For logical optical ports, the sensitivity indicator is unnecessary. Therefore, the transmit/receive optical power reported by such boards are only logically calculated values.

Whether cards of S series fixed switches support copper modules
The following cards of S series fixed switches support GE copper modules: - ES5D000G4S01 cards (Applicable to S5700-EI series switches. After a GE copper module is installed, the link can go Up. However, you cannot run corresponding commands to configure the rate, duplex mode, auto-negotiation, MDI, flow control, and virtual cable test on the link.) - ES5D00G4SA01 cards (Applicable to S5700-SI and S5710-LI series switches. After a GE copper module is installed, the link can go Up. However, you cannot run corresponding commands to configure the rate, duplex mode, auto-negotiation, MDI, flow control, and virtual cable test on the link.) - ES5D00G4SC00 cards (Applicable to S5700-HI series switches. After a GE copper module is installed, the link can go Up. However, you cannot run corresponding commands to configure the rate, duplex mode, auto-negotiation, MDI, flow control, and virtual cable test on the link.) - ES5D000X2S00 and ES5D000X4S01 cards (Supported by V200R002C00 and later versions, and applicable to S5700-SI series switches.) - ES5D00X2SA00 and ES5D00X4SA00 cards (Supported by V200R002C00 and later versions, and applicable to S5700-HI series switches.) - ES5D21X02S00 cards (Supported by V200R002C00 and later versions, and applicable to S5700-EI series switches.) You can use Hardware Query Tool to query the module types supported by specified cards.

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