The listed pump powers apply to individual pump wavelengths. The signal passband and supervisory wavelength describe different optical paths and should not be treated as the pump wavelengths.
Configuration options
| Configuration | Pump wavelength | Maximum pump power per wavelength |
|---|---|---|
| 1390 nm pump | 1390 nm | 500 mW |
| 1405 nm pump | 1405 nm | 550 mW |
| 1430 nm pump | 1430 nm | 300 mW |
Technical details
- Signal passband
- 1460 nm to 1610 nm
- Signal-passband insertion loss
- 1.6 dB
- Degree of polarization
- 4%
- Supervisory-channel wavelength
- 1624.01 nm
- Supervisory-channel optical budget at 1624 nm, pump off
- 40 dB
- Inter-unit pump connection
- via front panel E-2000 PS High Power Connectors
- Pump-to-line interface
- via front panel E-2000 PS High Power Connectors
- Other optical connectors
- LC/PC
Integration and delivery
- Control
- Web interface and SNMP; automatic fibre-integrity shutdown/restart
- Connection
- Front-panel high-power optical pump connections; other connectors as specified
Conditions and configuration notes
- A value in dBm describes optical power; a value in dB describes gain, loss or an optical budget. A link budget is not a distance in kilometres.
- Performance depends on channel loading, fibre losses and the selected operating point; family limits do not automatically apply together.
- The 40 dB supervisory-channel budget is stated with the Raman pumps off and span loss evaluated at 1624 nm.
Applications to discuss
- Optical network integration
- Fibre-link engineering
Specify your configuration
Precisometer supports selection and integration. Contact us for a quotation against an agreed configuration.
- Target wavelength or passband and input/output power
- Gain, noise, timing and polarization requirements
- Optical connections, control interface and installation conditions
Local technical draft · configuration and final specifications require confirmation.