RAMAN Optical Amplifier
HTF C-band distributed RAMAN amplifier support wide operating wavelength range:1529nm~1565nm. Different wavelength pump power can be adjusted to achieve smooth gain spectrum for the DWDM network application. It can amplify the single channel signal, in order to achieve the best OSNR; the module integrated a narrow band filter to suppress the ASE power.
RAMAN Optical Amplifier
| Parameter | Min. | Typical | Max. | Unit |
|---|---|---|---|---|
| Operating Wavelength | 1529 | 1565 | nm | |
| Pump Wavelength | 1423 | 1465 | nm | |
| Pump power | Boost-RAMAN 700 | mW | ||
| Pre-RAMAN 1300 | ||||
| Gain | Boost-RAMAN 10 | dB | ||
| Pre-RAMAN | 26 | 28 | ||
| Input Power | Boost-RAMAN 0 | 14 | dBm | |
| Pre-RAMAN | -42 | |||
| Noise Figure | -2 | dB | ||
| Gain Flatness | 2.2 | 2.5 | dB | |
| Input Threshold | -45 | Can be adjusted | dBm | |
| Polarization Dependence Gain | 0.5 | dB | ||
| Polarization Mode Dispersion | 0.5 | ps | ||
| Return Loss | 45 | dB | ||
| Size | 191 (W) x 253 (D) x 40 (H), occupy 2 slot (Support HT6000 series chassis) | mm | ||
| Environment | Operating Temperature -5℃ ~ 55℃ | ℃ | ||
| Storage Temperature -40℃ ~ 75℃ | ℃ | |||
| Relative Humidity 5% ~ 95% Non-condensing | % | |||
| Power Consumption | ≤45 | W | ||
HTF HT6000 Series Chassis support multiple service board intermixing:
HTF HT6000 Series Chassis support multiple service board intermixing:
| HTF HT6000 DWDM Series Product | |||
|---|---|---|---|
| HT6000 Chassis Optional (Support dual AC+ dual DC protection) | 1U 19-inch CH04 | 1 network management slot | 3 universal service slots |
| 2U 19-inch CH08 | 1 network management slot | 7 universal service slots | |
| 5U 19-inch CH20 | 1 network management slot | 19 universal service slots | |
| NMS Board | HTF Network Control Management Board | ||
| HTF Muxponder Board | 400G Coherent TMUX: 4*QSFP28 to 1*CFP2 | ||
| 400G Muxponder: 4*QSFP28 to 1*QSFP-DD | |||
| 200G Coherent TMUX: 2*QSFP28 to 1*CFP2 | |||
| 40G&100G TMUX: 4*SFP28↔QSFP28 or 4*SFP+↔SFP28 | |||
| 10G TMUX: 8*1.25G↔10G or 8*100M↔1.25G | |||
| HTF Transponder Board / Optical Relay Amplification System | 400G Coherent OEO/Transponder: 1*QSFP-DD to 1*CFP2 | ||
| 100G Coherent OEO: 1*QSFP28 to 1*CFP | |||
| 40G&100G OEO: 3*QSFP28 to 3*QSFP28 or 3*QSFP+ to 3*QSFP+ | |||
| 25G OTU: 4*SFP28↔4*SFP28 | |||
| 10G OEO: 4*SFP+↔4*SFP+ | |||
| HTF Protection Board | 10G OCP (Optical Channel Protection): 2*SFP+↔2*SFP+ | ||
| OLP: Optical Line Protection(1+1, 1:1, dual or single fiber OLP options ) | |||
| Optical Amplification System Board | EDFA Board: erbium-doped fiber amplification (BA LA PA) | ||
| RFA: Raman fiber amply board | |||
| SOA: 100G Optical Amplification System | |||
| Dispersion Compensation Board | DCM: Dispersion Compensation Module | ||
| HTF MUX DEMUX Board | MDU: 1~16 Wavelengths Multiplexing/Demultiplexing | ||
| AWG: 40/48 Waves Multiplexing/Demultiplexing Card | |||
| OADM: Optical Add Drop Multiplexing Card | |||
| Optical Cable Monitoring System | OTDR, OSW, FWDM, OPD, OPC etc | ||
| HTF Customized Board | VOA, OSC, PLC/FBT Optical Splitter, WSS etc | ||
Expansion of fiber optic network capacity must be fast to effectively meet evolving bandwidth needs. HTF’s DWDM/OTN products increase network capacity per wavelength, improving spectral efficiency and reducing cost per bit in DCI, metro, and long-haul applications. The use of pluggable modules easily increases capacity, significantly reduces power consumption, simplifies maintenance and support, and enables real pay-as-you-grow architecture.
HTF integrated DWDM solutions include mux/demux, amplifiers, OLP/OTDR/WSS/optical switch etc, The plug-and-play optics lower maintenance costs and maximize the value of existing infrastructure and connectivity.
If you have optic network project need upgrade transmission capacity, welcome to cotact HTF team to customized the suitable solution for you.
Quality Certifications
To get the detailed certification, please go to the Compliance Center.
