IPG Photonics’ Optical Hybrid Amplifier System radically modifies traditional DWDM network engineering requirements for Intermediate Line Amplifiers to support long-haul DWDM signal transport between end nodes. The system completely eliminates costly ILAs from most applications, with multiple integrated amplifier modules including a booster EDFA, preamp EDFA, and a single, or dual wavelength Raman amplifier. An integrated Optical Supervisory Channel supports end-to-end DCN connectivity. The system also supports end-to-end transparent transport for a 3rd party OSC
| Booster EDFA, Preamp EDFA, Dual Raman Supports Full 96 Lambda DWDM Wavelength Plan | Eliminates Multiple Intermediate Line Amplifier (ILA) Locations Depending on ILA Spacing & Fiber Loss Characteristics |
| Up to 70dB Optical Budget | Transparent Transport for 3rd Party Optical Supervisory Channel |
| 1 Rack Unit (RU) Vertical Mounting | Supports Class 1M Laser Safety |
| Operating Mode | DWDM, up to 96ch (50 GHz ITU-T fixed Grid) |
| Operating Spectral Range, nm | 1528.77 to 1566.77 |
| Dual OSC | 1610 nm (Internal OSC) + Transparent 3rd Party OSC Transport |
| BOOSTER Composite Pin Range, dBm | -5 to +15 |
| BOOSTER Composite Pout Range, dBm | Up to +25 |
| BOOSTER Nominal Gain Range, dB | 10 to +20 |
| PREAMP Composite Pin Range, dBm | -30 to -5 (with BWD Raman Gain up to 20 dB) |
| PREAMP Composite Pout Range, dBm | Up to +15 |
| PREAMP Effective Noise Figure, dB | -1 (with BWD Raman Gain 20 dB) |
| RAMAN PUMP Dual Wavelength, nm | 1427±1 & 1455±1 |
| RAMAN PUMP Power/ Wavelength, dBm | Up to +30 |
| RAMAN PUMP Nominal Gain Range, dB | 10 to +25 |
| Power Supply | -36 to -72 VDC (Standard) or 100 to 240 VAC, Dual, Redundant, Hot Swappable |
| Max Total Power Consumption, W | <100 |
| Operating Temperature Range, °C | 0 to +40 |
| Weight, kg | 7.9 |
| Overall Dimensions, W x H x D, mm | 480.53 x 43.62 x 346 |
| DWDM Networks | Wireless Backhaul |
| Utility Communication Networks | Remote Site Access Extension |
| Data Center Interconnect | |