100G QSFP28 OEO Transponder 3-In 3-Out Incoherent Multiplexing With 3R Signal Regeneration
100G QSFP28 OEO Transponder Card
| Function | Note |
| Application | 100G wavelengths transform |
| interface |
Client-side interface: 3 QSFP28 hot-pluggable
WDM-side interface: 3 QSFP28 hot-pluggable |
| Line mode | Supports three 100G service transparent transmissions, which can transform three 100G service optical signals into two WDM standard wavelength optical signals |
| Support service type |
100GE OTU4 |
| Relay mode |
Support 40G&100G wavelength electrical relay Optical signal single, multi-mode transform |
| WDM technology | Support DWDM: C band 100GHz 40/48 waves,50GHZ 80/96 waves |
| Occupied slot number | Support OM3800 series chassis, occupy 1 slot , (0.5U) |
| Network management function |
Support real time monitoring of the port working state, including: transmitting optical power and receiving optical power, temperature, etc.
Support port loopback and port shutdown |
| Max power consumption | 30W (including Module) |
| MTBF | ＞100000 hours |
- The 100G incoherent OEO service card supports three 100GE bilingual service access.
- Its main function is to perform 3R regeneration of three 40GE or 100GE service signals that are accessed, and can be transformed into three WDM standard wavelength optical signal, so that the multiplexer unit performs wavelength division multiplexing on optical signals of different wavelengths, and at the same time implements the inverse process of the above process.
- It’s suitable for short-range transmission of wavelength division in metro areas at 100G rates.
What is DWDM?
It is a technology helping increase the bandwidth of over existing fiber optic cables and making it ideal for long-haul transmission.
What does it do?
It can be integrated with existing fiber optic cables, allowing providers to increase data capacity as optical technology improves.
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