MFP7E20-N030 Linking two transceivers directly together requires aligning the transceiver laser sources with the correct photo detectors in the receive transceiver. Transmit and receive fibers are switched inside the cable enabling two transceivers to be directly connected to each other.
| Model NO. | MFP7E20-N030 |
| Material Shape | Round Wire |
| Allowed Tensile Strength | 1000N<10000N |
| Certification | RoHS, CE, ISO9001, VDE, CCC |
| Sheath Material | PVC |
| Length | 30m |
| Data Rate | 200GB/S |
| Specification | MFA1A00-C050 |
| Origin | India / Israel / China |
| MFP7E20 Connection Structure | FCC |
| Allowed Lateral Pressure | 100(N/100mm) <1000(N/100mm) |
| Core | Multicore |
| Brand | Mellanox Nvidia |
| Operating Case Temperature | >=40°, <=85° |
| Power | 3.3V |
| Transport Package | Packing |
| Trademark | Mellanox Nvidia |
Mellanox MFP7E20-N030 Linking two transceivers directly together requires aligning the transceiver laser sources with the correct photo detectors in the receive transceiver.Type-B crossover fibers internally switch transmit/receive lines, enabling direct transceiver-to-transceiver connections.
nvidia MFP7E20-N020 Each of the two 4-channel NDR ports in the Twin-port transceiver has its own 4-channel optical connector that can link to two single-port 400Gb/s NDR transceiver.
Each Twin-port transceiver requires two Type-B crossover fiber cables. These cables align transmit lasers with opposite receivers, enabling direct transceiver-to-transceiver connections for optimal performance: minimal optical loss, reduced back reflections, extended reach, and enhanced reliability—all without patch panels.
For Twin-port transceivers, both cables must be the same type (straight or 1:2 splitter) although different lengths are allowed.
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