Transceptor QSFP28 ZR4 BIDI de 80 km | LAN WDM EML+SOA | Sensibilidad de -28dBm

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Transceptor QSFP28 ZR4 BIDI de 80 km | LAN WDM EML+SOA | Sensibilidad de -28dBm | 100GBASE-ZR4

módulo óptico de 100 g

June 19, 2025

Category Connection: módulo óptico de 100 g

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Tags:

#Transceptor óptico de 100 g #módulo Ethernet de gigabit #Modulo de fibra 100G

Brief: Descubra el transceptor BIDI QSFP28 ZR4 de 80 km, con tecnología LAN WDM EML + SOA con sensibilidad -28dBm para aplicaciones 100GBASE-ZR4.Este transceptor de alto rendimiento elimina los costes de EDFA y ofrece una eficiencia energética y fiabilidad líderes en la industria.

Related Product Features:

Supports 100GBASE-ZR4 Ethernet with a data rate of 103.125 Gb/s (4×25.78125 Gb/s).
Achieves 80km reach on G.652 SMF without external amplifiers, saving $15k per link.
Industry-leading -28dBm receiver sensitivity with integrated SOA for superior performance.
Power-efficient design with ≤5.5W consumption, 8% lower than competitors.
Hot-pluggable 38-pin interface for tool-free installation and easy maintenance.
Operates in industrial-grade temperatures from 0°C to +70°C for resilience.
Cumple con QSFP28 MSA, RoHS-10 y es compatible con múltiples protocolos como Infiniband QDR/DDR.
Features real-time DDM support for predictive maintenance and stable performance.

Las preguntas:

What is the maximum reach of the 80km BIDI QSFP28 ZR4 Transceiver?

The transceiver achieves a maximum reach of 80km on G.652 single-mode fiber without requiring external amplifiers.
How does the integrated SOA improve performance?

The integrated Semiconductor Optical Amplifier (SOA) enhances receiver sensitivity to -28dBm, eliminating the need for costly external EDFA amplifiers.
What protocols does this transceiver support?

It supports 100GBASE-ZR4 Ethernet, Infiniband QDR/DDR, and complies with IEEE and telecom standards for versatile applications.
What is the power consumption of this transceiver?

The transceiver consumes ≤5.5W, which is 8% lower than typical competitor models, ensuring energy efficiency.