About SFP GOXQ28-13100G-ER4
The GOXQ2813100GER4 Optical Transceiver is a highperformance costefficient optical module designed for longdistance highspeed data transmission Ideal for telecom data center and enterprise networks this 100G ER4 optical transceiver is engineered to provide exceptional reach of up to 40 kilometers over singlemode fiber SMF The module supports Ethernet and OTN Optical Transport Network ensuring seamless highbandwidth connectivity for a range of applications
100G HighSpeed Transmission
With a data rate of 100 Gbps the GOXQ2813100GER4 transceiver is engineered to meet the demands of modern highperformance networks Whether for highdensity data center interconnects or telecom backbones this transceiver ensures seamless communication and uninterrupted data flow over long distances
Extended Reach of 40KM
Supporting distances up to 40 kilometers over singlemode fiber SMF the GOXQ2813100GER4 is perfectly suited for metro and longhaul optical networks offering reliable transmission across large geographical areas
Low Power Consumption
The transceiver operates efficiently with low power consumption making it an environmentally friendly choice that minimizes operational costs Its energyefficient design ensures optimal performance without compromising on power efficiency
Compliant with Industry Standards
The GOXQ2813100GER4 transceiver complies with leading industry standards including IEEE 8023bm and QSFP28 specifications ensuring that it can be seamlessly integrated into existing network infrastructures from leading vendors like Cisco Huawei and Juniper
Wavelengths 1310nm
The transceiver uses 1310nm wavelength technology which is ideal for longdistance signal transmission This wavelength ensures that the signal remains strong and clear over extended distances reducing the need for amplification or signal boosting
HotPluggable Design
The GOXQ2813100GER4 is designed with a hotpluggable QSFP28 form factor enabling easy installation and replacement in compatible ports without disrupting network performance This feature is essential for minimizing downtime during upgrades or maintenance