Functional Positioning for High-Speed Network Integration
This 100GBASE-LR4 QSFP28 module is engineered by an experienced optical transceiver manufacturer to support 100G Ethernet applications requiring long-distance single-mode fiber transmission up to 10 kilometers. Designed predominantly for data center operators, enterprise core networks, and telecom providers, the transceiver enables seamless integration with QSFP28 interface ports. Its duplex LC connectors and compliance with IEEE 802.3ba standards ensure interoperability with diverse switches, routers, and network interface cards. The module suits network architects demanding scalable, reliable 100G connectivity solutions tailored for mission-critical infrastructures. By partnering with reputable optical transceiver suppliers, this product facilitates efficient deployment in high-density environments.
Advanced Technical Features and Precise Specifications
Equipped with LAN WDM TOSA and ROSA technology, this QSFP28 optical transceiver sustains stable 100G data transmission at the 1310 nm wavelength, meeting strict IEEE 802.3bm criteria and QSFP28 MSA protocols. It supports a maximum data rate of 103.125 Gbps over G.652 single-mode fiber with a reach of up to 10 km, while maintaining low power consumption under 3.5W. The transceiver’s digital diagnostic monitoring (DDM/DOM) offers real-time visibility into parameters like temperature, voltage, and optical power, enabling proactive network management. Its transmitter and receiver components, including DFB and PIN with SOA, achieve a bit error ratio of ≤1.00E-12, ensuring reliable high-speed signal integrity and error-free data transfer in demanding environments.
Industry Applications with Operational and Strategic Value
The 100GBASE-LR4 QSFP28 transceiver module excels in applications such as data center interconnects, high-performance computing clusters, and enterprise network core upgrades. It supports telecommunications infrastructure enhancements by facilitating extended optical reach and bandwidth scalability. Optical transceiver manufacturers deploy such modules for infrastructure requiring compliance with stringent industry standards and enhanced digital diagnostics. The product effectively integrates into existing network topologies, accelerating bandwidth expansion while maintaining energy efficiency. Its implementation contributes directly to optimizing data throughput, reducing latency, and ensuring sustainable operational costs in large-scale, high-speed communication systems.
Description
Design and System Integration Benefits of the Optical Transceiver
This QSFP28 optical transceiver module features a compact hot-pluggable QSFP28 form factor that streamlines system upgrades and scalability. Its standardized duplex LC connector interface and adherence to QSFP28 MSA specifications facilitate broad compatibility across multiple network devices. The integration of LAN WDM TOSA and ROSA components enhances signal quality over long distances, aligning with reliability norms established by leading optical transceiver manufacturers. Additionally, the module's RoHS compliance and military-grade tested enclosure guarantee environmental robustness in varied conditions, supporting rigorous data center and telecom operational demands. This form factor lends itself to high-density port environments, enabling optical transceiver suppliers to deliver enhanced network capacity without physical footprint expansion.
Performance Characteristics Enhancing User Experience and Network Value
From a performance perspective, the transceiver’s low power consumption of ≤3.5W lowers operational costs while maintaining 100G signal integrity. The built-in digital diagnostic monitoring (DDM/DOM) empowers network engineers to monitor vital metrics proactively, ensuring optimal function and reducing downtime. High transmitter output power combined with sensitive receiver technology results in a low bit error ratio (BER ≤1.00E-12), facilitating stable long-haul transmissions. User-friendly hot-pluggability supports rapid installation and replacement processes, minimizing network disruption. By leveraging the expertise of an established optical transceiver manufacturer, this module provides consistent performance vital for demanding enterprise and carrier-grade environments, delivering measurable ROI in optical network deployment.
Data Center Interconnect Optimization with 100G Transceivers
In data centers managing high-density 100G Ethernet switch connections, the QSFP28-100G-LR4 module plays a critical role in facilitating reliable, long-reach optical links up to 10 km over single-mode fiber. Within this environment, where uninterrupted high throughput is essential, the optical transceiver integrates seamlessly with core network switches and rack servers. The module’s compliance with IEEE standards ensures interoperability with multi-vendor gear, while its diagnostics capabilities enable real-time health monitoring for preventive maintenance. Optical transceiver suppliers delivering this solution enable data center operators to manage bandwidth scale-up efficiently, lower latency across dispersed facilities, and ensure stable data flows essential for cloud services and large-scale virtualization deployments.
Telecommunications Infrastructure Enhancement Using 100G Optical Transceivers
Telecommunications providers upgrading their fiber optic backhaul benefit from the QSFP28 transceiver’s ability to extend 100G Ethernet signals over 10 km with robust signal integrity. Within telecom network architecture, this optical transceiver supports essential backbone and metropolitan area network expansions, ensuring compliance with rigorous IEEE and QSFP28 MSA standards. By utilizing components engineered by leading optical transceiver manufacturers, telecom operators achieve high reliability in their fiber transmission systems. The transceiver’s DOM feature assists network maintenance teams in monitoring fiber health and quickly addressing performance issues, supporting uninterrupted service delivery. This capability integrates into existing optical transmission systems to future-proof networks against growing bandwidth demands and evolving data traffic patterns.
What compatibility standards does this 100G transceiver module meet?
This transceiver complies with IEEE 802.3ba and QSFP28 MSA standards, ensuring full interoperability with various networking devices. As a trusted optical transceiver manufacturer, Miray guarantees device compliance with global industry protocols and quality certifications.
Can Miray customize optical transceivers for specific network requirements?
Yes, Miray offers tailored solutions beyond standard products. As a reputable optical transceiver supplier, we work closely with clients to provide customized modules meeting specific wavelength, distance, or diagnostics needs for optimized network performance.
How should the QSFP28-100G-LR4 transceiver be installed and maintained?
The QSFP28 transceiver is hot-pluggable, allowing easy installation without powering down equipment. Routine maintenance involves verifying connector cleanliness and monitoring status via built-in digital diagnostic monitoring, essential for preserving reliability in 100G networks.
What logistics and delivery options does Miray provide for bulk optical transceiver orders?
Miray supports global distribution with professional packaging and timely delivery, accommodating orders of various scales from industrial buyers. Our role as a reliable optical transceiver manufacturer and supplier includes efficient logistics to meet project timelines and inventory needs.
