AFBR-S6EPR44112 Optical Transceiver Module – High-Speed SFP+ Package

AFBR-S6EPR44112 Overview

The AFBR-S6EPR44112 is a high-performance optical transceiver designed for robust, high-speed data communication in industrial environments. Engineered to support 100 Gb/s Ethernet applications, this transceiver integrates advanced electro-optical technology to deliver reliable, low-latency connectivity over multimode fiber. Its compact design and precise alignment features enable seamless integration into demanding data center and telecommunication systems. With a focus on stability and signal integrity, the device ensures optimal performance in harsh conditions, making it a preferred choice for engineers requiring consistent, high-bandwidth optical interfaces. For detailed specifications and purchasing, visit IC Manufacturer.

AFBR-S6EPR44112 Technical Specifications

AFBR-S6EPR44112 Key Features

• High-speed 100 Gb/s transmission: Supports four parallel channels at 25 Gb/s each, enabling ultra-fast data transfer essential for modern data centers and high-bandwidth applications.
• Multimode fiber compatibility: Optimized for OM4 and OM5 fibers, providing flexibility and extended reach of up to 100 meters, suitable for short-reach interconnects.
• VCSEL technology: Utilizes vertical-cavity surface-emitting lasers to ensure low power consumption and stable optical output, contributing to energy-efficient network designs.
• QSFP28 form factor: Compact and industry-standard packaging facilitates easy integration and hot-plug capability, reducing system downtime during installation or maintenance.

AFBR-S6EPR44112 Advantages vs Typical Alternatives

This transceiver offers superior power efficiency and reliable signal integrity compared to many traditional optical modules. Its VCSEL-based architecture ensures lower thermal output and extended component life. Additionally, the QSFP28 form factor provides enhanced integration flexibility while maintaining industry-standard compatibility. These advantages translate into reduced operational costs and increased uptime for critical high-speed networking environments.

Typical Applications

• Data center interconnects requiring 100 Gb/s multimode fiber links to support high-throughput computing and storage networks, enabling efficient large-scale data transfers.
• High-performance computing clusters where low latency and high bandwidth optical communication reduce bottlenecks between processing nodes.
• Telecommunication infrastructure for metro and enterprise networks demanding reliable short-reach 100 Gb/s optical links.
• Optical switching systems that benefit from compact, hot-pluggable transceivers for scalable and maintainable network architectures.

AFBR-S6EPR44112 Brand Info

Manufactured by a leading provider of high-speed optical components, this device reflects the brand’s commitment to quality and innovation in fiber optic communication technology. The product aligns with rigorous industry standards, ensuring interoperability and robust performance in demanding environments. Designed with precision and reliability in mind, it represents the brand??s expertise in delivering cutting-edge solutions for industrial and enterprise networking applications.

FAQ

What fiber types are supported by this optical transceiver?

The device supports multimode fibers, specifically OM4 and OM5 types. These fibers are optimized for short-reach, high-speed data transmission at 100 Gb/s, allowing up to 100 meters reach with minimal signal degradation.

What are the power consumption characteristics of this module?

Typical power consumption is approximately 6.5 watts. This low power usage is achieved through the use of efficient VCSEL technology, helping to reduce thermal load and operational costs in large-scale deployments.

Is this transceiver compatible with standard QSFP28 ports?

Yes, the transceiver adheres to the QSFP28 form factor, ensuring compatibility with standard QSFP28 slots used in most modern networking equipment. This facilitates easy upgrades and system integration.

What operating temperature range does the device support?

The module operates reliably within a temperature range of 0??C to 70??C, suitable for typical data center and enterprise environments where controlled ambient conditions are maintained.

How does the VCSEL technology benefit this optical transceiver?

VCSELs provide efficient, stable laser output at 850 nm wavelength, enabling high-speed data transmission with lower power consumption and improved thermal performance compared to traditional edge-emitting lasers. This increases overall system reliability and longevity.