100Gbps QSFP ZR4
In a fast-paced world of data centers and networking, the demand for high-speed, long-distance data transmission has never been greater. As organizations increasingly rely on 100Gbps networking equipment to support their data-intensive operations, the need for optical solutions capable of conquering high fiber losses and extended transmission distances has become paramount.
- Product Introduction
| Specifications | FBL-QSFP-100G-ZR4 |
| Wave range | LWDM |
| Modulation format | NRZ |
| Application distance | 80km |
| HOST FEC | ON |
| Temperature | 0~70℃ |
| Power consumption | 5.5W |
| Dispersion compensation | O-BAND; no effect on dispersion compensation |
| EDFA | No |
| DCM | No |
| Link cost | Low |
| Expan dable | No |
Network infrastructure demands are skyrocketing, and businesses need reliable, efficient optical transceivers that deliver exceptional performance without breaking the budget. The FBL-QSFP-100G-ZR4 represents a breakthrough in affordable, long-distance connectivity, offering enterprise-grade capabilities at a fraction of traditional costs.
Understanding Modern Optical Transceivers Technology
Optical transceivers serve as the critical bridge between electrical and optical signals in modern networks. These sophisticated devices enable high-speed data transmission across fiber optic cables, making them indispensable for data centers, telecommunications providers, and enterprise networks requiring robust connectivity solutions.
The FBL-QSFP-100G-ZR4 stands out among optical transceivers by leveraging LWDM (Lan Wavelength Division Multiplexing) technology combined with NRZ (Non-Return-to-Zero) modulation format. This intelligent design choice delivers remarkable transmission distances up to 80 kilometers while maintaining signal integrity and reducing deployment complexity.
Key Advantages of This Solution
Simplified Infrastructure Requirements
Unlike many competing optical transceivers, this module operates without requiring expensive optical amplification equipment or dispersion compensation modules. The O-BAND wavelength operation naturally eliminates chromatic dispersion concerns, allowing direct fiber connections without intermediate signal conditioning equipment. This translates to dramatically reduced capital expenditure and simplified network architecture.
Wide Operating Temperature Range
Built to withstand challenging environments, the transceiver functions reliably across a broad temperature spectrum from 0°C to 70°C. This versatility makes it suitable for various deployment scenarios, from climate-controlled data centers to less controlled telecommunications hubs.
Energy Efficiency
With power consumption capped at just 5.5 watts, these optical transceivers contribute to reduced operational costs and lower carbon footprints. In large-scale deployments with hundreds or thousands of ports, this efficiency advantage compounds significantly.
Ideal Applications and Use Cases
The 80-kilometer reach capability positions this solution perfectly for:
Metropolitan Area Networks (MANs): Connect multiple data centers across a city without signal regeneration
Campus Interconnects: Link geographically dispersed facilities with high-bandwidth, low-latency connections
Enterprise WAN Extensions: Extend corporate networks between regional offices cost-effectively
Service Provider Access Networks: Deliver high-capacity connections to business customers
Why Choose This Optical Transceiver?
The FBL-QSFP-100G-ZR4 addresses a critical market need: high-performance connectivity without unnecessary complexity. By eliminating the requirement for EDFA (Erbium-Doped Fiber Amplifiers) and DCM (Dispersion Compensation Modules), network operators can deploy optical transceivers with minimal supporting infrastructure.
The HOST FEC (Forward Error Correction) capability enhances signal reliability, ensuring data integrity even in challenging transmission conditions. This built-in error correction mechanism reduces packet loss and maintains consistent network performance.
Frequently Asked Questions
What makes this optical transceiver cost-effective compared to alternatives?
The primary cost advantage stems from eliminating expensive supporting equipment. Traditional long-haul optical transceivers often require optical amplifiers and dispersion compensation modules, each adding thousands of dollars to deployment costs. This solution's O-BAND operation and optimized design remove these requirements entirely, reducing link costs by 40-60% compared to conventional approaches.
Can these optical transceivers work in extreme temperature environments?
The operating range of 0-70°C covers most commercial and light industrial environments. While not designed for extreme outdoor installations in arctic or desert conditions, the temperature tolerance exceeds standard optical transceivers rated for 0-50°C, providing additional deployment flexibility.
What fiber types are compatible with this transceiver?
This module works with standard single-mode fiber commonly deployed in telecommunications and enterprise networks. The LWDM technology and 80km reach specification are optimized for G.652 fiber, the most prevalent fiber type globally.
Does the module support hot-swapping?
Yes, like most modern QSFP optical transceivers, this module supports hot-plugging, allowing installation and removal without powering down network equipment. This capability minimizes network disruption during maintenance or upgrades.
Why is expandability listed as "No" for this product?
The non-expandable designation indicates this is a complete, self-contained solution optimized for its specific 80km/100G application. Unlike platform-based optical transceivers with modular components, this fixed-configuration approach ensures maximum reliability and performance consistency while reducing potential failure points.
How does NRZ modulation compare to newer formats like PAM4?
NRZ modulation offers excellent reliability and simplified receiver design, making it ideal for the 100G data rate over 80km distances. While PAM4 enables higher speeds over shorter distances, NRZ provides superior power efficiency and signal integrity for this application's specific requirements.
What maintenance requirements do these optical transceivers have?
Minimal maintenance is required. Regular fiber connector cleaning and periodic performance monitoring through network management systems ensure optimal operation. The solid-state design has no moving parts, contributing to long-term reliability with Mean Time Between Failures (MTBF) exceeding industry standards.
Hot Tags: Optical Transceivers
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