SFP+ 10G BIDI 80KM 1290nm/1310nm
As the digital age continues to surge forward, network infrastructure is undergoing a significant transformation. The rapid development of 10G networks is becoming increasingly evident, with global telecom operators investing heavily in technologies like 5G and 10G PON. In China, for example, China Telecom has led the charge by constructing over 2 million 10G PON ports by 2022, reaching more than 250 million households. By the end of the 14th Five-Year Plan, full coverage of key towns and regions is expected.
Meanwhile, the data center industry faces skyrocketing data traffic due to the growth of cloud computing, big data, IoT, and AI. According to IDC, global data volume increased from 8.59ZB in 2015 to 41ZB in 2019 and is projected to reach 175ZB by 2025 – a compound annual growth rate of over 35%.
This explosive demand places stringent performance requirements on optical transceivers: higher speed, longer reach, lower latency – all while managing cost pressures. Traditional modules struggle under these new demands. Enter the SFP+ 10G BIDI 80KM 1290nm/1310nm optical module, a cost-effective, high-performance solution designed for modern network environments.
This optical transceiver leverages Wavelength Division Multiplexing (WDM), a technology that allows bidirectional data transmission over a single optical fiber using two wavelengths – 1290nm for transmission and 1310nm for reception (or vice versa). This is akin to building dual, independent lanes on a one-way road, optimizing fiber usage without interference.
At the transmitter, data is modulated onto both wavelengths and combined via a WDM multiplexer. At the receiver, a demultiplexer separates the signals, ensuring precise data recovery. This significantly enhances fiber efficiency and reduces deployment costs.
80KM Long-Distance Transmission:
Far beyond the capabilities of typical 10G modules (often limited to 10KM or 40KM), this BIDI module delivers stable performance over 80KM without the need for relays, reducing both complexity and signal loss.
10Gbps High-Speed Data Rate:
With 10Gbps bidirectional throughput, it's ideal for environments where massive data movement is constant – such as server-to-server or server-to-storage communications in data centers.
Ultra-Low Bit Error Rate:
Utilizing advanced signal processing and premium optoelectronic components, this module maintains minimal bit error rates. This is especially critical for sectors like finance or healthcare, where data accuracy is non-negotiable.
Hot-Pluggable SFP+ Form Factor:
Measuring just 56.5mm x 13.6mm x 8.5mm, the hot-swappable design supports seamless maintenance or upgrades without downtime – a major advantage in high-density switch environments.
Low Power Consumption:
With energy efficiency in mind, the module consumes significantly less power than similar products, helping reduce operational costs and minimize thermal output – crucial for densely packed data centers.
Digital Diagnostics Monitoring (DDM):
Built-in sensors track real-time parameters such as temperature, voltage, and optical power. This allows predictive maintenance and reduces the risk of unexpected network outages.
In large-scale data centers, the module connects servers, switches, and storage devices efficiently across vast distances. For example, in a cloud data center where server clusters are over 50KM away from storage cores, this module eliminates the need for additional fiber runs or repeaters, saving cost and space while maintaining 10Gbps performance.
This module acts as the backbone of city-wide and inter-city data highways. Telecom operators use it to interconnect core metro nodes and extend backbone networks over long distances. Its 80KM capability ensures reliable data transmission between provinces or cities without signal degradation.
In smart grids, it links substations with control centers for fast, reliable data transfer. In surveillance, it supports long-range HD video feeds – for instance, transmitting footage from cameras located over 60KM away in large industrial zones, enhancing real-time monitoring efficiency.
The SFP+ 10G BIDI 80KM 1290nm/1310nm optical transceiver stands out with its remarkable blend of performance, efficiency, and versatility. Whether for expanding data center interconnects, scaling metro networks, or deploying robust long-distance monitoring systems, it provides a future-ready solution.
For businesses looking to reduce costs while boosting network performance, this module offers the perfect balance. Don’t let network limitations hold you back – embrace high-speed, high-efficiency connectivity and begin your next-generation 10G journey today.
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