In today's data-driven world, network upgrades and new project deployments demand reliable, high-performance connectivity solutions. The choice of fiber optic patch cables can significantly impact network efficiency and future scalability.
Key Advantages for High-Speed Networks
The OM2 50/125μm LC/LC fiber optic patch cable features a core/cladding design that delivers lower signal attenuation over longer distances compared to traditional 62.5/125μm fiber. This enables extended coverage in large campus networks, data centers, and other scenarios requiring connections between different floors or areas.
These cables reliably support Gigabit Ethernet, 10 Gigabit Ethernet, Fibre Channel, Infiniband, ATM, and other high-speed data applications, ensuring smooth and efficient data transmission.
Precision Engineering for Reliable Performance
Featuring LC connectors with UPC (Ultra Physical Contact) polished end faces, these cables provide exceptionally smooth connections that minimize return loss and effectively suppress signal reflection. This advanced polishing technology ensures signal purity and stability, particularly crucial for applications with stringent signal quality requirements.
Premium Materials for Consistent Performance
Constructed with industry-leading Corning fiber, these cables deliver exceptional optical performance and reliability. The orange OFNR (Riser-Rated) PVC jacket provides excellent abrasion resistance and tensile strength while meeting building safety codes for vertical riser applications.
Duplex Design for Flexible Deployment
The duplex configuration features two connectors at each end, creating independent transmit and receive channels. This design is ideal for applications requiring simultaneous bidirectional communication, such as inter-switch connections or server-to-switch links.
Technical Specifications
- Connector Type: LC to LC
- Fiber Type: OM2 50/125μm multimode
- Connector Polish: UPC (Ultra Physical Contact)
- Fiber Core: Premium Corning fiber and cladding
- Ferrule Material: Ceramic for precision and durability
- Transmission Mode: Duplex for bidirectional communication
- Jacket Type: Orange OFNR (Riser-Rated) PVC
- Electrical Properties: EMI immune for pure signal transmission
- Quality Assurance: 100% optical testing for low insertion loss
Application Scenarios
- Fiber optic network deployment in data centers, enterprise networks, and telecom infrastructure
- High-speed Ethernet including Fast Ethernet and Gigabit Ethernet
- Storage Area Networks (SAN) in Fibre Channel environments
- High-performance computing with Infiniband networks
- Any application requiring high throughput and low latency
Frequently Asked Questions
Q1: What is a "duplex" fiber optic patch cable?
A1: Duplex cables feature two connectors at each end, creating independent transmit and receive channels for simultaneous bidirectional communication, significantly improving network efficiency.
Q2: Can I use any fiber optic cable for my network?
A2: No. You must match existing network parameters including fiber mode (single-mode/multimode), micron size (e.g., 50/125μm or 62.5/125μm), and connector type (LC, SC, ST, etc.).
Q3: What's the maximum transmission distance for single-mode fiber?
A3: Single-mode fiber can support distances up to 10km for Gigabit Ethernet applications, typically offering 50 times greater reach than multimode fiber.
Q4: What does "Plenum" rating mean for cables?
A4: Plenum-rated cables meet strict fire safety standards for low smoke and toxicity in air circulation spaces, though this doesn't affect transmission performance.
Q5: How do different fiber connector types compare?
A5: ST uses twist-lock, SC features push-pull square design, LC offers compact size for high density, and MTRJ combines small form factor with duplex capability.
Q6: What's the difference between 50/125μm and 62.5/125μm fiber?
A6: 50/125μm provides lower loss and higher bandwidth over distance, while 62.5/125μm is easier to terminate but has greater attenuation.
Q7: How do OM3 and OM4 fibers differ?
A7: OM4 offers higher bandwidth (4700 MHz*km vs. 2000 MHz*km), supporting 10Gbps up to 550m (vs. 300m) and 40/100Gbps up to 125m (vs. 100m).
Q8: What distinguishes UPC and APC connectors?
A8: UPC provides >50dB return loss with physical contact polish, while APC's 8° angled polish achieves >60dB return loss by redirecting reflections into the cladding.
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