




Fiber Optic SC/UPC-SC/UPC-SM-SX-3.0-G652D-PVC-Patch Cord
✅ Cable Type: Round Cable
✅ Connector Type (End 1): SC/UPC (Single-mode or Multi-mode)
✅ Connector Type (End 2): SC/UPC (Single-mode or Multi-mode)
✅ Data Transfer Rate: Maximum of 1 Gbps (1000 Mbps) for optimal performance.
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Introducing the Fiber Optic SC/UPC-SC/UPC-SM-SX-3.0-G652D-PVC-Patch Cord, a high-performance, reliable, and cost-effective solution for your fiber optic networking cables needs. Designed for both high-speed data transmission and long-distance applications, this patch cord ensures optimal signal quality and minimal loss, making it ideal for use in data centers, telecommunications, and high-performance networking environments.
Key Features:
✅ Superior Signal Integrity
Crafted with G652D single-mode fiber, this patch cord delivers superior signal quality, reducing loss and ensuring reliable performance even over long distances. Whether you're transmitting data across a local area network (LAN) or connecting various network devices, this patch cord ensures optimal signal clarity.
✅ SC/UPC to SC/UPC Connectors
Equipped with SC/UPC connectors, this patch cord guarantees high precision and exceptional connection quality. The UPC (Ultra Physical Contact) polish ensures a perfect optical interface with minimal insertion loss, making it ideal for applications that require high-performance fiber optic systems.
✅ 3.0mm PVC Jacket
The 3.0mm PVC jacket provides added durability and protection, preventing damage to the fiber from bending, pulling, or physical impact. This high-quality outer layer is resistant to various environmental factors, making it perfect for both indoor and outdoor use in a variety of demanding environments.
✅ Single-Mode Fiber for Long-Distance Applications
Thanks to its Single-Mode (SM) construction, this patch cord is optimized for long-distance transmission, minimizing signal loss and maximizing efficiency. It's ideal for telecom networks, broadband internet, and high-speed data transmission over extended distances.
✅ High Durability and Flexibility
The G652D standard ensures that the fiber can handle high-speed transmissions without degradation over time. Its flexible design allows for easy installation and maintenance, making it a preferred choice for professional networking setups.
✅ Cost-Effective Solution
Despite its premium features, the Fiber Optic SC/UPC-SC/UPC-SM-SX-3.0-G652D-PVC-Patch Cord provides an affordable solution without compromising on quality. It's perfect for budget-conscious professionals who require a reliable and efficient fiber optic solution.
Benefits:
✅ Enhanced Speed & Efficiency: Perfect for high-speed internet and data transmission over long distances.
✅ Minimal Loss & Interference: Ensures data integrity with ultra-low insertion loss and minimal back reflection.
✅ Long-Term Durability: The PVC jacket protects against physical damage, ensuring longevity.
✅ Easy to Install: The flexible construction of the cord makes installation quick and hassle-free.
✅ Cost-Effective Performance: Enjoy the benefits of a high-performance fiber optic cord without breaking the budget.
Applications:
Telecommunications: Ideal for connecting various telecom devices, backbone networks, and long-distance connections.
Data Centers: Perfect for high-speed data center installations where performance and reliability are critical.
Networking: Use it in professional networking setups, including LAN and WAN connections.
Broadband Internet: Supports internet service providers and high-speed broadband systems.
Why Choose Us?
we provide premium-quality fiber optic solutions that meet industry standards. Our Fiber Optic SC/UPC-SC/UPC-SM-SX-3.0-G652D-PVC-Patch Cord is built to meet rigorous testing requirements, ensuring reliable performance for critical network infrastructure.
Order Yours Today!
Upgrade your network connectivity with the Fiber Optic SC/UPC-SC/UPC-SM-SX-3.0-G652D-PVC-Patch Cord. Whether you're setting up a new system or enhancing an existing one, this patch cord will provide the high-speed, reliable connection you need.