Supplier LC UPC APC Patch Cord for Optic Networks
Product Main Parameters
Parameter | Specification |
---|---|
Connector | LC UPC/APC |
Cable Diameter | 2.0mm |
Insertion Loss | <0.3dB |
Return Loss | UPC>50dB, APC>60dB |
Common Product Specifications
Specification | Details |
---|---|
Operating Temperature | -40°C to 85°C |
Storage Temperature | -40°C to 85°C |
Durability | >1000 mating cycles |
Product Manufacturing Process
The manufacturing process of LC UPC APC Patch Cord involves several meticulous steps starting from high-precision polishing of fiber ends to ensure optimal signal transmission with minimal loss. Based on authoritative studies, the integration of advanced materials and technologies ensures that each connector meets the highest industry standards. Each patch cord is assembled under rigorous conditions that include extensive testing for insertion and return loss. Quality certifications are awarded post exhaustive validations ensuring adherence to international norms and customer satisfaction.
Product Application Scenarios
LC UPC APC Patch Cords are extensively used across varied sectors such as telecommunications, data centers, and broadcasting. As highlighted in authoritative papers, their deployment is critical in environments demanding high bandwidth and minimal signal loss. In telecommunications, these cords act as essential links between various devices, enhancing network efficiency. Data centers benefit from their compact design, which facilitates high-density connections. Broadcasting environments utilize APC patch cords for their ability to maintain signal integrity across long distances, crucial for video and audio clarity.
Product After-Sales Service
- Comprehensive technical support for installation and maintenance.
- Warranty coverage for manufacturing defects.
- Replacement services for faulty products within the warranty period.
Product Transportation
Our LC UPC APC Patch Cords are transported under secure conditions, ensuring no physical damage during transit. Customized packaging solutions are offered to cater to specific logistical requirements, thereby ensuring the products reach consumers in pristine condition.
Product Advantages
- Low insertion and return loss, ensuring high transmission efficiency.
- Compact design suitable for high-density applications.
- Durable construction offering long operational life.
Product FAQ
- What are the key differences between UPC and APC connectors?
UPC connectors are polished for high smoothness to reduce signal loss, while APC connectors have an angled polish that minimizes back reflection, making them ideal for analog signal applications. - What industries are these patch cords most suitable for?
LC UPC APC Patch Cords are suitable for telecommunications, data centers, and broadcasting environments, where high precision and low signal loss are critical. - How do you ensure quality in manufacturing?
Our manufacturing process involves rigorous testing for insertion and return loss, with quality certifications awarded after exhaustive validations to meet international standards.
Product Hot Topics
- How LC UPC APC Patch Cord Enhances Network Efficiency
Our LC UPC APC Patch Cord is a game-changer for network efficiency. By incorporating high-precision polished connectors that ensure minimal signal loss, these cords enhance the performance of telecom and data center networks. As a trusted supplier, we provide cords that meet varying needs, enabling seamless integration into existing infrastructures. This product is vital for any organization looking to amplify bandwidth while maintaining signal integrity. - The Role of LC UPC APC Patch Cord in Modern Data Centers
Data centers today demand compact and efficient solutions for connectivity. Our LC UPC APC Patch Cord meets these requirements perfectly. With their small form factor LC connectors, these cords are ideal for high-density environments where space is at a premium. As a leading supplier, our cords offer superior performance characterized by low insertion and return loss, making them indispensable in data center operations.
Image Description




