Active Fiber Patchcord-Low Loss Fiber Patchcord
Our low-loss fiber optic patch cords are made with advanced technology that aims to reduce signal loss. Through carefully selected quality materials and precision processing, our patch cords minimize signal attenuation and provide more stable and high-speed network connections.
- Product Introduction
Our low-loss fiber optic patch cords are made with advanced technology that aims to reduce signal loss. Through carefully selected quality materials and precision processing, our patch cords minimize signal attenuation and provide more stable and high-speed network connections.
Compared with traditional patch cords, our products have groundbreaking advantages. First, low-loss fiber patch cords have lower signal attenuation for longer transmission distances, providing wider coverage in both home and enterprise networks. Secondly, our patch cords have higher transmission speed and lower latency, allowing you to enjoy a faster and smoother network experience. Most importantly, our products are reliable and durable, providing long-term stable support for your network connection.
Whether you are a personal user or an enterprise user, our low-loss fiber optic patch cords can meet your needs. Whether you are expanding your home network or upgrading your business network, we have the right solution for you. Choose low-loss fiber optic patch cords for stable, high-speed, reliable network connectivity! Contact us today to learn more about this product and enjoy a superior networking experience!
Product Features
1. Low Loss: This fiber optic patch cord is manufactured with advanced technology and high quality materials to provide extremely low transmission loss. This means that there is almost no signal attenuation during signal transmission, ensuring high quality data transmission and communication.
2. High reliability: The low-loss fiber optic patch cable undergoes strict quality control and testing to ensure its stable and reliable performance. It has excellent anti-interference capability and can provide stable signal transmission in complex environments.
3. Broadband support: The product supports high bandwidth requirements and is suitable for a variety of application scenarios, such as data centers, telecom networks, broadcast TV, security monitoring, etc. It can meet the demand of high-capacity data transmission and provide fast and stable network connection.
4. Flexibility: Low-loss fiber optic patch cords provide a variety of connection interfaces and length options to suit different equipment and cabling needs. It is compatible with a variety of fiber optic devices and network equipment, providing flexible connection solutions.
5. High security: The product is made of high-strength fiber optic material and durable outer jacket, which can effectively protect the fiber from physical damage and environmental impact. It also supports encryption and authentication technology to ensure the security and confidentiality of data transmission.
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Product Applications
1. Data Center: Low-loss fiber patch cords play a critical role in data centers. Data centers need fast and reliable data transmission, and low-loss fiber patch cords can provide high bandwidth and low loss transmission performance to ensure efficient operation of data centers. It is widely used to connect between servers, between network devices and between storage devices.
2. Communication network: With the continuous development of communication technology, the demand for high-speed and stable communication network is also increasing. As an important part of communication network, low-loss fiber optic patch cord can provide low-loss and low-latency data transmission to meet the needs of high-speed communication. It is widely used in fiber optic communication systems, fiber optic broadband access and mobile communication base stations, etc.
3. Medical field: In the modern medical field, high-speed and stable data transmission is essential for the operation and data exchange of medical equipment. Low-loss fiber optic patch cords can provide high-quality data transmission and ensure the normal operation of medical equipment. It is widely used in hospitals for medical imaging systems, telemedicine systems and medical data centers.
4. Research laboratories: Research laboratories have high requirements for high precision and high stability data transmission. Low-loss fiber optic patch cable can provide low-loss, low-noise signal transmission to ensure the accuracy and reliability of experimental data. It is widely used in optical experiments, fiber optic sensing and scientific research.
Product Parameters
| Fiber Type | Singlemode/Multimode | Return Loss | ≥50dB |
| Connection Type | LC-SC | Bend radius | 10mm |
| Rated Bandwidth | 10Gbps | Fiber optic cable outer diameter | 2.0mm |
| Transmission Distance | 10km | Link Durability | ≥1000 times |
| Insertion Loss | 0.2dB | Operating Temperature Range | -40°C to +85°C |
Instructions For Use
1. Preparation: Make sure you have purchased the right low-loss fiber optic patch cable for your needs and that it is of reliable quality. Confirm that you have the basic knowledge of installing and connecting fiber optics.
2. Determine connection requirements: Based on your network layout and needs, determine the devices to be connected and the length of the patch cords. Confirm that the connection type and interface type of the fiber optic patch cable is compatible with the device.
3. Connect the device: Insert one end of the fiber optic patch cable into the fiber optic interface of the source device, making sure the plug is aligned with the interface and gently pushed in. Plug the other end of the fiber optic patch cable into the fiber optic interface of the target device, also make sure the plug is aligned with the interface and gently push it in.
4. Make sure the connection is secure: Make sure the fiber optic patch cord plug has been fully inserted into the fiber optic interface of the device and is not loose. Check that the connection is secure to prevent it from loosening or falling off during use.
5. Test the connection: Use the appropriate equipment or tools to test if the connection is successful and working properly. Check whether the network connection is stable and the speed meets the demand.
Terms Of Use
1. Buy reliable products: Make sure you buy low-loss fiber optic patch cords from reliable suppliers with relevant certifications. Avoid purchasing low quality or substandard products to ensure stable network connections.
2. Proper installation and connection: Before installing and connecting fiber optic patch cords, make sure you have the relevant knowledge and skills, or have a professional do the installation. Pay attention to the correct connection order and interface type to avoid damaging the equipment or causing connection problems.
3. Avoid bending and pulling: Fiber optic patch cords have certain bending radius requirements, follow the manufacturer's recommendations and avoid excessive bending or pulling of fiber optic patch cords. Bending or pulling fiber optic patch cords may result in signal loss or fiber breakage, affecting the quality of the network connection.
4. Protection and Containment: During installation and use, ensure that fiber optic patch cords are properly concealed and protected from physical damage or contamination. Take care to avoid exposing fiber optic patch cords to moisture, dust or high temperatures to maintain their performance and longevity.
5. Regular inspection and maintenance: regularly check the connection status of fiber optic patch cords to ensure stable and reliable connections. If connection problems or signal attenuation are found, take timely measures to repair or replace the fiber optic patch cords.
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