SC Enhanced Fiber Patch Cord-G657 Short Guide Patch Cord
G657 short conductor fiber optic patch cable is a high quality fiber optic patch cable suitable for connection of various optical devices. It uses G657 standard optical fiber, which features low loss and high bandwidth, enabling high-speed data transmission and stable signal transmission. In addition, the product is designed with short guide fiber, which has smaller bending radius and higher bending resistance, thus can better adapt to various complex application environments.
- Product Introduction
G657 short conductor fiber optic patch cable is a high quality fiber optic patch cable suitable for connection of various optical devices. It uses G657 standard optical fiber, which features low loss and high bandwidth, enabling high-speed data transmission and stable signal transmission. In addition, the product is designed with short guide fiber, which has smaller bending radius and higher bending resistance, thus can better adapt to various complex application environments.
G657 short-conducting fiber patch cable adopts plug-in connection method, featuring easy installation and replacement. The interface of this product is made of high quality ceramic material with high wear resistance and corrosion resistance, which can ensure long-term stable connection performance.
G657 short conductor fiber optic patch cable also has the characteristics of waterproof, dustproof and strong tensile strength, which can maintain stable performance in various harsh environments. This product is widely used in communication, broadcasting and TV, data center and other fields, and is your ideal choice for connecting optical equipment.
Product Features
1. High-quality fiber optic material: G657 short-conducting fiber optic patch cable uses G657 standard fiber, which features low loss and high bandwidth, enabling high-speed data transmission and stable signal transmission.
2. Short guide fiber design: The product adopts short guide fiber design with smaller bending radius and higher bending resistance, which can better adapt to various complex application environments.
3. Plug-in connection: G657 short guide fiber patch cable adopts plug-in connection, which is easy to install and replace. The interface of this product is made of high quality ceramic material with high wear resistance and corrosion resistance, which can ensure long-term stable connection performance.
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Product Applications
1. Communication field: G657 short conductor fiber optic patch cable is widely used in the communication field and can be used for fiber optic connection, fiber optic cable patching, optical module patching and other scenarios in fiber optic communication system.
2. Broadcast TV field: The product is also suitable for broadcast TV field, and can be used to transmit high-definition video and audio signals, etc., to meet the demand for high-quality signal transmission in the broadcast TV industry.
3. Data center field: G657 short conductive fiber optic patch cable is also applicable to the data center field, which can be used for the connection between servers, storage devices and other scenarios to achieve high-speed data transmission and stable signal transmission.
4. Industrial automation field: The product is also suitable for industrial automation field, which can be used for the connection between industrial robots, automatic production lines and other equipment to achieve efficient data transmission and control.
Product Parameters
| Fiber Type | G657A2 | Cable Length | 1m |
| Cable O.D. | 2.0mm | Cable Material | PVC |
| Number of Cores | Single Core | Connection Type | FC-FC |
| Surface Treatment | PC/UPC/APC | Minimum Bend Radius | 10mm |
| Operating Temperature | -40℃~+85℃ | Fiber loss | ≤0.3dB |
Instructions For Use
1. Confirm the connection method: Before using G657 short conductor fiber optic patch cable, you need to confirm the connection method first. This product adopts plug-in connection method, you need to insert the fiber optic connector into the fiber optic interface until the "slot sound" is generated.
2. Connect the device: connect one end of G657 short-conducting fiber patch cable to the transmitting device (such as optical module, fiber transceiver, etc.) and connect the other end to the receiving device (such as switch, router, etc.).
3. Check the connection quality: After the connection is completed, the connection quality needs to be checked. You can check the connection quality by tools such as optical power meter to make sure the connection is stable and the signal transmission is normal.
Terms Of Use
1. Confirm the fiber optic cable length: Before using G657 short conductor fiber optic patch cable, you need to confirm the distance between the two devices that need to be connected to determine the required fiber optic cable length. Please note that too long or too short fiber optic cable will affect the quality of optical signal transmission.
2. Pay attention to the bending radius of the fiber optic cable: the bending radius of the fiber optic cable of G657 short conductor patch cable should meet the standard requirements to ensure that the fiber inside the cable will not be damaged by excessive bending. Generally speaking, the bending radius of the fiber optic cable should be no less than ten times the diameter of the cable.
3. Avoid tension on the fiber optic cable: When using G657 short conductor fiber optic patch cable, you need to avoid tension on the fiber optic cable to avoid damage to the fiber inside the cable. Care should be taken when wiring, try to avoid the fiber optic cable is pulled or subjected to excessive tension.
4. Keep the fiber optic cable dry: The fiber optic cable of G657 short guide fiber patch cord should be kept dry to avoid being affected by environmental factors such as moisture or water immersion. During installation and use, care should be taken to avoid the fiber optic cable from being affected by water or moisture.
5. Pay attention to the connection method of fiber optic cable: When using G657 short conductor fiber optic patch cable, you need to pay attention to the connection method of fiber optic cable. The correct connection method can ensure the quality of optical signal transmission and avoid signal loss or interference caused by poor connection or incorrect connection of optical cable.
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