Switch OXC Card
The switch OXC card is a high-performance optical communication device that can be used for optical signal switching and routing in optical communication networks. This product has the characteristics of high reliability, high bandwidth, low insertion loss and high isolation, and can meet the needs of different application scenarios, and is widely used in data centers, cable television, wireless communications and other fields.
- Product Introduction
The switch OXC card is a high-performance optical communication device that can be used for optical signal switching and routing in optical communication networks. This product has the characteristics of high reliability, high bandwidth, low insertion loss and high isolation, and can meet the needs of different application scenarios, and is widely used in data centers, cable television, wireless communications and other fields.
The switch OXC card adopts advanced optical technology and high-quality optical components, which can realize the switching and routing of multi-channel optical signals, improve data transmission efficiency and capacity, and support high-speed data transmission and communication. At the same time, the low insertion loss and high isolation performance of the switch OXC card can ensure the quality and stability of optical signals and provide high-quality data transmission and distribution services.
Product Features
1. High reliability: The switch OXC card adopts high-quality optical components and advanced optical technology, which has high reliability and long life, and can meet the needs of different application scenarios.
2. High bandwidth: The switch OXC card has the characteristics of high bandwidth, which can realize the switching and routing of multi-channel optical signals, and improve the efficiency and capacity of data transmission.
3. Low insertion loss: The switch OXC card has the characteristics of low insertion loss, which can ensure the quality and stability of optical signals, thus providing high-quality data transmission and distribution services.
4. High isolation: The high isolation of the switch OXC card can effectively reduce the cross-interference and noise of optical signals, and improve the stability and reliability of the optical communication network.
5. Simple and easy to use: The design of the switch OXC card is simple and easy to use, which can be conveniently installed, debugged and maintained, saving time and cost.
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Product Applications
1. Data center: The switch OXC card can be used in the optical communication system of the data center to realize efficient data exchange and routing and improve data processing efficiency.
2. Cable TV: The switch OXC card can be used in the optical communication system in cable TV to realize high-quality video transmission and distribution and improve user experience.
3. Wireless communication: The switch OXC card can be used in optical communication systems in wireless communication to improve communication efficiency and quality, and support high-speed data transmission and communication.
4. Optical fiber sensing: The switch OXC card can be used in the field of optical fiber sensing to realize the collection and analysis of optical signals, and to detect and monitor the environment and substances.
5. Optical communication network: The switch OXC card can be used in the optical communication network to realize the switching and routing of multi-channel optical signals, improve the bandwidth and capacity of the optical communication network, and support high-speed data transmission and communication.
Product Parameters
| Number of channels | 8/16/32/40 channels | Lane rate | 10G/40G/100G |
| Channel distance | 10km/40km/80km/120km | Signal Strength | -23dBm to -5dBm |
| Channel Type | Single-Mode/Multi-Mode | Switching capacity | 320Gbps/1.28Tbps/2.56Tbps |
| Wavelength range | C-band/L-band | Forwarding rate | 240Mpps/480Mpps/960Mpps |
| Optical interface | LC/SC | Routing Algorithm | Static Routing/Dynamic Routing |
| Supported Protocols | SDH/SONET/Ethernet/OTN | Queue Management | SP/WRR/WFQ |
Instructions For Use
1. Insert the switch OXC card into the corresponding slot, make sure the insertion is correct, and fix the card screw.
2. Connect the OXC card of the switch to other devices (such as optical fiber transceivers, optical modules, optical cables, etc.) to ensure that the connections are correct. You can use tools such as optical power meters and spectrometers for detection.
3. Configure the switch OXC card according to actual needs, such as selecting channel routing, setting transmission rate, adjusting signal strength, etc.
4. Perform tests to ensure that the OXC card of the switch can work normally, such as detecting the optical signal strength through the optical power meter, detecting the wavelength of the optical signal through the spectrometer, and detecting the data transmission quality through the packet capture tool.
5. Regularly maintain the switch OXC card, such as cleaning the optical interface, replacing damaged optical components, updating firmware, etc., to ensure the normal operation and long life of the switch OXC card.
Terms Of Use
1. The switch OXC card is suitable for a specific optical communication system, and you need to understand its scope of application and application scenarios before using it.
2. The OXC card of the switch should be installed in a dry and well-ventilated environment to avoid being affected by moisture, heat, and dust.
3. Before installing the switch OXC card, you need to understand its installation method and installation location. During installation, you must operate correctly according to the instructions to ensure that the card is inserted correctly and the card screws are fixed.
4. When connecting the OXC card of the switch, you need to understand its connection method and connection rules to ensure that the connection is correct. You can use tools such as optical power meters and spectrometers for detection.
5. The parameters of the OXC card of the switchboard need to be configured before use. It is necessary to understand its configuration parameters and configuration methods to ensure correct configuration, such as selecting channel routing, setting transmission rate, and adjusting signal strength.
6. The switch OXC card needs to be tested and inspected after use, such as detecting the optical signal strength through the optical power meter, detecting the optical signal wavelength through the spectrometer, and detecting the data transmission quality through the packet capture tool, etc., to ensure that it can work normally.
7. The switch OXC card needs regular maintenance and maintenance after use, such as cleaning the optical interface, replacing damaged optical components, updating firmware, etc., to ensure its performance and life.
Customer Comments
American network architect Emily Johnson commented:
Mexican system administrator Juan Rodriguez commented:
Japanese communications engineer Hiroshi Tanaka commented:
Swedish system architect SofiaAndersson commented:
Irish network engineer Liam O'Connor commented:
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