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800G QSFP-DD800 1291nm 2km CS Transceiver Module is a high-speed optical fiber transmission module specially designed for data centers and large networks. It uses advanced optical technology and high-quality materials to achieve transmission rates of up to 800Gbps. Whether it is transmission between servers within a data center or remote transmission between different data centers, it can provide stable and efficient data transmission services.
800G QSFP-DD800 1291nm 2km CS Transceiver Module is a fiber optic transceiver module that supports 800Gbps transmission rate, operates at 1291nm wavelength, and has a transmission distance of 2 kilometers. It is packaged in QSFP-DD800 (Quad Small Form-factor Pluggable Double Density 800G), which is a smaller size optical transceiver module. The optical transceiver module supports a transmission rate of 800Gbps, providing high-speed data transmission capabilities to meet large-capacity communication needs.
Its working wavelength is 1291nm, which means that the transmission of optical signals uses a wavelength of 1291nm. Wavelength is the specific frequency of an optical signal. Optical signals of different wavelengths will have different performance characteristics when transmitted in optical fibers. The transmission distance of this module is 2 kilometers, which means it can achieve reliable optical signal transmission within a range of 2 kilometers.
CS (Coarse wavelength division multiplexing Short reach) refers to the use of lower wavelength diversity multiplexing technology to achieve shorter distance optical signal transmission. CS technology is often used in application scenarios such as short-distance communications and data center interconnection.
-Data center interconnection: Data centers require high-speed, high-capacity communication connections to support large-scale data processing and storage. 800G QSFP-DD800 1291nm 2km CS Transceiver Module provides a high-speed 800Gbps transmission rate and is suitable for interconnection within the data center and interconnection between different data centers.
– High-Performance Computing: The demand for fast data transmission is very high in the field of high-performance computing. The high-speed transmission capability of 800G QSFP-DD800 1291nm 2km CS Transceiver Module can meet the data exchange and communication needs between high-performance computing systems.
-Cloud computing and virtualization: Cloud computing and virtualization environments require high-bandwidth and low-latency communication connections to support large-scale virtual machine migration and data transfer. 800G QSFP-DD800 1291nm 2km CS Transceiver Module provides high-speed, high-bandwidth data transmission capabilities and is suitable for data communication in cloud computing and virtualization environments.
-High-frequency trading: High-frequency trading in the financial field has extremely high requirements for low-latency communication connections. 800G QSFP-DD800 1291nm 2km CS Transceiver Module has the characteristics of low latency and can meet the fast data transmission needs in high-frequency trading systems.
-Enterprise network: Large enterprise networks require high-capacity and high-speed communication connections to support daily office work and data transmission. 800G QSFP-DD800 1291nm 2km CS Transceiver Module provides a high-speed 800Gbps transmission rate and a transmission distance of 2 kilometers, suitable for the data communication needs of enterprise networks.
(1) High transmission rate: Supports transmission rates up to 800Gbps, provides extremely high data transmission capabilities, and meets large-capacity communication needs.
(2) 1291nm wavelength: The working wavelength is 1291nm, which means that the transmission of optical signals uses the wavelength of 1291nm. Wavelength selection can optimize transmission performance based on the specific fiber and transmission environment.
(3) CS technology: Coarse wavelength division multiplexing Short reach (CS) technology is used to achieve shorter distance optical signal transmission through lower wavelength diversity multiplexing technology. CS technology is usually used in application scenarios such as short-distance communications and data center interconnection.
(4) QSFP-DD800 package: Using QSFP-DD800 package, it is a smaller size optical transceiver module. The package is standard-compliant and provides good plug-in compatibility and replaceability.
(5) High performance and reliability: After precise manufacturing and rigorous testing, it has high performance and reliability. Ensure long-term stable performance and reliable optical signal transmission.
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