200G QSFP56 to 4x50G SFP56 passive branch cable

200G QSFP56 to 4x50G SFP56 passive branch cable is a high-speed fiber optic cable solution for data communications and network connectivity. It is mainly used to connect two devices, one of which supports 200G QSFP56 interfaces and the other supports four 50G SFP56 interfaces.

The cable adopts QSFP56 (Quad Small Form-factor Pluggable 56) and SFP56 interface standards, which is a small high-density optical module interface used to transmit high-speed data. 200G QSFP56 and 50G SFP56 are two different optical module types, supporting data transmission rates of 200Gbps and 50Gbps respectively.

The design of 200G QSFP56 to 4x50G SFP56 passive branch cable makes it possible to branch out four 50G SFP56 interfaces from one 200G QSFP56 interface. This design enables high-speed connections between devices while reducing the number of physical connections required and the space required. The optical fibers and connectors in passive drop cables are configured to distribute and pass data streams without the need for additional electronics or signal processing.

200G QSFP56 to 4x50G SFP56 passive branch cable It provides higher flexibility and scalability for data center architecture while reducing complexity and cost.

Data centers need to process massive amounts of data and therefore require high-speed network connections. Using 200G QSFP56 to 4x50G SFP56 passive branch cable, a 200G port can be divided into four 50G ports and connected to different servers or switches to achieve parallel processing of data. This improves data center performance and efficiency while saving space and power.

Cloud computing refers to the provision of various services through the Internet, such as storage, computing, software, etc. Cloud computing requires a large number of servers and network equipment, and therefore requires high-speed network connections. Using 200G QSFP56 to 4x50G SFP56 passive branch cable, a 200G port can be divided into four 50G ports to connect to different cloud service providers or users to achieve parallel transmission of data. This increases the speed and quality of cloud computing while reducing costs and latency.

Artificial intelligence refers to the ability to make machines intelligent, such as recognition, learning, reasoning, etc. Artificial intelligence requires large amounts of data and computing resources, and therefore high-speed network connections. Using 200G QSFP56 to 4x50G SFP56 passive branch cable, a 200G port can be divided into four 50G ports and connected to different artificial intelligence platforms or devices to achieve parallel processing of data. This improves AI performance and accuracy while saving time and resources.

5G network refers to the fifth generation of mobile communication technology, which can provide high-speed, low-latency, and large-capacity wireless connections. 5G networks require a large number of base stations and terminal equipment, so they also require high-speed network connections. Using 200G QSFP56 to 4x50G SFP56 passive branch cable, a 200G port can be divided into four 50G ports and connected to different base stations or terminal devices to achieve parallel transmission of data. This improves 5G network coverage and service quality while reducing interference and signal loss.

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This product uses two standard interfaces, QSFP56 and SFP56. They are new generation optical modules based on PAM4 modulation technology, which can provide a rate of 50Gbps per channel. Compared with traditional NRZ modulation technology, they can operate at the same bandwidth. transmit more data down the line, thereby improving network efficiency and performance. QSFP56 and SFP56 interfaces also have good compatibility and interoperability and can be seamlessly connected with various devices and platforms.

This product uses a passive branch cable design, which does not require additional power supplies or drivers to achieve signal division and transmission, which can reduce power consumption and costs, while also reducing the risk of failure and difficulty of maintenance. Passive branch cables also have lower insertion loss and return loss, which can ensure signal quality and stability.

This product has excellent physical properties and environmental adaptability. It uses high-quality copper wire and flame-retardant materials. It has good tensile strength, bending resistance, corrosion resistance and wear resistance, and can adapt to various harsh conditions. environmental conditions. This product also complies with various international standards and certifications such as RoHS and CE, so it can be used with confidence.