100G QSFP28 BIDI 1309nm lc 30km Transceiver Module

Product Description

100G QSFP28 BIDI 1309nm lc 30km Transceiver Module is a high-performance optical module that provides users with fast and stable data transmission solutions. This product uses advanced technology and materials, has excellent performance and reliability, and can meet the needs of various complex network environments.

The focus of this product is on its excellent performance and stability. It uses 1309nm wavelength BIDI technology, which can achieve high-speed data transmission and reach 100G bandwidth. It also has a transmission distance of 30km, which can meet the needs of most network scenarios.

As a high-end optical module, 100G QSFP28 BIDI 1309nm lc 30km Transceiver Module has authoritative background information. It uses advanced technology and manufacturing processes to ensure product reliability and stability. It has also passed strict quality control and certification, complying with international standards and norms.

Product Application

100G QSFP28 BIDI 1309nm lc 30km Transceiver Module is widely used in network environments in various fields. It is suitable for data centers, enterprise networks, cloud computing and other scenarios, providing users with high-speed and stable data transmission services.

In data centers, this product can meet the needs of large-scale data transmission. Whether in data storage, data processing or data analysis, it can provide efficient and reliable data transmission services to ensure data security and stability. It also has a transmission distance of 30km, which can meet the connection needs between different devices in the data center.

In enterprise networks, this product can provide fast and stable data transmission services. Whether in office buildings, branches, or remote working scenarios, it can meet users’ needs for high-speed networks. It also has 1309nm wavelength BIDI technology, which can achieve high-bandwidth data transmission and improve the transmission efficiency and performance of enterprise networks.

In the field of cloud computing, this product can meet the needs of large-scale data transmission and processing. Whether in cloud servers, virtualized environments or distributed storage scenarios, it can provide high-speed and stable data transmission services to ensure the reliability and performance of cloud computing systems.

Product Features

(1) High performance: 100G QSFP28 BIDI 1309nm lc 30km Transceiver Module adopts advanced technology and manufacturing process, with excellent performance and stability. It can achieve high-speed data transmission, reaching 100G bandwidth, and meet users’ needs for high-speed networks.

(2) Stable and reliable: This product has passed strict quality control and certification to ensure the stability and reliability of the product. Whether in a high-load environment or long-distance transmission, it can provide stable and efficient data transmission services to ensure data security and reliability.

(3) Wide application: 100G QSFP28 BIDI 1309nm lc 30km Transceiver Module is suitable for various network environments and scenarios. Whether in data centers, enterprise networks or cloud computing, it can provide high-speed and stable data transmission services to meet the different needs of users.

(4) Easy to install and use: This product has simple and convenient installation and use features. Users only need to plug it into the corresponding device interface to achieve fast data transmission. It also supports hot-swappable functions to facilitate users to replace and upgrade during operation.

100G QSFP28 BIDI 1309nm lc 30km Transceiver Module is a high-performance, stable and reliable optical module suitable for various network environments and scenarios. It has excellent performance and reliability and can meet users’ needs for high-speed and stable data transmission. Whether in data centers, enterprise networks or cloud computing, this product can provide efficient and reliable data transmission services, bringing users a better network experience.

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