Latest Model Qsfp-100g-bdb-30-msa Universally Coded Msa Compliant Transceiver Qsfp28 100g/otu4 Bidi (1309/1304nm, 30km, Smf, Lc, Dom) (new) [pMcDgG1v]

QSFP28 100G/OTU4 BiDi Transceiver with Universal Coding

The ATGBICS QSFP-100G-BDB-30-MSA is a cutting-edge QSFP28 transceiver designed to deliver high-speed data transmission over long distances. This universally coded MSA compliant device stands out for its advanced features and reliable performance. With support for 100GBase-SR BiDi (Bi-Directional) technology, it offers a unique and efficient solution for high-speed networking. Here are some of the key features that make this transceiver a standout choice:

• Long-Range Connectivity: The QSFP-100G-BDB-30-MSA is optimized for long-range applications, supporting distances of up to 30km over single-mode fibre (SMF) with a wavelength of 1309/1304nm.
• Optimal Connectivity: Utilizing an LC Duplex connector, this transceiver ensures seamless integration with existing network infrastructure.

Enhanced Performance and Real-Time Monitoring

The ATGBICS QSFP-100G-BDB-30-MSA offers a range of properties and specifications that set it apart from other transceivers in the market. Its commercial temperature range allows for versatile deployment, making it suitable for a variety of environments. Additionally, the inclusion of Digital Optical Monitoring (DOM) provides real-time monitoring capabilities, allowing users to keep a close eye on the performance of their fibre optic transceiver. This level of monitoring ensures that any potential issues can be detected and addressed promptly, thereby maximizing network uptime. Ideal for a range of applications, this transceiver is the perfect choice for organizations looking to enhance their network performance and reliability:

• Network Upgrades: The QSFP-100G-BDB-30-MSA is designed to facilitate network upgrades, providing a seamless transition to higher data rates.
• Target Audience: Suitable for data centers, cloud computing facilities, and other environments where high-speed, long-distance data transmission is critical.