The CIENA QSFP28 transceiver module is a high-performance networking solution designed for modern data centers and enterprise networks. It features Ethernet 100GBase-SR4 connectivity, providing a robust foundation for fast data transfer and efficient network operations. With support for up to 100 m of transfer distance and utilizing an 850 nm optical wavelength, this module is capable of maintaining strong signal integrity over extended distances, making it an ideal choice for a wide range of networking applications. The use of MPO multi-mode connectors ensures compatibility with existing infrastructure, facilitating easy integration and upgrade paths. Whether you're looking to enhance your data center's capabilities or ensure seamless connectivity across your network, the CIENA QSFP28 transceiver module offers a reliable and efficient solution.
- Ethernet 100GBase-SR4 connectivity for high-speed networking
- Supports up to 100 m transfer distance with 850 nm optical wavelength
- Utilizes MPO multi-mode connectors for easy integration
- Wired connectivity technology ensures reliable, uninterrupted connections
- Plug-in module form factor for straightforward installation
Enhanced connectivity
The CIENA QSFP28 transceiver module offers Ethernet 100GBase-SR4 connectivity, ensuring high-speed wired connections for demanding network environments. Its use of MPO multi-mode connectors facilitates seamless integration into existing network infrastructures, enhancing overall system performance.
Extended reach
Designed to bridge distances up to 100 m, this transceiver module is ideal for connecting nodes within data centers or across short campus distances. The 850 nm optical wavelength ensures a strong signal over the entire distance, making it a reliable choice for extended network setups.
High-speed data transfer
With a data link protocol of 100 Gigabit Ethernet, this plug-in module is built to support fast data transfer rates. It's perfectly suited for high-bandwidth applications, ensuring that data flows smoothly and efficiently across your network.
