Improve Your Network's Flexibility with 10G DWDM SFP+ Optical Transceivers

In today’s fast-paced networking landscape, flexibility and scalability are paramount. 10G DWDM SFP+ Optical Transceivers offer a groundbreaking solution for networks requiring adaptable, high-capacity data transmission over Dense Wavelength Division Multiplexing (DWDM) systems. These advanced transceivers can be tuned to operate across multiple wavelengths within the DWDM grid, eliminating the need for maintaining a large inventory of fixed-wavelength modules.

With their compact SFP+ form factor and ability to support long-distance transmissions up to 80 kilometers, these transceivers are ideal for telecommunications, data centers, and enterprise networks. By leveraging tunable technology, businesses can optimise their network infrastructure, simplify operations, and reduce costs, all while delivering reliable 10G performance.

Take your network to the next level of adaptability and efficiency with 10G Tunable DWDM SFP+ Optical Transceivers, designed to meet the dynamic demands of modern connectivity.

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Browse Our 10G DWDM SFP+ Optical Transceivers Products

All our 10G DWDM SFP+ Optical Transceivers are fully compatible with a range of manufacturers. This includes Cisco, Huawei, Nokia, Juniper, Alcatel, Mellanox, HP, Extreme Networks, Siemens, ZTE, Nvidia and Ciena. Plus many more. All our products come with a lifetime warranty.

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Learn More About Our 10G DWDM SFP+ Optical Transceivers Products

At Carritech Optics, our team of professionals are here to help you with any enquiries you may have. We have experience supplying DWDM SFP+ transceivers. Our knowledge of the telecom market helps us offer great support. Have a look at the content below to learn more about our products, or contact us directly today.

Key Features

These devices can change wavelengths on the ITU-T DWDM grid. They usually range from 1528nm to 1566nm in the C-band. This makes them useful for many applications.

They support high-speed transmission at 10Gbps, meeting high bandwidth needs. They can work well over long distances. This can be up to 80 km or more.

This is possible when using optical amplifiers and dispersion compensation. Their hot-pluggable design allows for easy installation or replacement without interrupting network operations. They work well with multiplexers and demultiplexers, improving fiber infrastructure efficiency.

Manufacturers create these devices for low power use, which helps cut operational costs. They also meet SFP+ MSA standards, ensuring compatibility with switches, routers, and other networking equipment.

Benefits

Tunable transceivers offer significant benefits by reducing inventory costs, as one device can replace multiple fixed-wavelength transceivers, simplifying inventory management and lowering expenses.

They enable flexible network design and allow users to adjust wavelengths as needed for quick and dynamic reconfigurations without requiring hardware replacements.

These transceivers optimize fiber utilization by supporting multiple channels over a single fiber, greatly increasing bandwidth while minimizing infrastructure needs.

These devices are made for long-distance communication. They work well for metro and long-haul networks. They keep performance high over long distances with little signal loss.

Their scalability allows networks to adapt to growing bandwidth demands by adding new channels without deploying additional fibers. As future-proof technology, tunable transceivers are versatile and equipped to meet the evolving requirements of modern optical networks.

Applications

Many areas, especially telecommunications networks, use tunable transceivers. They help improve bandwidth and lower costs in metro, regional, and long-haul systems.

They are important for data center interconnects (DCI). They provide fast and reliable connections between data centers in different locations.

In enterprise networks, they offer flexible and scalable solutions for large corporations requiring dynamic connectivity across campuses or regions.

They also ensure seamless communication with backup data centers or disaster recovery sites over long distances.

Additionally, in broadcast and media networks, they enable the delivery of high-definition video, audio, and data streams with minimal latency over extended distances.

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