High-quality data transmission with the EXTRALINK SFP 10G 1310NM SM LC 10KM 2-PACK. The SFP (Small Form-factor Pluggable) model is a key component in modern computer network infrastructure, enabling data transmission via optical fibers. Upgrading your network infrastructure is simple and efficient, without the need to replace all existing equipment.
Reliability and efficiency, the EXTRALINK SFP 10G 1310NM SM LC 10KM 2-PACK is a solution designed for top-level data transmission. This model uses single-mode (SM) fiber optic technology, providing stable and high-speed connections over distances up to 10 km. The TX wavelength at 1310nm ensures reliability and minimizes interference, which is crucial for maintaining high-quality data transmission.
Flexibility and ease of use, one of the greatest strengths of the EXTRALINK SFP 10G is its flexibility. The ability to easily change and upgrade network connections makes it ideal for businesses that want to adapt their infrastructure to their growing needs without unnecessary complications. SFP models are compatible with a wide range of network devices, further enhancing their flexibility.
Cost-effective and efficient solution, purchasing the EXTRALINK SFP 10G 1310NM SM LC 10KM 2-PACK is an investment that pays off quickly. Since these models are sold in packs of two, businesses can optimize their spending on network equipment. The high build quality and reliability of these models ensure long-lasting and trouble-free operation, reducing maintenance and repair costs.
Applications in various sectors, EXTRALINK SFP 10G models are used in various sectors, from small businesses to large enterprises, educational institutions, and data centers. Their performance and reliability make them ideal for creating modern and scalable networks.
- Type
- Transceiver
- Pieces
- 1 pcs
Important information
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.