Extralink SFP+ 10G 2-pack SFP+ module

SKU DNXGGLIJLRMMIJ Categories ,
10Gbps, LC/UPC, 1310nm, 10km, single mode, DOM

CODE: EX.35900 / EAN: 5905090335900

20 in stock

238,50  Gross

Description

Highest quality data transmission with EXTRALINK SFP+ 10G 1310NM SM LC 10KM 2-PACK

SFP+ (Small Form-factor Pluggable) module is a key component of modern computer networksThe new fibre-optic network is the first of its kind in the world. It makes the modernisation and expansion of the network infrastructure simple and efficient, without having to replace the entire equipment.

Reliability and efficiency

EXTRALINK SFP+ 10G 1310NM SM LC 10KM 2-PACK is a solution designed for the highest quality of data transmission. The module uses dual single-mode (SM) optical fibre technology, providing stable and fast connections over distances of up to 10 kilometres. The TX wavelength of 1310nm guarantees reliability and minimises interference, which is key to maintaining high quality data transmission.

Flexibility and ease of use

One of the greatest assets EXTRALINK SFP+ 10G is its flexibility. The ability to easily change and update network connections makes it ideal for companies looking to adapt their infrastructure to growing needs without unnecessary complications. SFP+ modules are compatible with a wide range of network devices, adding to their versatility.

A cost-effective and efficient solution

Purchase EXTRALINK SFP+ 10G 1310NM SM LC 10KM 2-PACK is an investment that pays for itself quickly. Because these modules are sold in packs of two, companies can optimise their expenditure on network equipment. The high build quality and reliability of these modules ensure long-lasting and trouble-free operation, which translates into reduced maintenance and repair costs.

Application in various industries

Modules EXTRALINK SFP+ 10G are used in a variety of sectors, from small businesses to large enterprises, educational institutions and data centres. Their performance and reliability make them ideal for building modern and scalable networks.

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