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For this model, we have new original, cost-effective compatible, and economical second-hand . We provide you with a variety of choices, the same quality! Each products has been strictly tested to ensure stable performance, worry-free use, and enjoy an efficient experience. Full range of options: new original quality assurance, compatible models are super value and practical, and second-hand are economical and durable. Strict quality control: each products is tested before shipment. Worry-free after-sales: warranty commitment, normal use, and quality problems can be returned or exchanged.
Skyward Telecom also known as Skywardtel, it was established in 2009. From the beginning to the end, we have been based on the
motto of integrity,Our mission is to help engineers and businesses overcome the challenges of acquiring high-quality, low-cost
communication products.And has provided network security and computer asset management solutions for users in more than 80
countries around the world, and has been recognized by the market.
1. who are we?
We are based in Guangdong, China, start from 2009,sell to Northern Europe(10.00%),Western Europe(10.00%),Mid East(10.00%),Eastern Europe(10.00%),South America(10.00%),North America(10.00%),Domestic Market(5.00%),South Asia(5.00%),Southern Europe(5.00%),Oceania(5.00%),Central America(5.00%),Africa(5.00%),Eastern Asia(5.00%),Southeast Asia(5.00%). There are total about 80-100 people in our office.
2. how can we guarantee quality?
Always a pre-production sample before mass production;
Always final Inspection before shipment;
All products are sold only after passing professional technical testing;



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LC-APC Female to FC-APC Female Simplex Fiber Op...
Description: This is a simplex fiber optic adapter with LC-APC female connector on one end and FC...
Description: This is a simplex fiber optic adapter with LC-APC female connector on one end and FC-APC female connector on the other, serving as a conversion coupler for different interface types. Interface Features: The LC end uses a compact push-pull latching structure, while the FC end adopts a threaded locking structure. Both ends feature APC (8° angled polish) technology and are marked with green (the standard color for single-mode APC). Core Structure: It incorporates a single-core cera...
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LC-SC Simplex Fiber Optic Adapter
Description: This is a simplex fiber optic adapter (also called a coupler) that enables connecti...
Description: This is a simplex fiber optic adapter (also called a coupler) that enables connection between LC and SC interface devices (converting LC ports to SC ports or vice versa). It features a metal shell (for shielding and durability) and a single-core ceramic sleeve (ensuring precise fiber alignment, low insertion loss). The LC end uses a push-pull latching structure, while the SC end uses a square push-pull structure; the white ceramic ferrule indicates compatibility with multi-mode ...
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LC-APC-3.0mm (Fiber Optic Connector)
Description: This is a single-mode fiber optic connector featuring an LC miniaturized interface (...
Description: This is a single-mode fiber optic connector featuring an LC miniaturized interface (1.25mm ceramic ferrule), APC angled polishing (8° beveled end face), and a 3.0mm outer-diameter cable jacket. It’s marked with green (the standard color for single-mode APC) and offers low insertion loss, high return loss (≥65dB), strong anti-interference performance, and a durable structure. Applications: High-bandwidth long-distance communication: Compatible with single-mode fiber, it’s used i...
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LC Simplex Connector (Fiber Optic Field) Description: A miniaturized single-core fiber optic co...
LC Simplex Connector (Fiber Optic Field) Description: A miniaturized single-core fiber optic connector with an interface size only half that of conventional SC connectors. It adopts a plug-and-snap locking structure, featuring stable connection and low insertion loss. Compatible with both single-mode and multi-mode fibers, it is usually color-coded—blue for single-mode and orange for multi-mode fibers. Applications: Unidirectional signal transmission scenarios: Ideal for links that do n...