Fiber Optic Connector

Enables removable, low-loss connection between optical fibers, fiber optic devices (e.g., transceivers, switches, routers) and cables, facilitating flexible deployment, maintenance, and expansion of fiber optic communication systems.Skyward Telecom connector manufacturer

49 items

LC-APC Female to SC-APC Female Simplex Fiber Op...

Description: This is a simplex fiber optic conversion adapter with LC-APC female connector on on...

Description: This is a simplex fiber optic conversion adapter with LC-APC female connector on one end and SC-APC female connector on the other: Interface Features: The LC end uses a compact push-pull latching structure, while the SC end adopts a square push-pull structure. Both ends feature APC (8° angled polish) technology, and the green marking corresponds to single-mode fiber compatibility. Structural Design: It incorporates a single-core ceramic sleeve to ensure precise fiber alignment...

E2000/UPC Male to SC/UPC Female Fiber Optic Ada...

Description: This is a high-quality E2000/UPC male to SC/UPC female fiber optic adapter with a pr...

Description: This is a high-quality E2000/UPC male to SC/UPC female fiber optic adapter with a premium ceramic ferrule and metal shield housing. The UPC (Ultra Physical Contact) endface ensures low insertion loss and high return loss, compatible with single-mode/multi-mode fibers. It enables fiber link conversion between E2000 and SC interfaces, serving as a core component for interface compatibility in fiber optic communication systems. Applications: Fiber Optic Interface Conversion: Conne...

MT/MPO Guide Pin (Compatible with 2/4/8/12/24/4...

Description: This is a specialized positioning guide pin (PIN pin) for MT/MPO interfaces, compati...

Description: This is a specialized positioning guide pin (PIN pin) for MT/MPO interfaces, compatible with 2/4/8/12/24/48-core MT/MPO guide pin seats. It adopts a metal pin body + black plastic base structure, used for precise positioning during MT/MPO component docking, ensuring alignment accuracy of multi-core fibers, thus achieving low-loss and stable signal transmission. Applications: MT/MPO Component Positioning: Installed in the MT/MPO male guide pin seat, it cooperates with the guide ...

MT-MPO 16-Core/32-Core Male-to-Female Adapter

Description: This is a specialized male-to-female docking adapter for MT and MPO interfaces, comp...

Description: This is a specialized male-to-female docking adapter for MT and MPO interfaces, compatible with 16-core and 32-core specifications. It adopts a black integrated structure, enabling cross-interface multi-core connection between MT male & MPO female (or MT female & MPO male) components. It features high-precision alignment design, low insertion loss and stable transmission, specifically designed for mixed-interface links with non-standard core counts. Applications: 16/32-...

MT-MPO Docking Adapter (8/12/24/48-Core Universal)

Description: This is a cross-interface multi-core fiber docking adapter that supports docking bet...

Description: This is a cross-interface multi-core fiber docking adapter that supports docking between MT-interface and MPO-interface components, compatible with 8/12/24/48-core specifications. It adopts a black integrated structure with high-precision alignment design, enabling multi-core optical signal intercommunication between MT and MPO interfaces. It features low insertion loss and stable transmission, suitable for interface conversion scenarios in high-density optical communication link...

MT-MT Male-to-Female Docking Clip

Description: This is a specialized docking auxiliary clip for MT interfaces, adopting a metal+pla...

Description: This is a specialized docking auxiliary clip for MT interfaces, adopting a metal+plastic composite structure (metal clip body + black insulating part). It is used to fix the docking part of MT male and female components, enhance connection stability and reliability, and prevent loosening after docking—compatible with various MT interface male-female component docking scenarios. Applications: MT Male-Female Component Fixing: After docking MT male and female connectors, clamp the...

MT-MT 16-Core/32-Core Docking Adapter

Description: This is a specialized multi-core docking adapter for MT interfaces, compatible with...

Description: This is a specialized multi-core docking adapter for MT interfaces, compatible with 16-core and 32-core MT interface components. It adopts a black-green structure (with positioning marks), features high-precision alignment design, supports direct docking of MT-interface multi-core fibers, and has low insertion loss and strong stability. It is suitable for multi-core link connections in optical communication equipment interiors or high-density cabling scenarios. Applications: ...

MT-MT Docking Adapter (8/12/24/48-Core Universal)

Description: This is an MT-interface multi-core fiber docking adapter that supports universal ada...

Description: This is an MT-interface multi-core fiber docking adapter that supports universal adaptation of 8/12/24/48 cores. It adopts a black-green modular structure (including positioning parts and dust caps), is compatible with MT-standard interface multi-core fiber components, and features high-precision alignment and low loss. It enables direct docking between MT interface components, with strong compatibility and easy installation. Applications: Multi-Core Fiber Component Docking: Co...

MPO Multi-Mode OM3 Loopback Adapter (8/12/24-Co...

Description: This is a pull-ring MPO-interface multi-mode OM3 loopback adapter, available in 8-co...

Description: This is a pull-ring MPO-interface multi-mode OM3 loopback adapter, available in 8-core, 12-core, and 24-core specifications. It features a teal sheath + MPO pull-ring connector, complies with MPO-B polarity standards, and is an engineering carrier-grade product. Compatible with OM3 multi-mode fiber, it supports 10G bandwidth transmission, with plug-and-play functionality and strong compatibility. The pull-ring design facilitates plugging/unplugging, with low loss and reliable sta...