HOME | PRODUCT

FIBRE SOLUTIONS

Fibre Pigtails
Fibre Adapters
Fibre Pigtails
Fibre Adapters

LC/UPC Single Mode Fibre Optic Pigtail

The KAYBE LC/UPC Single Mode Fibre Optic Pigtail is designed for high-precision fibre termination in network and telecommunication systems. It offers low insertion loss and stable performance, making it ideal for long-distance and high-speed data transmission. With its LC/UPC connector and high-quality single-mode fibre, it ensures reliable connectivity for splicing and patching applications.

sC/UPC Single Mode FibRE Optic Pigtail

The KAYBE SC/UPC Single Mode Fibre Optic Pigtail is designed for precise and reliable fibre terminations in network and telecommunication systems. It provides low insertion loss and stable performance, making it ideal for long-distance, high-speed data transmission. Equipped with an SC/UPC connector and high-quality single-mode fibre, it ensures dependable connectivity for splicing and patch panels.

LC/APC Single Mode FibRE Optic Pigtail

The KAYBE LC/APC Single Mode Fibre Optic Pigtail is designed for high-precision terminations in modern fibre networks. Its angled APC connector delivers ultra-low return loss, ensuring exceptional performance in long-distance and high-bandwidth applications. Built with high-quality single-mode fibre, it provides reliable, stable connectivity for splicing, patching, and FTTH installations.

SC/APC Single Mode FibRE Optic Pigtail

The KAYBE SC/APC Single Mode Fibre Optic Pigtail is designed for precise and stable terminations in high-performance optical networks. Its angled APC connector provides ultra-low return loss, making it ideal for long-distance and high-speed transmission. Built with high-quality single-mode fibre, it ensures reliable connectivity for splicing, patching, and FTTH applications.

OM3 FibRE Optic Pigtail, LC/UPC

The KAYBE OM3 Fibre Optic Pigtail with LC/UPC connector is designed for high-speed multimode networks, supporting 10G and higher data rates. It offers low insertion loss and stable performance, making it ideal for data centers and high-bandwidth applications. With precision-polished LC/UPC connectors and OM3 fibre, it ensures reliable splicing and efficient network performance.

OM3 FibRE Optic Pigtail, SC/UPC

The KAYBE OM3 Fibre Optic Pigtail with SC/UPC connector is designed for high-speed multimode networks, supporting 10G and above data transmission. It offers low insertion loss and consistent optical performance, making it ideal for data centers and high-bandwidth applications. With precision-polished SC/UPC connectors and OM3 fibre, it ensures reliable splicing and efficient network operation.

OM4 FibRE Optic Pigtail, LC/UPC

The KAYBE OM4 Fibre Optic Pigtail with LC/UPC connector is designed for ultra-high-speed multimode networks, supporting 40G and 100G applications. It delivers low insertion loss and excellent optical performance, making it ideal for data centers and high-bandwidth environments. With precision LC/UPC connectors and premium OM4 fibre, it ensures reliable splicing and efficient network operation.

OM4 FibRE Optic Pigtail, SC/UPC

The KAYBE OM4 Fibre Optic Pigtail with SC/UPC connector is designed for ultra-high-speed multimode networks, supporting 40G and 100G data transmission. It provides low insertion loss and superior optical performance, ensuring reliable connectivity in data centers and high-bandwidth applications. Equipped with precision SC/UPC connectors and high-quality OM4 fibre, it delivers stable and efficient splicing and network operation.

Single Mode (Flanged), LC Duplex Adapter

The KAYBE Single Mode (Flanged) LC Duplex Adapter is designed to provide precise alignment and stable connection between two LC duplex fibre optic connectors. Its flanged design allows secure mounting on panels, patch panels, or distribution frames. Built for low insertion loss and high durability, it ensures reliable performance in single-mode network applications.

Single Mode (Flanged), SC Simplex Adapter

The KAYBE Single Mode (Flanged) SC Simplex Adapter is designed to provide precise and secure alignment between SC simplex fibre optic connectors. Its flanged body allows easy and stable mounting onto panels, patch panels, and distribution frames. Built for low insertion loss and high durability, it ensures reliable performance in single-mode optical networks.

Single Mode (Flanged), SC Duplex Adapter

The KAYBE Single Mode (Flanged) SC Duplex Adapter is designed to ensure accurate alignment and stable connectivity between two SC duplex fibre optic connectors. Its flanged design enables secure and convenient mounting on patch panels, wall plates, and distribution frames. With low insertion loss and durable construction, it delivers dependable performance for single-mode optical network applications.

Multi Mode (Flangless), LC Duplex Adapter OM4

The KAYBE Multi mode (Flangeless) LC Duplex Adapter OM4 is designed to provide precise, low-loss alignment between LC duplex OM4 multimode fibre connectors. Its flangeless design allows flexible installation in high-density panels and cassettes. Built for reliable optical performance, it ensures stable connectivity for high-speed OM4 networks in data centers and enterprise environments.

Multi Mode (Flangless), SC Duplex Adapter OM4

The KAYBE Multi mode (Flangeless) SC Duplex Adapter OM4 is designed to align and connect SC duplex OM4 multimode fibre connectors with high precision. Its flangeless structure supports flexible installation in high-density patch panels and fibre cassettes. Engineered for stable optical performance, it ensures reliable connectivity for high-speed OM4 multimode networks in data centers and enterprise environments.

Multi Mode (Flangless), SC Simplex Adapter OM4

The KAYBE Multi mode (Flangeless) SC Simplex Adapter OM4 is designed to provide accurate alignment and stable connection between SC simplex OM4 multimode fibre connectors. Its flangeless design makes it ideal for high-density patch panels, cassettes, and modular fibre management systems. Built for consistent optical performance, it ensures reliable connectivity in high-speed OM4 data center and enterprise networks.