Bangun SC/APC to SC/APC Armored Simplex Fiber Patch Cable (OS1/OS2, White, 3m, LSZH)

Versatile replacement fiber patch cable for in-home networks

Designed to slot right into common home fiber installations, the Bangun SC/APC to SC/APC armored simplex patch cord pairs well with popular providers like AT&T Fiber and Verizon Fios. It is also suitable for FTTH, FTTB, and FTTP configurations, helping you re-route or extend your fiber connection as your space evolves. Whether you’re relocating an Optical Network Terminal (ONT) or extending a run to a new workspace, this cord is ready for indoor use with a clean, unobtrusive look. The white jacket complements white routers and cabinets, keeping a tidy, cohesive aesthetic while preserving signal integrity.

Rugged durability for busy homes

Inside a stainless steel reinforcement tube protects the glass core from incidental bumps and pet nibble marks. The outer LSZH jacket adds a safety-focused layer while resisting everyday wear. The result is a patch cord that remains flexible yet tough enough for active households and dynamic layouts.

• Internal stainless steel protection guards the fiber against chewing and bending.
• LSZH outer jacket minimizes smoke and halogen risk while keeping flexibility.
• Armored design delivers enhanced durability without bulk, ideal for busy homes.

Aesthetics and installation ready

With a white jacket, the patch cord is designed to blend into home media centers and office nooks. The SC/APC connectors on both ends ensure low return loss, and the included adapter makes it easy to extend when you need a quick upgrade.

• White jacket to match white equipment and trims.
• Includes a free SC-APC fiber adapter for straightforward extension.
• RoHS compliant and resistant to common electrical interference.

Technical at a glance

Connector: SC/APC to SC/APC; Fiber: 9/125 μm; Wavelength: 1310–1550 nm; Jacket: LSZH armored; OD: 3.0 mm; Color: White; Compatibility: OS1/OS2 ready.

Note: This patch cord is designed for in-home fiber workflows and is described with real-world use cases in mind. While benefits are possible, results depend on the broader network setup and conditions.