GJXFH Indoor FTTH Drop Cable Manufacturer

Product Overview

Flat indoor FTTH drop cable with LSZH sheath for indoor surface routing and tight space distribution.

Fiber count, fiber type, sheath color, and connector type should be confirmed according to final cable design and project requirements.

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Product Answer

What is GJXFH fiber optic cable?
GJXFH is a flat (bow) indoor FTTH drop cable with LSZH sheath and parallel FRP strength members, designed for indoor surface routing and installation in tight spaces.

Quick Selection Guide

Compare GJXFH with similar FTTH drop cable types.

Requirement	GJXFH (Flat Indoor)	GJXH (Round Indoor)	GJYXCH (Aerial)
Shape	Flat (bow)	Round	Figure-8
Sheath	LSZH	LSZH	PE/LSZH
Strength member	Parallel FRP	None	Steel messenger
Installation	Surface routing	Riser/conduit	Indoor-outdoor
Best Pick	★★★Surface/corner routing	★★★Conduit/pull	★★★Aerial drop

Key Takeaways

GJXFH is a flat bow-shaped indoor FTTH drop cable ideal for surface routing and tight corner installation.
Parallel FRP strength members provide tensile strength without metal components.
LSZH sheath meets indoor fire safety standards.
G.657A2 bend-insensitive fiber ensures reliable performance in tight installation pathways.
For round profile (easier conduit pulling), use GJXH.

Citable Specification Notes

Operating temperature: -20°C to +60°C (indoor, per IEC 60794)
Bend radius: 10× cable diameter (dynamic), 5× (static) - G.657A2 fiber
LSZH sheath per IEC 60332-1 and IEC 60754 (zero halogen):LSZH sheath per IEC 60332-1 and IEC 60754 (zero halogen)
Parallel FRP strength members for tensile protection: FRP strength members provide non-metallic tensile support for indoor FTTH routing.

Product Structure

GJXFH is a flat bow-type indoor FTTH drop cable with optical fiber in the center and parallel FRP strength members on both sides. The all-dielectric structure is suitable for protected indoor subscriber-side routing where non-metallic construction is preferred.

Central optical fiberOne or more bend-insensitive fibers are placed in the center for compact indoor FTTH routing.
Parallel FRP strength membersTwo FRP elements provide tensile support while keeping the cable non-metallic.
LSZH indoor sheathLow-smoke zero-halogen sheath supports protected indoor subscriber-side cable routes.

Layer	Component	Material / Function
1	Optical fiber	G.657A1 / G.657A2 / G.652D according to project requirement.
2	Strength member	Parallel FRP strength members for non-metallic indoor tensile support.
3	Outer sheath	LSZH sheath for protected indoor routing.
4	Cable profile	Flat bow-type drop cable profile for FTTH access routes.

General Optical Performance

Fiber Type	Typical Attenuation	Application Note
G.657A1	≤0.36 dB/km @1310nm; ≤0.22 dB/km @1550nm	Indoor FTTH routes where bend performance is required.
G.657A2	≤0.36 dB/km @1310nm; ≤0.22 dB/km @1550nm	Recommended for tighter indoor bends and subscriber-side routing.
G.652D	≤0.36 dB/km @1310nm; ≤0.22 dB/km @1550nm	Available when project design requires standard single-mode fiber.

Key Features

Indoor FTTH Routing

Designed for protected subscriber-side routes inside buildings, apartments, and indoor distribution paths.

All-Dielectric Design

Parallel FRP strength members make the cable suitable where non-metallic construction is required.

LSZH Sheath

Low-smoke zero-halogen sheath supports indoor use where building safety requirements matter.

Flat Cable Profile

Bow-type structure helps with surface routing, wall paths, and compact indoor installation.

Bend-Insensitive Fiber

Compatible with G.657 series fibers for common indoor FTTH bend conditions.

Project Customization

Fiber count, fiber type, sheath color, packing length, and connector options can be confirmed per order.

Model Comparison

Model	Strength Member	Typical Use	Selection Note
GJXFH	Parallel FRP	Indoor all-dielectric FTTH drop routes	Use where non-metallic indoor construction is preferred.
GJXH	Parallel steel wires	Indoor FTTH drop routes	Use when steel wire tensile support is acceptable or specified.
GJXFV	FRP / indoor flat design	Protected indoor subscriber routes	Confirm drawing and sheath requirement before selection.
GJYXFCH	FRP + messenger wire	Outdoor self-supporting FTTH access	Use for aerial drop routes requiring dielectric support design.

Application Scenarios

FTTH Subscriber Drop

Protected indoor route from the distribution point to customer premises equipment.

Apartment Distribution

Indoor routing for apartments, MDU buildings, and protected shared spaces.

Building Entry

Building-side indoor routing after the access cable enters the premises.

Wall Box Connection

Short indoor connection between wall boxes, distribution boxes, and termination points.

Protected Indoor Path

Protected subscriber-side pathways where exposed outdoor performance is not required.

Custom Indoor Route

Used where the project drawing calls for compact indoor FTTH cable routing.

When to Select GJXFH Instead of a Similar FTTH Drop Cable

GJXFH is the indoor choice when a protected FTTH route requires a flat drop profile and an all-dielectric design with parallel FRP strength members. The selection should be tied to the route and material requirement, not only to a preference for a flat cable. Confirm the indoor installation boundary, required fiber, LSZH sheath, bend path, termination method, and any project condition that requires non-metallic construction.

Choose GJXFH when

The protected indoor route and project drawing call for a flat, non-metallic FTTH drop construction with FRP strength members.

Review another model when

Steel tensile members are specified for the indoor route, which points to GJXH; an exposed self-supporting outdoor route requires GJYXFCH or GJYXCH after the messenger design is checked.

Approve before production

Confirm the dielectric requirement, fiber type, sheath color, cable length, route condition, labeling, and whether the end treatment is a connectorized assembly or splice termination.

GJXFH Cable Configurator

Configure the key requirement for GJXFH Indoor FTTH Drop Cable. Select standard options or enter custom notes, then send your RFQ by WhatsApp or email.

Fiber Count / Core Count

Fiber Type / Connector Type

Jacket / Material

Installation / Application

Length / Drum Length

Quantity

Project Requirement

FAQ About GJXFH Indoor FTTH Drop Cable

Q: What is GJXFH used for?

GJXFH is used for protected indoor FTTH drop routes, building-entry sections, apartment distribution, and subscriber-side routing. Final use should follow the project drawing and indoor route conditions.

Q: What is the strength member of GJXFH?

GJXFH uses parallel FRP strength members in its indoor drop cable structure. Final construction should be confirmed from the drawing and project specification before production.

Q: What fiber types are available?

G.657A1, G.657A2, or G.652D fibers can be reviewed according to the project requirement. G.657 series fibers are commonly used where bend performance matters in indoor routing.

Q: What is the difference between GJXFH and GJXH?

GJXFH uses parallel FRP strength members, while GJXH is commonly positioned with parallel steel wire strength members. The final selection should follow the required cable drawing, sheath material, and installation route.

Q: Can GJXFH be used outdoors?

GJXFH is intended for indoor or protected building routes. For exposed outdoor aerial routes, review outdoor self-supporting drop cable models such as GJYXCH or GJYXFCH.

Q: What should I send for quotation?

Send the drawing if available, fiber count, fiber type, sheath material, color, route type, packing length, quantity, and any connector or labeling requirement.

GJXFH Indoor FTTH Drop Cable