Español
Português
لالعربية
Русский
Bahasa Indonesia
Français
Türkçe
Bahasa Melayu
GJXH Bow-Type FTTH Drop Cable with 1 or 2 Core G652D/G657A single mode Fiber
Bow-type flat structure for quick indoor routing and termination.
Available in 1-core and 2-core versions.
Uses G652D or G657A fibers for stable, high-bandwidth transmission.
LSZH or PVC jacket is flame-retardant and environment-friendly.
Compact, lightweight, and easy to install in tight indoor spaces.
What is GJXH bow-type FTTH drop cable
The GJXH bow-type FTTH drop cable is a flat, bow‑shaped indoor cable specifically designed for fiber‑to‑the‑home installations. It uses G652D or G657A single‑mode fibers (available in 1‑core or 2‑core versions) to provide stable, high‑bandwidth transmission, while its LSZH or PVC jacket ensures flame retardancy and environmental friendliness. Compact, lightweight, and easy to route along walls, ceilings, or conduits, the cable offers excellent flexibility and bend resistance for quick, reliable termination in tight indoor spaces.
GJXH Bow-Type FTTH Drop Cable Specification parameters
- Specification parameters
- OPTICAL CHARACTERISTICS
Specifications
Parameters | Specifications | |
Fiber Core | 1 | 2 |
Cable Dimension (mm) | (2.0±0.1) × (3.0±0.1) | (2.0±0.1) × (3.0±0.1) |
Cable Weight (kg/km) | 8 | 8.5 |
Tensile Strength (N) Long term | 30 (FRP), 40 (KFRP), 100 (Steel Wire) | |
Tensile Strength (N) Short term | 60 (FRP), 80 (KFRP), 200 (Steel Wire) | |
Crush(N/100mm) Long term | 300 | |
Crush(N/100mm) Short term | 1000 | |
Bend Radius (mm) Static | 15 | |
Bend Radius (mm) Dynamic | 30 | |
Cable cut-off length | ≤1260nm | |
Attenuation(+20℃)@1310nm | ≤0.45 dB/km | |
Attenuation(+20℃)@1550nm | ≤0.30 dB/km | |
Trans/Storage/Operating Temperature | -20℃~+60℃ | |
Installation Temperature | -5℃~+50℃ | |
Out sheath/Jacket Material | LSZH / PVC / Flame-retardant PVC / TPU | |
Color | Black, White, Yellow, Red, Blue etc. | |
Remark | 1. The cable core use the colored coating fiber of 250μm; | |
Product Structure & Composition
The GJXH cable consists of an optical fiber unit, FRP/KFRP/steel wire as strength members, and a LSZH (Low Smoke Zero Halogen) jacket. This structure is commonly used for FTTH drop cables, providing flame retardancy, low smoke emission, and mechanical robustness.
Benefits of GJXH Bow-Type FTTH Drop Cable
Bow-type flat structure
Enables quick indoor routing and termination, ideal for space-constrained installations.
Flexible core options
Available in 1-core and 2-core versions, using G652D or G657A fibers for stable, high-bandwidth transmission.
Eco-friendly jacketing
LSZH or PVC jacket provides flame retardancy and low environmental impact.
Compact & lightweight design
Easy to install in tight indoor spaces without sacrificing mechanical robustness.
Engineering Applications GJXH Bow-Type FTTH Drop Cable
Multi‑Dwelling Unit (MDU) Apartment Rollouts
In MDU projects such as apartment blocks or dormitories, the GJXH bow‑type drop cable is ideal for indoor distribution. Its flat bow shape allows installers to run the cable along baseboards, door frames, and ceiling corners without drilling large holes. The 1‑core or 2‑core version provides sufficient bandwidth for each unit, while the LSZH jacket ensures safety in confined corridors and riser shafts.
Retrofitting Old Buildings without Conduits
For older buildings that lack dedicated telecom ducts, the GJXH cable offers a simple glue‑or‑clip installation. The cable can be adhered directly to walls or stapled along existing wooden trims, thanks to its lightweight and flexible design. Its excellent bend resistance lets it navigate around pillars, window frames, and uneven surfaces, minimizing damage to interior decoration.
Home Office and Room‑to‑Room Extension
Within a single residence, the GJXH bow‑type drop cable connects the fiber termination point (e.g., an ONT in the living room) to a home office or media room. The cable is easily routed under carpets, over door headers, or through small cable channels. Its flame‑retardant PVC or LSZH jacket makes it safe for use in bedrooms, studies, and entertainment areas where fire codes apply.
Public Indoor Spaces (Hotels, Schools, Hospitals)
In commercial indoor environments, the GJXH cable provides reliable FTTH connections to individual rooms, classrooms, or wards. The bow‑type shape allows rapid installation along suspended ceilings, cable trays, or behind furniture. The cable’s compact size and low smoke emission (LSZH version) comply with strict safety regulations, making it suitable for high‑occupancy buildings where evacuation routes must remain clear of fire hazards.
Shipping & Packaging
Packaging Details
Each roll contains 1–5 KM of cable, typically packed in steel drums. Customized packaging solutions are available upon client request.
Sheath Marking
White hot foil indentation is applied at 1-meter intervals with the following information:
a. Supplier name: Guanglian (or as specified by the customer)
b. Standard code including product type, fiber type, and fiber count
c. Year of manufacture (valid for 7 years)
d. Length indication in meters
Port of Shipment
Available ports: Qingdao, Guangzhou, Shenzhen
Estimated Lead Time
| Quantity (KM) | Estimated Delivery Time |
|---|---|
| 1–300 | Approx. 15 days |
| ≥300 | Delivery time to be negotiated |
Note
The packaging details above are for reference only. Final packing size and weight will be confirmed before shipment.
Product Comparison：
| Feature / Dimension | GJXH (Indoor FTTH Drop Cable) | GJFJH (Indoor Distribution Cable) |
|---|---|---|
| Structure | Flat "bow‑type" (figure‑8). Two parallel steel wire or FRP strength members on both sides of the fiber core; LSZH outer sheath. Self‑contained, no central strength member. | Round cross‑section. Tight‑buffered fibers, aramid yarn strength member, central FRP strength member (optional), LSZH outer sheath. |
| Typical Applications | Indoor drop cable from floor terminal box to subscriber ONT; wall‑conduit installation; last‑meter home/office connection; point‑to‑point horizontal cabling. | Indoor backbone riser cable in multi‑floor buildings; equipment room patching; horizontal cabling for FTTB; high‑density distribution frames. |
| Fiber Core Capacity | 1 - 4 cores (up to 12 cores in some designs). | 2 - 144 cores (up to 288 cores in some designs). |
| Outer Sheath Material | LSZH (Low Smoke Zero Halogen) - flame‑retardant, low smoke, halogen‑free, UV‑resistant variant available. | LSZH - flame‑retardant, low smoke, halogen‑free. |
| Engineering Pros | •Ultra‑compact flat shape (3.0×2.0mm) fits easily into narrow conduits and wall cavities. •Very low cost, ideal for mass deployments. •Tool‑free termination &nda-ld‑installable connectors without splicing. • Excellent bend resistance (G.657) for tight corners. •LSZH sheath meets fire safety codes. | •High fiber count (up to 144 cores) supports dense backbone runs. •High tensile strength (660N short‑term) for long vertical riser pulls. • Individual 900μm tight‑buffered fibers allow direct connector termination. •Aramid yarn reinforcement resists stretching under heavy loads. • LSZH sheath provides flame‑retardancy. |
| Engineering Cons | • Low tensile strength (80N short‑term) - easily damaged if pulled too hard. •Very limited fiber count (≤4 cores typical). •Flat shape may twist in long conduit runs, increasing pulling resistance. • Not suitable for vertical backbone runs over multiple floors. •Requires careful slack management at termination points. | • Larger diameter (8‑12mm) and stiffer - harder to route in narrow conduits. • Higher cost per fiber compared to GJXH for low core counts. • Aramid yarns can be messy to strip and manage during termination. •Requires more installation skill and specialized tools. •Over‑specified for simple point‑to‑point home runs. |
| Flame Retardancy | LSZH - low smoke, halogen‑free, flame‑retardant. Suitable for indoor riser/plenum spaces. | LSZH - low smoke, halogen‑free, flame‑retardant. Suitable for indoor riser/plenum spaces. |
| Cost (Relative) | Low - simple construction with minimal material use. | Medium - aramid yarn reinforcement increases material and manufacturing cost. |
| Installation / Termination | Easy stripping via groove design, tool‑free termination possible with field‑installable connectors. | Requires stripping multiple layers; individual 900μm fibers, aramid yarn management, and connector/ splicing termination. |
GJXH Bow-Type FTTH Drop Cable Selection Guide
Choose GJXH for:
Final‑meter drop to subscriber premise (FTTH last‑mile), horizontal cabling from floor distributor to ONT/outlet, wall‑conduit or surface‑mount installation in single homes or offices, point‑to‑point connections within a single floor, and applications that prioritize low‑cost, simple, fast termination.
Choose GJFJH for:
Building backbone riser vertical distribution (e.g., basement IDF to multi‑floor telecommunications rooms), high‑density multi‑floor runs requiring 12–144 cores (e.g., MDUs, hotels, office towers), equipment room patching between ODFs/switches/servers, and installation where higher tensile strength (660N) is needed for long vertical pulls in cable shafts.
Mixed deployment strategy:
Use GJFJH for backbone riser vertical runs, then transition to GJXH at each floor for horizontal drops to subscriber units. This balances higher tensile strength for backbone with lower cost and easy termination for last‑meter cabling.
GJXH Installation Instructions (Brief):
Route the cable – Use the bow-type flat structure to easily run along walls, corners, or inside conduits without special tools.
Strip the jacket – Remove the LSZH/PVC outer sheath carefully to expose the optical fiber and strength members (FRP/KFRP/steel wire).
Secure strength members – Clamp the steel wire or FRP/KFRP to the connector or termination box for strain relief.
Terminate the fiber – Clean and cleave the fiber (G652D/G657A), then insert into a field-installable connector or splice to a pigtail.
Test the link – Verify insertion loss and return loss before final closure.
Download YRTFIBER Product Catalog
Factory Real Shot
1. Smart Manufacturing Base with Massive Production Capacity
YRT Communication Technology is situated in Puyang, Henan Province, spanning over 60 acres of industrial facilities. The factory operates with an annual output value of RMB 100 million and employs more than 230 skilled technicians and engineers[reference:0]. With an extensive cable production experience of over 150,000 km and annual patch cord production exceeding 10 million pieces, the facility solidifies its position as a leading manufacturer of high-performance FTTH drop cables.
2. High-Efficiency Automated Production Lines
The facility is equipped with 21 professional production lines, including 7 dedicated butterfly cable lines and 8 jumper cable lines[reference:1][reference:2]. These modern production platforms are capable of manufacturing FTTH drop cables such as GJYXCH, GJXH, GJXFH as well as outdoor and indoor optical cables. Advanced extrusion and controlling equipment ensures consistent dimensional quality, stable process speeds, and excellent surface finishes for the final cable sheathing[reference:3][reference:4]. The dust-free workshop environment and high-performance processing machinery guarantee stable, reliable manufacturing all year round.
3. Strict Quality Control and Comprehensive Testing System
YRT has established a complete and rigorous quality management chain, covering raw material inspection, in-process monitoring, and final product validation. The test center is furnished with the latest optical, mechanical, and environmental testing instruments to ensure precise and reliable cable performance[reference:5]. Each batch of cables is systematically tested for mechanical strength, environmental durability, and optical transmission characteristics to fully meet international standards.
4. Certified Management System and Global Supply Capability
The company has obtained ISO9001, ISO14001, and ISO45001 management system certifications, demonstrating its excellent control over quality, environment, and occupational health[reference:6][reference:7]. Thanks to the integrated vertical supply chain and large-scale production capacity, YRT is able to offer fast delivery lead times and flexible packaging solutions to customers worldwide. With the combination of high-quality raw materials, automated machinery, and dedicated workers, the factory ensures that every meter of fiber optic cable meets the highest industry expectations.
Frequently Asked Questions & Quick Inquiry
GJXH Bow-Type FTTH Drop Cable FAQ
Q2: What core counts are available?
A2: 1-core and 2-core options are available.
Q3: Which fiber types are used?
A3: G652D or G657A single-mode fiber.
Q4: Is the cable flame-retardant?
A4: Yes, it uses LSZH or PVC flame-retardant jacket material.
Q5: Where is this cable used?
A5: Mainly in indoor FTTH applications and residential fiber drop points.
Send Your Inquiry
Fill out the form below and we'll get back to you within 24 hours.
