DESCRIPTION
The LC UPC to LC UPC DX SM Industrial Armored Fiber Optic Patch Cable is engineered for demanding environments where durability and signal reliability are critical. Built with a rugged armored structure, it offers protection against crushing, rodents, and bending damage, while delivering low-loss singlemode optical transmission. Suitable for telecom, industrial, and enterprise applications, this armored patch cord ensures long-term network stability with ease of deployment.
Engineering Suitability & Selection Boundaries
When This Product Is the Right Choice
Typically selected for industrial and semi-outdoor environments where fiber patch cords are exposed to mechanical stress, rodent risk, or unprotected routing paths.
Commonly used in manufacturing plants, power facilities, and industrial campuses where standard indoor duplex patch cords are vulnerable to crushing or accidental damage.
Suitable when single-mode transmission with improved bend performance (G657A2) is required for routing through trays, conduits, or tight industrial pathways.
Often applied in FTTH/FTTX transition zones (outdoor-to-indoor handover points) where additional mechanical protection improves long-term reliability.
Appropriate for deployments requiring pre-terminated, field-ready assemblies to reduce on-site labor and installation variability.
When This Product May NOT Be Suitable
May not be appropriate for high-density indoor patch panels or ODFs where larger cable diameter and armored stiffness reduce port density and cable management efficiency.
Not typically selected for fully protected indoor office environments where lightweight, non-armored duplex patch cords are sufficient.
May be unsuitable for applications requiring frequent re-patching or tight bend routing directly behind panels, as armored designs prioritize protection over maximum flexibility.
Common Selection Mistakes to Avoid
Treating industrial armored duplex patch cords as direct substitutes for standard indoor LC-LC patch cordswithout accounting for routing space and bend radius.
Over-specifying armored solutions in environments with no real mechanical or environmental risk, increasing cost and installation complexity.
Ignoring strain-relief direction and cable exit planning in cabinets, which can introduce long-term stress despite the armored structure.
- Armored Cable Protection：Stainless steel or corrugated armor layer prevents rodent bites, crushing, and accidental damage during installation.
- Low-loss LC UPC Connection：Each duplex connector is precisely polished, offering low insertion loss and stable singlemode performance.
- Flexible Yet Rugged Construction：Combines armored durability with manageable flexibility for easy routing through trays and conduits.
- Enhanced Mechanical Resistance：Max. 600N Tensile Strength and Max. 3000N Crush Strength, it withstands industrial environments.
- Reliable Field Deployment：Pre-terminated, tested, and ready for immediate use without additional polishing or splicing.
| Item | Value |
| Connector | LC to LC |
| Fiber Count | Duplex |
| Fiber Type | G657A2 (Single Mode) |
| Cable Diameter | 4.0mm |
| Jacket Color | Black |
| Wavelength | 1310/1550nm |
| Cable Jacket | TPU |
| Insertion Loss | ≤0.3dB |
| Return Loss | ≥50dB |
| Operating Temperature | -40~80°C |
| Storage Temperature | -40~80°C |
- FTTH/FTTX Rollouts: Provides secure last-mile connectivity in outdoor-to-indoor environments.
- Telecom Backbone: Ruggedized design ensures reliability in central office and ODF terminations.
- Data Centers: Protects against mechanical stress in high-density cabling environments.
- Industrial Networks: Ideal for manufacturing plants, power stations, and chemical sites.
- Enterprise Networks: Delivers robust connections in offices with exposed cabling paths.
Q1: What makes this patch cable “armored”?
The cable includes a stainless steel or corrugated armor layer that protects the fiber from crushing, rodent damage, and excessive bending, making it suitable for harsh industrial environments.
Q2: Is the armored fiber patch cable flexible enough for indoor installation?
Yes. Although it features an armored structure, the cable maintains sufficient flexibility for routing through cable trays, conduits, and indoor pathways.
Q3: What is the difference between LC UPC and LC APC connectors?
LC UPC connectors have a flat polished end face with a typical return loss of ≥50 dB, while LC APC connectors use an angled polished end face to achieve higher return loss. This product is equipped with LC UPC connectors.
Q4: Can the LC UPC to LC UPC armored patch cable be customized in length?
Yes. Custom cable lengths from 1 meter to over 100 meters are available to meet specific installation requirements.
Q5: Is this armored fiber patch cable suitable for outdoor or industrial environments?
Yes. The armored structure combined with a TPU jacket provides strong mechanical protection, making it suitable for industrial sites and demanding environments. Please confirm environmental requirements before deployment.
Q6: What are the typical applications of this industrial armored fiber patch cable?
It is commonly used in FTTH/FTTX rollouts, telecom backbone connections, data centers, industrial networks, and enterprise environments where enhanced cable protection is required.
Q7: What type of single-mode fiber is used in this patch cable?
The cable uses G657A2 single-mode fiber, optimized for low-loss transmission at 1310 nm and 1550 nm with improved bend performance.
Q8: Can OEM branding and customized packaging be provided?
Yes. HOLIGHT offers OEM services including customized labeling, packaging, and branding for bulk and project-based orders.
