Fiber Optic Cables
Fiber optic cables for outdoor backbone, indoor distribution and FTTH projects. Start with the installation route, then choose the cable construction and fiber specification.
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Fiber Optic and Data LAN Cables
Fiber optic and data LAN cables from UPCOM cover indoor, outdoor, FTTH, CPR-rated, armored and specialty network projects. This page groups the cable families by real buying logic so you can move directly from requirement to the right product route.
CPR, outdoor and indoor cable routes
FTTH and specialty cable families
Data LAN cable series
Documents and support links
Fiber Optic and Data LAN Cables by CPR Class
CPR class is one of the first filters when the route is inside a building and fire performance is part of the specification. The guide page remains the main CPR explainer; the certificates page is kept separate as proof and document support.
Explore category: Fiber Optic Cables
- Central Loose Tube Non-Metallic U-DQ(ZN)BH
- CPR guide
- Fireproof Fiber Optic Cable Armored
- CPR certificates
- Central Loose Tube Metallic Armored U-DQ(ZN)(SR)H
- Central Loose Tube Non-Metallic U-D(ZN)BH
- Central Loose Tube Non-Metallic Armored U-D(ZN)BH
CPR B2ca
Central Loose Tube Non-Metallic U-DQ(ZN)BH
B2ca Euroclass route for stricter interior requirements
Designed for indoor backbone and building distribution where higher reaction-to-fire performance is specified.
CPR B2ca
Fireproof Fiber Optic Cable Armored
B2ca fire-resistant option for more demanding cable routes
Combines an armored construction with B2ca performance for projects requiring both fire continuity and stricter reaction-to-fire classification.
4–24 F
U-D(ZN)(SR)H Steel Tape Armoured Fiber Optic Cable
Steel tape armour · jelly-filled PC+PBT tube
CPR Eca
U-D(ZN)H Eca Unarmoured Fiber Optic Cable
4–24 F · 5.5–5.9 mm · 34–38 kg/km
CPR Eca
Central Loose Tube Non-Metallic Armored U-D(ZN)BH
/ 6 / 8 / 12 F · 5.5 mm · 30 kg/kmSuitable where basic CPR performance is accepted and neither Dca nor B2ca is specified.
Fiber Optic and Data LAN Cables for Outdoor and Backbone Routes
When the route includes outdoor exposure, buried sections or higher mechanical risk, construction and protection level usually matter before connector or core-count detail.
Explore category: Fiber Optic Cables
- CLT Non-Metallic Armored Fiber Optic Cable
- Datasheet PDF
- A-DQ(ZN)(SR)2Y
- LSZH armored option
- Armored Loose Tube LSZH
- Steel tape armoured cable
- Multi Loose Tube Non-Metallic PE
- LSZH option
- Tactical Fiber Optic Cable
- Fiber optic overview
Outdoor
CLT Non-Metallic Armored Fiber Optic Cable
2–12 fibers · PE jacket
Gel-filled central loose tube with glass yarn reinforcement. Published diameter: 7.0 mm; cable weight: 55 kg/km. Review the mechanical limits for outdoor duct routes.
Outdoor
A-DQ(ZN)(SR)2Y
Central loose tube metallic armored outdoor route
Metallic armor provides added mechanical protection for outdoor cable routes.
Outdoor
Armored Loose Tube LSZH
Armored loose tube route with LSZH jacket
Combines armored loose-tube construction with an LSZH jacket for routes where mechanical protection and fire behavior both matter.
Loose tube
Multi Loose Tube Non-Metallic PE
PE jacket route for broader outdoor distribution
A PE-jacketed multi-loose-tube construction for outdoor distribution routes requiring organized fiber grouping.
Loose tube
Multi Loose Tube Non-Metallic LSZH
LSZH route for projects needing loose tube construction indoors or in protected spaces
A multi-loose-tube construction with an LSZH jacket for indoor or protected routes where PE is not preferred.
Specialty
Tactical Fiber Optic Cable
Portable and temporary field deployment route
Use tactical cable when the installation scenario is operationally different from standard fixed building or permanent outdoor infrastructure.
Fiber Optic and Data LAN Cables for Indoor Premises Networks
Indoor cable choice is usually driven by pathway density, handling, breakout requirement and termination logic. This is where breakout, duplex, simplex and pigtail routes separate.
Explore category: Fiber Optic Cables
- JV-H Tight Buffer Pigtail
- Patch panels
- I-V(ZN)H 12-24 Mini-BreakOUT
- Breakout comparison
- Tight Buffer Flat Duplex I-V-(ZN)H-H-2x1
- Simplex option
- Tight Buffer Breakout GRP SZ Single LSZH
- Breakout SZ option
Indoor
JV-H Tight Buffer Pigtail
Simple internal route for pigtail-focused applications
A compact tight-buffer cable for indoor pigtail and termination applications.
Indoor
I-V(ZN)H 12-24 Mini-BreakOUT
Compact breakout route for structured indoor distribution
Use mini-breakout cable when the project needs a smaller indoor structure than classic breakout while keeping organized sub-unit handling.
Indoor
Tight Buffer Flat Duplex I-V-(ZN)H-H-2x1
Flat duplex route for compact internal connection paths
A flat duplex construction for compact indoor links and controlled short-distance connections.
Indoor
Tight Buffer Breakout GRP SZ Single LSZH
Breakout route for stronger sub-unit handling indoors
A breakout construction with LSZH behavior and reinforced sub-units for structured indoor handling.
Indoor
I-V(ZN)HH Nx1
Classic breakout route for indoor fiber distribution
A traditional breakout construction for indoor distribution where individually protected sub-units are preferred over mini-breakout or duplex formats.
Indoor
Tight Buffer Simplex Zip Cord J-V(ZN)H-1x1
Simplex indoor route for compact internal connection points
A compact simplex cable for short indoor links and individual fiber connections.
Fiber Optic and Data LAN Cables for FTTH Deployment
FTTH drop cable selection is driven by last-mile handling, aerial or indoor use, reinforcement type and installation speed. It should not be mixed with backbone cable logic.
Explore category: Fiber Optic Cables
- I-V(ZN)H Drop
- Non-metallic option
- Messenger Flat FRP Drop Cable up to 4 Fibers
- FTTH guide
- Aerial FTTH Drop Cable
FTTH
I-V(ZN)H Drop
Indoor drop cable for subscriber-side routes
An indoor FTTH drop cable for subscriber-side connections within buildings.
FTTH
Messenger Flat FRP Drop Cable up to 4 Fibers
FRP messenger route for aerial last-mile deployment
A flat aerial FTTH drop cable with FRP messenger support for last-mile deployment.
FTTH
Aerial FTTH Drop Cable
Steel strength member route for aerial access networks
An aerial FTTH drop cable with steel strength members for last-mile access networks.
Fiber Optic and Data LAN Cables for Specialty and FTTA Routes
Some projects do not sit cleanly under standard indoor or outdoor backbone logic. These routes cover specialty armored and application-specific cable families that still belong under the main cable category.
Explore category: Fiber Optic Cables
Specialty
A-V(ZN)H(SR)2Y
Special armored route used under mini-breakout cable page structure
A specialty armored construction for applications requiring more mechanical protection than standard premises cable.
Specialty
Tight Buffer Breakout
Tighter specialty route for armored and structured breakout applications
A tight-buffer breakout construction for specialty applications requiring organized sub-units, LSZH behavior and added mechanical protection.
Fiber Optic and Data LAN Cables for Structured Copper Networks
This category also covers copper data LAN cables for structured cabling. Selection depends on Ethernet category, shielding type and network architecture.
Explore category: Data LAN Cables
- Cat5e U/UTP
- Cat5e F/UTP
- Cat6 U/UTP
- Cat6 F/UTP
- Cat6 SF/UTP
- Cat6A F/FTP
- Selection guide
- Cat7 S/FTP
- Cat7A S/FTP
- Cat7A+ S/FTP
Data LAN
Cat6A F/FTP
Cat6A route for stronger high-performance copper networks
How to Choose the Right Fiber Optic and Data LAN Cables
The fastest way to narrow the RFQ is to fix four decisions first. This section is written as a practical route, not as a long repeated paragraph.
1. Define the route
Start with the real route: indoor, outdoor, FTTH or copper LAN. This removes most wrong options immediately.
2. Define the fire requirement
If the route is inside a building, confirm whether B2ca, Dca or Eca is required before choosing the rest of the construction.
3. Define protection level
Decide whether the route needs armored, non-metallic armored or standard non-armored construction.
4. Define supporting infrastructure
Then match the cable choice with patch panels, fiber connectivity, FTTH deployment or cable blowing machine needs.
Guides, Certificates and Support Routes
Use these links when the selection is moving from broad category review into compliance, documents, installation method or related infrastructure support.
CPR Guide
Main UPCOM CPR explainer for classes, DoP, CE marking and CPR selection logic.
Open CPR guideSupporting Infrastructure
Match the selected cable with the required connectivity products or installation equipment.
Fiber connectivityCable blowing machines
Downloads and Guides
Use the Download Center, FTTH guide and general fiber overview when the project is still at concept stage.
Download CenterFTTH guide
Fiber optic overview
Start with the correct cable family, then move into the matching product page, guide or document route. This keeps the enquiry cleaner and shortens technical evaluation.