Fiber cable for every route type
Aerial, buried, and drop for every stage.
From backbone stringing to last-mile drop — ADSS, Figure-8, underground, indoor, and drop cable matched to the route and environment.
Cable types and constructions
Aerial, buried, indoor, and drop options with single-mode and multimode fiber counts.
ADSS cable
All-dielectric, self-supporting cable for aerial runs between poles.
Figure-8 cable
Fiber cable with a built-in supporting wire for aerial installation.
Underground cable
Protected cable for ducts and buried routes.
Drop cable
Lightweight cable for the final run to a customer's premises.
Indoor fiber cable
For routing fiber inside buildings.
Single-mode & multimode
Single-mode for long distances and GPON; multimode for shorter in-building links. Various fiber counts.
Why fiber cable underpins the network.
High bandwidth, long reach, and immunity to electrical interference make fiber the foundation of modern connectivity.
of fiber optic cable
High bandwidth
Very high bandwidth and room to upgrade later.
Long reach
Long reach without signal boosting.
Interference-free
Immune to electrical interference.
Lightweight
Lightweight and compact compared with copper.
Route flexibility
Suited to aerial, buried, and in-building routes.
Where this cable is used.
- 01Backbone and distribution routes
- 02FTTH last-mile connections
- 03Links between buildings on a campus
- 04Telecom and ISP networks
Match cable to hardware and route.
Fiber type
GPON and FTTH networks use single-mode fiber.
Aerial runs
ADSS and Figure-8 cable pair with dead-ends and suspension hardware.
Splicing
Splice closures protect joins along the route.
Termination
Pigtails, ODF equipment, and ATBs finish the connection.
Distribution
Feeds FDT splitters, FAT terminals, and distribution boxes.
Four decisions that get the cable right.
Route type
Aerial, buried, drop, or indoor — each needs a matching construction.
Fiber count
Plan for the customers and routes you need now and later.
Span and environment
Longer spans and harsh conditions call for stronger cable.
Fiber type
Match to the equipment at both ends.
Common questions
What is the difference between single-mode and multimode?
Single-mode carries light over long distances and is used in GPON and FTTH. Multimode is typically used for shorter links inside buildings.
Why use ADSS instead of Figure-8?
Both suit aerial routes. The choice depends on span length, pole conditions, and installation approach.
Can fiber be installed on existing poles?
Often yes, subject to pole condition, permissions, and proper fittings.