Fibre Optic Cables
Robust single-mode connectivity
Duplex design for simultaneous data transfer
30m length for expansive setups.
Supports high-bandwidth applications without interruption.
Singlemode
SC-APC/SC-APC
Singlemode
SC-APC/SC-APC
Microcore: 9/125 µ
Color: Yellow
Core: 9/125 μ
Color: Yellow
Core: 9/125 microns
Color: Yellow
Core: 9/125 μm
Color: Yellow
Core: 9/125 micron
Color: Yellow
Singlemode
SC-APC/SC-APC
Core: 50/125 µ
Color: Red
Core: 50/125 µ
Color: Red
Cable jacket is halogen-free
Inner conductor: 50/125 µm
The cable sheath is halogen-free
Core: 50/125 µ
The cable sheath is halogen-free
Core: 50/125 microns
Cable jacket is halogen-free
Inner conductor: 50/125 µm
The cable jacket is halogen-free
Core: 50/125 µm
The cable jacket is halogen-free
Core: 50/125 µm
Cable jacket is halogen-free
Inner conductor: 50/125 µm
Cable jacket is halogen-free
Inner conductor: 50/125 µm
The cable jacket is halogen-free
Core: 50/125 µ
Singlemode
SC-APC/SC-APC
High-performance OM1 fiber for efficient data transfer.
Robust construction for reliable connections.
Superior signal quality
Easy plug-and-play setup
OS2 fiber for long-distance, high-speed connections.
Compact design for easy installation in tight spaces.
High-speed data transmission
Durable and long-lasting construction
Singlemode
SC-APC/SC-APC
50m length for extensive installations.
Optimized for high-speed data transfers.
Pre-terminated network cable with LC male connectors
Stunning turquoise colour
Pre-terminated network cable with LC male connectors
Stunning turquoise colour
Pre-terminated network cable with LC male connectors
Stunning turquoise colour
Pre-assembled network cable with LC male connectors
Beautiful turquoise colour
Pre-assembled network cable with LC male connector
Beautiful turquoise color
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC - LC-UPC
Singlemode
SC-APC/SC-APC
OS2 fiber for long-distance, high-speed connections.
Compact design for easy installation in tight spaces.
High-performance OS2 fiber for superior data transmission.
Durable design to ensure long-lasting connectivity.
Singlemode
SC-APC/SC-APC
Core: 50/125 micron
Color: Green
Core: 50/125 µm
Color: Purple
Core: 50/125 micron
Color: Purple
Core: 50/125 mic
Color: Purple
Core: 50/125 microns
Color: Green
Core: 50/125 µm
Color: Purple
Inner conductor: 50/125 µm
Color: Purple
Core: 50/125 µm
Color: Purple
Inner conductor: 50/125 µm
Color: Purple
Core: 50/125 microns
Color: Purple
Core: 50/125 micron
Brand: Deltaco
Core: 50/125 µm
Color: Purple
Inner conductor: 50/125 µm
Color: Purple
Core: 50/125 µm
Color: Purple
High-performance fiber optic connectivity
Dual-mode Duplex design for versatile applications
10m SC FTTH fiber cable for residential networks
Elegant white design blends with home décor
Singlemode
SC-APC/SC-APC
Singlemode
LC-APC - LC-APC
Singlemode
LC-APC - LC-APC
Singlemode
LC-APC - LC-APC
Singlemode
LC-APC - LC-APC
Singlemode
LC-APC - LC-APC
Singlemode
LC-APC - LC-APC
Singlemode
LC-APC - LC-APC
Singlemode
LC-APC - LC-APC
Singlemode
LC-APC - LC-APC
Singlemode
LC-APC - LC-APC
Singlemode
LC-APC - LC-APC
Singlemode
LC-APC - LC-APC
Singlemode
LC-APC - LC-APC
Singlemode
LC-APC - LC-APC
Ideal for high-speed internet connections.
Flexible and easy to install.
OS2 fiber for long-distance, high-speed connections.
Compact design for easy installation in tight spaces.
High-performance OS2 fiber for superior data transmission.
Durable design to ensure long-lasting connectivity.
Designed for high bandwidth applications with simplex convenience.
Robust and lightweight for effective routing.
Signemode
SC-APC/LC-UPC
3m versatility for flexible network configurations.
Designed for consistent performance.
Compact and efficient 2m length.
Ideal for local connections.
Adapters are included
Snap-in mounting
Boots are included
Snap-in installation
Quick and easy fiber connection with SC-SC duplex design.
Built for fast data transmission.
High-performance OS2 fiber for superior data transmission.
Durable design to ensure long-lasting connectivity.
Dust caps included
Snap-in mounting
High-speed fiber optic connection
Compatible with various systems
Singlemode
SC-APC/SC-APC
High-speed data transmission
Durable design for long-lasting use
Designed for reliable single-mode connections.
Flexible length of 2m for varied applications.
Long length for flexible connectivity options.
Perfect for fiber-to-the-home installations.
High-performance OM4 fiber for faster data transmission.
Durable duplex design for reliable connectivity.
Versatile OM2 fiber cable for efficient data transmission.
Perfect for moderate speed applications.
OS2 fiber for long-distance, high-speed connections.
Compact design for easy installation in tight spaces.
Protective caps included
Snap-in installation
Versatile OM3 fiber cable for efficient data transmission.
Perfect for moderate speed applications.
Halogen-free LSZH
With APC Connector
Singlemode
SC-APC/SC-APC
Ideal for multimode data transmission
Duplex design for simultaneous data transfer
Versatile and reliable multimode performance
Duplex design for efficient data handling
Ideal for multimode data transmission
Duplex design for simultaneous data transfer
High-performance fiber optic connectivity
Single-mode Simplex design for enhanced data transmission
High-performance fiber optic connectivity
Single-mode Simplex design for enhanced data transmission
High-performance fiber optic connectivity
Single-mode Simplex design for enhanced data transmission
10m OM4 fiber for superior performance.
Excellent for data-heavy environments.
High-performance OM4 fiber for faster data transmission.
Durable duplex design for reliable connectivity.
High-performance OM4 fiber for faster data transmission.
Durable duplex design for reliable connectivity.
Robust single-mode connectivity
Duplex design for simultaneous data transfer
Designed for reliability with OM3 fiber.
Facilitates easy connectivity in your workspace.
Fast transfer speeds for seamless connectivity
Versatile for various setups
OS2 fiber for long-distance, high-speed connections.
Compact design for easy installation in tight spaces.
Core: 62.5/125 µm
Color: Red
High-performance OS2 fiber for superior data transmission.
Durable design to ensure long-lasting connectivity.
Singlemode
SC-APC/SC-APC
Superior single-mode performance
Simplex design for streamlined connectivity
Robust OM1 design for minimal signal loss.
Great for local area networks (LAN).
Superior OM3 fiber cable for extended reach.
Ensures high-speed connectivity for various applications.
OS2 fiber for long-distance, high-speed connections.
Compact design for easy installation in tight spaces.
Ensures optimal fiber connectivity and performance.
Simple and straightforward installation.
0.5m cable designed for minimal signal loss.
Ideal for efficient fiber setups.
High-performance OM4 fiber for faster data transmission.
Durable duplex design for reliable connectivity.
High-speed fiber optic cable for optimal connectivity!
Perfect for networking and data transfer.
High speed data transmission
Durable and reliable
Advanced OM5 fiber for ultra-fast data speeds.
Robust duplex construction for enhanced performance.
Extensive reach for powerful installations.
High performance for long-distance connections.
Next-gen OM5 cable for next-level connectivity.
Designed for future-proofing your network.
OS2 fiber for long-distance, high-speed connections.
Compact design for easy installation in tight spaces.
High-performance OM4 fiber for faster data transmission.
Durable duplex design for reliable connectivity.
High-performance OM4 fiber for faster data transmission.
Durable duplex design for reliable connectivity.
High-performance OM4 fiber for ultra-fast transmission.
Durable and flexible design for easy installation.
20m length for broader installations.
Maintains excellent signal quality.
Ideal for multimode data transmission
Duplex design for simultaneous data transfer
Ideal for high-performance computing environments.
Easy to handle and install, saving time and effort.
High-performance OS2 fiber cable for reliable connectivity.
Perfect for high-speed data transmission in duplex mode.
High-performance OS2 fiber cable for reliable connectivity.
Perfect for high-speed data transmission in duplex mode.
Flexible 15m length for versatile applications.
Supports high-speed connections effortlessly.
Superior OM3 fiber cable for extended reach.
Ensures high-speed connectivity for various applications.
OM3 fiber supports high-speed data transfer.
Great for extended network setups.
Advanced OM5 fiber for ultra-fast data speeds.
Robust duplex construction for enhanced performance.
OS2 fiber for long-distance, high-speed connections.
Compact design for easy installation in tight spaces.
Elevated length OS2 cable designed for extensive use.
Perfect for high-speed data transmission.
Next-gen technology for superior performance
Long length for versatile installation
High-performance OM4 fiber for faster data transmission.
Durable duplex design for reliable connectivity.
High-performance OM4 fiber for faster data transmission.
Durable duplex design for reliable connectivity.
High-speed multimode transmission capabilities
Duplex design for efficient data handling
High-performance OM4 cable for superior data transfer.
Perfect for advanced networking applications.
Robust OS2 connection for high-speed data transfer.
Sturdy duplex design for exceptional durability.
OS2 fiber for long-distance, high-speed connections.
Compact design for easy installation in tight spaces.
5m design for reliable connectivity.
Great for indoor and office use.
Extended length OS2 cable for diverse applications.
Perfect for high-speed data transmission.
High-performance OM4 fiber for faster data transmission.
Durable duplex design for reliable connectivity.
High-performance OM4 cable for superior data transfer.
Perfect for advanced networking applications.
High-performance OM1 fiber for efficient data transfer.
Robust construction for reliable connections.
High-performance LC/UPC OM4 fiber for optimal transmission.
4m length fits most installations perfectly.
7m length for versatile applications.
Ensures seamless data flow.
Versatile OM3 connection for varied networks.
Durable duplex build for reliable performance.
Advanced fiber optic technology
Duplex design to support dual connections
High-performance OM1 fiber for efficient data transfer.
Robust construction for reliable connections.
1.5m length for effective setups.
Supports high bandwidth applications.
High-speed multimode transmission capabilities
Duplex design for efficient data handling
High-performance OM4 cable for superior data transfer.
Perfect for advanced networking applications.
OS2 fiber for long-distance, high-speed connections.
Compact design for easy installation in tight spaces.
Single-mode OS2 fiber for superior long-distance performance.
4m cable designed for reliable connections.
Compact 1.5m length for efficient networking.
Perfect for closet connections.
High-performance OM4 cable for superior data transfer.
Perfect for advanced networking applications.
Ultra-short 0.5m for close connections.
Maintains high integrity signal quality.
Efficient OM3 duplex design for versatile applications.
Compact 1m length for organized setups.
1m length for quick and easy connections.
Perfect for connecting devices side by side.
High-performance OM4 fiber for ultra-fast transmission.
Durable and flexible design for easy installation.
Ideal for multimode data transmission
Duplex design for simultaneous data transfer
High-performance OS2 fiber cable ensuring strong connections.
Ideal for high-speed data applications.
Durable OM1 fiber cable for enhanced signal quality.
Ideal for short-distance data connections.
Compact 2m length for easy installations.
Reliable performance for everyday usage.
Versatile OM3 fiber cable for efficient data transmission.
Perfect for moderate speed applications.
High-performance OS2 fiber for superior data transmission.
Durable design to ensure long-lasting connectivity.
Ultra-short length, ideal for tight spaces.
Supports 10Gbps data rates beyond 300 meters.
High-performance OM3 fiber for enhanced speed.
Durable and flexible design for easy installation.
High-performance OS2 fiber cable ensuring strong connections.
Ideal for high-speed data applications.
High-performance OM3 fiber for enhanced speed.
Durable and flexible design for easy installation.
Durable OM1 fiber cable for enhanced signal quality.
Ideal for short-distance data connections.
High-performance OS2 fiber for superior data transmission.
Durable design to ensure long-lasting connectivity.
High-performance OS2 fiber for superior data transmission.
Durable design to ensure long-lasting connectivity.
Ideal for multimode data transmission
Duplex design for simultaneous data transfer
High-performance OS2 fiber for superior data transmission.
Durable design to ensure long-lasting connectivity.
High-performance OS2 fiber cable ensuring strong connections.
Ideal for high-speed data applications.
Extended length for versatile connectivity options.
Resistant to interference for stable data transmission.
Ultra-fast performance for streaming
Flexible and lightweight construction
Advanced fiber optic technology
Duplex design to support dual connections
Versatile OM3 connection for varied networks.
Durable duplex build for reliable performance.
High-performance OS2 fiber for superior data transmission.
Durable design to ensure long-lasting connectivity.
High-performance OS2 fiber cable ensuring strong connections.
Ideal for high-speed data applications.
OS2 fiber for long-distance, high-speed connections.
Compact design for easy installation in tight spaces.
Ideal for multimode data transmission
Duplex design for simultaneous data transfer
Enhanced performance with OM2 fiber technology.
Perfect for multimedia and data applications.
High-performance OM2 fiber for balanced quality.
Compact and easy to use for various applications.
Short 0.5m cable with robust SCAPC to LCUPC connection.
Perfect for tight spaces and quick setups.
Compact OM3 cable designed for short connections.
Supports high-speed communication over short distances.
Reliable connection for data-intensive applications.
Optimal shielding to minimize signal loss.
Superior bandwidth capability for demanding applications.
Flexible design for easy installation.
High-speed data transfer for optimal performance.
Durable construction for long-lasting use.
Exceptional bandwidth for high-speed internet
Made for long-distance connectivity
Flexible 5m design for versatile setups.
Great for connecting devices in one room.
Versatile 3m length for various applications.
Supports high-speed data transfer.
Versatile compatibility with multiple devices.
Robust design for enhanced durability.
High-performance OS2 fiber for superior data transmission.
Durable design to ensure long-lasting connectivity.
Single-mode fiber for long-range connections
Lightweight for easy handling
Compact size for tight spaces
High compatibility with various devices
High-performance fiber optic connectivity
Single-mode Simplex design for enhanced data transmission
Ideal for high-performance applications
Strong resistance to interference
High-performance OS2 fiber for superior data transmission.
Durable design to ensure long-lasting connectivity.
Optimal performance for data-heavy applications
Robust build for reliable usage
Singlemode
SC-APC/SC-APC
Efficient data transfer over long distances
Compatible with a wide range of equipment
High-performance OS2 fiber for superior data transmission.
Durable design to ensure long-lasting connectivity.
Multimode flexibility in SC-SC fiber connections.
Ideal for various networking applications.
Halogen-free LSZH
With UPC Connector
Ideal for high-speed fiber optic connections.
Designed for seamless data transfer.
Fiber Cable - Safe and fast data transfer
Here on the site you will find our large selection of fiber cables in various variants, types, and lengths.
Fiber cables are a type of network cable, with new technology that makes them incredibly efficient.
Fiber cables are cables that transmit data as light pulses through flexible fibers made of glass or plastic; they have gradually become a very popular choice for ethernet and antenna cables, thanks to their fast data transfers over longer distances.
Fiber cables typically consist of five elements, namely:
The Core
In the center of a fiber cable is a thin glass tube, referred to as the core, that transports light; this light is generated by a laser or by LED.
Singlemode cores typically measure around 8.3 or 9µm (micrometers), while multimode cores can be found in 50 and 62.5µm diameters.
The Cladding
A thin layer of glass surrounds and thus protects the fiber core.
At the same time, the light is reflected back into the core, resulting in light waves traveling up through the fiber.
The Primary Layer
The middle layer is made of a thicker plastic, also known as the primary buffer.
The reason it is also called the primary layer and buffer is due to the fact that it is designed to absorb shocks and impacts, prevent extreme bending and twisting, and at the same time reinforce the fiber core.
The Reinforcing Layer
From gel-filled pockets to Kevlar threads, the reinforcing layer is designed to protect the fiber core against severe pulls and strains, as well as against being crushed.
This is especially applicable during installation.
The Cable Jacket
The outer layer is called the cable jacket, and it provides the fiber cable with a final layer of protection and reinforcement.
The jacket is typically color-coded to help you better identify the type of fiber in the cable.
Yellow is typically used for single mode, orange for multimode, and similar.
3 Things to Consider When Looking at Fiber Cables
Fiber cables can be difficult to look at, as the market is so large.
You can find a large selection of different cable types, performance characteristics, and specific installation requirements.
However, there are certain factors you can base your decisions on, such as:
- Cable Jacket
All indoor fiber cables must comply with local safety regulations regarding fire.
If your cable is going to run through riser or plenum spaces, you should ensure that the cable jacket is approved by the fire department.
Apart from safety regulations and certifications, other cable jacket elements such as flexibility and strength under strain should also be considered.
- Connector
The fiber cable connections are typically dictated by the ports on your network equipment; if your 10G Ethernet switch has multi-fiber MTP ports, you will need to use cables with the required number of fibers.
When you, possibly based on these factors, have managed to narrow down your options, you should also consider both price and future-proofing.
There are, however, many things you need to know and consider before looking at fiber cables, and it can be quite challenging to navigate.
Below, you can find three points to start with, and then figure out exactly what you should look for when examining fiber cables.
#1 - How Fiber Cables Work
Light pulses down through the cable's core by reflecting itself against the sides of the cable; except for the light source, no form of operating power is required to send a signal.
Light will continue to travel for many miles before it needs to be regenerated; however, it is important to know that the size of the core is crucial when it comes to assessing how far a signal will travel.
Generally, smaller cores often allow the light to travel further before it needs to be regenerated.
Single Mode Fiber (SMF) has a smaller core, which keeps the light narrow and allows it to travel up to 100 km.
Multimode Fiber (MMF) has a larger core, which carries more data but is also more prone to signal issues over longer distances.
Therefore, MMF is often better suited for private homes where you have better possibilities for short-distance networking and associated cables.
The actual range of the signal is heavily dependent on the type of cable, wavelength, and the network itself.
Typical range is around 300 meters for a multimode cable, and up to 40 kilometers for singlemode cable.
If you need more range, repeaters will often be a sensible investment, so you can strengthen and increase your signal's strength and range.
#2 - The Different Types of Fiber Cables
First and foremost, fiber cables typically come in two different “modes,” namely multimode and singlemode; mode refers to whether it is one or multiple light beams being transmitted through the cable.
Multimode fiber cables (MMF) most often come in two different core sizes:
50µm and 62.5µm.
The relatively wide core can carry multiple different types of data simultaneously, as it uses something called VCSEL (Vertical Cavity Surface Emitting Laser), or LED, as its light source.
Multimode fiber cables are generally used to carry a high amount of data over shorter distances, due to the high attenuation and dispersion rate.
Multimode fiber cables are categorized as either 50/125 or 62.5/125, referring to the diameter of the core and cladding.
Singlemode fiber cables typically have a significantly smaller core, usually around 8.3µm or 9µm, and typically a single light beam can travel further.
Singlemode fiber cables use a laser diode to operate in the 1310 and 1550 nanometer ranges.
This type of cable is typically used for longer spans, such as cable TV, campus data networks, and telecommunications networks.
Simplex vs Duplex
In addition to Multimode and Singlemode, there are also Simplex and Duplex.
A Simplex cable uses a single strand of fiber with a transmitter (TX) on one side and a receiver (RX) on the other side.
The cable does not go both ways, hence only sends in one direction.
This type of cable is mainly used in monitoring tasks, where a sensor sends data back to the central system in real-time.
Full-Duplex cables have two fibers that both send and receive data simultaneously, and function more or less like two Simplex cables that work synchronously to handle two-way data transmission.
The two twin connectors at both ends can send and receive simultaneously, whereas Half-Duplex cables can facilitate two-way communication, but not simultaneously.
Duplex cables are mainly used to connect network devices in a high-speed network, such as storage devices, servers, and similar.
#3 - Network Speed and Distance
Multimode fiber cables are typically what is used by larger businesses and data centers, as it is often the cheaper option and you also get more data sent at once.
Thanks to the continuous innovation in technology, the price difference is often insignificant, and thus there is typically more focus on the actual range of the signal and the speed of the network, and what you personally will need.
To move a large amount of data over a short distance, you will often get more out of MMF cables, whereas if longer distances and speed are necessary, SMF cables will often be the better alternative.
