WHAT IS FTTH?
BENEFITS OF USING FTTH
WHAT IS FIBRE OPTICAL?
Fibre optic cables are challenging to be super flexible and work well. They’re great for sending information using tiny strands of glass or plastic. These cables are top-notch, strong, and perfect for long-distance data connections. They’re convenient for things like TV, internet, and phones that need lots of data and super-fast speeds.
WHAT IS ROLE OF FIBRE OPTICAL IN FTTH?
Fibre optics are the backbone of FTTH networks, offering high-speed data transmission, low latency, and increased bandwidth capacity. Their resistance to signal interference ensures reliable and consistent connectivity, while their future-proof nature supports evolving technologies, making fibre optics a critical component for delivering fast and dependable internet services directly to homes.
TYPE OF FIBRE OPTICS
We provide armoured and unarmoured fibre optics, including single and multimode fibre. This versatility allows customers to choose the type of fibre optic cable that best suits their needs and environmental conditions.
ARMOURED FIBRE OPTIC CABLES
- These cables have an additional layer of protection made of metal or a durable polymer, providing extra strength and protection against physical damage, such as crushing or rodent bites.
- Armored fibre optic cables are suitable for installations in environments exposed to harsh conditions or subject to risk of mechanical damage.
UNARMOURED FIBRE OPTIC CABLES
- Unarmoured fibre optic cables are more flexible and lighter with no additional protective layers.
- Unarmoured cables are commonly used in installations subject to minimal risk of physical damage.
SINGLE MODE FIBRE ( SMF )
- Single-mode fibres have a smaller core diameter, allowing for a single light path, designed for long-distance communication and used in telecommunications and data center applications.
MULTIMODE FIBRE (MMF):
- Multimode fibres have a larger core diameter, enabling multiple light paths, suitable for shorter-distance transmissions, and are used in local area networks (LANs) and shorter-reach data center connections.