Fibre Optic Splicing
Cost-effective solutions for maximised efficiency
A robust and reliable fibre optic network is the backbone of any telecommunications company.
Full Fibre Solutions offer precise fibre splicing services to lay the foundation for further growth. Whether you are looking to repair damaged cables to maintain uptime, expand a network into a new location or are planning a complex expansion, we have the proven experience and cutting-edge technology to futureproof your network.
What fibre optic splicing services do we offer?
Single and Multi-Mode Splicing
A critical process in establishing reliable and high-performance fibre optic networks, splicing involves the precise joining of fibre optic cables to ensure continuous and efficient signal transmission.
From single-mode cabling for higher bandwidth applications or multi-mode cabling for short-distance data transmission, Full Fibre Solutions are here to assist.
Ribbon Splicing
Ribbon splicing addresses the challenge of managing individual fibres, providing a high-density and overall more efficient solution for networks.
Full Fibre Solutions' ribbon splicing help you maximise network efficiency and handle the ever-growing demands of data transmission, laying the groundwork for future growth.
Frequently asked questions about our fibre optic splicing services
What are the main types of fibre optic splicing techniques that we use?
The two primary techniques are fusion splicing and mechanical splicing.
- Fusion splicing involves melting the ends of the cabling together using an electric arc.
- Mechanical splicing uses a mechanical fixture to align and hold the ends together
Fusion splicing results in a low-loss and high-strength joint while mechanical splicing results in a higher loss. However, mechanical splicing is the more cost-effective option and is often sufficient for lower-bandwidth applications where signal loss is less critical.
What are the typical insertion loss values for fusion splicing and mechanical splicing?
Fusion splicing typically results in an insertion loss of 0.02 to 0.05 dB per splice. Mechanical splicing usually has higher insertion loss, around 0.1 to 0.2 dB per splice.
Do you provide reports and documentation following fibre optic splicing?
Yes – This will help you to establish a clear history of the network's physical layer, aiding in efficient management and future planning.
Do environmental conditions affect splicing quality?
Yes – Maintaining a controlled environment during splicing is essential. Our experienced technicians account for:
Temperature
Extreme temperatures can impact the splicing process and the adhesive used, requiring a moderate temperature range to ensure proper curing and splice integrity.
Humidity
High humidity levels can introduce moisture into the splice area, potentially leading to signal loss and performance degradation.
Cleanliness – Dust and other contaminants can settle on the fibre ends during splicing, creating imperfections that affect light transmission. Our team takes steps to create a clean and dust-free environment, allowing for precise and reliable connections.
How do you minimise splice loss during the splicing process?
The Full Fibre Solutions team uses high-precision and regularly-calibrated equipment, in addition to taking the aforementioned precautions to control the splicing environment. They also make use of high-quality splice protection sleeves to help maintain the integrity of the splice.
How does splice protection work?
Splice protection involves the use of heat-shrink sleeves or other protective enclosures to safeguard the splice joint from environmental and mechanical damage, including standard heat-shrink sleeves, ribbon splice protectors for ribbon fibres and mechanical enclosures for added durability.
Take the first step towards a faster and more reliable network.
If you have any questions or wish to enquire into our services, please get in touch at:
Office
Unit 58
Flexspace
Bolton
BL3 2NZ