The rollout of FTTH, FTTB and FTTx infrastructures is shifting the network termination point increasingly into the home. This is precisely where the fibre-optic termination point comes into play. The Gf-TA 42 system from D.Center meets all the requirements of Network Layer 4, forming the defined termination point of the fibre-optic cable at the end customer’s premises.
This handover point is crucial from a technical perspective. It connects the passive fibre-optic infrastructure with the active network technology within the building. Both pre-terminated and splice-ready variants are available.
Compact design and flexible installation
For installation in flats and buildings, mechanical integration is paramount. This system can be surface-mounted, flush-mounted or mounted on standard cavity boxes.
Measuring approximately 80 × 80 × 25 mm, the compact design enables space-saving integration. Multi-sided cable entry points and integrated excess cable management facilitate structured cable routing. A labelling panel facilitates clear identification of connections. These features make the system suitable for structured building cabling and standardised installation processes.
Single-mode technology ensures stable transmission
Single-mode fibre-optic technology forms the core of the technical design. Typical versions use LC/APC connectors and fibre types in accordance with ITU-T G.657.A2.
The integrated couplers have an insertion loss of less than 0.2 dB and are designed for up to 500 mating cycles. Additional protective mechanisms, such as internal laser shutters and dust protection, enhance operational reliability. Up to four fibres can be routed per termination point.
Standardised termination for modern networks
As fibre-optic networks continue to expand, the termination point is becoming an increasingly important component of the network infrastructure. Systems such as the Gf-TA 42 from D.Center offer clear, standard-compliant termination of the infrastructure within buildings. Their compact design, flexible installation and precise optical interface enable consistent implementation of FTTH and FTTB projects.
Images: Adobe Stock, D.Center
