Fiber Optic Solutions for Airports

Three reasons. First, EMI immunity: ground power units, frequency converters, radar and high-power lighting surround every cable route on the apron, and copper picks that interference up while fiber simply ignores it. Second, galvanic isolation: fiber carries no electrical potential, so links between separately grounded buildings — terminal, hangars, remote structures — create no ground loops. Third, distance: an airport is a campus, and fiber spans it passively, with no active equipment in the field between the core and the outstation. Copper needs shielding, isolation measures and intermediate electronics to approximate any of this; fiber delivers all three by physics.

On the passive layer, redundancy means topology: ring structures, dual-homing of critical outstations and physically separated A/B cable routes, so no single dig or cabinet fire can take both paths down. The modular system supports all three — splice modules and subracks can be organized per route, and pull-out boxes keep each path independently serviceable. Which protection scheme switches the traffic is a decision for your active network design; our contribution is a passive layer that supports the redundant routing instead of restricting it. Our team reviews the planned routes with you as part of the project consulting.

Yes — through parallel operation and a phased cut-over. The new passive layer is built alongside the existing plant and traffic moves over gate by gate, carousel by carousel, always with a tested way back. Because the 7HP architecture is modular, VarioConnect frames grow module by module while in service, and the pull-out design of the splice boxes lets technicians work on one link without disturbing the neighboring connections in the same box. Phased terminal expansion is exactly the scenario the modular system was designed for: you extend, you don’t replace.

We are deliberately precise here: F4P splice boxes, ODF systems and DIN-rail boxes are designed for protected, dry indoor environments — control cabinets, technical rooms and equipment rooms. That covers the technical rooms of terminals, piers and baggage areas as well as protected cabinets inside buildings and shelters, but not unprotected outdoor mounting exposed to weather. If your project includes exposed installation locations on the apron, talk to our team first — honest boundaries up front are cheaper than field failures later.

The 7HP splice modules take up to 24 fibers each and are available with LC, SC or E-2000 fronts, so the connector standard can follow the link: LC or SC where existing equipment dictates it, DIAMOND E-2000 with typically ≤ 0.1 dB insertion loss where high-value links deserve the extra margin — including a spring-loaded laser-protection shutter for safer service work. For pricing: project prices and volume discounts on request. Configure your system in the online tools, attach the parts list to your enquiry via the contact form, and our team comes back to you personally.