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As stated in the documentation: Every object must be uniquely identified, located, and linked to the correct information.

There are many types of digital labels. That’s why LineTrack isn’t just a single marker for us, but a family of products designed for various mounting and application scenarios:

LineTrack S can be glued, screwed in, or secured through the top opening—for example, on municipal assets, enclosures, or machines.

LineTrack P adds a visible label or a QR code to a patch panel.

LineTrack U can be attached using cable ties.

LineTrack L and XL are mounted on pipes, microduct assemblies, or other suitable components.

The solution involves more than just hardware. Anyone can download the NexGenPro app and access the object via NFC. Photos, comments, forms, checklists, and documents are directly assigned to it.

Maintenance and service calls can also be documented directly on the LineTrack and uniquely assigned to the respective object. Through the backend, administrators can centrally plan, control, manage, and track these processes at any time.

LineTracks are managed in the cloud backend or, upon request, via a custom backend integrated into the company’s environment.

This creates a seamless system for documentation, maintenance, and service—from municipal tree registries to buildings and technical facilities to telecommunications infrastructure.

Where would such property-specific documentation be most valuable to you: for municipal properties, in buildings, in industry, or in network operations?

However, this doesn’t make the equipment room any more organized.

Devices, power supplies, patch cords, fiber-optic cables, and excess cable length all need a designated spot—without covering any ports or function buttons and without unnecessarily complicating future maintenance.

BAS has therefore developed two mounts for different installation scenarios:

The 19-inch rack insert accommodates most AVM FRITZ!Box models in a single height unit. The device is secured using the base plate and a clamp or Velcro strap. Connection cables can be routed through the front on the right or left and remain in place thanks to the cable management guide, even when the rack insert is pulled out.

The wall mount provides a compact alternative outside the rack. Openings on the back facilitate heat dissipation. At the same time, it creates space to neatly store excess cable length and other accessories behind the FRITZ!Box.

Both options keep the function buttons accessible and transform a makeshift storage area into a designated installation space.

What most often causes unnecessary hassle in your equipment rooms: lack of space, loose excess cables, or poor access during service?

Eight ONTs, their corresponding power supplies, and multiple cable runs: In a building distribution frame, what starts as a neat installation can quickly turn into a maze.

It becomes clear—at the latest when expanding the system or performing maintenance—whether active network equipment has merely been crammed in or truly organized. Power, fiber-optic, and copper cables must be clearly routed—and every device must remain accessible without unnecessarily interfering with existing connections.

That’s exactly what the ONT Distribution Box (ODB-8) is designed for:

• Space for up to eight ONTs or routers
• Integrated power strip and mounting for power supplies
• Separate cable routes for power and data cables
• Quick access for replacement, expansion, and maintenance

The compact plastic enclosure is suitable for applications including FTTH/FTTB networks, apartment buildings, building distribution panels, and technical and utility rooms. Depending on the model, it is available in IP40 or IP54 ratings and can be daisy-chained with additional enclosures.

Which task currently takes your installation team the most time in the building distribution panel: assigning power supplies, tracing cables, or replacing devices?

The crucial path to that goal begins out in the network.

Along the distribution network, the HomeRunPlus® fiber-optic splice closure protects sensitive connections and fiber reserves from moisture, dirt, and mechanical stress.

At the building, the FLINC APL creates a clear handoff point: This is where the network operator’s infrastructure ends and the building’s internal cabling begins.

Inside the apartment or unit, the FLINC GF-TA finally makes the connection accessible—for the end device or further internal cabling.

The splice closure, APL, and GF-TA are therefore not three variations of the same box. They are three successive stations along the path to the connection.

A stable connection begins long before the router.

After all, between the warehouse and the eventual installation site lies a crucial part of every infrastructure project: rollout logistics.

It ensures that a fully prepared system is loaded at the agreed-upon time, reaches its destination safely, and is placed exactly where it’s supposed to be.

Our photos illustrate this process using a concrete example: A PoP leaves the BAS warehouse, embarks on its journey, and is installed on site with the help of a crane.

At BAS, products and system solutions are not only manufactured and stored across more than 75,000 m² of production and warehouse space. Preparation, transport, and delivery must also align with the workflow of each project—whether for PoPs, MFGs, or TerraSecurePlus® network distributors.

Effective rollout logistics usually remain behind the scenes. In these photos, they become visible—from the warehouse to their permanent location on-site.

At InnoTrans 2026, we’ll demonstrate how we translate these exact requirements into concrete cabinet and system solutions. Among other things, the focus will be on our transformer cabinet and RC2-certified TerraSecurePlus cabinets for secure technical enclosures in the rail and infrastructure sectors.

At our corner booth, the focus will be on specific applications, technical requirements, and direct dialogue.

Join us in Berlin from September 22 to 25, 2026:

Hall 11.1, Booth 245