Alteoptic Prepare Fiber Distribution Samples for a Customer in Colombia

Summary

A telecom project in Latin America often starts with a simple question. Can the supplier deliver the right mix of fiber distribution products in one shipment? Many suppliers can make a terminal box. Some can make a rack-mounted ODF. But few can produce both, plus a fully loaded patch panel, and ship them together with consistent quality. If the products come from different factories, the adapter alignment, the pigtail lengths, and the labeling can all be slightly different. That creates problems during installation. The technician has to adjust, rework, or replace parts on site. We avoid this by manufacturing the full range in our own factory. This week, we are doing the final check on a set of samples for a customer in Colombia.

This shipment includes three product types: compact 12-port wall-mounted terminal boxes with FC or SC/UPC adapters, 19-inch sliding-tray rack-mounted ODF units with configurable adapter panels, and a fully loaded 24-port black patch panel with SC/APC adapters, color-coded pigtails, and fusion splice trays. We check every unit before packing and can customize port count, adapter type, and internal layout for each project.

Our customer in Colombia is a distributor who supports FTTH and telecom projects across the region. He asked for samples that cover different installation scenarios. Some sites need a small wall-mounted box for building distribution. Other sites need a rack-mounted ODF for the equipment room. And some projects need a preloaded patch panel that is ready for splicing and patching. Instead of sending three separate orders to three different suppliers, he asked us to prepare everything in one batch. We agreed. This is what the final check looks like.

What Makes Our 12-Port Wall-Mounted Terminal Boxes Suitable for Small Spaces?

The first product in the shipment is a set of compact 12-port wall-mounted terminal boxes. These boxes are designed for building distribution points where space is limited. A small equipment room, a communication cabinet, or a corridor wall may not have room for a large rack. The wall-mounted box solves that problem. It holds the adapters, the splices, and the excess fiber in one compact metal enclosure.

We manufacture these 12-port wall-mounted terminal boxes in two configurations. One version uses FC-type adapters with red dust caps. The other version uses twelve blue SC/UPC adapters. The metal housing provides mechanical protection, and the keyhole mounting points allow secure wall installation. Inside, there is space for fiber splicing, routing, and storage.

Two Adapter Configurations for Different Network Designs

The customer asked for two versions of the same box. This is common in Latin America, where different projects may specify different connector types. Some networks use FC connectors for their ruggedness and screw coupling. Other networks use SC connectors for their push-pull design and lower cost. We built both versions in the same batch. The table below shows the configuration details.

The metal housing is the same for both versions. Only the adapter panel and the internal mounting brackets change. This keeps the production efficient and the quality consistent.

Internal Layout and Fiber Management

Inside the box, we provide space for splicing, routing, and storage. The incoming cable is secured with a clamp. The strength members are anchored. The fibers are routed to the splice tray with a controlled bending radius. After splicing, the excess fiber is stored in a loop. The table below shows the main internal features.

These boxes are suitable for building distribution points, small equipment rooms, communication cabinets, and other locations where space is limited. The keyhole mounting points on the back allow the installer to hang the box on two screws. This makes single-person installation easier.

How Does the Sliding-Tray Rack-Mounted ODF Improve Maintenance Work?

The second product in the shipment is the 19-inch rack-mounted optical distribution frame. This unit is designed for equipment rooms and telecom cabinets. It mounts in a standard 19-inch rack. The key feature is the sliding-tray design. Technicians can pull the tray forward to access the internal components without removing the entire unit from the rack.

Our 19-inch rack-mounted ODF uses a sliding-tray design for easy access during maintenance. The front panel provides numbered adapter positions for clear port identification. The panel can be configured with SC, FC, ST, or LC adapters. Inside, the enclosure includes cable-fixing clamps, a grounding point, fiber-routing guides, and fusion splice trays.

Why the Sliding Tray Matters for Field Technicians

In a live network, maintenance work is often done under time pressure. The technician needs to add a splice, replace a pigtail, or trace a fault. If the ODF is fixed inside the rack, the technician has to work in a tight space with limited visibility. The sliding tray changes that. The technician pulls the tray out, does the work, and slides it back. This reduces the risk of accidental fiber damage and speeds up the task. The table below shows the main components of the ODF.

Configurable Adapter Panels for Different Projects

The front panel can be configured with different adapter types. The customer in Colombia has projects that use SC and FC connectors. Some future projects may use LC for high-density patching. We can supply the ODF with a panel that matches the current project and provide spare panels for future upgrades. The table below shows the common adapter options.

The numbered adapter positions on the front panel help the technician identify each port quickly. This reduces the chance of connecting the wrong fiber during patching or maintenance.

What Is Included in Our Fully Loaded 24-Port SC/APC Patch Panel?

The third product is a fully loaded 24-port black rack-mounted fiber optic patch panel. This unit is ready for splicing and patching. It comes with adapters, pigtails, and splice trays already installed. The technician only needs to connect the incoming cable and splice the fibers.

We configure this 24-port patch panel with two 12-port adapter sections, twenty-four green SC/APC adapters, matching color-coded SC/APC single-mode pigtails, and two fusion splice trays. The color-coded pigtails make fiber identification easier during splicing and future maintenance. SC/APC connectors provide low back reflection, which is suitable for PON and FTTH access networks.

Why SC/APC Connectors Are Used in This Configuration

SC/APC connectors have an angled end face. The eight-degree angle directs reflected light away from the fiber core. This reduces back reflection. In PON and FTTH networks, low back reflection is important because the signal travels over long distances and passes through splitters. Too much reflection can degrade the signal quality. The table below compares the return loss of common connector types.

For this customer, SC/APC was the right choice for their FTTH and PON projects. The green color of the adapters and pigtails is the industry standard for APC connectors. This helps technicians identify the connector type at a glance.

Color-Coded Pigtails and Preloaded Assembly

The patch panel comes with 24 SC/APC pigtails already installed. Each pigtail is color-coded according to the standard fiber color sequence. This makes it easy to match the pigtail to the correct adapter port. The pigtails are routed to the splice trays. The technician only needs to splice the incoming cable fibers to the pigtail ends. The table below shows the standard 12-fiber color code we use.

For a 24-port panel, we use two sets of this color code. The first 12 pigtails follow the standard sequence. The second 12 pigtails repeat the sequence with a different binder or marking. This keeps the identification clear even in a high-density panel.

What Final Checks Do We Perform Before Packing These Samples?

Before any product goes into the shipping box, we do a final check. This is not a quick glance. We check each unit against the order requirements. The goal is to catch any problem before the product leaves our factory. A sample that arrives with a missing accessory or a misaligned adapter wastes the customer's time and delays the project evaluation.

We check the metal housing, sliding mechanism, rack-mounting brackets, adapter alignment, internal accessories, and pigtail arrangement. Preloaded panels also receive end-face inspection and insertion-loss testing before delivery. Only units that pass all checks are packed for shipment.

Final Inspection Checklist for This Batch

The table below shows the inspection items we use for this Colombia shipment.

For the 24-port patch panel, we also test insertion loss on every port. The customer wants to know that the preloaded pigtails and adapters work together without high loss. We record the test data and include it with the shipment. This gives the customer a clear record of the product performance before they install it.

Packing for International Shipping

After the final check, each unit is cleaned and packed. The wall-mounted boxes are wrapped in foam and placed in individual cartons. The rack-mounted ODF and patch panel are packed with corner protectors and secured inside sturdy boxes. We label each carton with the product model, quantity, and batch number. The shipment is then prepared for the journey to Colombia.

How Can We Customize Fiber Distribution Products for Different Projects?

Every project has its own requirements. A wall-mounted box for a building in Bogota may need different adapters than a rack-mounted ODF for a data center in Medellin. We do not force customers to choose from a fixed catalog. We build the product to match the project.

We can customize port capacity, adapter type, pigtails, splice trays, housing color, logo, labeling, and packaging according to each project. This applies to terminal boxes, rack-mounted ODF units, patch panels, and other fiber distribution products.

Customization Options We Offer

The table below shows the main customization options for the products in this shipment.

Supporting FTTH and Telecom Projects in Latin America

The customer in Colombia supports FTTH and telecom projects across Latin America. He needs a supplier who can deliver consistent quality across different product types. He also needs a supplier who understands the regional market. We have experience with projects in North America, Europe, the Middle East, and Latin America. We know that different regions have different preferences for connector types, cable colors, and labeling languages. We can adapt our products to match those preferences.

Conclusion

This sample shipment for Colombia includes three types of fiber distribution products. The 12-port wall-mounted terminal boxes handle building distribution in small spaces. The 19-inch sliding-tray ODF units provide accessible fiber management in equipment rooms. The fully loaded 24-port SC/APC patch panel is ready for splicing and patching in PON and FTTH networks. We checked every unit before packing. We tested the preloaded panels for insertion loss and inspected the end faces. We packed the products for safe international shipping. If your project needs fiber distribution products with custom configurations and consistent quality, Alteoptic can support you from sample evaluation to batch production. Contact us to discuss your next project in Colombia or anywhere in Latin America.