Our outdoor waterproof fiber distribution boxes are rated IP65, which means they are fully protected against dust ingress and can withstand low-pressure water jets from any direction. This makes them ideal for deployment in harsh outdoor environments, such as pole-mounted installations in FTTH netwo

For data centers, we recommend high-density MPO/MTP fiber distribution boxes or rack-mounted ODF units. These products are designed to maximize port density within limited cabinet space, support 40G/100G/400G high-speed transmission, and simplify cable management, which is crucial for the efficient

Yes, we offer full customization for all our fiber distribution boxes. This includes customizing the number of ports, splitter ratios for FTTH applications, port types (LC/SC/MPO), and even the color and branding on the enclosure to meet your specific project requirements.

Our products use a variety of high-quality materials. For indoor and mini termination boxes, we use lightweight and durable PC/ABS engineering plastics. For outdoor and high-density applications, we use stainless steel or GFRP composites to ensure structural integrity, corrosion resistance, and comp

The standard lead time for bulk orders is 4–6 weeks, depending on the product type and customization requirements. For standard products like indoor wall-mounted boxes or rack-mounted ODFs, we maintain stock to support faster delivery, often within 2 weeks.

Absolutely. We provide OEM/ODM services and can print your brand logo, part numbers, and other custom markings on the enclosures using silk-screen printing or laser engraving to meet your branding needs.

FTTH fiber splitter distribution boxes are specifically designed to integrate PLC splitters directly into the enclosure. This allows for efficient signal distribution from a single feeder fiber to multiple drop fibers, making them the core component for fiber-to-the-home networks, whereas standard d

Our products, especially the high-density MPO/MTP and rack-mounted ODF solutions, are engineered to support the high-speed, low-latency requirements of 5G fronthaul and midhaul networks. They provide the reliable, high-density fiber connectivity needed to connect 5G base stations and data centers, e