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24-Port Fiber Distribution Box – Compact Wall-Mount Enclosure for FTTH, FTTB & Telecom Networks
FTTH/FTTB, telecom & distribution systems.
24 fiber ports for small/medium projects.
Combines splicing, distribution, storage & protection.
SC/LC adapters optional.
Connects feeder, distribution & drop cables.
PLC splitter compatible.
Splice trays protect splices and bend radius.
Clear routing for easy install/maintenance.
Wall/pole mount, indoor/outdoor.
Organized cable entry, fixing, splicing, adapter areas.
Durable, dust/moisture/impact resistant.
For residential, small office, ISP access.
What is a 24-Port Fiber Distribution Box?
A 24-Port Fiber Distribution Box is a fiber optic enclosure used to splice, manage, protect and distribute optical fibers in FTTH and telecom access networks. It provides up to 24 fiber output ports for connecting feeder cables, distribution cables and drop cables, making it suitable for small and medium-density fiber access points.
24-Port Fiber Distribution Box Specification parameters
- Specification parameters
- OPTICAL CHARACTERISTICS
| Name | Size | Weight (kg) | Packing Quantity (Qty) |
|---|---|---|---|
| Type H 24-core fiber separator | 345×220×110 | 2.1 | 10 |
Product Structure & Composition
Outer Enclosure: Protects internal fibers from dust, moisture, and damage; available in ABS, PC, SMC, or metal for indoor/outdoor use.
Cable Entry and Fixing Area: Safely routes feeder and drop cables; clamps secure cables and reduce tension on fibers.
Splice Tray: Stores and protects fusion splices, maintaining proper bend radius to minimize signal loss.
Adapter Panel: Provides up to 24 fiber ports; configurable with SC, LC, or other adapter types.
Fiber Routing and Storage Area: Guides and stores excess fiber neatly, preventing tangles and bending during installation or maintenance.
PLC Splitter Installation Area: Supports PLC splitters to split one feeder into multiple subscriber lines for FTTH applications.
Benefits of 24-Port Fiber Distribution Box
Compact 24‑Port Integration
Provides 24 fiber ports in a compact design, ideal for small/medium FTTH access. Integrates splicing, splitter mounting, adapter connection, and cable storage – simplifying network construction and management.
Flexible Adapter and Splitter Options
Configurable with SC or LC adapters; supports PLC splitter installation to match different PON deployment needs.
Easy Routing and Maintenance
Internal layout separates cable entry, splicing, adapter, and storage areas, making fiber paths clear and maintenance straightforward – especially when adding or troubleshooting subscriber lines.
Reliable Protection and Installation Flexibility
Durable enclosure protects against dust, moisture, and mechanical stress. Available for wall‑ or pole‑mounting, suitable for corridors, equipment rooms, building access points, and telecom distribution sites.
Engineering Applications 24-Port Fiber Distribution Box
Shipping & Packaging
Product Comparison：
24-Port Fiber Distribution Box vs 48-Port Fiber Distribution Box
| Feature / Dimension | 24-Port Fiber Distribution Box | 48-Port Fiber Distribution Box |
|---|---|---|
| Port Capacity | Supports up to 24 fiber distribution ports. | Supports up to 48 fiber distribution ports. |
| Best Application | Suitable for small and medium FTTH access points, residential buildings and small office networks. | Suitable for larger buildings, higher-density access points and operator distribution nodes. |
| Installation Space | More compact and easier to install in limited spaces. | Usually requires more installation space because of higher capacity and larger internal routing area. |
| Network Expansion | Provides moderate expansion capacity for small and medium projects. | Provides more reserved capacity for future subscriber growth. |
| Cable Management | Easier to manage when the number of subscriber lines is not very high. | Better for managing a larger number of drop cables and distribution fibers in one location. |
| Splitter Configuration | Suitable for smaller PLC splitter configurations depending on box design. | Can support larger splitter and distribution configurations depending on internal structure. |
| Cost Position | Lower initial cost and more economical for smaller access projects. | Higher initial cost but better for high-density fiber access requirements. |
| Maintenance | Simple and convenient maintenance because of lower port density. | Centralizes more fiber connections in one box, but requires more careful routing management. |
| Recommended Use | Choose when the project needs compact size, moderate capacity and cost efficiency. | Choose when the project needs higher port density and stronger future expansion capacity. |
24-Port Fiber Distribution Box Selection Guide
Choose the 24-Port Fiber Distribution Box for Small and Medium Access Points
If the project needs to serve a moderate number of users from one fiber access location, the 24-port fiber distribution box is a suitable choice. It provides enough capacity for many residential, small office and FTTB access scenarios without taking up too much installation space.
Choose 24 Ports When Installation Space Is Limited
For corridors, weak-current rooms, wall-mounted locations and smaller telecom access points, a 24-port enclosure is often easier to install and maintain. It provides a good balance between port capacity and compact structure.
Choose a 48-Port Box for Higher User Density
If the project needs to connect more subscribers from one access point, or if future expansion is a major concern, a 48-port fiber distribution box may be more suitable. It provides more reserved capacity but usually requires more space and a higher initial budget.
Confirm Adapter Type, Splitter Configuration and Installation Environment
Before selecting the product, confirm the required adapter type, such as SC, LC, SC/APC or SC/UPC. Also check whether PLC splitters need to be installed inside the box and whether the installation environment is indoor, outdoor, wall-mounted or pole-mounted.
Installation Instructions
1. Preparation and Mounting
Check the enclosure and accessories; choose a wall or pole location with enough space, then mount the box securely.
2. Cable Entry and Securing
Route feeder and drop cables into the box, fix them with clamps to relieve tension.
3. Splicing, Routing, and Port Connection
Perform fusion splicing, place splices in trays, route fibers with proper bend radius, and install adapters/splitters as needed; label ports clearly.
4. Testing and Closure
Test continuity and insertion loss, then close and lock the box – ensure proper sealing for outdoor use.
Download YRTFIBER Product Catalog
Factory Real Shot
Frequently Asked Questions & Quick Inquiry
24-Port Fiber Distribution Box FAQ
Q1: Where can this distribution box be installed?
It is suitable for both indoor and outdoor use, and can be installed via wall or pole mounting—with full IP65 protection.
Q2: What material is it made of and how durable is it?
Manufactured with UV-resistant ABS material, it withstands harsh outdoor environments and complies with salt spray standards.
Q3: How many fibers can it support for splicing?
Supports up to 24 fiber cores, with capacity to splice up to 48 cores when modular trays are configured.
Q4: Is it serviceable and easy to maintain?
Yes—the flip-up panel design simplifies access for maintenance, making operations fast and user-friendly.
Q5: Can it be used in FTTH and similar applications?
Absolutely—it’s ideal for FTTH, CATV, telecom, and various indoor/outdoor telecom network deployments.
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