FTTx Distribution Box Product Overview
This FTTx distribution box is positioned at a managed access-network node where an incoming feeder or distribution cable must be fixed, organized and routed toward downstream drop connections. The enclosure protects the internal fiber-management area and provides a service point for FTTH, FTTB and other FTTx layouts.
The published 32-core capacity describes the number of fibers the enclosure is intended to manage; it does not establish 32 adapter ports, 32 splices or a 1×32 splitter configuration. Those quantities remain separate order controls and should appear on the approved port map and internal BOM.
32-Core ABS Outdoor Enclosure
- Product name: FTTx distribution box
- Application: FTTx access networks
- Fiber capacity: 32 cores
- Ingress protection: IP65 listed
- Material and color: black ABS
- Operating temperature: −25°C to +60°C
- Installation: wall-mounted or pole-mounted
Enclosure Product View
Original source-page image retained without changing the enclosure, openings or internal structure.
Housing and Mounting Detail
Use the product drawing-not the image alone-to approve brackets, fasteners and installation clearances.
Project Configuration View
Confirm the port map, cable entries, internal tray and loaded components against the ordered unit.
32-Core FTTx Distribution Box: Six Engineering and Procurement Advantages
32-Core Fiber Management Capacity
The product summary identifies a 32-core capacity for feeder-to-drop organization at an FTTx access point. This provides a defined fiber-management ceiling for route planning while keeping capacity separate from adapter ports and splice positions. The approved drawing must state how the 32 fibers are allocated.
IP65 Listed for Exposed Access Nodes
IP65 is the protection grade published for this enclosure, giving outdoor planners a stated dust and water-jet boundary instead of relying on an indoor box. The rating does not imply immersion protection; cable glands, unused-port plugs and the closed enclosure must match the tested configuration.
Black ABS Enclosure
The base product is listed with an ABS housing in black, defining the material and color for sample comparison and repeat-order inspection. No flame rating, IK rating or exact UV test is published, so projects requiring those properties should add documentary evidence to the RFQ rather than treating them as default.
Wall- and Pole-Mounted Deployment
Two installation methods are confirmed: wall mounting and pole mounting. One enclosure platform can therefore be reviewed for façade, compound-wall and utility-pole nodes, reducing the need to source unrelated housings. Bracket type, strap material, fastener size and installation clearance remain drawing-controlled accessories.
Bend and Strain Management Features
The source page describes internal bend-radius limiters and strain-relief mechanisms intended to protect fibers during routing and service. This is more useful than an empty shell with no routing control, but no numeric bend radius or cable-retention force is published. Review the internal tray drawing before approving cable types.
Drawing-Controlled Loaded or Unloaded Supply
The enclosure can be quoted around a project BOM, but the source page does not define a standard adapter, pigtail or PLC splitter package. Buyers can avoid mixed configurations by approving one drawing that identifies unloaded or loaded supply, adapter interface, splice allocation, splitter ratio, labels and packing.
FTTx Distribution Box Product Family and Configuration Options
The original page publishes one descriptive model name rather than an MTC, MTS, MTT or other alphanumeric series. No branch-terminal, PLC-splitter-terminal or TAP-terminal variants are identified, so these families are not presented as standard options.
| Configuration Item | Published Base Product | Project Control Before Order |
|---|---|---|
| Product model / name | FTTx distribution box; no alphanumeric code published | Assign the supplier model and revision on the approved drawing |
| Fiber capacity | 32 cores | Define feeder, pass-through, splice, splitter and spare-fiber allocation |
| Adapter / connector field | Not defined as a standard configuration | Specify interface, polish, adapter quantity and port numbering |
| Splice arrangement | Fiber-management function described; capacity not published | Specify tray count, splice sleeves, storage and maximum splice quantity |
| PLC splitter | No standard splitter ratio or package published | Specify no splitter or the exact ratio, package, connectorization and loss limits |
| Cable entry and output | Quantities and diameters not published | Provide feeder and drop cable profiles, diameters, gland type and spare-port plugs |
| Mounting accessories | Wall and pole mounting listed | Specify bracket, straps, anchors, fasteners and material requirements |
| Identification and packing | No standard label or packaging data published | Approve logo, port labels, carton mark, accessory bag and packing list |
32-Core FTTx Distribution Box Technical Specifications
The table below includes only the product-specific values that can be retained from the original page's primary product summary. Final dimensions, port map, cable compatibility and loaded BOM must be controlled by an approved drawing and sample.
General Technical Specifications
| Parameter | Published Specification | Engineering / Procurement Boundary |
|---|---|---|
| Product name | FTTx distribution box | No verified alphanumeric product code is published |
| Product category | Fiber optic distribution box | FTTH / FTTx access-network enclosure |
| Application | FTTx | Final network position depends on the internal BOM and port map |
| Fiber capacity | 32 cores | Fiber capacity is not the same as adapter port or splice capacity |
| Enclosure material | ABS | No resin grade, flame rating or impact rating is published |
| Color | Black | Use the approved sample as the color reference |
| Ingress protection | IP65 listed | No immersion claim; sealing depends on the complete configured enclosure |
| Operating temperature | −25°C to +60°C | Installation and storage temperature ranges are not published |
| Mounting method | Wall-mounted or pole-mounted | Mounting hardware and material are not published |
Model and Capacity Table
| Published Model Name | Fiber Capacity | Port Count | Dimensions | Internal Layers / Trays | Optical Loss |
|---|---|---|---|---|---|
| FTTx distribution box | 32 cores | Not published | Not retained due to conflicting source data | Not published | Not retained due to conflicting source data |
FTTx Distribution Box Applications and Network Solutions
32-Core FTTx Distribution Box for FTTH Feeder-to-Drop Nodes
Choosing a box only by subscriber count can confuse fiber capacity with adapter outputs and leave no controlled space for splices or reserves. This enclosure provides a published 32-core management capacity at a wall- or pole-mounted FTTH distribution point between feeder or distribution cable and downstream drop cables. It can be configured around the project's termination method, but no default adapters or PLC splitter are published. Before purchase, confirm the feeder cable, drop-cable quantity, splice allocation, adapter interface, splitter requirement, cable-entry diameters and spare-fiber policy.
GPON or XGS-PON Distribution with a Project-Specified PLC Splitter
Ordering a "32-core box" does not automatically provide a 1×32 splitter or 32 connectorized subscriber ports, which can create a mismatch between the optical design and enclosure BOM. For a GPON or XGS-PON secondary split point, the box can be evaluated as the protected housing while the exact PLC package, ratio, input/output connectorization and fiber routing are specified separately. Install it at the planned FDB, FAT or building access node. Confirm the loss budget, splitter dimensions, adapter polish, pigtail lengths, port numbering and whether supply is loaded or unloaded.
IP65 Pole-Mounted FTTx Distribution Box for Aerial Routes
An indoor enclosure mounted on an exposed pole can leave the cable-entry and closure system outside its intended environmental boundary. This model is listed with IP65 protection, a black ABS housing and pole mounting for above-ground FTTx nodes. It can organize the transition between an aerial distribution cable and supported subscriber drops where immersion is not expected. Procurement should confirm pole diameter, stainless-steel straps or bracket hardware, gland sizes, unused-port plugs, cable retention, UV documentation, wind-loading requirements and the exact orientation of cable entries before field release.
Wall-Mounted Fiber Distribution for MDU and Building Access
Using several small terminal boxes in a building can fragment splice records and consume wall space, while an oversized cabinet can add unnecessary hardware. A 32-core FTTx distribution box creates one managed wall-mounted point for an MDU, equipment room or protected external wall, with internal routing assigned by the approved port map. It may connect a riser or distribution cable to floor or subscriber drops through splices, adapters or a separately specified splitter. Buyers should confirm wall material, enclosure dimensions, door clearance, fire requirements, adapter count, cable entry direction and future spare capacity.
Selection, Installation and Project Procurement Guidance
Separate Capacity, Ports and Splices
Start with the published 32-core fiber capacity, then create separate fields for active adapter ports, fusion splices, splitter outputs and stored spare fibers. Do not use one number for all four functions.
Approve the Internal BOM
Specify whether the box is unloaded, splice-only, adapter-loaded or splitter-loaded. List trays, adapters, pigtails, splice sleeves, PLC splitter, cable clamps, glands and port plugs as individual BOM items.
Match the Mounting Site
Choose wall or pole mounting and provide the site's substrate or pole diameter. Confirm bracket dimensions, strap or anchor materials, cable-entry orientation, working clearance and technician access before approving the drawing.
Keep IP65 Within Its Boundary
Apply IP65 to the complete closed configuration with compatible glands and sealed unused ports. For handholes, flood-prone locations or continuous immersion risk, select an enclosure with a separately verified higher ingress rating.
Ordering Configuration Checklist
| RFQ Field | Information to Provide | Why It Must Be Confirmed |
|---|---|---|
| Product identity | Supplier model, drawing number and revision | The source page publishes only a descriptive model name |
| Quantity and stage | Sample, pilot, first batch or repeat order | Controls drawing, sample and packing approval |
| Fiber allocation | Feeder, pass-through, spliced, connected and spare fibers | Prevents 32-core capacity from being treated as 32 active ports |
| Adapter field | Connector type, polish, simplex/duplex format, quantity and numbering | Controls mating compatibility and port map |
| PLC splitter | None or exact ratio, package, wavelength, pigtails and acceptance limits | No standard splitter configuration is published |
| Cable compatibility | Feeder and drop cable construction, profile, diameter and strength member | Controls glands, clamps, sealing and strain relief |
| Fiber management | Tray quantity, splice count, sleeve size and storage requirement | Controls internal fit and bend management |
| Environment | Exposure, required IP evidence and −25°C to +60°C suitability | Keeps the published operating range and IP65 claim within project conditions |
| Mounting | Wall substrate or pole diameter, bracket and fastener material | Hardware is not published on the source page |
| Identification | Logo, port labels, warning label, serial number and carton mark | Supports site mapping and batch traceability |
| Documents | Datasheet, dimensioned drawing, BOM, port map and required test records | Creates measurable acceptance criteria before production |
| Packaging | Accessory bag, individual protection, carton quantity and packing list | Prevents missing mounting or internal components at site |
OEM FTTx Distribution Box and Project Configuration
Glory Optical's current OEM/ODM page lists fiber boxes among its configurable product families and supports drawing-based product definition. For this 32-core FTTx distribution box, customization should be handled as controlled engineering fields rather than a general "custom" claim.
Housing and Mounting Review
Confirm the ABS housing, black color, overall dimensions, gasket, hinges, locking method, wall bracket, pole hardware, gland positions and spare-port plugs. Any change affecting IP65 performance should be reviewed and documented for the ordered configuration.
Loaded Component Definition
Define trays, adapters, pigtails, splice sleeves and any PLC splitter as separate BOM lines. Connector insertion loss, return loss and splitter loss are not enclosure values and should be specified only for the components actually installed.
Sample, Labels and Packaging
Approve the sample against the drawing, port map and BOM before batch release. Label content, port numbering, logo, accessory bags, carton marks and packing lists can then be controlled under the same revision for repeat project supply.
Why Glory Optical for FTTx Distribution Box Projects
Glory Optical Communication is a Ningbo-based manufacturer of passive fiber optic infrastructure for FTTH, FTTx, ODN and related projects. Its current company page states that the business was founded in 2008 and operates a 20,000 m² facility covering R&D, molding, assembly and testing, with OEM/ODM project support.
Mold and Enclosure Development
The company page describes tooling and mold development for enclosure geometry, gasket position, port cutouts and structural details. For this box, a drawing can control the housing revision, cable entries, sealing parts and mounting interfaces before sample production.
Fiber Box and Internal BOM Assembly
Glory states that fiber boxes, loaded FDB assemblies, splice trays, adapters, pigtails and cable-management parts are assembled according to a confirmed drawing and port map. This supports unloaded, splice-only or project-loaded supply without treating them as the same configuration.
Optical Testing for Loaded Components
The company page states that connectorized products and cable assemblies can be checked for insertion loss, return loss and end-face condition where applicable. For a loaded distribution box, the RFQ should define the test boundary, wavelength, limits and report format.
From sample verification to project configuration
Confirm the physical interface and cable code before bulk production, then lock the approved configuration into drawings and order codes.
3-Year Service Policy
Defined return, replacement and repair support is available according to the applicable warranty terms and confirmed order documentation.
OEM/ODM Configuration
Port count, cable length, splitter structure, mounting accessories, labeling and packaging can be configured for the project.
Sample & Drawing Approval
Sample evaluation and approved drawings help confirm interface fit, sealing and cable compatibility before volume deployment
Our Quality Promise
Comprehensive 3-Year Warranty
We confidently back all our products with a 3-year warranty. Our specific service policy is: within one year for quality issues, we take full responsibility for returns; within two years, for replacements; and within three years, for repairs.
Clear & Competitive MOQ
We welcome both trial and bulk orders. Our standard Minimum Order Quantity (MOQ) is 50 units. We also offer free samples for testing to help you evaluate our quality with confidence.
Fast & Reliable Logistics
We guarantee delivery within 10 days for standard items. Our logistics advantage includes cost-effective door-to-door service to simplify shipping for you.
Our Foundation
Backed by 18 years of experience since 2008, we control quality from our own factory, accept OEM/ODM requests, and maintain ready stock for wholesale. We focus on delivering the optimal balance of price and quality directly to end customers worldwide.
Your trust is our priority. Partner with us for dependable fiber optic solutions supported by clear promises.
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