Product overview
8-Core FTTx Termination Box for Feeder-to-Drop Distribution
This enclosure combines cable fixation, fiber splicing, optional passive splitting, protected routing and drop-side distribution within one serviceable FTTx node. A hinged front cover and flip-up distribution panel provide access to the adapter area, splice trays and cable-management space without removing the mounted base.
Network function
Use the box where an incoming feeder or distribution cable transitions to subscriber drop fibers. The internal layout manages main-cable fixation, splice protection, pigtail routing, adapter presentation, PLC placement and stored fiber for compact FTTH or FTTB nodes.
Configuration at a glance
The 8 CORE model uses a black PP housing with IP65 protection. It measures 281.4 × 177 × 80.3 mm, supports a maximum capacity of 36, accepts incoming cable up to Φ12 mm, and accommodates 2 × 3 mm drop cables.
Design details
8-Core FTTx Fiber Optic Termination Box Selling Points
Each feature below links a documented structure or performance value to installation, service or procurement decisions.
8-Core Distribution Format
The 8 CORE model gives planners a defined feeder-to-drop distribution scale for compact FTTH and FTTB nodes. Keeping the adapter count, splice count and working fibers separate in the BOM prevents the eight-core interface from being mistaken for the manual's separately listed maximum capacity of 36.
Fully Enclosed PP Housing
The black PP housing uses an enclosed hinged structure and carries an IP65 ingress rating. This provides a stated dust and water-jet protection boundary for indoor or outdoor access points, while project specifications can separately address impact, flame, UV exposure or continuous immersion where those conditions apply.
Separated Fiber Routing Paths
Main cable, pigtails and patch cords follow dedicated internal routes, and the distribution panel flips upward for access to the tray and storage area. Compared with routing every fiber through one open compartment, the separated layout reduces disturbance to organized fibers during inspection, splicing or port service.
SC, LC and PLC Accommodation
The manual identifies cassette-type SC/LC adapter installation and space for PLC integration. This lets the enclosure be configured around the project's connector family and passive split architecture, provided the RFQ defines the adapter format, polish, pigtails, PLC ratio, package dimensions, lead lengths and port map.
Defined Optical Interface Limits
The listed interface values are insertion loss ≤0.2 dB, UPC return loss ≥50 dB, APC return loss ≥60 dB and more than 1,000 insertion/extraction cycles. These values give procurement a measurable connector boundary; PLC splitter loss must remain a separate acceptance item.
Three Documented Mounting Methods
The 281.4 × 177 × 80.3 mm enclosure can be wall-mounted, secured to a telecom pole with a pole ring, or attached to an overhead support with chassis hangers. One housing can therefore serve several access-node placements when the correct bracket, fasteners and cable support are included.
Product configuration
8-Core FTTx Termination Box Configuration Options
Use the enclosure data as the baseline, then complete the optical and cable BOM before sample approval.
Technical data
8-Core FTTx Fiber Optic Termination Box Technical Specifications
The following tables keep enclosure, optical interface, cable and project-defined PLC fields separate.
General Technical Specifications
Product, environmental, mounting and supplied-accessory data.
| Item | Specification | Project Selection Note |
|---|---|---|
| Product name | FTTx Fiber Optic Termination Box | Feeder-to-drop splicing, splitting, storage and distribution enclosure. |
| Model / configuration | 8 CORE | Keep the eight-core distribution designation separate from splice and PLC capacities. |
| Product family | Fiber optic termination / distribution box | For compact FTTH and FTTB access nodes. |
| Enclosure material | PP | Black, fully enclosed housing. |
| Dimensions | 281.4 × 177 × 80.3 mm | Check opening clearance and cable approach before fixing the base. |
| Protection rating | IP65 | Ingress rating does not establish continuous-submersion, IK, flame or UV performance. |
| Working temperature | −40°C to +85°C | Installation and storage temperature ranges are not stated separately. |
| Relative humidity | ≤85% at +30°C | Use the humidity limit with its stated reference temperature. |
| Atmospheric pressure | 70–106 kPa | Environmental value listed in the product manual. |
| Mounting method | Wall, pole or aerial support | Order the method-specific bracket and fastener package. |
| Standard accessories | User manual × 1; accessory bag × 1 | Confirm the accessory-bag contents against the selected mounting method. |
Model and Capacity Table
| Model | Dimensions A × B × C | Maximum Capacity | Installation Size D × E | Largest Incoming Cable | Cable Outlet Size |
|---|---|---|---|---|---|
| 8 CORE | 281.4 × 177 × 80.3 mm | 36 | 265 × 133 mm / 52 × 128.6 mm | Φ12 mm | 2 × 3 mm |
The manual lists "Maximum Capacity: 36" without assigning a unit in the table. Confirm the splice-tray and fiber allocation on the approved production drawing.
Product dimension reference used with the model and installation-size table.
Optical and Electrical Interface Specifications
| Performance Field | Specified Value | Measurement Boundary |
|---|---|---|
| Insertion loss | ≤0.2 dB | Apply to the selected connectorized interface; do not use as the PLC splitter loss. |
| UPC return loss | ≥50 dB | For the ordered UPC interface. |
| APC return loss | ≥60 dB | For the ordered APC interface; APC and UPC connectors must not be mated together. |
| Insertion / extraction life | >1,000 cycles | Confirm that the loaded adapter and connector set follows the stated cycle requirement. |
| Grounding-device withstand voltage | ≥3,000 V DC for 1 minute | Manual states no puncture or flashover; define the applicable grounding configuration and test method. |
| PLC splitter loss | Project-defined | Specify ratio, worst-port insertion loss, uniformity, PDL, directivity, wavelength and connector state separately. |
Cable, Adapter and PLC Compatibility
| Compatibility Field | Documented Product Data | Information to Confirm |
|---|---|---|
| Main cable | Largest stated diameter: Φ12 mm | Cable construction, fiber count, actual OD, sheath and strength-member fixing. |
| Drop cable | 2 × 3 mm outlet size | Drop-cable construction, quantity, entry assignment, sealing and required length. |
| Adapter family | Cassette-type SC / LC installation referenced | Simplex or duplex format, adapter quantity, UPC or APC polish and factory-loaded state. |
| PLC splitter | Internal PLC installation referenced | Split ratio, package, input/output leads, fiber type, connectors and optical report. |
| Fiber routing | Separate paths for main cable, pigtails and patch cords | Approved port map, bend-control plan, slack allocation and splice-tray loading. |
Manual routing views showing alternative PLC, main-cable and tray arrangements.
Network placement
8-Core FTTx Fiber Optic Termination Box Applications and Solutions
The enclosure fits compact access nodes where protected splicing, adapter presentation and optional PLC integration must share one indoor/outdoor housing.
FTTH Last-Mile Distribution
A basic splice box may protect joints but leave adapter presentation, drop routing and passive splitting in separate housings. This 8-core FTTx fiber optic termination box combines these functions in a PP IP65 enclosure with independent cable, pigtail and patch-cord paths. Install it at a feeder-to-drop transition on a building exterior or neighborhood access route. It accepts a main cable up to Φ12 mm and 2 × 3 mm drop cable. Before ordering, confirm working fibers, splice allocation, SC/LC interface, connector polish, PLC ratio, cable entries and port numbering.
FTTB and MDU Building Access
Oversized distribution cabinets can consume corridor or façade space and leave most capacity unused at a small building node. The 281.4 × 177 × 80.3 mm enclosure uses a flip-up distribution panel and internal tray stack to organize the feeder, splices and subscriber-facing fibers. Mount it on a wall at the FTTB riser entry, MDU service area or exterior handoff. Match the SC or LC adapters to the building pigtails and patch cords. Procurement should confirm mounting-hole pattern, wall fasteners, fire requirements, fiber count, adapter quantity, drop profile and sample routing.
Pole-Mounted Outdoor FTTx Node
Selecting a box without a defined pole method can leave the bracket, cable load and service orientation unresolved in the field. This PP IP65 terminal supports pole mounting with a pole ring and keeps main cable, pigtails and patch cords on separated paths. Place it on a telecom pole at a small FTTH branch or rural distribution point, with the Φ12 mm incoming-cable limit and 2 × 3 mm outlets matched to the route. Before procurement, state pole dimensions, ring or bracket set, cable support, SC/LC format, PLC configuration, sealing plan and access clearance.
Aerial OSP Distribution Route
Improvised attachment of a wall box to an aerial messenger can transfer cable movement into the enclosure and leave fall protection undefined. The documented overhead arrangement uses two chassis attachment points secured to the support wire, while the enclosed internal structure protects the splice, adapter and stored fiber areas. Use it on an aerial FTTx distribution route upstream of 2 × 3 mm subscriber drops. Buyers should confirm messenger dimensions, hanger hardware, orientation, wind and cable loads, slack support, incoming-cable OD, port map, connector polish and any environmental requirements beyond IP65.
Installation methods
Wall, Pole and Aerial Installation Guidance
Select one documented mounting method and include its hardware in the approved project BOM.
Wall Mounting
Mark four holes from the approved mounting dimensions, drill the wall, fit the specified 7.5 × 40 mm expansion bolts, align the enclosure base and tighten the fasteners. Confirm wall material, hole depth, corrosion exposure and opening clearance before work begins.
Pole Mounting
Secure one pole-ring set around the telecom pole and fasten the enclosure to the ring assembly. State the pole diameter, ring size, band material, box orientation and cable-support method before ordering the accessory package.
Aerial Mounting
Attach the two chassis hanger positions to the overhead support wire and secure the assembly with the specified bolts. Confirm messenger compatibility, fall restraint, cable loading, slack support and local aerial-plant installation requirements.
Wall installation with expansion bolts and pole installation with a ring assembly.
Overhead arrangement using chassis attachment points on the support wire.
Project ordering
Ordering Configuration for the 8-Core FTTx Termination Box
Include each relevant field in the RFQ so the enclosure, optical components, cables and mounting hardware arrive as one controlled configuration.
| Ordering Field | Documented Product Data | Information to State on the RFQ |
|---|---|---|
| Product identifier | 8 CORE FTTx Fiber Optic Termination Box | Quantity, approved photo and drawing revision. |
| Capacity | 8 CORE; maximum 36 listed | Working fibers, spare fibers, splice count, tray allocation and adapter quantity. |
| Supply state | Enclosure supports splicing, splitting and distribution | Empty, adapter-loaded, pigtail-loaded or PLC-loaded assembly. |
| Connector interface | Cassette-type SC / LC referenced | Family, simplex/duplex, UPC/APC polish, quantity, pigtails and port map. |
| Optical limits | IL ≤0.2 dB; UPC RL ≥50 dB; APC RL ≥60 dB | Test wavelength, reference method, sampling plan and report format. |
| PLC splitter | Internal PLC installation referenced | Ratio, package, wavelength, fiber, leads, connectors and port-by-port loss limits. |
| Main cable | Up to Φ12 mm | Construction, fiber count, actual OD, strength members and retention requirement. |
| Drop side | 2 × 3 mm cable outlet size | Cable construction, quantity, entry assignment, connector type, length and labels. |
| Housing | Black PP; IP65; 281.4 × 177 × 80.3 mm | Site exposure and any impact, flame, UV or immersion requirements. |
| Mounting | Wall / pole / aerial | Selected method, hardware, support dimensions, orientation and cable support. |
| Identification and packing | Project-defined | Logo, product label, port numbers, cable tags, carton marks, accessories and documents. |
OEM and project support
OEM 8-Core FTTx Termination Box Configuration
Control the housing, trays, adapters, pigtails, PLC splitter, cable-entry parts, mounting hardware and identification through one approved sample, drawing and BOM.
Housing and Layout Review
Confirm the PP enclosure, 281.4 × 177 × 80.3 mm dimensions, flip-up panel, tray allocation, cable entries, latches and mounting points.
Connector Configuration
Define SC or LC, simplex or duplex, UPC or APC polish, adapter quantity, pigtail construction, port numbering and optical acceptance limits.
PLC Splitter Integration
State the splitter ratio, package dimensions, fiber type, lead lengths, connectors, routing, port map and requested test-report fields.
Cable Fit Confirmation
Match the main cable construction and measured OD to the Φ12 mm limit, then define each 2 × 3 mm drop-cable entry and fixing method.
Mounting Package
Prepare wall, pole or aerial hardware against the actual support dimensions, box orientation, cable loads and required service clearance.
Labels and Packing
Approve logo artwork, product label, port numbering, cable tags, lot identification, accessory-bag contents, carton marks and project documents.
Company background
Why Glory Optical for 8-Core FTTx Termination Box Supply
Founded in 2008 and based in Ningbo, Zhejiang, Glory Optical Communication operates a 20,000 m² facility for passive fiber infrastructure. The company lists 300+ passive optical products, serves 50+ countries and supports OEM/ODM projects for FTTH, ODN, outdoor plant and data center cabling.
Enclosure Tooling and Assembly
Tooling and mold development support housing geometry, gasket position and port cutouts, while the assembly workshop integrates fiber boxes, splice trays, adapters, pigtails and cable-management parts against an approved drawing and port map.
Project BOM Review
Before quotation, the technical sales process can review fiber and port counts, splice capacity, splitter ratio, loaded or unloaded supply, adapter type, cable diameter, cable entry, mounting, IP rating, labeling and packing requirements.
Sample and Drawing Confirmation
Drawing and sample review lets the buyer check the 8-core layout, tray movement, main-cable fit, drop entries, adapter mating, PLC routing, labels and mounting package before the approved configuration moves to batch production.
Optical Testing Support
Connectorized products and cable assemblies can be checked for insertion loss, return loss and end-face condition where applicable. Product-specific limits, wavelengths, sampling and report fields should be tied to the approved order configuration.
Project checklist
Confirm Capacity, Cable Profiles and Optical Components Before Ordering
Send the required working fibers and splice count, allocation of the listed maximum-36 capacity, SC/LC adapter format, UPC/APC polish, PLC specification, main-cable construction and diameter, 2 × 3 mm drop-cable details, mounting method, hardware, port map, labels and optical-report requirements for the 8-core FTTx fiber optic termination box.
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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