Indoor FTTH drop cables
Compare bow-type drop constructions with non-metallic or steel strength members, fibre count, jacket and termination requirements. Define the indoor route and required building-fire documentation.
Enquire about this range ↗FTTH, INDOOR & OUTDOOR FIBRE, COPPER NETWORK CABLE & PATCH ASSEMBLIES
Fibre & Network Cabling From Access Routes to Patch Connections
Fibre Optic, Ethernet Network Cable & Connectivity Sourcing
Source FTTH drop cable, indoor and outdoor optical fibre, self-supporting and armoured directions, Cat5e–Cat8 network cable, RJ45 and optical patch assemblies, hybrid cabling and related infrastructure connections.
- Compare fibre construction, copper category, shielding and jackets against the actual installation.
- Coordinate bulk cable, finished connectors, lengths, markings and packaging in one sourcing brief.
- Define transmission, installation and documentation requirements for the selected cable and connections.
Manufacturing, product documents and order conditions depend on the model and supply route selected for your project.
Start with a product reference, intended use and estimated quantity. We bring product selection, sample questions and quotation details into one conversation.
Email your reference image ↗Fibre scopeFTTH, indoor, outdoor, armoured, aerial and patch directions
Copper scopeCategory cable, indoor/outdoor jackets and RJ45 patch cords
Custom directionsLength, colour, jacket printing, connectors and packing
Project inputsFibre/category, route, interfaces, tests and quantity
Explore the product range
Build the range
your buyers need.
Choose a focused product or discuss a coordinated assortment. Each direction can be developed into a more specific model and packaging brief.
Aerial self-supporting drop cables
Enquire about drop cables with an additional messenger and matched strength members. Select span, tension, sag, hardware and environmental requirements through the project design.
Enquire about this range ↗Indoor mini, distribution and breakout fibre
Compare compact multi-core, backbone and individually protected breakout constructions. Define fibre type/count, subunits, jacket, bend limits and connectorisation.
Enquire about this range ↗Simplex, duplex and buffered fibre
Prepare simplex, duplex or tight-buffer requirements for termination and internal routing. State fibre mode, diameter, jacket and the desired finished assembly.
Enquire about this range ↗Outdoor loose-tube and figure-eight cables
Compare uni-tube or stranded loose-tube, armoured or non-armoured and messenger-supported directions. Specify duct, aerial or burial method and mechanical design rather than assuming one cable suits every route.
Enquire about this range ↗Dielectric and air-blown fibre directions
Explore all-dielectric self-supporting, compact access and air-blown micro-cable options. Span, electric-field environment, duct size and blowing conditions require project-specific evaluation.
Enquire about this range ↗Armoured, ribbon and direct-burial fibre
Include metal or non-metal strength members, moisture barriers, single/double armour, ribbon and high-density directions. Agree the exact construction and acceptance tests.
Enquire about this range ↗Optical ground-wire directions
Develop an overhead ground-wire fibre brief with the utility engineering schedule. Fibre capacity, metallic construction, fault-current duty, breaking force and fittings require an approved design.
Enquire about this range ↗Fibre-and-copper hybrid cables
Compare combined optical and electrical constructions against fibre type, copper conductor arrangement and the intended equipment. Electrical voltage/current and optical performance need their own schedule.
Enquire about this range ↗SC, LC and multi-fibre patch assemblies
Specify connector format, polish, polarity, mode, fibre count, length and insertion/return-loss acceptance. Include trunk, pigtail and outdoor connector directions where required.
Enquire about this range ↗Indoor category network cable
Compare Cat5e, Cat6, Cat6A, Cat7 and Cat8 directions around conductor gauge, shielding, jacket and the intended channel. Confirm a current tested construction and link design before promising transmission performance.
Enquire about this range ↗Shielding and jacket configurations
Explore U/UTP, overall-foil, foil-plus-braid and individually shielded pair directions. Select PVC, LSZH or outdoor PE against the actual installation and required fire or environmental documentation.
Enquire about this range ↗Outdoor network cable
Compare single PE and inner/outer jacket constructions with the appropriate copper gauge and shielding. Define exposure, routing, tension, bend requirements and termination protection.
Enquire about this range ↗RJ45 patch cords
Enquire about shielded or unshielded category patch cords, round or flat formats, conductor gauge, boot and finished lengths. Approve the actual cable-and-plug construction.
Enquire about this range ↗High-speed interconnect enquiries
AOC and direct-attach interconnect requests need an exact transceiver/interface schedule, end equipment and compatibility review. Confirm the actual offered assembly and data sheet before selecting speed or reach.
Enquire about this range ↗Coaxial and supporting cabling items
Include coaxial cables and network/fibre accessories in a defined sourcing brief. Telephone, power wiring, modules, plugs or cabinet requirements can be listed separately for current item confirmation.
Enquire about this range ↗Alarm-system wiring requirements
Provide the interface and cabling needs for dialler, wireless alarm, door-contact, infrared detection or remote-switch projects. Complete alarm-device supply and wireless compatibility require separate confirmation.
Enquire about this range ↗Automation and robot cable packages
Develop cable routing, connection and dress-package requirements for a robot or automated cell. Movement, bend/torsion duty, connectors and integration scope need approval; complete robot or automation-equipment supply is separately evaluated.
Enquire about this range ↗Reference product directions
Start with a product.
Define the details.
Use these options to describe what you are buying. The public references identify your enquiry; the final model and specification are confirmed before an order.
REFERENCE 0222-01
Indoor non-metallic bow-type drop reference
A compact reference with parallel non-metallic strength members. Listed mechanical values require confirmation for the offered construction.
- Core direction
- 1–4 fibres
- Profile
- (3.0 ±0.1) × (2.0 ±0.1) mm
- Strength member
- 0.5 mm FRP
- Weight
- 9.0 kg/km
- Tensile, long/short
- 40/80 N
- Crush, long/short
- 500/1000 N per 100 mm
REFERENCE 0222-02
Indoor steel-strength drop reference
A separate steel-strength construction with its own weight and load values.
- Core direction
- 1–4 fibres
- Profile
- (3.0 ±0.1) × (2.0 ±0.1) mm
- Strength member
- 0.4 mm steel
- Weight
- 10.3 kg/km
- Tensile, long/short
- 60/120 N
- Crush, long/short
- 1000/2200 N per 100 mm
REFERENCE 0222-03
Messenger-supported drop reference
A self-supporting drop direction requiring an engineered route, hardware and sag/tension schedule.
- Core direction
- 1–6 fibres
- Profile
- (5.3 ±0.2) × (2.0 ±0.1) mm
- Messenger options
- 1.0 or 1.2 mm steel
- Strength member
- 0.5 mm FRP
- Weight reference
- 18.5–21.0 kg/km
- Tensile, long/short
- 300/600 N
REFERENCE 0222-04
Compact indoor multi-core reference
A mini-cable example with different listed jacket weights. Select the actual fibre count and jacket in the approved schedule.
- Fibre range
- 2–12
- Diameter
- 2.0 ±0.1 mm
- PVC/LSZH weight
- 3.6/3.7 kg/km
- Tensile, long/short
- 30/100 N
- Crush, long/short
- 300/1000 N per 100 mm
REFERENCE 0222-05
Four-core breakout fibre reference
Compare a breakout structure using individually protected subunits and a central strength member.
- Fibres
- 4
- Diameter
- 7.0 ±0.2 mm
- PVC/LSZH weight
- 43/44 kg/km
- Tensile, long/short
- 130/440 N
- Crush, long/short
- 300/1000 N per 100 mm
REFERENCE 0222-06
Twenty-four-core breakout reference
A larger breakout construction with separate dimensional and load data.
- Fibres
- 24
- Diameter
- 13.8 ±0.3 mm
- PVC/LSZH weight
- 182/185 kg/km
- Tensile, long/short
- 400/1320 N
- Crush, long/short
- 300/1000 N per 100 mm
REFERENCE 0222-07
Figure-eight outdoor reference
A stated outdoor cable construction. Mechanical ratings alone do not approve the span or support arrangement.
- Fibre range
- 2–24
- Profile
- 6.0 ×10.8 mm
- Weight
- 105 kg/km
- Tensile, long/short
- 600/1500 N
- Crush, long/short
- 300/1000 N per 100 mm
REFERENCE 0222-08
Optical ground-wire reference
A table example for an engineer-reviewed utility schedule. Rated breaking force is not a permissible installed working tension.
- Fibres
- 24
- Diameter
- 9.0 mm
- Weight reference
- ≤304 kg/km
- Rated breaking force
- ≥51 kN
- DC resistance at 20°C
- ≤2.1 Ω/km
REFERENCE 0222-09
Dielectric self-supporting fibre direction
Compare jacket and mechanical design with the actual site and electrical environment. Span must be confirmed for the project conditions.
- Diameter reference
- 11.8 mm
- PE/AT weight reference
- 117/124 kg/km
- Maximum working tensile reference
- 4 kN
- Break-strength reference
- 10 kN
- Required input
- Route, sag, wind/ice, fittings and electric-field conditions
REFERENCE 0222-10
Air-blown micro-cable direction
A compact fibre direction to be matched to the microduct and installation process. Do not infer a blowing distance from diameter alone.
- Core direction
- 2–12
- Diameter reference
- 3.5 ±0.3 mm
- Weight reference
- 12 kg/km
- Required input
- Microduct, route and installation conditions
REFERENCE 0222-11
Optical-and-copper hybrid reference
Compare the optical unit and separate copper conductors with an agreed electrical duty. A withstand test is not an operating-voltage rating.
- Profile reference
- (3.2 ±0.2) × (1.7 ±0.1) mm
- Weight reference
- 11 kg/km
- Copper construction
- Two conductors, each 10 ×0.20 mm strands
- Conductor DC resistance at 20°C
- ≤57.8 Ω/km
- Tensile, long/short
- 60/120 N
REFERENCE 0222-12
Pre-terminated SC connector direction
Specify fibre mode and polish, then agree the corresponding loss limits. Outdoor sealing requires the exact connector and mating conditions.
- Connector
- SC
- Polish options
- PC, UPC or APC
- Listed insertion loss
- Typical 0.20 dB; maximum 0.30 dB
- Single-mode return loss
- PC≥40; UPC≥50; APC≥60 dB
- Multimode return loss
- ≥35 dB
- Operating reference
- −25 to +70°C
REFERENCE 0222-13
Multi-fibre trunk direction
Develop male/female multi-fibre trunk requirements with an agreed fibre mode, polarity and loss grade. Confirm the actual offered part and connector supplier.
- Connector directions
- Pinned or unpinned multi-fibre
- Length direction
- 1–300 m or custom
- To confirm
- Polarity, fibre count, insertion/return loss and end equipment
REFERENCE 0222-14
Cat6 indoor unshielded cable reference
A construction-table example. The current sheet and channel test should resolve any inconsistent catalogue labelling before an order.
- Conductor
- 23 AWG solid copper
- Insulation
- HDPE; 1.00 ±0.05 mm
- Internal structure
- Cross separator and rip-cord
- Jacket options
- PVC or LSZH
- Outside diameter
- 6.10 mm
- Listed conductor DC resistance
- ≤73.2 Ω/km
REFERENCE 0222-15
Cat6 overall-foil reference
Compare a foil-screened copper construction with the required drain and earthing arrangement.
- Conductor
- 23 AWG solid copper
- Insulation diameter
- 1.15 ±0.08 mm
- Shielding
- Overall foil; drain wire
- Jacket options
- PVC or LSZH
- Outside diameter
- 7.50 mm
REFERENCE 0222-16
Cat6A unshielded reference
Select the exact jacket, colour and channel test requirements for this construction.
- Conductor
- 23 AWG copper
- Insulation diameter
- 1.05 ±0.05 mm
- Structure
- Cross separator; unshielded
- Jacket options
- PVC or LSZH
- Outside diameter
- 7.60 mm
REFERENCE 0222-17
Cat6A foil-screened reference
Specify the overall foil and drain arrangement along with conductor and jacket requirements.
- Conductor
- 23 AWG copper
- Insulation diameter
- 1.15 ±0.08 mm
- Shielding
- Overall foil with drain
- Jacket options
- PVC or LSZH
- Outside diameter
- 7.60 mm
REFERENCE 0222-18
Cat6A foil-and-braid reference
A separate screened construction with a different finished diameter.
- Conductor
- 23 AWG copper
- Insulation diameter
- 1.15 ±0.08 mm
- Shielding
- Overall braid plus foil
- Jacket options
- PVC or LSZH
- Outside diameter
- 7.80 mm
REFERENCE 0222-19
Cat6A individually screened pair reference
Compare per-pair foil with overall tinned-copper braid for the specified installation.
- Conductor
- 23 AWG solid copper
- Insulation
- Foamed PE
- Insulation diameter
- 1.35 ±0.1 mm
- Shielding
- Per-pair foil plus overall braid
- Outside diameter
- 7.60 mm
REFERENCE 0222-20
Higher-category screened cable directions
Cat7 and Cat8 constructions can be reviewed without assuming a shared bandwidth or reach. Request a current tested channel schedule.
- Cat7 construction reference
- 23 AWG; foamed PE; per-pair foil plus braid; 7.60 mm OD
- Cat8 construction reference
- 22 AWG; foamed PE; 8.30 mm OD
- Jacket options
- PVC or LSZH
- Performance
- Exact offered construction and channel test required
REFERENCE 0222-21
Outdoor Cat6 double-jacket reference
An outdoor construction-table direction. Confirm environmental requirements and the actual shielding arrangement before approval.
- Conductor
- 23 AWG copper
- Insulation diameter
- 1.00 ±0.05 mm
- Jacket construction
- PVC inner + PE outer
- Outside diameter
- 7.20 mm
- Conductor DC resistance
- ≤73.2 Ω/km
REFERENCE 0222-22
Outdoor Cat5e PE-jacket reference
A single-PE outdoor construction with its own gauge and diameter.
- Conductor
- 24 AWG solid copper
- Insulation diameter
- 0.9 ±0.1 mm
- Shielding direction
- U/UTP
- Outer jacket
- PE
- Outside diameter
- 5.10 mm
- Conductor DC resistance
- ≤93.8 Ω/km
REFERENCE 0222-23
RJ45 patch-cord configuration brief
Compare finished patch cords by the exact category, shielding, gauge, length and boot. Round and flat constructions have separate gauge directions.
- Category directions
- Cat5e, Cat6 and Cat6A
- Round-cable gauge direction
- 28–24 AWG stranded copper
- Flat-cable gauge direction
- 32–26 AWG stranded copper
- To confirm
- Shielding, plug, finished length and test criteria
REFERENCE 0222-24
Related infrastructure enquiry brief
List the cable and interface requirements for an alarm, robot cell or automation project. Whole-device procurement is a separate scope requiring confirmation.
- Scope
- Cabling, connectors, route and integration requirements
- To define
- Interfaces, motion duty, equipment list and documents
- Additional directions
- Coaxial and supporting cabling accessories
Published figures are reference constructions, not batch test certificates or a complete installed-link design. Confirm the current exact item, tolerances, cable route and acceptance requirements. Working tension, breaking force and installation load describe different duties. Category names and connector appearance alone do not guarantee transmission speed, reach or compatibility.
What matters for this category
A better brief.
A clearer comparison.
Focus the sourcing conversation on the features, materials and production details that make a difference to your product range.
Compare the whole cabling package
Develop a coordinated schedule for backbone/access cable, copper links, patch assemblies, connectors and the project route rather than isolated cable names.
Choose construction deliberately
Compare strength members, armour, shielding, jacket, diameter and conductor or fibre arrangement against installation, termination and environmental requirements.
Prepare a practical private-label range
Define required lengths, colours, jacket markings, connector options and reel or box presentation, then approve samples and matching inspection criteria.
Branding, configuration & packaging
Make the product
fit your programme.
Bring artwork, reference samples and a target cost. The available process, minimum quantity, sample charges and development scope are reviewed for the chosen option.
Cable construction and marking
Specify fibre type/count or copper gauge/category, strength members, shielding, jacket, colour, length and printing. Confirm construction changes through approved sheets and samples.
Finished connection assemblies
Provide connector format, polish, polarity, boot, length and loss limits. For high-speed interconnects include the exact equipment and interface compatibility requirements.
Sampling and export packing
Request sample construction, reel or pull-box length, cable protection, labels and pallet plan. Minimum quantities, sample charges, tooling and current production timing need written confirmation.
Quality & product evidence
Turn requirements
into checks.
Agree which product characteristics need testing and how the approved sample relates to the bulk order.
Model-specific test requirements
Agree the appropriate copper-channel or optical insertion/return-loss tests and the offered cable construction. Request reports tied to the selected item and agreed batch scope.
Mechanical and construction checks
Review conductor/fibre arrangement, diameter, jacket, length marking, bend limits, tensile/crush test conditions, connector end faces and polarity where applicable.
Destination documentation
Confirm current model-specific product, fire-classification or environmental documentation for the actual installation and destination. A general company logo or family statement does not cover every variant.
Test capability is a starting point for the inspection plan. Request the method, applicable model and results needed for your order.
Documents matched to the order
Ask for evidence
that fits the product.
Request the current technical and test file for the offered construction. Cable category, fire classification, jacket suitability and connector acceptance need their own evidence and approved configuration.
State the sales market, intended users and required files in your first enquiry. Current validity and scope are checked for the selected supplier and product; a category description does not certify every item.
Share your document requirements ↗- Construction and selection file
- Cable structure and dimensions, fibre or conductor schedule, jacket, connector/polarity drawing, marking artwork and approved length tolerances.
- Test and conformity file
- Applicable optical or copper transmission results, mechanical tests, inspection criteria and current destination-specific evidence for the exact item.
- Order and logistics file
- Itemised quotation, sample terms, confirmed minimum quantity and timing, reel/box length, packing, pallet dimensions, weights and shipment documents.
Built around how you sell
Different buyers.
Different specifications.
Your sales channel changes the assortment, packaging and quality priorities. Tell us the intended use as well as the product name.
Telecom access and backbone
Prepare fibre schedules for FTTH, building entry, aerial, duct and backbone routes with a defined mechanical and optical design.
Enterprise networks and connected buildings
Compare copper horizontal cabling, indoor fibre, patch assemblies and outdoor links with exact interfaces and tested channel requirements.
Infrastructure and equipment integration
Define cables and connection assemblies for data facilities, monitoring, alarm or automation applications; confirm any complete-equipment procurement separately.
From first brief to a defined order
One contact.
A practical next step.
Samples, commercial terms and responsibilities are agreed for the project. Use the same product and packing specification when comparing quotations.
Share the requirement
Product, reference image, quantity, sales market and timing.
Compare suitable options
Review configuration, materials, sample scope and relevant documents.
Approve the specification
Agree artwork, packaging, sample, testing and inspection criteria.
Confirm the order plan
Set price, payment, production, delivery and defect remedies in writing.
Buyer questions
Before you send
your first enquiry.
Practical answers about this sourcing direction, customization and the reference options. Your agreed specification and written quotation determine the actual order.
Which fibre directions can I enquire about?
FTTH drop, indoor mini/distribution/breakout, simplex or duplex, outdoor loose-tube, figure-eight, dielectric self-supporting, armoured, air-blown, ribbon and ground-wire directions can be specified. Provide the route, fibre type/count and mechanical duty.
Can I combine network cable with finished patch cords?
Yes. List cable category, conductor, shielding, jacket, bulk lengths and finished cord lengths or connectors separately so the components can be evaluated as a complete channel.
Does a Cat7 or Cat8 name guarantee a particular speed or distance?
The current tested construction, installed channel, connectors and equipment determine suitability. Request an agreed performance schedule and matching reports rather than relying on the category name alone.
How should aerial and buried cable be selected?
Provide the actual installation method, span or duct/burial conditions, wind/ice requirements, tension and environmental limits. Strength members, armour and fittings must match the engineered route.
Can you supply custom colours, printing and packaging?
These directions can be requested with lengths, jackets, artwork, labels and reel or box requirements. Feasibility, tooling, sample costs, minimum order and current timing need a written quotation.
Which documents should I request?
Ask for the current construction sheet, optical or copper test criteria/results, relevant mechanical evidence and applicable product/fire/environmental documents for the exact offered item and destination.
Can I include alarms, robot dress packages or automation equipment?
Include the required cabling, connectors, motion duty and system interfaces in the enquiry. Complete alarm, robot or automation-device supply is a separate scope requiring specific confirmation and suitable technical evidence.
What information produces an itemised quote?
Send fibre type/count or copper category/gauge, construction and jacket, connectors and length, route/environment, tests and documents, quantity, marking, packing and destination.
Who handles my enquiry?
Factory Sourcing Hub handles this enquiry as an independent sourcing and trading service. The product route, supplier suitability, sample scope and order responsibilities are agreed for the actual project.
How do I get a price and order minimum?
Send the product reference, quantities per variation, customization and packaging. Prices, minimums, sample charges and delivery dates are confirmed in a current quotation; the page is not a live inventory or price feed.
Can I discuss samples and inspection before ordering?
Yes. State whether you need a reference sample, a customized sample or development work. Agree the sample cost and shipping, approval specification, inspection plan and remedy for non-conforming goods before the bulk order.
What should I attach to my email?
Reference images, drawings, logo artwork and a product list are useful. Include quantities, the intended users and sales market, packaging, required documents and timing. After submitting the form, email attachments to kunhuow@gmail.com with your enquiry reference.
Tell us what you are planning
Your next order
starts with a brief.
A reference picture or a short description is enough to begin. Add the details you already know; the optional fields help make the follow-up more useful.
- Fibre mode/count or copper category/gauge, shielding and jacket
- Route, environment, mechanical duty, connectors, polarity and lengths
- Required performance, current documents, sample and inspection criteria
- Quantity, printing, reel/box/pallet packing and destination
Download the enquiry checklist ↓
Independent sourcing and trading service. Supplier choice, service costs and order conditions are discussed for your project.
Discuss your requirements.
Product selection, customization, samples and quotation enquiries.
Explore other sourcing directions
More options for
your product list.
Compare separate product ranges and prepare a brief that fits your assortment.
Power, Aerial, Control, Solar & Building Cable Sourcing
Source conductors, aerial and concentric cable, power and control cable, building wire, rubber and photovoltaic cable, with additional electrical-product and cable-material enquiries assessed against current specifications.
Explore this service ↗
Cable Ties, Cable Fixings, Terminals & Wiring Accessories
Source cable ties, mounts, clips, terminals, connectors, cable glands, protective tubing, trunking and wiring kits. Compare model-specific dimensions and loop-strength references, then coordinate custom components, samples, packaging and documentation.
Explore this service ↗
Recycled Polyester Staple Fibre, Low-Melt Fibre & Bonding Yarn Sourcing
Source selected recycled coloured polyester staple, virgin and recycled low-melt fibre, ES fibre, bonding yarn and nonwoven material directions with application-led specification and sample coordination.
Explore this service ↗
Cable Ties, Stainless Straps, Clips & Wiring Accessories
Source nylon and stainless cable ties, clips, crimp terminals, connectors, cable glands, tie mounts, spiral wrap, PVC tape, heat-shrink tubing and wiring tools. Compare individual sizes, fixing details, material requirements, private-label packing and sample acceptance.
Explore this service ↗Information basis: published product information reviewed . Reference details support a sourcing discussion. Current supply, samples and product-specific documents are confirmed for the selected item.