Fiber Optic Cable Prices in Kenya
96 Core Single Mode ADSS Fibre Optic Cable in Kenya
KSh 400.00
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Continue shopping96 Core Single Mode ADSS Fibre Optic Cable in Kenya
The 96 Core Single Mode ADSS Fibre Optic Cable is a high-capacity outdoor fibre cable designed for self-supporting aerial installations. With 96 individual single-mode optical fibres, it provides extensive network capacity for ISPs, telecommunications providers, FTTH infrastructure, utility communication networks, metropolitan fibre systems, enterprise backbones and large institutional networks.
ADSS stands for All-Dielectric Self-Supporting. The cable uses non-metallic strength elements rather than a conductive messenger wire, allowing it to support itself between appropriately engineered poles and support structures. Commercial 96-core ADSS cables commonly combine G.652D single-mode fibres, FRP strength members, aramid yarn, loose tubes, moisture protection and PE/HDPE outer jackets.
At Fiber Optics Kenya, 96 Core Single Mode ADSS Fibre Optic Cable is an excellent choice for large-scale aerial fibre projects requiring substantial present capacity and room for future growth. Fiber Optics Kenya can also supply the suspension hardware, tension hardware, closures, ODFs, pigtails, patch cords and other components required for a complete aerial fibre installation.
Key Product Specifications
| Specification | Details |
|---|---|
| Product Name | 96 Core Single Mode ADSS Fibre Optic Cable |
| Cable Type | All-Dielectric Self-Supporting |
| Abbreviation | ADSS |
| Fibre Count | 96 Cores |
| Fibre Mode | Single Mode |
| Common Fibre Standard | G.652D |
| Typical Fibre Category | OS2 |
| Typical Fibre Size | Approx. 9/125 µm |
| Cable Construction | Stranded Loose Tube |
| Typical Fibre Arrangement | 8 × 12 fibres depending on construction |
| Central Strength Member | FRP |
| Tensile Reinforcement | Aramid Yarn |
| Metallic Messenger | Not required |
| Water Blocking | Dry-block tape, gel or equivalent depending on model |
| Outer Jacket | PE / HDPE |
| Typical Jacket Colour | Black |
| Common Wavelengths | 1310 nm / 1550 nm |
| Installation Method | Self-supporting aerial |
| Span Capability | Model-specific |
| Applications | ISP, FTTH, telecom, utility, CCTV and backbone |
| Professional Installation | Available |
| Delivery | Available throughout Kenya |
A current 96-core G.652D ADSS specification for an 80 m span uses a 12.5 mm PE-jacketed cable, 96 fibres arranged in 12-fibre units, aramid-yarn strength reinforcement and dry water-blocking tape. A separate 150 m design uses a different double-sheath construction and tensile specification, demonstrating why span must be confirmed before ordering.
What Does ADSS Mean?
ADSS means All-Dielectric Self-Supporting. It refers to an aerial optical cable engineered to carry its own mechanical load between suitable support structures without requiring a conventional conductive messenger wire.
| ADSS Feature | Customer Benefit |
|---|---|
| All-Dielectric Construction | No conductive metallic strength member |
| Self-Supporting | Separate messenger wire normally unnecessary |
| Aerial Design | Ideal for pole-to-pole fibre networks |
| FRP Strength Member | Provides structural support |
| Aramid Yarn | Delivers tensile reinforcement |
| Loose Tubes | Protect fibre groups |
| Water Blocking | Reduces moisture migration |
| PE/HDPE Jacket | Provides outdoor environmental protection |
| Multiple Span Ratings | Cable can be selected for different routes |
| High Fibre Count | Excellent capacity for large networks |
96 Core ADSS Cable Construction
The construction of 96-core ADSS cable is designed to protect the optical fibres while providing sufficient tensile strength for aerial installation.
| Cable Component | Main Purpose |
|---|---|
| 96 Single Mode Fibres | Carry optical network signals |
| Primary Fibre Coating | Protects the individual glass fibres |
| PBT Loose Tubes | Group and protect fibres |
| Filling Compound / Dry Block | Helps prevent moisture reaching fibres |
| Central FRP Member | Provides non-metallic structural support |
| Cable Fillers | Maintain cable geometry |
| Water-Blocking Yarn | Helps stop longitudinal water migration |
| Water-Blocking Tape | Adds moisture protection |
| Aramid Yarn | Provides high tensile strength |
| Inner Jacket | Additional protection on double-sheath designs |
| Outer PE/HDPE Jacket | Protects cable from outdoor exposure |
| Ripcord | Helps installers open the cable sheath |
Commercial 96-core ADSS designs show this combination of loose tubes, FRP, aramid yarn, water-blocking materials and HDPE/PE sheathing.
Typical 96 Core Fibre Arrangement
A common high-count arrangement divides the fibres into groups of 12.
| Fibre Unit | Fibre Count | Cumulative Total |
|---|---|---|
| Unit 1 | 12 | 12 |
| Unit 2 | 12 | 24 |
| Unit 3 | 12 | 36 |
| Unit 4 | 12 | 48 |
| Unit 5 | 12 | 60 |
| Unit 6 | 12 | 72 |
| Unit 7 | 12 | 84 |
| Unit 8 | 12 | 96 |
One commercially available 96-core 80 m ADSS cable specifies 8 fibre units containing 12 G.652D fibres each.
G652D Single Mode Fibre Characteristics
G.652D is widely used for outside-plant single-mode optical networks and is suitable for long-distance communications at commonly used transmission wavelengths such as 1310 nm and 1550 nm.
| Characteristic | Typical Description |
|---|---|
| Fibre Type | Single Mode |
| Common Standard | ITU-T G.652D |
| Typical Category | OS2 |
| Core Diameter | Approx. 8-9 µm |
| Cladding Diameter | 125 µm |
| Common Wavelengths | 1310 nm / 1550 nm |
| Transmission Distance | Long |
| Optical Loss | Low |
| Bandwidth Capacity | Very High |
| ISP Backbone | Excellent |
| FTTH Networks | Excellent |
| Telecommunications | Excellent |
| Utility Communication | Excellent |
| Enterprise Backbone | Excellent |
Why Choose 96 Cores?
The major benefit of 96-core fibre is the amount of capacity available for different network services and future expansion.
| Example Fibre Allocation | Cores |
|---|---|
| Main ISP Backbone | 24 |
| FTTH Distribution | 20 |
| Enterprise Connections | 12 |
| CCTV / Security Network | 8 |
| Redundant Connections | 8 |
| Future Expansion | 24 |
| Total | 96 |
For a traditional duplex architecture using two fibres for each connection, 96 fibres can theoretically support up to 48 duplex links. Other designs such as PON, BiDi and WDM may allocate the fibres differently.
Typical ADSS Span Options
ADSS cable should be selected according to its required aerial span rather than fibre count alone. Manufacturers offer 96-core designs for different span requirements, including common 80 m, 100 m, 150 m and 200 m configurations, with specialized ADSS families available for considerably longer spans.
| Approximate Span | Typical Application |
|---|---|
| 80 m | Urban access/distribution routes |
| 100 m | ISP and FTTH distribution |
| 120 m | Medium aerial routes |
| 150 m | Medium-to-long aerial sections |
| 200 m | More demanding backbone routes |
| 300 m | Engineered long-span applications |
| 400-500 m | Specialized high-strength ADSS |
| 600 m+ | Project-specific engineered cable |
Why Span Rating Matters
A 96 Core ADSS cable is not automatically suitable for every pole-to-pole distance. The mechanical design changes according to the route.
| Route Factor | Why It Matters |
|---|---|
| Pole-to-Pole Distance | Determines required tensile capability |
| Cable Sag | Affects road and obstacle clearance |
| Wind Loading | Adds mechanical forces |
| Cable Weight | Influences tension and sag |
| Pole Strength | Supports the cable load |
| Route Angles | Increase loads at anchor points |
| Temperature | Can affect cable tension and sag |
| Cable Diameter | Determines compatible clamps |
| MAT / RTS Rating | Determines mechanical limits |
| Suspension Hardware | Must match cable construction |
ADSS manufacturers specifically design cables around span length, voltage environment and maximum allowable tension, making these parameters essential when specifying a project.
Example 80 m vs 150 m ADSS Specifications
| Specification | Example 80 m Design | Example 150 m Design |
|---|---|---|
| Fibre Count | 96 | 96 |
| Fibre Type | G652D | G652D |
| Cable Construction | ADSS | ADSS Double Sheath |
| Water Blocking | Dry Block Tape | Dry Block Tape |
| Strength Material | Aramid Yarn | FRP + reinforcement |
| Outer Jacket | PE | Black PE |
| Cable Diameter | 12.5 mm | Configuration dependent |
| Cable Weight | 114 kg/km | Configuration dependent |
| Long/Short-Term Tensile | Model-specific | 2,000 / 4,500 N listed |
| Designed Span | 80 m | 150 m |
These are examples from separate commercial products rather than universal specifications.
Single Jacket vs Double Jacket 96 Core ADSS
| Feature | Single Jacket | Double Jacket |
|---|---|---|
| Number of Sheaths | One | Two |
| Cable Diameter | Generally smaller | Generally larger |
| Cable Weight | Lower | Higher |
| Mechanical Protection | Good | Enhanced |
| Short Span Networks | Excellent | Excellent |
| Medium Span Networks | Excellent | Excellent |
| Longer Span Routes | Design dependent | Common on demanding designs |
| Installation Handling | Easier | Heavier |
| Environmental Protection | High | Higher |
| Typical Cost | Lower | Higher |
Commercial 96-core G652D cable is available in both single- and double-jacket ADSS constructions.
Key Benefits of 96 Core Single Mode ADSS Fibre Optic Cable
Very High Network Capacity
With 96 fibres, the cable can support numerous ISP, FTTH, enterprise, CCTV and telecommunications connections.
Long-Distance Single Mode Transmission
G652D single-mode fibre provides low-loss transmission suitable for long-distance network infrastructure.
Self-Supporting Aerial Installation
ADSS provides an efficient aerial deployment option where suitable poles or structures already exist.
All-Dielectric Design
FRP and aramid-yarn reinforcement eliminate the need for conductive metallic strength members.
Excellent Expansion Potential
A large number of fibres can remain unused until customers, buildings or network services are added.
Reduced Civil Works
Where suitable aerial infrastructure exists, ADSS can avoid the extensive excavation associated with underground cable routes.
Suitable for Large ISP Networks
The 96-core capacity provides substantial room for backbone links, distribution routes and future network growth.
Watch 96 Core Single Mode ADSS Fibre Optic Cable
Watch on YouTube: https://youtu.be/L_CsL5A76eU
The 96 Core Single Mode ADSS Fibre Optic Cable is particularly suitable for high-capacity aerial networks where one backbone must support numerous optical connections. Commercial 96-core ADSS configurations use G652D single-mode fibres together with FRP structural elements, aramid reinforcement, water-blocking systems and outdoor PE/HDPE jackets. This combination provides the optical and mechanical characteristics required for demanding aerial communications infrastructure.
Its 96-core capacity offers significant flexibility to ISPs, telecommunications operators and large organizations. Individual fibres can be allocated to network nodes, POPs, FTTH distribution areas, buildings, CCTV systems or enterprise customers while a substantial portion remains dark for redundancy and future growth. In a conventional duplex configuration, the fibre count provides up to 48 two-fibre pairs, although PON and other optical architectures may use individual fibres differently.
The correct cable must nevertheless be matched to the aerial route. A 96-core 80 m span cable and a 96-core 150 m or 200 m span cable can have significantly different mechanical specifications. Fiber Optics Kenya can assist customers in selecting the appropriate span rating, sheath construction, suspension hardware, tension clamps, fibre closures and termination accessories for the intended installation.
Applications of 96 Core ADSS Fibre Optic Cable
1. ISP Backbone Networks
Ideal for high-capacity connections between POPs, aggregation points and distribution nodes.
2. FTTH Networks
Suitable for major aerial feeder and distribution routes serving multiple neighbourhoods or developments.
3. Telecommunications Networks
G652D single-mode fibre provides the long-distance characteristics needed for telecommunications infrastructure.
4. Metropolitan Fibre Networks
The high fibre count makes it suitable for network routes connecting many distribution locations.
5. Utility Communication Networks
ADSS is commonly used by utilities because of its dielectric, self-supporting construction.
6. CCTV Networks
Large surveillance networks can allocate fibres to remote aggregation switches and monitoring sites.
7. Campus Networks
Universities, hospitals and other large campuses can connect numerous buildings through one high-capacity fibre backbone.
8. Industrial Facilities
Factories and industrial parks can connect plants, warehouses, offices and security infrastructure.
9. Government Networks
Suitable for large institutional fibre deployments requiring significant present and future capacity.
10. Enterprise Backbone Networks
Large commercial developments can allocate dedicated fibres to buildings, tenants and network systems.
96 Core vs 48 Core ADSS Cable
| Feature | 48 Core | 96 Core |
|---|---|---|
| Total Fibres | 48 | 96 |
| Potential Conventional Duplex Links | 24 | 48 |
| Capacity | Very High | Extremely High |
| Medium ISP Network | Excellent | Excellent |
| Large ISP Backbone | Good | Better |
| Expansion Capacity | Very High | Superior |
| Cable Diameter | Generally smaller | Generally larger |
| Splicing Workload | Lower | Higher |
| Initial Cost | Lower | Higher |
| Long-Term Scalability | Excellent | Excellent |
96 Core vs 144 Core ADSS Cable
| Feature | 96 Core | 144 Core |
|---|---|---|
| Total Fibres | 96 | 144 |
| Potential Duplex Links | 48 | 72 |
| Capacity | Extremely High | Higher |
| ISP Backbone | Excellent | Excellent |
| Large FTTH Feeder | Excellent | Excellent |
| Expansion Capacity | Very High | Higher |
| Cable Size | Generally smaller | Generally larger |
| Splicing Complexity | High | Higher |
| Initial Investment | Lower | Higher |
For many medium-to-large ISP routes, 96 cores can provide a strong balance between high capacity, cable size and future expansion.
ADSS vs Figure 8 Fibre Optic Cable
| Feature | ADSS | Figure 8 |
|---|---|---|
| Self-Supporting | Yes | Yes |
| All-Dielectric | Yes | Not necessarily |
| Metal Messenger | No | Common on many designs |
| Aerial Installation | Excellent | Excellent |
| Utility Environment | Suitable when professionally engineered | Construction dependent |
| High Core Counts | Available | Available |
| Long Span Designs | Available | Model dependent |
| ISP Networks | Excellent | Excellent |
ADSS vs Underground Fibre Cable
| Feature | ADSS Fibre | Underground Fibre |
|---|---|---|
| Installation Method | Aerial | Underground |
| Poles Required | Yes | No |
| Trenching Required | Normally No | Usually Yes |
| Duct Required | No | Often |
| Self-Supporting | Yes | No |
| Main Mechanical Concerns | Tension, sag, wind | Crush, excavation, soil |
| Maintenance Access | Generally easier | Can be more difficult |
| High-Capacity Backbone | Excellent | Excellent |
96 Core Fibre Colour Identification
High-count cables commonly use the standard 12-colour fibre sequence across multiple identified loose tubes.
| Fibre Position | Colour |
|---|---|
| 1 | Blue |
| 2 | Orange |
| 3 | Green |
| 4 | Brown |
| 5 | Slate/Grey |
| 6 | White |
| 7 | Red |
| 8 | Black |
| 9 | Yellow |
| 10 | Violet |
| 11 | Rose/Pink |
| 12 | Aqua |
In an 8 × 12 arrangement, this sequence is repeated across eight individually identified fibre units to provide all 96 fibres. The exact manufacturer colour chart should always be followed during splicing.
Recommended ADSS Installation Accessories
| Accessory | Purpose |
|---|---|
| ADSS Suspension Clamp | Supports cable at intermediate poles |
| ADSS Tension Clamp | Anchors cable at tension points |
| Dead-End Grip | Secures cable at route termination |
| Pole Bracket | Provides mounting point for aerial hardware |
| Stainless Steel Banding | Secures brackets to poles |
| Cable Storage Bracket | Stores spare cable loops |
| Vibration Damper | Helps manage cable vibration where required |
| Fibre Joint Closure | Protects aerial fibre splices |
| 96 Core ODF | Terminates and organizes fibres |
| SC/APC Pigtails | Common FTTH/PON termination |
| SC/UPC Pigtails | Single-mode fibre termination |
| LC Pigtails | Network equipment termination |
| Fusion Splice Sleeves | Protect completed fibre splices |
| SFP/SFP+ Modules | Connect optical fibre to networking equipment |
| OTDR | Tests fibre length, loss and faults |
Why Buy 96 Core ADSS Fibre Optic Cable from Fiber Optics Kenya?
A 96-core aerial network represents a significant infrastructure investment, making correct cable selection and installation essential.
| Why Choose Fiber Optics Kenya? | Customer Benefit |
|---|---|
| 96 Core Capacity | Excellent for large fibre networks |
| G652D Single Mode Options | Long-distance optical performance |
| ADSS Aerial Solutions | Designed for self-supporting deployment |
| Span Selection Support | Helps match cable to pole spacing |
| Technical Guidance | Assistance selecting appropriate specifications |
| ADSS Hardware | Suspension and tension accessories available |
| Complete Fibre Solutions | Cable, ODFs, closures and pigtails |
| Bulk Supply | Suitable for ISPs and contractors |
| Competitive Pricing | Cost-effective large-project procurement |
| Professional Installation | Fibre installation support available |
| Fusion Splicing | Professional high-core-count termination |
| OTDR Testing | Helps verify installed network performance |
| Nationwide Delivery | Supply throughout Kenya |
Frequently Asked Questions
What is 96 Core Single Mode ADSS Fibre Optic Cable?
It is an All-Dielectric Self-Supporting outdoor aerial cable containing 96 single-mode optical fibres. Commercial versions are available with G652D fibre.
What does ADSS mean?
ADSS stands for All-Dielectric Self-Supporting, meaning the cable uses dielectric structural components and is designed to support itself between appropriately engineered support points.
Is 96 Core ADSS available in G652D?
Yes. Commercial 96-core ADSS cables are widely available using G.652D single-mode fibre.
Is it suitable for ISP networks?
Yes. Its high fibre count makes it particularly suitable for ISP backbone, feeder and distribution networks.
Can it be used for FTTH?
Yes. A 96-core G652D ADSS cable can be used for suitable aerial FTTH feeder and distribution infrastructure.
How many duplex links can 96 fibres support?
With conventional two-fibre duplex connections, 96 fibres can theoretically provide 48 duplex pairs.
Does ADSS require a messenger wire?
No separate conductive messenger wire is normally required because the cable is designed to be self-supporting.
Is 100 m span available?
Yes. Commercial 96-core G652D ADSS cable designed for spans up to 100 m is available.
Is 150 m span available?
Yes. Commercial 96-core G652D double-sheath ADSS products are available for approximately 150 m spans.
Can ADSS support spans longer than 200 m?
Yes. Specialized ADSS families can support much longer spans, but the cable must be engineered for the required span, tension and environmental loads.
Can I use an 80 m cable on a 150 m span?
No, unless the exact manufacturer specifically rates that model for 150 m. ADSS mechanical ratings must match the actual span.
Is 96 Core ADSS waterproof?
Outdoor ADSS designs commonly incorporate dry-block tape, hydrophobic gel, water-blocking yarn or related moisture-control systems.
Can ADSS be installed near electrical power infrastructure?
Its all-dielectric construction is useful in utility communications, but installations near electrical infrastructure must account for voltage, electrical field conditions, clearances, sheath type, pole loading and applicable safety requirements.
What is the difference between single-jacket and double-jacket ADSS?
Double-jacket designs generally offer additional mechanical protection and may be selected for more demanding routes, while single-jacket designs can be lighter. Final suitability depends on the actual manufacturer specification.
Do you supply ADSS installation hardware?
Yes. Fiber Optics Kenya can supply compatible suspension clamps, tension clamps, dead-end grips, pole brackets and related accessories.
Do you provide fibre fusion splicing?
Yes. Professional fusion splicing and high-core-count fibre termination can be provided according to project requirements.
Do you provide OTDR testing?
Yes. Fibre testing can be incorporated into installation and commissioning to verify link performance and identify faults.
Do you deliver outside Nairobi?
Yes. Fiber Optics Kenya supplies fibre optic cables and accessories to projects throughout Kenya.
Contact Fiber Optics Kenya
Fiber Optics Kenya
Lyric House
7th Floor, Room S9
Kimathi Street
Nairobi
Phone: +254 704 991 492
Email: info@fibreopticskenya.co.ke
Order 96 Core Single Mode ADSS Fibre Optic Cable in Kenya
Choose Fiber Optics Kenya for high-capacity 96 Core Single Mode ADSS Fibre Optic Cable, compatible aerial accessories and professional technical support.
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