Bare Fibre PLC Splitters Price in Kenya
Bare Splitter 1:8 in Kenya
KSh 350.00
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Continue shoppingBare Splitter 1:8 in Kenya
The Bare Splitter 1:8 is a passive fibre optic splitter designed to divide one incoming single-mode optical signal into eight separate output fibres. It is commonly based on Planar Lightwave Circuit technology and is widely used in FTTH, GPON, EPON and other passive optical networks where a single feeder fibre needs to serve several downstream branches.
Unlike connectorized splitters, the bare 1:8 splitter is normally supplied with unconnectorized fibre leads, giving technicians flexibility to fusion-splice the input and outputs directly into an ODF, FDB, FAT box, splice tray or fibre closure. Commercial bare 1x8 PLC splitters are available using 250 µm G.657A1 single-mode fibre, compact steel-tube packaging and a wide 1260–1650 nm operating range.
At Fiber Optics Kenya, the Bare Splitter 1:8 is suitable for ISPs, FTTH contractors, fibre technicians, telecommunications companies and network integrators. Customers can also source matching SC/APC and SC/UPC pigtails, FDB/FAT boxes, ODFs, splice sleeves, fibre trays, drop cables, fusion splicers and optical testing equipment.
Key Product Specifications
| Specification | Details |
|---|---|
| Product Name | Bare Splitter 1:8 |
| Product Type | Passive Optical Fibre Splitter |
| Configuration | 1 × 8 |
| Inputs | 1 |
| Outputs | 8 |
| Splitter Technology | PLC commonly |
| Split Type | Balanced / Symmetrical |
| Ideal Power per Output | Approx. 12.5% |
| Fibre Mode | Single Mode |
| Typical Fibre Category | OS2 |
| Common Fibre Type | G.657A1 |
| Typical Fibre Diameter | 250 µm |
| Connector Type | None on bare version |
| Operating Wavelength | 1260–1650 nm |
| Theoretical Split Loss | Approx. 9.03 dB |
| Typical Maximum Insertion Loss | Approx. 10.2–10.3 dB |
| Typical Uniformity | ≤0.8 dB |
| Typical PDL | ≤0.2 dB |
| Typical WDL | ≤0.3 dB |
| Typical Return Loss | ≥55 dB |
| Typical Directivity | ≥55 dB |
| Typical Lead Length | Around 1–1.5 m |
| Package | Bare fibre / steel tube |
| Electrical Power Required | No |
| Applications | FTTH, GPON, EPON, ODF, FDB, PON |
| Professional Installation | Available |
| Delivery | Available throughout Kenya |
A current 1x8 bare PLC splitter specifies G.657A1 fibre, 250 µm leads, 1260–1650 nm operation, ≤10.2 dB insertion loss, ≤0.8 dB uniformity, ≤0.2 dB PDL and ≥55 dB directivity.
What Does Bare Splitter 1:8 Mean?
| Term | Meaning |
|---|---|
| Bare | Fibre leads supplied without connectors |
| 1:8 / 1x8 | One optical input divided into eight outputs |
| PLC | Planar Lightwave Circuit |
| Single Mode | Fibre optimized for long-distance optical transmission |
| Splitter | Passive optical power distribution device |
| 250 µm | Common coating diameter of bare fibre |
| PON | Passive Optical Network |
| FTTH | Fibre to the Home |
The 1:8 and 1x8 notations mean the same thing: one input and eight outputs.
How a Bare Splitter 1:8 Works
The incoming optical signal enters through one fibre and the internal splitter circuit distributes it across eight output fibres.
| Stage | Function |
|---|---|
| Input Fibre | Receives feeder optical signal |
| PLC Circuit | Divides optical power |
| Output 1 | Carries split optical signal |
| Output 2 | Carries split optical signal |
| Output 3 | Carries split optical signal |
| Output 4 | Carries split optical signal |
| Output 5 | Carries split optical signal |
| Output 6 | Carries split optical signal |
| Output 7 | Carries split optical signal |
| Output 8 | Carries split optical signal |
An ideal 1:8 splitter divides the incoming optical power equally, giving each output approximately 12.5% of the original optical power. This corresponds to about 9.03 dB theoretical splitting loss before practical component losses are added.
Typical Optical Distribution
| Parameter | Value |
|---|---|
| Input Fibres | 1 |
| Output Fibres | 8 |
| Ideal Power per Output | 12.5% |
| Theoretical Split Loss | ~9.03 dB |
| Typical Practical Loss | ~10.2–10.3 dB |
| External Power Required | None |
The exact power available on each output also depends on fibre attenuation, splice loss, connector loss and any additional splitter stages.
PLC Technology Explained
Planar Lightwave Circuit technology is widely used because it supports compact splitter designs with multiple output ratios and broad wavelength performance.
| PLC Feature | Benefit |
|---|---|
| Balanced Outputs | Similar optical power across channels |
| Wide Wavelength Range | Suitable for PON systems |
| Low PDL | Stable optical performance |
| Compact Size | Fits inside fibre enclosures |
| Passive Operation | No electricity required |
| High Reliability | Suitable for carrier networks |
| Scalable Ratios | 1x2, 1x4, 1x8, 1x16, 1x32 and more |
FS publishes bare PLC splitter families covering multiple ratios and using compact single-mode fibre packaging.
Typical Optical Performance
| Optical Parameter | Typical / Representative Value |
|---|---|
| Configuration | 1x8 |
| Operating Wavelength | 1260–1650 nm |
| Insertion Loss | ≤10.2–10.3 dB |
| Uniformity | ≤0.8 dB |
| Polarization Dependent Loss | ≤0.2 dB |
| Wavelength Dependent Loss | ≤0.3 dB |
| Return Loss | ≥55 dB |
| Directivity | ≥55 dB |
| Fibre Mode | Single Mode |
| Typical Fibre | G.657A1 |
Representative bare PLC splitter data gives maximum insertion loss of about 10.3 dB for 1x8.
Why the 1260–1650 nm Range Matters
The wide operating wavelength makes a 1x8 PLC splitter suitable for several optical services.
| Wavelength | Typical Use |
|---|---|
| 1310 nm | Upstream PON transmission |
| 1490 nm | GPON downstream |
| 1550 nm | Video overlay / additional services |
| 1577 nm | Newer PON downstream |
| 1625 nm | Fibre monitoring and testing |
G.657A1 Fibre Advantages
Many bare 1x8 splitters use bend-insensitive G.657A1 single-mode fibre.
| Feature | Benefit |
|---|---|
| Single Mode | Suitable for long optical links |
| Bend Insensitive | Better routing in tight spaces |
| FDB Use | Excellent |
| ODF Use | Excellent |
| Splice Tray Use | Excellent |
| FTTH Use | Excellent |
| Compact Enclosures | Excellent |
The cited FS 1x8 bare splitter uses G.657A1 fibre.
Bare Fibre Construction
| Bare Fibre Feature | Benefit |
|---|---|
| No Factory Connectors | Flexible termination |
| 250 µm Fibre Leads | Minimal enclosure space |
| Fusion-Splice Ready | Direct network integration |
| Compact Steel Tube | Protects PLC circuit |
| Custom Connector Choice | APC, UPC or direct splice |
| Low Bulk | Ideal for high-density fibre boxes |
A current 1x8 bare PLC splitter is supplied with 250 µm unconnectorized fibre leads and compact steel-tube packaging.
Bare Splitter 1:8 vs Connectorized 1x8 Splitter
| Feature | Bare 1:8 | Connectorized 1x8 |
|---|---|---|
| Factory Connectors | No | Yes |
| Fusion Splicing | Usually Required | Reduced |
| Installation Flexibility | Excellent | Moderate |
| Installation Speed | Slower | Faster |
| Space Requirement | Very Low | Higher |
| FDB Integration | Excellent | Excellent |
| ODF Integration | Excellent | Excellent |
| Maintenance | More Technical | Easier |
Bare Splitter 1:8 vs Mini PLC Splitter
| Feature | Bare 1:8 | Mini PLC |
|---|---|---|
| Typical Fibre Leads | 250 µm | 900 µm commonly |
| Physical Size | Very Small | Small |
| Mechanical Protection | Lower | Better |
| Connector Options | Usually None | Optional |
| Splice Tray Use | Excellent | Excellent |
| FDB Use | Excellent | Excellent |
1:4 vs 1:8 vs 1:16 Splitter
| Feature | 1:4 | 1:8 | 1:16 |
|---|---|---|---|
| Outputs | 4 | 8 | 16 |
| Ideal Power per Output | 25% | 12.5% | 6.25% |
| Theoretical Loss | ~6.02 dB | ~9.03 dB | ~12.04 dB |
| Typical Practical Loss | ~7.1 dB | ~10.3 dB | ~13.5 dB |
| Subscriber Capacity | 4 | 8 | 16 |
| Optical Budget Requirement | Lower | Moderate | Higher |
The 1:8 splitter provides a useful balance between subscriber capacity and optical loss.
1:8 vs 1:32 Splitter
| Feature | 1:8 | 1:32 |
|---|---|---|
| Outputs | 8 | 32 |
| Ideal Power per Output | 12.5% | 3.125% |
| Theoretical Loss | ~9.03 dB | ~15.05 dB |
| Optical Budget Requirement | Moderate | High |
| Small FTTH Cluster | Excellent | Often Excessive |
| High Subscriber Density | Good | Excellent |
Key Benefits of Bare Splitter 1:8
Eight Optical Outputs
One feeder fibre can provide eight downstream optical paths.
Compact Installation
The thin bare-fibre construction makes it suitable for small FDBs, ODFs and splice trays.
Wide Wavelength Operation
Professional bare PLC splitter products support 1260–1650 nm.
Low PDL
Representative 1x8 models specify approximately ≤0.2 dB PDL.
Balanced Distribution
Optical power is distributed across all eight outputs with controlled uniformity.
Flexible Termination
Installers can splice the bare outputs directly or terminate them using compatible pigtails.
No Electrical Power
The splitter works entirely passively.
Watch Bare Splitter 1:8
Watch on YouTube: https://youtu.be/UBFSdRMz89s
The Bare Splitter 1:8 provides a compact way of distributing one single-mode optical signal into eight downstream paths. Current commercial 1x8 bare PLC splitters are available with 250 µm G.657A1 single-mode fibre, unconnectorized leads and compact steel-tube packaging, making them ideal for installation inside splice trays, FDBs and ODFs.
The 1:8 split ratio gives each channel approximately one-eighth of the incoming optical power in an ideal system. In practical PLC splitters, total insertion loss is usually around 10.2–10.3 dB, which needs to be included in the full FTTH or GPON optical budget together with fibre attenuation, splices, adapters and connector losses.
Because the splitter is supplied with bare fibre rather than fixed connectors, installers can customize the final termination method according to the network design. Fiber Optics Kenya can supply the Bare Splitter 1:8 together with SC/APC and SC/UPC pigtails, splice sleeves, FDB/FAT boxes, ODFs, fusion splicers, fibre cleavers, drop cables and optical testing equipment, providing a complete solution for professional passive fibre distribution.
Applications of Bare Splitter 1:8
1. FTTH Networks
Divide one feeder fibre into eight subscriber or branch connections.
2. GPON Networks
Provide passive distribution from the OLT toward multiple ONTs.
3. EPON Networks
Create eight downstream optical paths without powered switching equipment.
4. Fibre Distribution Boxes
Install the compact splitter inside FDB and FAT boxes.
5. Optical Distribution Frames
Integrate the splitter into ODF splice-management systems.
6. Fibre Joint Closures
Fusion-splice bare splitter leads directly into outside-plant fibre.
7. Residential Estates
Serve small groups of subscriber homes.
8. Apartment Buildings
Distribute fibre to multiple apartments or floors.
9. Commercial Buildings
Provide several downstream optical links from one feeder.
10. ISP Access Networks
Increase feeder-fibre utilization while maintaining manageable optical loss.
Typical FTTH Architecture
| Network Stage | Typical Component |
|---|---|
| Service Provider | OLT |
| Feeder Fibre | Single Mode |
| Splitter Input | Bare Fibre |
| Optical Splitter | Bare Splitter 1:8 |
| Outputs | 8 Bare Fibres |
| Distribution Point | FDB / FAT / ODF |
| Subscriber Fibre | FTTH Drop Cable |
| Subscriber Equipment | ONT / ONU |
Optical Budget Considerations
| Loss Source | Include? |
|---|---|
| 1:8 Splitter Loss | Yes |
| Feeder Fibre Loss | Yes |
| Distribution Fibre Loss | Yes |
| Drop Cable Loss | Yes |
| Fusion Splice Loss | Yes |
| Connector Loss | Yes |
| Adapter Loss | Yes |
| Additional Splitters | Yes |
| Engineering Margin | Yes |
A typical 1x8 splitter contributes about 10 dB of practical loss, making it a major part of the network power budget.
Installation Considerations
| Factor | Recommendation |
|---|---|
| Bare Fibre Protection | Always install in a proper enclosure |
| Output Identification | Label all eight outputs |
| Splice Protection | Use fusion splice sleeves |
| Bend Radius | Follow fibre requirements |
| Fibre Management | Use organized splice trays |
| Testing | Measure each output |
| Optical Budget | Calculate before deployment |
| Future Maintenance | Leave manageable service slack |
Recommended Accessories
| Accessory | Purpose |
|---|---|
| SC/APC Pigtails | APC termination |
| SC/UPC Pigtails | UPC termination |
| Fusion Splice Sleeves | Protect fibre joints |
| Fibre Splice Tray | Organize splitter outputs |
| FDB / FAT Box | Houses optical distribution |
| Optical Distribution Frame | Structured fibre termination |
| FTTH Drop Cable | Subscriber connectivity |
| Fibre Cleaver | Precision fibre preparation |
| Fibre Stripper | Removes fibre coating |
| Fusion Splicer | Joins splitter leads |
| Optical Power Meter | Measures fibre signal |
| PON Power Meter | Tests PON wavelengths |
| Visual Fault Locator | Helps trace fibres |
| OTDR | Tests installed network |
Why Buy Bare Splitter 1:8 from Fiber Optics Kenya?
| Why Choose Fiber Optics Kenya? | Customer Benefit |
|---|---|
| Bare 1:8 Splitters | Compact eight-way optical distribution |
| Single-Mode Options | Suitable for FTTH and GPON |
| G.657 Fibre Options | Better bend performance |
| SC/APC & SC/UPC Pigtails | Flexible termination options |
| FDB & FAT Boxes | Complete fibre distribution |
| ODFs & Splice Trays | Professional fibre management |
| FTTH Drop Cables | Complete subscriber connections |
| Fusion-Splicing Tools | Installation equipment available |
| Testing Equipment | Verify network performance |
| Technical Guidance | Help with split ratios and optical budgets |
| Bulk Supply | Suitable for ISPs and contractors |
| Competitive Pricing | Cost-effective network deployment |
| Nationwide Delivery | Supply throughout Kenya |
Frequently Asked Questions
What is a Bare Splitter 1:8?
It is a passive fibre optic splitter that divides one input into eight output fibres and is supplied without connectors.
Is 1:8 the same as 1x8?
Yes. Both mean one input and eight outputs.
What does PLC mean?
PLC means Planar Lightwave Circuit.
Is the splitter single mode?
Bare 1x8 PLC splitters are commonly designed for single-mode fibre.
What fibre type is commonly used?
G.657A1 is commonly used in modern bare PLC splitters because of its bend-insensitive properties.
What is the typical fibre diameter?
A current FS 1x8 bare model uses 250 µm fibre.
Does it come with connectors?
No. A true bare splitter is normally supplied without factory-installed connectors.
Does it require fusion splicing?
Usually yes. The bare leads are typically fusion-spliced to the feeder and distribution fibres or to pigtails.
What is the operating wavelength?
Professional bare PLC splitters commonly operate from 1260 to 1650 nm.
How much power reaches each output?
Ideally, each output receives approximately 12.5% of the incoming optical power.
What is the theoretical splitting loss?
Approximately 9.03 dB.
What is the actual insertion loss?
Representative 1x8 bare PLC splitters specify approximately 10.2–10.3 dB.
What is the typical PDL?
Representative 1x8 models specify around ≤0.2 dB PDL.
What is the typical return loss?
Representative products specify around ≥55 dB return loss.
Does it require electricity?
No. The splitter is completely passive.
Can it be used for FTTH?
Yes. Bare PLC splitters are widely suitable for FTTH distribution.
Can it be used in GPON?
Yes. 1x8 splitting is common in GPON where the optical budget supports it.
Can one splitter serve eight customers?
Potentially yes. Each output can be allocated to one customer or another downstream branch.
Can it be installed inside an FDB?
Yes. Its compact size makes it especially suitable for fibre distribution boxes.
Can it be installed inside an ODF?
Yes. Bare splitters can be integrated into ODF and splice-tray systems.
Can it be installed inside a fibre closure?
Yes, provided the splitter and bare fibres are properly protected and managed.
Can I terminate it with SC/APC?
Yes. The outputs can be fusion-spliced to SC/APC pigtails.
Can I terminate it with SC/UPC?
Yes, if the network uses UPC interfaces.
What is the difference between bare and connectorized 1x8 splitters?
Bare splitters require splicing or custom termination, while connectorized splitters have factory-installed connectors for faster plug-and-play installation.
Is a 1x8 better than a 1x16 splitter?
It depends on the project. A 1x8 has lower optical loss, while a 1x16 provides more subscriber outputs.
Can the splitter be cascaded?
Yes, but every additional splitter stage increases optical loss and must be included in the network design.
Do you supply SC/APC pigtails?
Yes. Fiber Optics Kenya can supply compatible SC/APC pigtails.
Do you supply SC/UPC pigtails?
Yes. Matching SC/UPC pigtails can also be supplied.
Do you supply FDB and FAT boxes?
Yes. Compatible fibre distribution boxes and fibre access terminal boxes can be supplied.
Do you supply ODFs and splice trays?
Yes. ODFs, splice trays and related fibre-management products are available.
Do you supply fusion-splicing tools?
Yes. Fibre cleavers, strippers, splicers and related tools can be supplied.
Do you provide fibre installation and testing?
Yes. Professional fibre installation, termination, splicing and testing support is available.
Do you deliver outside Nairobi?
Yes. Fiber Optics Kenya supplies fibre optic products and accessories 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
The Bare Splitter 1:8 provides compact and reliable eight-way optical distribution for FTTH, GPON, EPON and other passive fibre networks.
Contact Fiber Optics Kenya for competitive pricing, bare splitters, ODFs, FDBs, pigtails, installation accessories, bulk orders and nationwide delivery across Kenya.