High-Performance Telecom Microduct for FTTx, 5G & Fiber Networks in KSA & Gulf
The digital transformation taking place in the Middle East region, particularly KSA and GCC, can be described as a mammoth. The measures being undertaken such as the establishment of smart cities like NEOM and Lusail, the entire FTTx rollouts, and stretching the 5G network across the country have all led to the requirement for an optical fiber-based infrastructure of the highest quality to rise to the unprecedented levels.
Among various others, Micro Duct 2 Way 12/08 mm is the most important element in the building of these networks. It has been designed and developed as the most compact, but at the same time, very high-performance ducting solution that will serve long-term, flexibly installed and reliably air-blown fiber deployed environments. What is more, its dual duct design permits the installation of various fiber lines in one pathway which, consequently, not only reduces trenching costs, and saves installation time but also assures the future scalability of the network.
The Micro Duct 2 Way 12/08 mm is a high-density polyethylene (HDPE) microduct system engineered for modern telecom networks. Each duct has an outer diameter of 12 mm and an inner diameter of 8 mm, making it suitable for micro-cables, air-blown fiber, and FTTx installations. The dual-duct configuration allows operators to deploy primary and backup fiber lines or multiple micro-cables in a single trench or conduit.
Designed for harsh desert climates, the Micro Duct 2 Way 12/08 mm is resistant to UV radiation, extreme temperatures, and soil pressure, making it ideal for direct burial, duct-in-duct installations, or aerial routing. Its smooth internal surface ensures long-distance air-blown fiber deployment with minimal friction, reducing both labor costs and installation time.
Available in continuous coils, it allows uninterrupted deployment across long distances and supports rapid expansion of network infrastructure.
The digital transformation taking place in the Middle East region, particularly KSA and GCC, can be described as a mammoth. The measures being undertaken such as the establishment of smart cities like NEOM and Lusail, the entire FTTx rollouts, and stretching the 5G network across the country have all led to the requirement for an optical fiber-based infrastructure of the highest quality to rise to the unprecedented levels.
Among various others, Micro Duct 2 Way 12/08 mm is the most important element in the building of these networks. It has been designed and developed as the most compact, but at the same time, very high-performance ducting solution that will serve long-term, flexibly installed and reliably air-blown fiber deployed environments. What is more, its dual duct design permits the installation of various fiber lines in one pathway which, consequently, not only reduces trenching costs, and saves installation time but also assures the future scalability of the network.
The Micro Duct 2 Way 12/08 mm is a high-density polyethylene (HDPE) microduct system engineered for modern telecom networks. Each duct has an outer diameter of 12 mm and an inner diameter of 8 mm, making it suitable for micro-cables, air-blown fiber, and FTTx installations. The dual-duct configuration allows operators to deploy primary and backup fiber lines or multiple micro-cables in a single trench or conduit.
Designed for harsh desert climates, the Micro Duct 2 Way 12/08 mm is resistant to UV radiation, extreme temperatures, and soil pressure, making it ideal for direct burial, duct-in-duct installations, or aerial routing. Its smooth internal surface ensures long-distance air-blown fiber deployment with minimal friction, reducing both labor costs and installation time.
Available in continuous coils, it allows uninterrupted deployment across long distances and supports rapid expansion of network infrastructure.

Dual Duct Design: High-density fiber deployment via two microducts in a single bundle.
HDPE PE100 Construction: The duct material that offers the most mechanical strength, durability, and climate resistance.
Smooth Inner Bore: This property makes it possible for the installation of air-blown fibers over extremely long distances.
Temperature Resistant: The device can be considered reliable at all times even with drastic temperatures, that is, as low as -20 °C and as high as +80 °C.
UV Resistant: It is suitable for the Gulf's desert area with above-ground installation or exposure to the sun.
Flexible Installation: Among the installations that can be done are direct burial, duct-in-duct, micro-trenching, and aerial pathways.
Future-Ready: The network upgrader and the no-dig new fiber line installation are both accommodated.
| Parameter | Specification |
|---|---|
| Product Name | Micro Duct 2 Way 12/08 mm |
| Material | HDPE PE100 |
| Outer Diameter | 12 mm |
| Inner Diameter | 8 mm |
| Number of Ducts | 2 |
| Shape | Round, Dual Configuration |
| Installation | Direct Burial, Micro-Trenching, Duct-in-Duct, Aerial |
| Operating Temperature | -20°C to +80°C |
| UV Protection | Yes |
| Color | Standard (as per project requirements) |
| Standards | ITU-T, IEC, ISO, BS EN |
| Expected Lifespan | 50 years approx. |
| Inner Coating | Low-friction layer for fiber blowing |
| Packaging | Coils / Reels, 500m–1000m per reel |
The Micro Duct 2 Way 12/08 mm is widely used in various projects in the GCC:
FTTx Networks: It is ideal for the deployments of FTTH, FTTB, and FTTC types.
5G Infrastructure: It facilitates both new cell sites and macro site fiber connections.
Smart Cities & IoT: It connects all the smart elements like sensors, camera monitoring, traffic control, and utility services.
Data Centers: Stable and reliable fiber links are there between the main locations, exchanges, and the enterprise.
Industrial Applications: It is a dedicated secure fiber route for oil & gas, resins, and production plants.
Metro, Roads, & Airport Projects: It fits into a pipe installation or micro-trenching under buildings without any hassle.
Enterprise Fiber Networks: Network within the campus or connecting different buildings with fiber.
Direct Burial: Lay the ducts directly underground with proper bedding.
Duct-in-Duct: Insert into existing conduits for network expansion.
Micro-Trenching: Shallow, fast trenching in urban areas for FTTx projects.
Aerial Installation: Mount on poles for open-air deployment.
Horizontal Directional Drilling (HDD): For under-road crossings or congested urban corridors.
Reduces trenching and civil work costs.
Faster fiber installation with air-blown technology.
Reliable and durable for extreme Gulf climates.
Supports multiple fiber lines in a single path.
Compatible with various fiber cable sizes.
Meets ITU, ISO, and GCC telecom standards.
Easy to maintain and upgrade.
The Micro Duct 2 Way 12/08 mm meets the following standards:
ITU-T: International telecom ducting standards.
IEC: Fiber optic installation requirements.
ISO: Manufacturing and quality assurance.
BS EN: Duct structural and mechanical performance.
GCC Telecom Norms: Regional compliance for KSA, UAE, Qatar, Oman, Bahrain, Kuwait.
Determine fiber cable size compatibility.
Choose based on installation type (direct burial, duct-in-duct, micro-trenching).
Ensure temperature and UV resistance for Gulf climates.
Consider future expansion requirements.
Check regulatory and telecom standards compliance.
The Micro Duct 2 Way 12/08 mm is considered the best one in its category microduct system and will definitely be suitable for the KSA and Gulf area FTTx, FTTH, 5G, and backbone fiber networks in terms of durability, quality, and future-proofing. telecom operators, contractors, and infrastructure developers who plan to invest in the long term and require cost-effective solutions will trust the dual-duct configuration, HDPE construction, and low-friction inner surface for their high-performance fiber networks.
Besides, by choosing this microduct, the GCC operators will be able not only to deploy their networks effectively but also to do so with very little maintenance and to keep the door open for further expansions, hence, this microduct becoming an essential component of next-generation fiber infrastructure projects.
Q1: What is Micro Duct 2 Way 12/08 mm used for?
A: Deploying fiber cables for FTTx, FTTH, 5G, and backbone networks.
Q2: Can it be used in desert climates?
A: Yes, HDPE construction resists extreme heat, UV, and soil pressure.
Q3: Does it support air-blown fiber installation?
A: Yes, the low-friction inner bore allows long-distance fiber blowing.
Q4: What is the lifespan of the duct?
A: Approximately 50 years with proper installation.
Q5: Which installation methods are supported?
A: Direct burial, duct-in-duct, micro-trenching, HDD, aerial.
Q6: How many fibers can be blown in each duct?
A: Typically 2–6 micro-cables depending on size.
Q7: Is it flexible enough for urban deployments?
A: Yes, the duct can bend without kinking and is ideal for buildings and narrow conduits.
Q8: Is it compliant with GCC telecom standards?
A: Yes, it meets ITU-T, IEC, ISO, BS EN, and regional guidelines.
Q9: Can it be installed indoors?
A: Yes, suitable for risers, internal ducts, and cross-building pathways.
Q10: How is it packaged for delivery?
A: Coils or reels of 500m–1000m depending on project requirements.
Micro Duct 2-Way 12/0.8mm is a telecom micro duct design engineered for people to design & install fiber optic networks both in Saudi Arabia/GCC as well as for high density environments. Saudi Ducts works with both EPC Project Contractors as well as telecom providers to connect with certified manufacturing suppliers and offers a fast turnaround time from when you place your order to when you receive your product.
| Feature | Micro Duct 2‑Way 12/0.8 mm | HDPE Mini Duct 32/28 mm |
|---|---|---|
| Cable Capacity | 2 micro cables per duct | Full fiber bundle per duct |
| Use Case | Last-mile FTTH & FTTx | Backbone feeder & multi-fiber runs |
| Flexibility | Extremely flexible for bends | Moderate flexibility |
| Installation | Air-blown micro fiber | Cable-pulled larger fiber bundles |
1. Keep at least a minimum amount of bend radius to prevent stressing the fiber.
2. Maintain clean ductwork and keep debris out for ease of installation using air-blown technology.
3. Make note of the colors used for both the routes and the color codes of those routes.
4. Follow the EPC and telecom standards to ensure long-term reliability.