Author: Site Editor Publish Time: 17-06-2025 Origin: Site
Should you be a buyer or a procurement officer in the telecom or power utility sector, it is important to know what contributes to the cost of ADSS (All-Dielectric Self-Supporting) fiber optic cable. This guide breaks down the main factors in a question-and-answer format, allowing one to select an affordable solution that delivers the highest quality.
ADSS cable cost may be determined by the following factors, among others:
Number of Fibers (Core Count) – More fibers = higher cost.
Sheath Type – Consequently, the price of an anti-tracking sheath (typically referred to as AT) is higher than that of a standard PE one.
Installation Span and Mechanical Strength – It is noticeable that there is a need for cables with stronger structures for long spans.
Voltage Level of Power Lines – It is only in AT sheath where high-voltage lines are needed.
Accessories & Matching Hardware – Suspension, tension sets, etc.
Certifications and Standards – Certification of the product requires it to be of a premium price category.
Origin and Region – The price may differ for the various countries since it depends on labor, materials, and taxes.
Fiber count, as a volume, directly determines material cost, cable diameter, and packaging.
Fiber Count | Common Use Cases | Approximate Price (USD/km) |
12 cores | Distribution, FTTx | $150–180 |
24 cores | Utilities, campuses | $180–220 |
48 cores | Backbone, metro | $220–270 |
96 cores | High-capacity backbones | $280–350 |
144 cores | Large networks | $350–450+ |
The outer sheath protects the cable against environmental factors and electrical stresses:
Type | Application Voltage | Features | Price Impact |
PE | <35kV | Standard UV-resistant sheath | Lower cost |
AT | ≥35kV | Anti-tracking, UV/ozone resistant | +$40–$60/km |
Additional UV additives screen them from long-lasting sun irradiation, essential in desert and tropical habitats. UV shield compounds are not so expensive, but the benefits of prolonged cable lifespan and low maintenance in terms of restoration offset those costs.
Different terrains and use-cases require different mechanical properties:
Urban installations: Shorter spans, minimal tension = cheaper designs
Remote forest areas: Shorter spans, with exposure to more UV, = middle range pricing
Long spans over rivers/high mountains: Long spans, with high winds = higher strength ratings = higher cost
Example: 24-core ADSS cable for urban use might cost $180/km, while a long-span version (same fiber count) may cost $300/km or more due to added strength members and dual sheathing.
Initially, the cost of the accessories will stand at 10-25% of the overall project cost. Some key components could be comprised of:
Suspension clamps.
Tension clamps.
Vibration dampers.
Termination boxes or joint closures.
Procurement Tip: Always negotiating for the purchase of pipeline accessories with cables from the same manufacturer will reduce the cost and increase the compatibility. Purchasing in bulk from one source may lower the price due to volume and ensure compatibility.
Yes. The regional price differences can be attributed to:
Labor and raw material costs
Shipping and duties
Local standards
Country/Region | Approx. Price for | Why? |
China | $150–$250 | High production volume, mature supply chain, low labor cost |
India | $200–$280 | Local demand growth, moderate labor cost |
Middle East | $250–$350 | Need for AT sheath in high-voltage desert lines |
Africa | $220–$320 | Mostly imported, plus logistics overhead |
South America | $240–$360 | Import tariffs, cable specs often tailored |
Europe | $300–$500 | Strict technical standards (e.g., CPR compliance), high QA costs |
The span length has a direct relation to the cable strength and design:
Span Length | Design Requirements | Price Trend |
≤100m | PE sheath, standard aramid yarn | Low |
100–300m | Medium-strength aramid, optional AT sheath | Medium |
≥300m | High-tensile strength, double sheath | High |
Example: A 350m span crossing requires reinforced tension strength and adds 20–30% to cost.
A:
<35kV lines: PE sheath is usually sufficient
35–110kV lines: AT sheath is recommended to prevent tracking
110kV: AT + complex electric field calculation would be required
Price Impact:
24-core PE cable (<35kV): ~$200/km
24-core AT cable (66kV): ~$270/km
24-core dual sheath for 110kV+: ~$320+/km
A: Key certifications include:
Certification | Meaning | Region |
IEC 60794 | Fiber optic cable standards | Global |
IEEE 1222 | Aerial cable standards | North America |
RoHS | Environmental safety compliance | EU/global |
ISO 9001/14001 | Quality and environmental systems | General |
Always request:
Type test reports
Span tension calculations
Factory inspection certificates
Feature | OEM Cables | Brand-name Cables |
Price/km (24-core) | $180–250 | $300–500 |
Quality Control | Varies by factory | In-house labs & processes |
Lead Time | 2–3 weeks | 6–8 weeks |
Customization | High | Limited |
Warranty & Support | Varies | Standardized |
Tip: Verified OEMs with IEC certification offer excellent value.
Technical:
Cable datasheet with drawing.
Span calculation report.
Optical/mechanical spec sheet.
Certifications:
Type test reports.
RoHS/IEC/IEEE documentation.
Commercial:
PI with Incoterms.
Lead time & payment terms.
Packing method (wooden drums, reel length).
A: A reliable supplier of ADSS cables may also bring you some value-added services, which are:
Span design assistance.
Accessory matching lists.
Custom drum packaging.
Online/video inspections.
On-site/remote technical support.
These services increase the installation probability and lower the overall cost of operation in the long term.
Fiber Count
More fibers = higher cost.
Loose Tube Design
PBT tubes filled with gel.
Higher tube count = more cost.
Strength Member
Aramid yarn for tension.
FRP for anti-buckling (adds cost).
Water Blocking
Gel or dry tapes inside the core.
Outer Sheath
PE (basic), AT (high-voltage), Dual (harsh terrain).
Type | Fiber Count | Span | Sheath | Approx. Price (USD/km) |
Basic | 24 cores | 80m | PE | ~$190 |
Standard | 48 cores | 200m | AT | ~$280 |
Rugged Long Span | 96 cores | 350m | Dual Sheath | ~$380 |
Select the right core for your need with the right structure.
Request for the detailed technical drawings as well as certifications.
When placing the order, make sure that the accessories you will need are in the right place to reduce the risk.
Suppliers with engineering support can enhance project return on investment (ROI).
Apart from the above-mentioned services, many manufacturers provide free design consultation, based on the map of the project and the span requirements.
If you want to get the appropriate types and prices of ADSS cables for your project, the matter will be approached by our team in a personalized way.
James is a technical manager and associate at Zion Communication.
Specializes in Optical Fiber communications, FTTH Solutions,
Fiber optic cables, ADSS cable, and ODN networks.
james@zion-communication.com
+86 13777460328
ADSS Fiber Optic Cable Technical Q&A Checklist
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