Fiber Optic Cable

Factory-direct fiber optic cable from China to Europe

Two products, two markets. G.657.A2 bend-insensitive fiber for data centres, FTTH, and in-building cabling. OPGW-24 G.652 ULL optical ground wire for high-voltage power lines and utility networks. Both sourced direct from ISO 9001-certified Chinese manufacturers — verified, documented, and shipped to your specification.

8.45% Fiber optic market CAGR to 2031
G.657.A2 Supply tightening — AI data centre demand
7.5 mm Minimum bend radius — G.657.A2
71 kN Rated tensile strength — OPGW-24
Products

Two products. Two distinct markets.

G.657.A2 solves the bend-radius problem inside data halls, MDUs, and FTTH networks. OPGW-24 G.652 ULL integrates fiber into overhead transmission infrastructure for utilities and telecom carriers. Both are supplied direct from the factory with full technical documentation.

Dense fiber optic patch panel with G.657.A2 bend-insensitive cables routed through a high-density data centre cross-connect Data Centre & FTTH
ITU-T G.652.D / G.657.A2 · IEC 60793-2-50 B6.a2

G.657.A2 Bend-Insensitive Single-Mode Fiber

7.5 mm minimum bend radius. Full-band operation 1260–1625 nm. ≤0.21 dB/km attenuation at 1550 nm. Fully compatible with existing G.652.D infrastructure. The standard choice for AI data centre patching, high-density cross-connects, FTTH drops, and in-building distribution where tight routing is unavoidable.

7.5 mm bend radius ≤0.21 dB/km @ 1550 nm G.652.D compatible PMD ≤0.2 ps/√km
OPGW optical ground wire strung between high-voltage transmission towers, combining lightning protection and 24-fiber G.652 ULL data backbone Power Utilities & Telecoms
IEC 60794-4-10 · IEEE 1138-2009 · ITU-T G.652 ULL

OPGW-24 G.652 ULL Optical Ground Wire

24 ultra-low-loss G.652 fibers housed in a stainless-steel tube, armoured with aluminium-clad and aluminium-alloy wires. 71 kN rated tensile strength. Qualified for aeolian vibration, galloping, short-circuit current, and lightning. Replaces conventional earth wire on 110–500 kV lines — one cable delivering grounding, lightning protection, and a 24-fiber optical backbone.

24 × G.652 ULL fibers 71 kN RTS ≤0.18 dB/km @ 1550 nm 92.52 kA²S fault capacity
Why factory-direct

The fiber optic supply chain has the same middleman problem as every other category

European fiber optic distributors buy from Chinese manufacturers — often the same factories we work with — and resell with a 40–80% margin applied. For G.657.A2 fiber specifically, supply tightness in 2026 driven by AI data centre build-outs has pushed distributor pricing significantly above factory-gate levels.

Factory-direct supply removes that margin layer entirely. You buy at the same price a European distributor buys at, with direct access to the factory's technical team for specification queries, custom configurations, and lead-time management.

For OPGW — a project-driven, specification-heavy product — factory-direct supply also means direct access to the engineering team for configuration queries (fiber count, conductor cross-section, short-circuit rating), Factory Acceptance Test (FAT) coordination, and custom drum lengths to match your span calculations.

How factory-direct works →
Data centre server rack with yellow and green fiber optic cables — factory-direct G.657.A2 fiber supply to European data centres
Market context

Why fiber optic demand is accelerating — and what it means for procurement

AI data centres driving G.657.A2 demand

GPU clusters and hyperscale AI data centres require extreme-density fiber patching inside racks and between ToR switches, spines, and aggregation layers. G.657.A2's 7.5 mm bend radius handles the routing constraints that cause signal loss with standard G.652 patch leads. Industry sources report G.657.A2 supply tightness and price increases across 2026 as cloud providers lock in long-term contracts. Securing direct factory supply now protects against distributor scarcity premiums.

Grid modernisation driving OPGW installation

Transmission system operators across Europe are replacing ageing overhead earth wires with OPGW to provide simultaneous lightning protection and a fiber backbone for SCADA, protection relays, and synchrophasor networks. Utilities also monetise spare fiber capacity by leasing to telecom carriers for regional backhaul — making the 24-fiber count of the OPGW-24 G.652 ULL particularly attractive: sufficient for internal grid communications plus commercially leasable spare fibers.

How it works

From specification to delivery

01

Send your specification

Share your fiber type, quantity, connector/reel configuration, required standards, and timeline. For OPGW, include your span data, fault current requirements, and applicable voltage class.

02

Factory quotation and documentation review

We obtain a factory-gate quotation and review the technical file — test certificates, compliance documentation (IEC, ITU-T, IEEE), and manufacturing records. For OPGW, we confirm FAT scope and coordinate witness testing if required.

03

Production, QC, and pre-shipment inspection

Pre-shipment inspection at the factory covers optical performance (OTDR per IEC 60793-1-40), dimensional checks, and documentation completeness. OPGW orders include breaking strength verification and review of routine test records against the FAT scope.

04

Freight and delivery to Europe

Sea freight from China to European ports (Rotterdam, Hamburg, Dublin, Felixstowe) with full shipping documentation — commercial invoice, packing list, bill of lading, certificate of origin, and test records — to support customs clearance.

Frequently asked

Fiber optic cable sourcing — common questions

What fiber optic cable products does Ériu Sourcing supply?

Ériu Sourcing supplies two fiber optic cable products factory-direct from verified Chinese manufacturers: G.657.A2 bend-insensitive single-mode optical fiber (ITU-T G.652.D / G.657.A2 compliant, 7.5 mm minimum bend radius, ≤0.21 dB/km at 1550 nm) for data centres, FTTH, and in-building cabling; and OPGW-24 G.652 ULL optical ground wire (24 ultra-low-loss G.652 fibers, 71 kN rated tensile strength, IEC 60794-4-10 and IEEE 1138-2009 compliant) for high-voltage overhead power lines.

What is the difference between G.657.A2 fiber and OPGW cable?

G.657.A2 and OPGW serve completely different markets. G.657.A2 is bare bend-insensitive single-mode fiber for indoor and short-haul applications — data centres, FTTH last-drop, in-building risers — where its 7.5 mm minimum bend radius solves tight-routing problems that cause signal loss in standard G.652.D fiber. OPGW (Optical Ground Wire) is a composite overhead cable that integrates 24 G.652 ultra-low-loss fibers inside a stainless-steel tube armoured with aluminium-clad steel and aluminium-alloy wires. It replaces conventional earth wire on 110–500 kV transmission lines, simultaneously providing lightning protection, grounding, and a fiber backbone for SCADA, protection relays, and commercial leasing.

Where does Ériu Sourcing ship fiber optic cable to?

Ériu Sourcing supplies fiber optic cable factory-direct from China to customers across Europe — including Ireland, the United Kingdom, Germany, France, the Netherlands, and other EU and EEA markets. Sea freight is routed to major European container ports such as Rotterdam, Hamburg, Dublin, and Felixstowe, with full shipping documentation (commercial invoice, packing list, bill of lading, certificate of origin, test records) to support customs clearance. All supply is on an inquiry and project basis.

What is the minimum order quantity for fiber optic cable?

G.657.A2 fiber is supplied on reels; minimum order quantity depends on reel size and configuration. Contact us with your required fiber count, length, coating diameter, and application. OPGW-24 G.652 ULL is supplied on non-returnable wooden drums in standard lengths of 2,000 to 5,000 metres per drum — drum lengths are typically matched to span calculations to minimise mid-span joints. We work with both single-drum sampling orders and project-scale multi-drum supply.

What standards must fiber optic cable meet for European installation?

Single-mode fiber for data centre, FTTH, and in-building use must comply with ITU-T G.652.D (standard single-mode performance) and, for bend-insensitive applications, ITU-T G.657.A2 — typically also certified to IEC 60793-2-50 category B6.a2. OPGW for overhead transmission lines must comply with IEC 60794-4-10 (mechanical and environmental performance of OPGW), IEEE 1138-2009 (construction standard for OPGW used on electric utility lines), and the fibers themselves to ITU-T G.652 ULL for ultra-low-loss performance. All Ériu Sourcing fiber is supplied with factory test certificates, OTDR traces per IEC 60793-1-40, and full compliance documentation.

Why source fiber optic cable factory-direct from China rather than through a European distributor?

European fiber optic distributors typically buy from the same Chinese manufacturers Ériu Sourcing works with, then resell with a 40–80% margin applied. Factory-direct supply removes that margin layer entirely, giving European buyers access to the same factory-gate pricing distributors pay. For G.657.A2 specifically, AI data centre build-outs have tightened supply across 2026 and pushed distributor pricing significantly above factory-gate levels — direct supply provides access to production capacity outside the spot market. For OPGW, factory-direct supply also means direct engineering-team access for configuration queries (fiber count, conductor cross-section, fault-current rating) and Factory Acceptance Test (FAT) coordination.

What is the typical lead time for fiber optic cable orders from China to Europe?

Lead time depends on product, configuration, and quantity. G.657.A2 fiber on standard reel configurations typically ships within 4–6 weeks of order confirmation, with sea freight to European ports adding another 30–40 days. OPGW orders are project-driven — manufacturing time runs 8–12 weeks depending on drum quantities, fiber count, and whether witness Factory Acceptance Testing (FAT) is required, plus sea freight. Custom configurations, non-standard fiber counts, or large project volumes extend lead time accordingly. We provide indicative lead times at quotation stage.

Get pricing

Send your fiber optic specification. We come back with factory-gate pricing.

G.657.A2 fiber reels or OPGW drums — share your quantity, configuration, and delivery port. No obligation, no intermediary margin.

Request a quote → G.657.A2 spec sheet (PDF) OPGW-24 spec sheet (PDF)
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