Market evolution: Telecom test equipment (CN 903040) — 2015–2025

Introduction

This report examines the trade dynamics of EU cross-border transactions in telecommunications test and measurement instruments (Customs code 903040) over the 2015–2025 period. This product category encompasses specialized equipment such as cross-talk meters, gain measuring instruments, distortion factor meters, and psophometers — tools essential for maintaining and validating telecommunications network quality.

The EU has historically been a net exporter in this segment, driven by strong German manufacturing and a well-established base of precision instrument makers. However, the data reveal a decade of significant structural change. The EU's trade surplus has narrowed markedly, import volumes have risen while export volumes have declined, and the geographic composition of both import sources and export destinations has shifted substantially. These changes reflect broader trends in global telecom infrastructure investment patterns, supply chain reconfiguration, and the evolving competitive landscape in test equipment manufacturing.

The analysis draws on trade flow data, partner-level breakdowns, production statistics, and concentration metrics to identify three principal dynamics that have shaped this market over the past decade.

I. A narrowing surplus driven by diverging volume and price trends

EU exports in value have held relatively steady while imports have grown significantly

Over the 2015–2025 period, the EU's total exports of telecom test equipment to non-EU countries declined modestly from €533.9 million to €506.9 million, a decrease of 5.0%. In contrast, imports grew by 25.3%, rising from €273.8 million to €343.0 million. The result has been a progressive erosion of the EU's trade surplus, which fell from €260.0 million in 2015 to €163.9 million in 2025 — a contraction of 37.0%. At its peak, the surplus reached €369.6 million, underscoring the scale of the subsequent decline.

Trade overview

Export volumes have contracted while import volumes have expanded

Behind the headline value figures lies an even starker divergence in physical volumes. EU export quantities fell by 16.8%, from 562 tonnes to 467 tonnes, hitting a low of 450 tonnes during the period. Meanwhile, import volumes surged by 35.6%, from 453 tonnes to 614 tonnes, peaking at 781 tonnes. This divergence — declining exports and growing imports — is the primary mechanism behind the shrinking trade surplus.

Unit prices have moved in opposite directions for exports and imports

A key feature of the 2015–2025 period is the divergence in unit values. Export prices rose by 14.1%, from approximately €950,000 per tonne to €1,084,000 per tonne, suggesting that the EU has been exporting increasingly high-value, specialized equipment. Conversely, import prices fell by 7.7%, from €605,000 per tonne to €558,000 per tonne, indicating that a growing share of imports consists of lower-cost equipment. This pattern is consistent with a shift in the EU's competitive positioning: European manufacturers are concentrating on premium, technology-intensive instruments while lower-cost imports — often from Asian suppliers — are filling demand for more commoditized test equipment.

The EU's net export position has weakened but remains positive

The net import reliance metric — which is negative when the EU is a net exporter — moved from −57.8% in 2015 to −22.3% in 2025, an improvement of 61.5% from the EU's perspective (i.e., the EU became less reliant on exports relative to its domestic market). While the EU remains a net exporter, the declining surplus signals a structural shift in the market. The net import reliance data shows that the lowest point (−121.5%) occurred during a period of peak export activity, while the most recent reading (−22.3%) reflects the current, more balanced position.

II. Geographic reconfiguration: shifting partners and diverging trajectories

The United States has solidified its position as the EU's primary trade partner

The United States is the EU's single largest bilateral partner for telecom test equipment, both as an export destination and as an import source. In 2025, EU exports to the US stood at €116.6 million (+8.4% from 2015), while imports from the US reached €146.7 million (+26.0%). The US thus accounts for a substantial share of both trade flows, reflecting the deep integration of the transatlantic telecommunications equipment ecosystem. The US import figure of €146.7 million represents 42.7% of total EU imports, highlighting the EU's significant dependence on American suppliers for advanced test instruments.

Partner breakdown

Asian suppliers have gained dramatically in EU import markets

The most striking change in the import landscape has been the rise of several Asian suppliers:

Taiwan's growth of 376% and Malaysia's growth of 231% are particularly noteworthy. These increases likely reflect the broader reconfiguration of global electronics and telecom equipment supply chains, with manufacturing capacity expanding in Southeast Asia. The rising share of Chinese imports (+74%) mirrors the country's growing role in telecom equipment production, though the rate of growth is more moderate than for Taiwan and Malaysia.

EU exports to Asian markets have shown mixed results

On the export side, the picture is more complex:

The decline in EU exports to China (−30%) and Hong Kong (−69%) is significant. China's own domestic test equipment manufacturing capacity has grown substantially, reducing demand for European imports. The collapse in Hong Kong exports may also reflect changes in trade routing and the reclassification of goods following the political changes in the territory. Conversely, exports to India nearly doubled, reflecting the country's massive investments in telecom infrastructure (including 5G rollouts) and its continued reliance on imported high-end test equipment. Japan also emerged as a strong growth market (+119%).

Brexit has impacted UK-EU trade flows in both directions

The United Kingdom experienced a notable decline as an import source for the EU, falling from €62.4 million in 2015 to €35.6 million in 2025 (−43%). This decline likely reflects both the trade friction introduced by Brexit and the realignment of supply chains. However, EU exports to the UK actually increased by 72%, from €23.0 million to €39.4 million, suggesting that UK-based telecom operators and service providers continued to source test equipment from EU manufacturers, perhaps because of product quality advantages or established relationships.

III. Production growth, industrial concentration, and evolving competitive positioning

EU domestic production has expanded substantially

Production data reveals a remarkable expansion of EU manufacturing capacity for telecom test equipment. Production quantities grew by 174.6%, from 247,670 items to 680,000 items, while production value surged by 188.2%, from €347 million to €1,000 million. At its peak, annual production reached 9 million items valued at €1.6 billion. This expansion suggests that EU manufacturers have significantly ramped up capacity, potentially driven by demand from European telecom operators investing in 5G infrastructure and network modernization.

Production volumes

Germany anchors the EU's position in this sector

Germany is by far the most important EU member state in this market, accounting for €305.9 million in exports and €69.9 million in imports in 2025. The country's Revealed Symmetric Comparative Advantage (RSCA) of 0.2931 and RCA of 1.83 indicate a clear specialization in this product category. Germany's production share within the EU stands at 38.7%, making it the dominant manufacturing hub.

Specialisation data

Other specialized EU producers include:

Finland and the Netherlands are also notable exporters, though on a much smaller scale than Germany. The concentration of production in a few member states highlights the specialized nature of this industry, which requires significant R&D investment and technical expertise.

Trade concentration has moderated, indicating diversification

The Herfindahl-Hirschman Index (HHI) for EU import concentration by value declined from 2,470 to 2,269 (−8.2%), while export concentration fell from 1,500 to 1,284 (−14.4%). The decline in export concentration is more pronounced, suggesting that EU exporters have diversified their destination markets over the decade. The import side remains relatively concentrated, reflecting the dominant position of the United States as a supplier.

Concentration metrics

Price shocks have affected key export relationships

The volatility analysis identifies several significant price shock events in EU exports:

The UK export price shock of 2020 — a 210% increase — is the most extreme event detected and likely reflects the immediate post-Brexit disruption, when trade friction and customs procedures may have temporarily inflated the unit values of goods crossing the Channel. The Indian and US price shocks in 2021 may be related to pandemic-era supply chain disruptions and the global semiconductor shortage, which affected the availability and pricing of electronic test equipment.

Trade intensity and export propensity have both declined

Two measures of the EU's orientation toward international trade in this sector show marked declines. Trade intensity fell from 100.7% to 62.4% (−38.0%), while export propensity dropped from 101.1% to 50.4% (−50.2%). These figures indicate that the EU's telecom test equipment sector has become less export-oriented over the decade. This could reflect growing domestic demand absorbing more production, the substitution of imports for domestically produced goods in certain segments, or both.

Trade intensity

Conclusion

The EU's market for telecommunications test equipment (CN 903040) has undergone a significant transformation over the 2015–2025 period. While the EU remains a net exporter, its trade surplus has narrowed by 37%, driven by a combination of declining export volumes and rising import volumes. The EU has increasingly specialized in high-value, premium equipment — evidenced by rising export unit prices — while lower-cost imports from Asia have filled demand for more standardized instruments.

The geographic landscape has shifted markedly. Asian suppliers, particularly Taiwan (+376%) and Malaysia (+231%), have dramatically increased their presence in EU import markets, while EU exports to China and Hong Kong have declined sharply. The United States remains the dominant bilateral partner on both sides of the trade equation, underscoring the deep transatlantic integration of the telecom test equipment ecosystem.

Domestically, EU production has expanded significantly, with output value nearly tripling. Germany continues to anchor the sector, accounting for the majority of exports and production. The concentration of both import and export markets has moderated, suggesting a gradual diversification of trade relationships.

Looking ahead, the interplay between growing domestic production capacity, the competitive pressure from Asian manufacturers, and the ongoing investment cycle in 5G and next-generation telecom infrastructure will continue to shape the evolution of this market. The EU's ability to maintain its position in high-end, specialized test equipment while managing the growing influx of lower-cost imports will be a key determinant of future trade dynamics.