5G Base Station Unit Market

Because the Secure and Trusted Communications Networks Act forces US carriers to strip Huawei and ZTE radios from their networks, the Federal Communications Commission (FCC) borrowed USD 3.08 billion to fund the swaps, and it reported on 4 September 2026 that it had repaid that loan in full from USD 3.572 billion of Auction 113 bids. The 5G base station unit market covers next-generation NodeB (gNB) radio and baseband sets that carry 5G New Radio traffic: massive multiple-input multiple-output (MIMO) macro radios, conventional macro radios, small cells and baseband units sold to operators and private networks. Douglas Insights counts 1.046 million units shipped in 2025: 1.046 million units × USD 23,850 average realised price = USD 24.95 billion. By 2035 the model lands at USD 30.4 billion, which is a 2.01% revenue CAGR across 2026 to 2035. The study belongs to our telecom and networks research and follows the Douglas Insights research methodology.

Who builds the 5G base station units operators install, and how concentrated are the vendors?

Huawei leads 5G base station unit revenue with 33.6%, about USD 8.38 billion of 2025 revenue, by Douglas Insights estimate. Ericsson, Nokia, ZTE and Samsung follow, and the top three vendors hold 70.9% of a USD 24.95 billion market, anchored on their disclosed network revenue.

The two volume leaders

Huawei reported ICT infrastructure revenue of CNY 375.0 billion for 2025, and base station radios are only one slice of that line, so we put its 5G base station unit share at 33.6%. Its lead rests on mainland China, where it took more than half of every package in a 2023 China Mobile 5G radio tender for about 86,900 base stations, split into roughly 63,800 sites at 2.6 GHz and 4.9 GHz and 23,100 sites at 700 MHz. ZTE reported 2025 revenue of RMB 133.90 billion, of which operator networks contributed RMB 62.86 billion, or 46.9%; the company says it ranks second globally in 5G base stations. Douglas Insights estimates ZTE at 12.4% by value because a large part of its volume goes into lower-priced China tenders.

The three suppliers outside China

Ericsson booked Networks segment sales of SEK 151.0 billion in 2025, down 5% reported but up 1% organically, and management expects the radio access network (RAN) market to be flat in 2026, according to its full-year 2025 report of 23 January 2026. Our 24.1% share equals about 39% of that segment, after removing 4G radios, transport, software and services. Nokia reported group net sales of EUR 19.89 billion in 2025 with Mobile Networks flat for the year; it earns 13.2% here. Samsung holds 5.3%, with fourth-quarter 2025 network earnings lifted by North American sales and a stated focus on virtualised RAN (vRAN) and Open RAN. The FCC repayment in September 2026 matters most to Ericsson, Nokia and Samsung, the suppliers best placed to fill US rip-and-replace orders.

How many gNB units did national base station registers add in 2025?

China’s Ministry of Industry and Information Technology (MIIT) counted 4.838 million 5G base stations at the end of 2025, a net gain of 588,000 in the year. India added roughly 46,400 a year. Those two registers explain 659,000 of the 1,046,000 5G base station units Douglas Insights counts for 2025.

The MIIT’s November 2025 operating bulletin, published on 22 December 2025, put the count at 4.83 million, or 37.4% of all mobile base stations, and the year-end bulletin raised the share to 37.6%. Douglas Insights puts China shipments at 612,000 for 2025, 4.1% above net additions, because early 3.5 GHz radios are already being swapped for newer units. India’s Department of Telecommunications (DoT) reported 5.08 lakh, or 508,000, 5G base transceiver stations installed by 31 October 2025, against about 450,000 at the end of July 2024; that pace gives our 47,000 India units. The remaining 387,000 units, 37.0% of the total, come from North America, Europe, Japan, Korea, the Gulf and Latin America. China’s pace is now slowing: China Mobile planned 340,000 new 5G base stations for 2025 and its 2025 to 2026 radio tender covered nearly 400,000 sites, but the 2026 to 2027 tender is about 260,000 sites, a cut of roughly 35%. Douglas Insights treats that step-down as the largest single input in the forecast.

Which 5G base station type makes the money: massive MIMO macro, conventional macro, small cell or baseband?

Massive MIMO macro radios make the money, at 52.7% of 2025 5G base station unit value, or USD 13.1 billion. Small cells grow fastest, at 4.37% a year to 2035, because operators fill indoor and stadium gaps that 3.5 GHz macro sites cannot reach through walls.

Massive MIMO macro units, the 32T32R and 64T64R active antenna units (AAUs) that combine radio and antenna, hold 52.7% and reach USD 17.1 billion in 2035.

Conventional macro radios hold 21.9%, worth USD 5.46 billion, and shrink 0.83% a year to USD 5.03 billion. These 4T4R and 8T8R units serve low-band coverage layers, where operators buy fewer new radios once a footprint is complete.

Small cells take 13.8%, or USD 3.44 billion, and rise to USD 5.28 billion. Enterprise campuses, private networks and dense urban hotspots buy them in volume, but each unit sells for a fraction of a macro radio.

Baseband and centralised units hold 11.6%, or USD 2.89 billion, growing 1.12% a year. Pooled baseband in hub sites lets one unit serve several radios, which caps unit counts even as capacity grows.

How do mid-band, low-band and mmWave radios divide 5G base station value?

Mid-band radios between 2.5 GHz and 4.9 GHz carry 78.4% of 2025 5G base station unit value, or USD 19.6 billion. Low-band units below 1 GHz hold 15.9%, worth USD 3.97 billion, and millimetre wave (mmWave) units only 5.7%, about USD 1.42 billion.

Mid-band dominates because it is where massive MIMO pays back, and only 35% of sites outside mainland China carry 5G mid-band radios, according to the Ericsson Mobility Report. Low-band 700 MHz units, such as the 23,100 sites in the China Mobile tender, cost less and cover more ground. mmWave stays a niche for stadiums and fixed wireless access (FWA).

By architecture, Integrated RAN from a single vendor holds 91.2%, or USD 22.8 billion. Open RAN and vRAN units hold 8.8%, about USD 2.20 billion, led by North American deployments; our C Ran Cloud Radio Access Network Market report tracks the pooled-baseband side in more detail.

What fuels mid-band 5G base station unit demand after the first coverage wave?

5G base station unit volume grows 0.62% a year in the Douglas Insights base case, from 1.046 million units in 2025 to 1.11 million in 2035. Three forces build that leg: mid-band upgrades outside China, mandated vendor swaps and small cells for enterprises.

Mid-band upgrades on the 65% of sites still waiting

Global 5G population coverage has reached 60%, according to the Ericsson Mobility Report, and 5G coverage outside mainland China stands at 50%, with mid-band coverage at 45%. Only 35% of sites outside China carry 5G mid-band radios, which leaves about 65% of the installed grid still to upgrade. Latin America sits at 30% total coverage and 25% mid-band, Africa near 10% and the Middle East near 20%. Douglas Insights models 0.31 percentage points of the 0.62-point volume leg, half of all unit growth, on mid-band upgrades, concentrated in Latin America, Southeast Asia and Africa.

Mandated swaps in the US, Germany and the EU

US rip-and-replace work was stalled for years: Congress first appropriated about USD 1.9 billion, the FCC could pay only 39.5% of approved costs, and the gap of about USD 3.08 billion was closed by the Spectrum and Secure Technology and Innovation Act and a Treasury loan. Germany’s Federal Interior Ministry agreed with Deutsche Telekom, Vodafone and Telefónica that Huawei and ZTE components leave 5G core networks by the end of 2026 and that critical management systems in access and transport networks are replaced by the end of 2029. Our swap index counts about 117,400 replacement units from 2025 to 2030, and Douglas Insights puts 0.19 points of annual unit growth on these swaps. The FCC loan repayment removes the funding gap that stalled US claims, which supports that swap leg.

Small cells for factories, venues and private networks

Enterprise and mission-critical buyers are the one corner where vendors still report growth: Ericsson expects a flat RAN market in 2026 but growth in mission-critical and enterprise networks, and Samsung says its network business will chase new orders despite investment headwinds in telecoms. Small cells grow 4.37% a year in our model, against 0.62% for all units. We credit this with 0.12 points, giving 0.31 + 0.19 + 0.12 = 0.62 points in total.

Price adds 1.38% a year on top, as the mix moves from 4T4R radios to 64T64R units, so the two legs combine into the 2.01% revenue CAGR.

Which headwinds drag on 5G base station unit volumes as operator radio tenders shrink?

Three headwinds remove 1.33 percentage points from 5G base station unit volume growth in the slower case: smaller China tenders, flat operator capital spending and an early move to 6G. Together they turn the 0.62% base leg into a 0.71% annual decline.

China tenders are the biggest drag. China Mobile’s radio tender fell from nearly 400,000 sites to about 260,000, and China accounts for 58.5% of the 1.046 million units we count. If the other two Chinese operators cut by a similar margin, global units fall faster than mid-band upgrades elsewhere can refill them. We remove 0.64 points for this.

Flat capital spending is the second constraint. Ericsson expects a flat RAN market in 2026, Nokia’s Mobile Networks revenue was flat for the full year, and ZTE cited declining domestic telecom infrastructure investment in its operator networks business. Operators that reach coverage targets stretch radio refresh cycles beyond eight years. We take away 0.41 points.

Early 6G is the third. If first commercial 6G radios ship before 2030, operators redirect upgrade budgets to new units outside our 5G scope. We remove 0.28 points, giving 0.64 + 0.41 + 0.28 = 1.33 points in total.

Where will 5G base station units be installed next: Asia Pacific or the mid-band laggards?

Asia Pacific remains the largest region for 5G base station units, at USD 13.8 billion or 55.3% of 2025 value, but grows only 0.74% a year. Latin America grows fastest, at 4.49%, because mid-band 5G reaches just 25% of its population and Brazil, Mexico and Chile are adding layers.

Asia Pacific reaches USD 14.9 billion in 2035. China supplies most of its value, India adds about 47,000 units a year, and Japan and Korea refresh early sites, but shrinking China tenders keep regional growth below 1%.

North America holds USD 4.09 billion, or 16.4%, and grows 2.48% to USD 5.23 billion. US rip-and-replace orders and Open RAN rollouts make it the highest-priced region per unit.

Europe holds USD 3.77 billion, or 15.1%, and grows 3.86% to USD 5.50 billion. German and EU vendor removal rules turn a mature market into a replacement market from 2027.

Latin America is worth USD 1.70 billion, or 6.8%, rising to USD 2.63 billion in 2035. The Middle East and Africa is the wildcard at USD 1.60 billion, or 6.4%, growing 3.37% to USD 2.22 billion; Africa sits near 10% coverage and the Middle East near 20%, so spectrum auctions there can swing the figure by a third. Readers following total network spend can compare this split with our 5G Infrastructure Market Size and Forecast to 2035 study.

How much does a 5G base station unit sell for, from a small cell to a 64T64R massive MIMO site?

Douglas Insights estimates the blended 2025 invoice at USD 23,850 per unit and the 2035 invoice at about USD 27,350, as mix lifts price 1.38% a year. Realised bands run from about USD 2,500 for an indoor small cell to about USD 60,000 for a three-sector 64T64R site set.

Chinese tender prices sit at the bottom of each band, which is why China supplies 58.5% of units but a smaller share of value. The 1.38% price leg is mix, not list inflation: each site that moves from an 8T8R radio to a 64T64R unit adds roughly USD 20,000 to the invoice.

How do Huawei and ZTE removal laws change gNB radio orders?

Three legal tracks create about 117,400 replacement 5G base station units from 2025 to 2030 by Douglas Insights count. The US rip-and-replace programme is now fully funded, Germany has fixed deadlines, and the EU proposes a three-year phase-out for high-risk suppliers.

Germany’s Federal Interior Ministry announced on 11 July 2024 that Huawei and ZTE components must leave 5G core networks by the end of 2026 and that critical network management systems in access and transport networks must be replaced by the end of 2029. Douglas Insights assumes operators replace Huawei radios alongside those management systems, because mixed-vendor radio and management stacks rarely survive a swap.

The European Commission proposed a revised Cybersecurity Act on 20 January 2026 under which products from high-risk suppliers would no longer be eligible for EU 5G cybersecurity certification, with operators given three years to phase them out. If adopted in 2027, our model puts the peak of EU swaps in 2029 and 2030. In the US, the FCC’s September 2026 repayment means every approved removal, replacement and disposal claim can now be paid in full rather than at 39.5%.

How does 6G timing reshape 5G base station unit refresh after 2030?

Douglas Insights expects 5G base station units to reach about 1.08 million in 2030 and 1.11 million in 2035, with growth after 2030 coming mostly from Africa and Latin America. In China, Korea and the US, early 6G radios start taking upgrade budgets from 5G macro units in the early 2030s.

Nokia says near-term demand is driven by 5G technologies while it invests in AI-native networks and 6G. We therefore assume 5G-Advanced software extends the life of 64T64R units installed from 2025, and the first 6G macro radios replace them only after 2032 in most markets.

What if 6G arrives early: what range does the 5G base station unit forecast cover in 2035?

The 2035 value of 5G base station units lands between USD 25.3 billion and USD 36.1 billion in our three cases, with USD 30.4 billion in the base. Volume depends on China tenders and mid-band upgrades; price depends on the 64T64R mix and on how fast swaps finish.

The slower case assumes all three Chinese operators cut tenders by about a third, capital spending stays flat and 6G macro radios ship before 2030. The faster case assumes the EU adopts its three-year phase-out in 2027, Africa auctions mid-band spectrum in volume and fully funded US swaps finish by 2028 after the FCC’s September 2026 repayment.

Add one point to annual unit growth and the 2035 base gains USD 3.16 billion; take one away and it loses USD 2.89 billion. Outside forecasts we reviewed run from 8.3% to 65.5% a year. Our 2.01% sits below all of them, because vendor filings show a flat RAN market and China’s tenders are shrinking.

Douglas Exclusive: the 5G Base Station Swap-Out Index

The 5G Base Station Swap-Out Index is a Douglas Insights model built from 28 inputs, 10 sourced regulatory and funding items plus 18 unit assumptions, across three jurisdictions and six years. It counts replacement 5G base station units driven by vendor removal rules, with 2025 set at 100, or 7,200 units.

The 10 sourced inputs are Germany’s two deadlines, the EU’s three-year phase-out and its proposal date, the FCC’s USD 1.9 billion first appropriation, the USD 3.08 billion gap, the 39.5% interim payment rate, the Treasury loan, the USD 3.572 billion Auction 113 total and the loan repayment. The 18 unit assumptions are our own judgement on how many radios each jurisdiction replaces each year.

The finding: swap-driven 5G base station units more than quadruple to an index of 431.9 in 2029, yet never exceed 2.90% of global units. Removal laws reshape vendor shares in Europe and the US far more than they move global volume, which still depends on China. The index is our model, not an official register.

What receipts turn 1.046 million gNB shipments into the 2025 base?

Douglas Insights multiplies 1.046 million 5G base station units shipped in 2025 by a USD 23,850 average realised price to reach USD 24.95 billion. Five regions add back to the global line exactly, and three independent cross-checks bracket the total from above and below.

Inputs: 2 national base station registers (China and India), 5 vendor filings, 4 regulatory and funding documents, 3 operator tender figures and 5 published growth rates, 19 data points in all. Units: 612,000 China + 47,000 India + 387,000 rest of world = 1,046,000. Units grow 0.62% and price 1.38%, giving (1.0062 × 1.0138) minus 1 = 2.01%. Units for 2026 equal 1.05 million and the 2026 price equals USD 24,179, for USD 25.4 billion in 2026.

Cross-check one: our 612,000 China shipments sit 4.1% above the MIIT’s 588,000 net additions, the gap being replaced early units. Cross-check two: Ericsson’s SEK 151.0 billion Networks sales equal about USD 15.4 billion at SEK 9.80 per dollar, and our USD 6.01 billion Ericsson estimate is 39.0% of that. Cross-check three: an industry forecast of USD 160 billion cumulative RAN revenue for 2025 to 2029 implies USD 32.0 billion a year including 4G; our 5G figure is 77.9% of that. Adding the four segment 2035 values gives USD 30.6 billion, 0.67% above the USD 30.4 billion regional total.

Sources

1. Federal Communications Commission FCC repays USD 3.08 billion Treasury loan for the rip-and-replace programme (2026)
2. Federal Ministry of the Interior (BMI), Germany Agreement on Huawei and ZTE components in German 5G networks (2024)
3. European Commission, Shaping Europe's digital future Commission proposes 3-year phase-out of high-risk suppliers from 5G networks (2026)
4. Ministry of Industry and Information Technology of China Telecom industry operating bulletin, January to November 2025 (2025)
5. Department of Telecommunications, India Year End Review 2025 (2026)
6. Ericsson Fourth quarter and full-year results 2025 (2026)
7. Nokia Financial report for Q4 2025 and full year 2025 (2026)
8. ZTE Corporation ZTE reports 2025 revenue of RMB 133.90 billion (2026)
9. Huawei Annual Report 2025 (2026)
10. Samsung Electronics Fourth quarter and FY 2025 results (2026)
11. Ericsson Ericsson Mobility Report: network coverage (2026)