Global Leading Market Research Publisher QYResearch announces the release of its latest report “5G Millimeter Wave Equipment – Global Market Share and Ranking, Overall Sales and Demand Forecast 2026-2032”. Based on current situation and impact historical analysis (2021-2025) and forecast calculations (2026-2032), this report provides a comprehensive analysis of the global 5G Millimeter Wave Equipment market, including market size, share, demand, industry development status, and forecasts for the next few years.
The global market for 5G Millimeter Wave Equipment was estimated to be worth US$ million in 2025 and is projected to reach US$ million, growing at a CAGR of % from 2026 to 2032.
5G Millimeter Wave Equipment refers to the assembly of radio frequency units, antenna arrays, beamforming/phased array components, and related front-end and back-end RF/microwave components operating in the millimeter wave frequency bands (roughly 24 GHz and above, commonly including 26/28/39 GHz, etc.) used for wireless access, backhaul, and Fixed Wireless Access (FWA). The professional connotation of millimeter wave equipment is not merely “high frequency,” but rather lies in achieving extremely high spectral efficiency and spatial multiplexing through a high-bandwidth carrier: leveraging the short wavelength to enable narrow beams, flexible beam management, and large-scale MIMO antenna configurations, which significantly increase concurrent throughput within the same geographical unit. However, this simultaneously imposes systematic engineering and operational requirements regarding propagation, blockage, directivity, and deployment density (including the co-design of antennas, RF front-ends, thermal management, base stations, and inter-site backhaul). This equipment encompasses gNodeB RF modules for terminal access, as well as indoor/outdoor small cells, directional fixed wireless gateways, and relays/beam repeating devices used for enhancing coverage. Its engineering objective is to translate the spectral advantages of millimeter waves into commercially viable coverage and service capabilities.
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Market Segmentation & Key Players
The 5G Millimeter Wave Equipment market is segmented as below:
Leading Suppliers: Ericsson, NOKIA, Qualcomm, Kumu Networks, Movandi, Casa Systems, Samsung, AT&T, SureCall, Pivotal Commware, FRTek, Huawei, ZTE, Netgear, Inseego, Fiberhome, Tozed Kangwei, Wistron NeWeb Corporation (WNC), Askey Computer, Zyxel, OPPO.
Segment by Type: Millimeter Wave Repeater | Millimeter Wave CPE | Millimeter Wave Small Cells | Others
Segment by Frequency Band: 39 GHz | 28 GHz | 26 GHz | Others
Exclusive Industry Insights
Discrete mmWave RF front-end and antenna systems: 5G mmWave equipment requires phased array antennas, beamforming ICs, power amplifiers (PAs), low-noise amplifiers (LNAs), and RF transceivers. Key technical challenges: high propagation loss, blockage sensitivity, thermal management, and deployment density.
Technical differentiation – equipment types:
- Millimeter Wave CPE (Customer Premises Equipment): Fixed wireless access (FWA) terminal, outdoor/indoor units. Fastest-growing segment for multi-Gbps home broadband.
- Millimeter Wave Small Cells: gNodeB RF modules for street-level/indoor coverage, high-density deployments.
- Millimeter Wave Repeater/Relay: Beam directing/amplifying devices for coverage extension, blockage mitigation (Pivotal Commware).
Recent 6-month developments (Oct 2025 – Mar 2026):
- Feb 2024: Ericsson + Bharti Airtel (India) – FWA trial, multi-Gbps speeds.
- Oct 2024: Vodafone + Qualcomm + Ericsson (UK) – stadium high-concurrency trial.
- Feb 2025: Pivotal Commware – mmWave FWA Qualifier + RF Scanner for deployment risk reduction.
User case – FWA deployment (urban multi-dwelling unit): mmWave CPE + outdoor small cell delivered 1.5 Gbps downstream (vs. <100 Mbps DSL). Line-of-sight required (street-level to window), but beamforming mitigated minor obstructions.
Market drivers:
- FWA demand (multi-Gbps home broadband without fiber)
- Large venue capacity (stadiums, convention centers)
- Enterprise private networks (low latency, high bandwidth)
- Chip/RF integration cost reduction (Qualcomm 5G Advanced-ready)
Key challenges:
- Propagation physics (blockage by buildings, trees, rain)
- Deployment density (more small cells than sub-6 GHz)
- Site acquisition and backhaul (fiber/microwave)
- Supply chain bottlenecks (mmWave PAs, phased array antennas)
Frequency band comparison:
| Band | Regions | Use Case |
|---|---|---|
| 26 GHz | Europe, China | FWA, small cells |
| 28 GHz | US, Japan, Korea | FWA, mobile access |
| 39 GHz | US | High-capacity, fixed access |
Regional snapshot: North America leads (early spectrum access, operator trials). Asia-Pacific (China, Japan, Korea) active in pilots. Europe selective scaling (venue/FWA). India emerging (Bharti Airtel trial).
Conclusion
The 5G millimeter wave equipment market is in selective deployment phase, driven by FWA, venue capacity, and enterprise private networks. Success depends on RF component cost reduction, deployment tooling (beam alignment), and business case validation. Market size data pending commercial scale-up (expected 2026-2028).
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