Global Microwave Backhaul Equipment Market Outlook, 2031

Microwave transmission revenue returned to marginal growth in 2025 following a 3 percent contraction in 2024, with Dell’Oro Group attributing the stabilization to mobile backhaul deployments in emerging markets and a surprisingly resilient North American market that has defied fifteen years of predictions about fiber displacement. E-band has crossed a structural threshold, rising from 6 percent of the global installed transceiver base in 2022 to 8 percent today and surpassing the long-established 38 GHz band, with deployments now present in every region and India emerging as the single largest growth catalyst following its 5G New Radio rollout. Government spectrum policy is actively reshaping equipment demand, with the U.S. Federal Communications Commission adopting rules in October 2025 to permit smaller and lower-cost antennas in the 70 GHz and 80 GHz bands and extending point-to-point links to endpoints in motion for broadband access on ships and aircraft. India’s Telecom Regulatory Authority proposed in December 2025 a reduction in spectrum usage charges of up to 55 percent for certain microwave bands and recommended capping traditional backhaul bands at 0.1 percent of adjusted gross revenue, a policy shift designed to lower operating costs for operators expanding 5G and rural broadband where fiber trenching is uneconomic. Vertical market demand is emerging as a distinct growth vector, with Aviat Networks documenting an upgrade cycle across public safety, utilities, and other private networks driven by increasing bandwidth needs and estimating the private LTE and 5G market at 8 billion dollars.

Huawei and Ericsson retained their top two revenue positions in the first quarter of 2025, with ZTE rising to third place on the strength of new awards in the Middle East and Africa, while Ceragon and Aviat held fourth and fifth positions respectively and Nokia rounded out the top six. Market consolidation has increased vendor concentration, with Ceragon’s acquisition of Siklu and Aviat’s acquisition of NEC’s microwave business creating procurement delays and order flow disruptions in 2024 that suppressed near-term revenue but concentrated competitive power among fewer suppliers. Ceragon unveiled the IP-100E dual-band E-band solution in March 2025 as the first product to use its own in-house chip design, while Huawei introduced a full-duplex E-band solution and a spherical antenna for flexible beam steering, and Ericsson added the MINI-LINK 6355 and higher-power MINI-LINK 6356 E-band radios to its portfolio. Nokia introduced the Wavence UBT-S2 supporting 224-MHz channels in a more compact and lightweight form factor than comparable existing products, alongside the Multiservice Switch MSS-400 and the Wavence UBT-mT E-band radio, signaling that incumbents are competing on size, power, and deployment simplicity rather than raw capacity alone. Entry barriers are defined by E-band portfolio depth and chip-level integration rather than mechanical radio assembly, with Ceragon’s in-house chip design and Huawei’s full-duplex architecture representing engineering investments that smaller vendors cannot replicate without sustained R&D spending. Pricing and transaction economics are shifting toward total cost of ownership rather than per-link hardware cost, with Aviat positioning microwave against fiber on cost per link per foot and emphasizing faster deployment, lower power consumption, and reduced tower footprint as the decisive procurement variables for operators and private network owners.

Market Dynamics Driver: 5G coverage expansion and capacity intensification sustaining backhaul demand through 2028
• Dell’Oro Group forecasts at least two more years of growth for point-to-point microwave transmission equipment, driven by ongoing 5G network expansion as global coverage increases, with microwave transmission revenue associated with 5G projected to grow through 2028 at an average annual rate of 12 percent.
• E/V band shipments are forecast to grow at a five-year compound annual rate of 16 percent because higher backhaul capacity requirements for 5G and 5G Advanced cannot be met by traditional lower-frequency bands in dense urban and suburban deployments.
• Wireless backhaul currently supports 75 percent of live 5G networks globally, and Ericsson projects a near-equal split between microwave at 49 percent and fiber at 51 percent by 2030, confirming that microwave is not a legacy technology being displaced but a complementary layer expanding alongside fiber.

Challenge: Fiber substitution in high-density markets and 6G spectrum transition risk
• Fiber-based backhaul links are expected to surpass wireless links throughout the forecast period, and initial 6G deployments will favor cell sites equipped with fiber-based systems, creating a structural demand ceiling for microwave in leading-edge markets once 5G coverage saturation is reached.
• Demand for mobile backhaul equipment is likely to decline after the 5G cycle until 6G deployments enter the picture, introducing a cyclical trough risk that equipment suppliers must bridge with vertical market growth and emerging-market expansion.
• The transition to W-band and D-band spectrum introduces technical and regulatory uncertainty, and although W-band can support 90 percent of E-band hop lengths and D-band 60 percent, neither has achieved the global harmonization and equipment ecosystem maturity that made E-band deployable at scale.

Trend: Vertical and private networks displacing public macro as the incremental growth engine
• Dell’Oro Group expects the Vertical markets to return to growth in 2026, helped by rural broadband expansion where wireless links are economically more feasible than fiber because they do not require months of trench digging.
• Memphis Light, Gas and Water selected Nokia in July 2025 to deploy the first full-scale standalone private 5G network operated by a U.S. municipal utility, with the contract explicitly including a microwave backhaul solution and towers supported by Nokia managed services alongside NetGuard cybersecurity for grid modernization.
• Michigan is replacing its time-division multiplexing-based public safety Land Mobile Radio backhaul infrastructure with IP/MPLS and packet microwave technology, illustrating how public safety agencies are migrating from legacy TDM to packet-based microwave as mission-critical bandwidth requirements rise.



Segment Analysis By Transmission Technology
• Time-division multiplexing platforms retain a shrinking but non-zero installed base in public safety land mobile radio, utility teleprotection, and legacy leased-line replacement where circuit-switched native transport is still required, though most operators are actively migrating from TDM to packet as part of network modernization.
• Packet-based platforms are the dominant technology for new 5G backhaul deployments because mobile transport has shifted to all-IP architectures, and Nokia’s replacement of Michigan’s TDM-based public safety backhaul with IP/MPLS and packet microwave illustrates the migration path now underway across government and utility networks.
• Hybrid platforms that natively transmit both TDM and Ethernet/IP traffic over the same radio path without encapsulation remain the pragmatic choice for operators with mixed legacy and packet traffic, and Huawei’s OptiX RTN 980 provides a unified platform for TDM, hybrid, packet, and IP routing services in a single chassis.

By Equipment Configuration
• All-indoor configurations place both the radio and modem inside the shelter with the antenna mounted outdoors connected through a waveguide, and the architecture remains relevant for long-haul and high-capacity links where equipment accessibility and controlled environmental conditions outweigh the cost of waveguide runs and shelter space.
• Split-mount configurations separate the indoor unit from the outdoor radio mounted close to the antenna, and the architecture is the most widely deployed for macro-cell backhaul because it balances indoor accessibility for baseband processing with outdoor proximity to the antenna for reduced feeder loss.
• Full-outdoor units integrate the radio and modem into a single pole-mount enclosure, and demand is rising because space for indoor units is at a premium and the cost of upgrading sites with larger equipment shelters is often not viable due to site constraints.

By Application
• Mobile backhaul remains the largest application because wireless transport accounts for 60 percent of cellular transport links globally, and Dell’Oro Group forecasts mobile backhaul equipment for 5G networks to grow at a double-digit compound annual rate through 2028 before a cyclical pause ahead of 6G.
• Enterprise and private network demand is being driven by bandwidth-intensive applications including video surveillance, industrial automation, and campus connectivity, and Huawei positions its microwave portfolio for government and enterprise private lines alongside base station backhaul and video upload applications.
• Utilities are upgrading microwave backhaul to support grid automation, distributed energy resource management, and cybersecurity segmentation, and the Memphis Light, Gas and Water deployment demonstrates how a municipal utility can unify electric, gas, and water communications on a private 5G network with microwave backhaul as the transport layer.
• Public safety agencies are the most reliability-sensitive microwave backhaul buyers because land mobile radio and mission-critical push-to-talk services cannot tolerate packet loss or latency spikes, and the Michigan LMR backhaul upgrade from TDM to IP/MPLS and packet microwave reflects a broader modernization cycle across state and local government networks.
• Transportation applications including rail, port, and highway corridors use microwave for train-to-ground dump, video backhaul, and wayside connectivity where fiber is impractical, and Huawei’s AirFlash train-to-ground solution illustrates the specialized radio requirements for mobility and handover in transport environments.
• Broadcasting and media contribution use microwave for studio-to-transmitter links and remote production backhaul where guaranteed bandwidth and low latency are contractual requirements, and the application remains a stable niche where fiber alternatives are unavailable or economically unjustifiable.
• Rural broadband, mining, and offshore platforms constitute the remaining application demand, with rural broadband expansion identified by Dell’Oro Group as a specific driver of vertical market recovery in 2026 because wireless links avoid the trenching cost that makes fiber uneconomic in low-density areas.

Regional Analysis
• North America has defied fifteen years of predictions about microwave decline, with Dell’Oro Group noting that revenue in the region has remained stable and that lower-frequency 6 to 11 GHz bands now account for more than 60 percent of links in the region, while the FCC’s October 2025 rule updates for the 70/80/90 GHz bands are expected to lower antenna costs and facilitate backhaul deployment.
• Europe’s microwave demand is shaped by E-band surpassing the 38 GHz band in share, with Ericsson data showing E-band growth in Europe and Central Asia where spectrum availability and regulatory alignment have enabled higher-capacity short-haul deployments, while the region’s fiber penetration limits microwave to rural, cross-border, and resilience-focused applications.
• Asia-Pacific is the fastest-growing microwave backhaul region because India’s 5G rollout triggered a massive E-band deployment cycle, with year-over-year mobile backhaul growth in India reaching 82 percent in the first quarter of 2025, and TRAI’s December 2025 proposal to cut spectrum usage charges by up to 55 percent is expected to further accelerate rural and semi-urban backhaul expansion.
• South America’s microwave backhaul demand is concentrated in Brazil and the Andean region, where patchy fiber coverage makes wireless transport essential for extending mobile coverage beyond major metropolitan areas, and Telefónica’s collaboration with Colombia’s Ministry of Education to connect 12,000 remote classrooms using a mix of microwave relay and low-Earth-orbit satellites illustrates the region’s reliance on hybrid wireless backhaul for underserved connectivity.
• Middle East & Africa is a growth pocket for microwave backhaul, with ZTE rising to the third-largest global vendor in the first quarter of 2025 specifically on the strength of new awards in the Middle East and Africa, and year-over-year mobile backhaul growth in the Middle East reaching 21 percent and Africa 26 percent as operators expand 4G and 5G coverage where fiber deployment remains costly and slow.

Considered in this report
• Historic Year: 2020
• Base year: 2025
• Estimated year: 2026
• Forecast year: 2031

Aspects covered in this report
• Microwave Backhaul Equipment Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Transmission Technology
• Traditional TDM Microwave
• Packet Microwave
• Hybrid Microwave

By Equipment Configuration
• Full-Indoor Equipment
• Split-Mount Equipment
• Full-Outdoor Equipment

By Application
• Mobile Backhaul
• Enterprise and Private Networks
• Utilities and Energy
• Public Safety and Government
• Transportation and Infrastructure
• Broadcasting
• Other Applications