How Qualcomm Dragonwing Point Access Series unlocks mmWave in emerging markets

What you should know:

• Licensed mmWave spectrum is widely available but underutilized in emerging markets because traditional network architectures make deployment costly, even though mmWave can deliver fiber-like, multi-gigabit wireless performance over hundreds to thousands of megahertz of bandwidth.
• Qualcomm Technologies introduces the Dragonwing Point Access Series — PtMP and PtP platforms that combine carrier-grade performance, TDMA scheduling, advanced modulation and deployment flexibility to turn underutilized licensed mmWave spectrum into scalable, economically viable broadband coverage.
• The result is fiber-class performance without fiber-class deployment costs, enabling service providers to bridge the digital divide across FWA, MDU connectivity, enterprise networking, wireless backhaul and rural broadband initiatives in regions such as India, Southeast Asia, Latin America, Africa and the Middle East.

Broadband demand continues to grow around the world, but expanding high-capacity connectivity is not always straightforward. In many regions, deploying new fiber infrastructure can be costly, time-consuming or impractical, particularly when extending service to underserved communities, rapidly growing cities, industrial areas or remote locations. At the same time, large portions of licensed millimeter-wave (mmWave) spectrum remain underutilized despite their ability to deliver fiber-like wireless performance.

With the introduction of the Dragonwing Point Access Series including the Dragonwing Point-to-Multi-Point (PtMP) and Dragonwing Point-to-Point (PtP) platforms, Qualcomm Technologies is expanding its portfolio of custom connectivity solutions to help service providers unlock the full potential of licensed mmWave spectrum. Designed for high-capacity fixed wireless access (FWA) and backhaul deployments, these platforms combine carrier-grade performance, deployment flexibility and scalable economics to help bring broadband connectivity to more people and places.

 

The mmWave opportunity in emerging markets

For years, the wireless industry has recognized the enormous potential of mmWave spectrum. With bandwidths measured in hundreds or even thousands of megahertz, mmWave can deliver multi-gigabit wireless connectivity that rivals fiber in performance.

Yet despite its promise, mmWave remains underutilized across many emerging markets.

Take India as an example. Large blocks of licensed mmWave spectrum are available, creating an unprecedented opportunity for operators, internet service providers, enterprises and infrastructure providers. However, deployment has been limited, not because the technology is incapable, but because traditional network architectures make deployment costs high.

This challenge is not unique to India. Similar conditions exist across Southeast Asia, Latin America, Africa and portions of the Middle East where:

• Fiber deployment can be expensive and time consuming.
• Last-mile connectivity remains underserved.
• Demand for broadband is growing rapidly.

For service providers, the opportunity is to turn available mmWave spectrum into broadband coverage at scale. The question becomes: How do we make mmWave economically viable while preserving its performance advantages?

 

Why mmWave matters for broadband

Compared to traditional sub-6 GHz spectrum, mmWave offers dramatically larger channel bandwidths.

Technology	Typical Bandwidth	Typical Throughput
Sub-6 GHz	20-100 MHz	Hundreds of Mbps
mmWave	400-1600+ MHz	Multi-Gbps

 

This abundance of spectrum translates into:

• Multi-gigabit user speeds.
• Fiber-like wireless experiences.
• High network capacity.
• Dense user support.

For FWA, campus connectivity, enterprise broadband and wireless backhaul applications, mmWave is uniquely positioned to bridge the gap between fiber performance and wireless deployment flexibility. This creates opportunities to connect multi-dwelling units (MDUs), expand coverage into underserved areas, extend enterprise networks and support rural infrastructure projects.

 

Licensed vs. unlicensed mmWave spectrum

Another often-overlooked advantage is the availability of licensed mmWave spectrum.

In unlicensed systems:

• Multiple networks compete for the same channels.
• Devices must listen before transmitting.
• Performance can degrade as spectrum usage increases.

Licensed mmWave spectrum provides:

• Dedicated spectrum ownership.
• Predictable latency.
• Deterministic network performance.
• Protection from external interference.

For operators looking to deliver carrier-grade service level agreements, licensed spectrum creates a foundation upon which premium services can be built. Its predictability can support more consistent service experiences and demanding applications that rely on network performance.

 

CSMA vs. TDMA

Most Wi-Fi systems rely on a protocol called Carrier Sense Multiple Access (CSMA).

In simple terms:

1. A device listens before transmitting.
2. If the channel appears busy, it waits.
3. Multiple devices contend for airtime.

While effective for indoor networking, CSMA becomes increasingly inefficient in large outdoor deployments where many users compete for access. In these environments, efficiency and predictability become increasingly important as subscriber counts grow.

Time Division Multiple Access (TDMA) replaces contention with scheduling. Instead of devices competing:

• Airtime is allocated explicitly.
• Users transmit in assigned time slots.
• Network resources are predictable.
• Latency becomes more deterministic.

Benefits include:

• Higher sector efficiency.
• Better scalability.
• Lower latency.
• Improved quality of service.

For outdoor broadband systems serving dozens of users, TDMA can unlock substantially higher network utilization.

 

The Solution: Reimagining mmWave economics with Dragonwing Point Access Series

The key challenge is not spectrum. The key challenge is deployment economics.

Service providers need solutions that can help them maximize existing spectrum assets while maintaining sustainable deployment costs, operational efficiency and service quality. Our approach combines:

• Low-cost network deployment.
• High-performance custom mmWave radios.
• TDMA scheduling.

The result is a carrier-grade platform designed to deliver high-capacity performance while supporting simplified installation, scalable subscriber growth and high spectral efficiency. This architecture enables operators to monetize underutilized mmWave spectrum while delivering broadband experiences previously achievable only with expensive fiber deployments.

 

Dragonwing PtMP Platform: Point-to-Multi-point (PtMP) Fixed Wireless Access

Designed for multi-subscriber broadband deployments, the Dragonwing PtMP platform enables a single access point to simultaneously serve multiple customer premises. Its key features include:

• High capacity throughput.
• Licensed spectrum usage for reliable connections.
• TDMA-based scheduling for low latency.
• Multi-standard frame synchronization for seamless interoperability.
• Fiber-like last-mile connectivity.
• Rapid deployment with minimal infrastructure.

Typical deployment would be a centrally located access point (AP) on a high-rise building serves multiple rooftop customer premises across a city block, apartment complex, industrial area or suburban community.

In this model:

• The AP serves multiple rooftop customer premises equipment (CPE) devices.
• Each rooftop CPE feeds an MDU distribution node.
• The node distributes broadband to residential or commercial tenants within the building.

By serving multiple locations from a single AP, this architecture can reduce per-user deployment costs while maintaining gigabit-class performance. It can be particularly valuable in dense urban environments, apartment complexes, industrial campuses and developing regions where scaling connectivity quickly is a priority.

 

Dragonwing PtP Platform: Point-to-Point (PtP) Backhaul

The same mmWave technology can also be deployed as a high-capacity wireless backhaul solution. Instead of serving subscribers directly, the link transports traffic between network nodes. Its key featues include:

• Multi-gigabit capacity.
• Low latency.
• Rapid deployment.
• Fiber replacement capability.
• Licensed spectrum reliability.

Typical use cases include:

• Cellular backhaul.
• Enterprise building connectivity.
• Temporary network deployment.
• Fiber extension.
• Rural broadband infrastructure.

This deployment enables operators to extend existing radio access networks without the time and expense associated with trenching new fiber. It creates new flexibility when extending network coverage, increasing capacity or bringing connectivity to locations where trenching fiber may be costly, time consuming or geographically challenging.

 

A new path for mmWave in emerging markets

The widespread availability of licensed mmWave spectrum in markets such as India presents a unique opportunity. As broadband demand accelerates, providers are looking for new ways to expand capacity, reach underserved populations and deploy infrastructure more efficiently.

Historically, deployment economics have prevented operators from fully exploiting these spectrum assets. By combining:

• Cost-effective network architecture,
• Custom FWA mmWave CPE TDMA scheduling,
• High Capacity, long range for maximum coverage, and
• Multi-standard frame synchronization for seamless interoperability

it becomes possible to unlock a new generation of wireless broadband infrastructure. The result is simple: Fiber-class performance without fiber-class deployment costs.

For service providers seeking to bridge the digital divide, expand broadband access or accelerate 5G-era infrastructure deployment, mmWave may finally be ready to fulfill the promise that the industry has anticipated for years.

 

Turning mmWave potential into broadband reality

The Dragonwing PtMP and Dragonwing PtP platforms mark an important step toward making licensed mmWave deployments both practical and economically attractive.

By combining carrier-grade performance, scalable economics and deployment flexibility, the Dragonwing Point Access Series helps unlock the value of underutilized mmWave spectrum and supports new opportunities to expand broadband access. Across FWA, MDU connectivity, enterprise networking, wireless backhaul or rural broadband initiatives, these solutions are designed to help turn mmWave’s long-recognized potential into real-world broadband outcomes.