CBRS 5G is helping businesses build faster, more private networks without relying on carriers. Neutral-host CBRS gives more control, lower costs, and strong coverage where public 5G struggles.

What is CBRS 5G?

CBRS 5G is a private network that uses shared spectrum to deliver 5G-grade performance. It combines the CBRS spectrum with enterprise 5G tools to support fast, local wireless service—without relying on mobile carriers.

CBRS stands for Citizens Broadband Radio Service. It’s not a version of 5G. It’s a system that lets businesses access part of the 3.5 GHz band, which is ideal for high-speed, mid-range signals.

We use that spectrum differently. Unlike traditional vendors who rely on antennas or radios, we deploy CAPs—Cellular Access Points. CAPs are compact, plug-in network devices that deliver private cellular coverage using CBRS. They skip the complexity and give teams fast, direct control over their network.

CBRS isn’t here to replace 5G. It’s what makes private 5G possible in places where public networks fall short.

The CBRS spectrum explained

CBRS runs on the 3550–3700 MHz range and allows both public and private access. It’s one of the only mid-band options in the U.S. where businesses can build their own network without a carrier.

The 3.5 GHz band is divided into three tiers:

• Incumbent access is reserved for military radar and satellite systems with top priority.
• Priority Access License gives auction winners limited exclusivity in defined areas.
• General Authorized Access is free, shared spectrum managed by the Spectrum Access System.

Most enterprise networks use GAA or PAL. The GAA tier offers flexibility and zero licensing costs. PAL gives more predictable control over spectrum availability.

We use these tiers to deploy private cellular through CAPs—not traditional radios. Our network helps teams launch CBRS-powered 5G using a fully managed service, tailored to their site.

To help you better understand the similarities and differences between CBRS and 5G, you can review this table:

CBRS vs. 5G: Key differences and overlap

CBRS is shared spectrum. 5G is a wireless protocol.

You can run 5G over CBRS, but CBRS also supports LTE. That flexibility matters when 5G hardware isn’t ready or when budgets are tight.

Instead of functioning as a competing technology, the CBRS spectrum serves as a delivery method for wireless protocols like LTE and 5G. It’s often used to deploy private networks where control, reliability, and security are higher priorities than raw bandwidth.

Many teams rely on CBRS to patch holes in public 5G or replace Wi-Fi in high-density areas. When full control and site-specific coverage are required, CBRS becomes the foundation for private 5G deployments. We help teams build those networks from the ground up, using CAPs instead of carrier towers or antennas.

How does CBRS power private 5G networks?

Mid-band CBRS spectrum gives businesses direct control over private 5G performance. That control supports stronger coverage, tighter security, and better performance across large or complex spaces.

Localized 5G built on CBRS is well-suited for areas where Wi-Fi struggles or public cellular isn’t reliable. It supports both indoor and outdoor deployments and scales based on layout, device count, and mobility needs.

Examples include:

• Manufacturing floors that need real-time sensor and machine communication without public network delays
• University campuses that link multiple buildings under one secure network without digging fiber
• Stadiums and airports that offload operational traffic and enable on-site services like payments and ticketing
• Smart buildings where thousands of IoT devices need stable, interference-free coverage

We work with teams to plan, install, and support private 5G using CBRS. That includes full-site network design and traffic tuning for both coverage and latency. Many deployments use Meter’s installation services to align wireless layout with actual user movement and application needs.

Compared to licensed 5G, CBRS offers:

• Stronger data isolation than public 5G
• Lower cost with fewer regulatory barriers
• Full Quality of Service (QoS) control for latency-sensitive traffic

Private 5G over CBRS gives enterprises the benefits of cellular without the limitations of carrier-owned infrastructure.

What kind of businesses benefit most from CBRS 5G?

CBRS 5G works best for businesses with lots of devices, large spaces, or mobile teams. It gives them a private wireless network that’s faster and more reliable than Wi-Fi, without needing a phone carrier.

Enterprise campuses

Office parks and business centers often have Wi-Fi dead zones between buildings. Public 5G may not reach every spot or support secure apps. CBRS fills the gaps and keeps tools like video calls, printers, or file sharing working across the site.

Smart warehouses

Warehouses rely on forklifts, scanners, and robots that move fast and need steady connections. Wi-Fi often struggles with long aisles and metal racks. CBRS gives them strong, private coverage with low delay, even when devices are moving.

Healthcare and research

Hospitals and labs must protect patient data and research files. Public networks can’t guarantee that. CBRS keeps traffic local and secure. It also supports wireless tools like heart monitors, staff trackers, and smart beds—all without overloading guest Wi-Fi.

Retail operations

Stores now use tablets, smart shelves, and digital signs. Wi-Fi gets crowded, which slows things down. CBRS gives staff devices their own private signal. It also helps with payment systems, cameras, and smart displays that need a steady connection.

IoT and outdoor sensors

Many sensors sit outside where Wi-Fi or ethernet can’t reach. These include smart lights, parking meters, or weather tools. CBRS connects them wirelessly with no trenching or cabling. That helps teams collect data in real time.

CBRS 5G gives each business more control over how their wireless works. It’s faster than Wi-Fi, more private than public 5G, and built to match the space it serves.

CBRS radios and network design considerations

Designing a CBRS 5G network takes careful planning around coverage, devices, and how the signal moves. Most setups rely on low-power radios called small cells. These help spread the signal evenly across indoor spaces or outdoor areas.

Common radio types include:

• Indoor small cells used for rooms and hallways with lots of connected devices
• Outdoor small cells that cover parking lots, campuses, or large open zones
• CBSDs (CBRS base stations) that must be registered with the SAS to use the spectrum legally

Each deployment needs to account for:

• Coverage needs, like how much space each unit supports
• Interference from nearby signals or walls
• Device support, since not all phones and sensors work with CBRS
• Handoffs between radios, so users can move without dropping the signal

We take a different path. Instead of radios, we install CAPs—Cellular Access Points—built for enterprise use. CAPs cover indoor and mixed environments with fewer moving parts. That means no tuning, no manual SAS registration, and no legacy hardware.

During network design, we place each CAP based on actual floor plans, signal testing, and device density. The result is a private CBRS 5G network that works how and where teams need it most.

Each CBRS network is tailored to match the site’s layout, signal conditions, and device requirements.

What are the challenges of CBRS and 5G design?

CBRS 5G can solve tough problems, but building the right network takes planning. We often help teams work through a few key challenges that come up again and again.

Spectrum access and SAS coordination

To use CBRS legally, devices must check in with the SAS (Spectrum Access System). This system decides who can use each slice of the spectrum in real time.

It helps avoid conflict with other users, like naval radar. Still, it also adds steps during setup and operation—especially in areas with other nearby CBRS users.

Device ecosystem maturity

Not every device supports Band 48, the frequency used for CBRS. Many newer phones, tablets, and sensors do, but older models may not. That can slow down deployments if teams rely on gear that can’t connect.

Hybrid CBRS and public 5G

Running CBRS 5G alongside public 5G or Wi-Fi takes careful network design. Devices need the right rules for switching between signals. If those handoffs aren’t managed well, users may lose coverage or face delays.

Authentication and routing also need to be handled cleanly to avoid security gaps.

Security and interference

All wireless networks face risks from rogue access, misconfigured devices, or interference. CBRS adds another layer of complexity because of the shared nature of the band. Strong design, monitoring, and regular updates help keep the network stable and secure.

Meter’s role in CBRS 5G deployments

We design, install, and manage private 5G networks that run over the CBRS spectrum. Our service gives businesses control over their wireless network—without dealing with carriers or complex spectrum rules.

With our Mobile Network-as-a-Service, teams get private 5G built for their space. We handle every part of the process, from signal planning to long-term support.

Here’s what we provide:

• Full network planning for indoor and outdoor CBRS 5G coverage
• Deployment of CAPs (Cellular Access Points) across your site
• Integration with wired and wireless systems already in place
• Ongoing monitoring, traffic tuning, and hands-on support

Everything is included in one service—the CAPs, installation, software, and support. No outside vendors. No hidden costs. Just private 5G built for how your business actually works.

Explore private 5G possibilities by partnering with Meter Connect

CBRS 5G gives enterprises a real alternative to Wi-Fi and public cellular. It offers more speed, more privacy, and better control—especially in places where older networks fall short.

We understand that building these solutions requires a better ISP, so Meter Connect provides you with connections that match your needs. The right provider doesn’t just deliver the service. They stick with you for the long haul, offering support and flexibility when you need it most.

Meter Connect delivers secure, scalable connections that are designed to grow with your business. Our approach includes ongoing support, so you’re not left to figure things out on your own.

Meter goes a step further with vertically integrated networks. This service takes routine networking tasks—like maintenance and monitoring—off your IT team’s to-do list. Instead of spending time troubleshooting, your team can focus on the bigger picture.

Plus, Meter Cellular builds private CBRS 5G networks that match your space, use case, and device needs. Whether it’s one building or a full campus, we deliver end-to-end service with zero carrier lock-in.

With Meter, you get more than connectivity. You get a partner who adapts to your needs and keeps your business moving with high-performance solutions tailored just for you. 

Request a quote from us today on Meter Connect.