Private 5G is no longer a technology that organizations are evaluating in pilot programs and proof-of-concept projects. It has become real, production-grade infrastructure, and the numbers make that clear. According to research from IoT analyst firm Berg Insight, there were 6,500 private LTE/5G networks deployed worldwide at the end of 2025, representing a market valued at $2.4 billion. The Global Mobile Suppliers Association (GSA) reported that more than 2,000 enterprise customers were actively running private networks by that same period, with 5G now leading 4G LTE in new deployments for the first time.
That is a meaningful milestone. And for enterprise IT and operations leaders, it raises an equally meaningful question: if the network is evolving this fast, are the devices you're deploying actually built to run on it?
What Private 5G Actually Means for Enterprise
A private 5G network is a dedicated cellular network built and operated for a single organization's use. Data stays on premises. The enterprise controls it. There's no shared spectrum, no competing traffic from outside users, and no dependency on a carrier's public infrastructure.
The operational benefits follow that architecture. Private 5G delivers low latency and high reliability, which matters enormously in environments where real-time data is mission-critical. It supports complex use cases that Wi-Fi simply cannot accommodate reliably, such as industrial automation, remote healthcare monitoring, large-scale asset tracking, and push-to-talk communications across an entire campus or facility. And because the network is purpose-built and contained, security and regulatory compliance are built into the infrastructure by design, not retrofitted after the fact.
4G vs. 5G: Choosing the Right Connectivity for Your Organization
One of the most important decisions in any enterprise device strategy isn't whether to adopt 5G; it's whether 5G is actually the right fit for where your organization is today.
The honest answer is that 4G LTE is still an excellent enterprise connectivity solution for the majority of deployments. It's more widely available, more cost-effective to deploy and maintain, and more than capable of supporting the workflows most frontline teams rely on mobile POS, driver communication, inventory management, field service, and more. For organizations that don't require ultra-low latency or extremely high bandwidth density, investing in a 5G upgrade may not deliver proportional value.
5G starts to differentiate meaningfully in environments where real-time responsiveness is non-negotiable, where the density of connected devices is extremely high, or where future-proofing a network investment over a seven-to-ten-year horizon is a priority. Warehouses running autonomous systems, hospitals deploying real-time monitoring at scale, and public safety agencies that need guaranteed uptime under heavy load are strong candidates for private 5G.
The good news is that purpose-built hardware doesn't force you to choose one or the other permanently. Rhino Mobility's enterprise tablet lineup, including the RHINO T105 (5G) and the RHINO T100 (4G), is a useful illustration of how the right device maps to the right connectivity tier. The T105 is built for organizations ready to leverage 5G SA, Private LTE, and high-bandwidth applications today. The T100 delivers robust 4G LTE performance at a lower total cost, purpose-built for teams that need reliable enterprise connectivity without the 5G premium. Both are designed for long-term deployment, enterprise management, and the full Rhino support lifecycle.
Why 2026 is the Inflection Point
The market trajectory here is not subtle. Growing at a CAGR of 38%, the private LTE/5G solutions market is forecast to reach $12 billion by 2030 and the driver isn't vendor-pushed supply anymore. As Berg Insight analyst Melvin Sorum noted in early 2026, the market is now "increasingly driven by organic demand from end users." " Enterprises are asking for this. The technology is meeting them where they are.
What's different about 2026 specifically is that the market is transitioning from early adoption to operational scale. The organizations that ran pilots over the last few years are now moving into production. And as GlobalData analyst John Marcus observed in his analysis of the latest GSA report, the enterprises positioned to benefit most are those treating private cellular not as a one-time infrastructure investment but as a platform that evolves by use case, scales by vertical, and grows alongside the business.
That framing matters how organizations think about everything connected to that network, including the devices.
Why The Network Alone Isn’t Enough
Here's where many enterprise device strategies fall short: organizations invest significant resources in building a best-in-class private 5G network, then deploy devices that were never designed to run on it.
Consumer-grade smartphones and off-the-shelf hardware create real bottlenecks on a high-performance network. They may not support the right spectrum bands. They may lack the certifications required for the industry or carrier environment. They may not have the ruggedness to survive the environments they're deployed in, whether that be the warehouse floor, the field, the clinical setting, or the patrol vehicle. And they almost certainly weren't designed with the lifecycle expectations, security requirements, or management capabilities that enterprise-scale deployments demand.
The result is a frustrating and expensive mismatch with a network built for performance, held back by devices that can't realize it.
Device strategy has to evolve in parallel with network strategy, not as an afterthought once the infrastructure is already live. The organizations building for the long term understand that the device is not a commodity purchase. It is a critical component of the system.
What A Future Ready Device Strategy Looks Like
So, what does a device strategy actually look like when it's built to match the capabilities of a private 5G network?
Purpose-built hardware. The most important shift is moving away from consumer hardware retrofitted for business use. Purpose-built enterprise devices are designed from the ground up for specific verticals and use cases, whether that's a rugged smartphone for a first responder, a handheld for a logistics worker, a clinical-grade tablet for a bedside nurse, or a wearable for an industrial technician. The difference in durability, performance, and long-term reliability is not incremental. It's categorical.
5G-ready connectivity, including RedCap. 5G RedCap (Reduced Capability) is an emerging standard designed specifically for mid-tier devices like wearables, IoT sensors, and industrial monitors that need reliable 5G connectivity without the power consumption and cost of full 5G implementations. Enterprises building device strategies for the next five years need hardware that supports both, certified across the relevant carriers and frequency bands for their operating environments.
End-to-end management. Enterprise Mobility Management (EMM) platforms give IT teams complete visibility, security, and control across an entire device fleet from zero-touch enrollment at scale to remote policy enforcement, security updates, and decommissioning. The critical requirement is that the EMM platform works natively with the hardware, not around it.
Long-term lifecycle support. This is often the most overlooked pillar and one of the most consequential. Enterprise device deployments are not annual refresh cycles. Organizations need assurance that their chosen device and its components will be available, supported, and secure for five, six, or seven years. Without that guarantee, the total cost of ownership of any device strategy inflates dramatically over time.
Compliance and certification. Between TAA compliance, Android Enterprise certification, carrier approvals, and industry-specific regulatory requirements, the certification burden on enterprise device procurement is real. Hardware that arrives pre-certified significantly reduces deployment friction and organizational risk.
Where This is Already Playing Out
These aren't abstract considerations. Across NEXA's core verticals, the intersection of private 5G and purpose-built device strategy is already reshaping how organizations operate.
In public safety and first responder environments, the stakes of device failure are uniquely high. Officers, firefighters, and emergency medical teams need devices that perform in extreme physical conditions (drop-tested, water-resistant, built for shift-length battery life) while supporting mission-critical push-to-talk communications and real-time data access. A dropped call or a dead battery in those environments is not an IT inconvenience. Purpose-built rugged devices designed specifically for critical communications, deployed on a private network with guaranteed reliability, change what's possible in the field.
In healthcare, private 5G enables the kind of seamless connectivity that clinical workflows increasingly depend on with remote patient monitoring, bedside data access, and secure communication between care teams. But the devices have to match. Clinical-grade tablets and companion medical devices that are purpose-built for the healthcare environment, managed through a compliant EMM platform, and available for long-term support cycles are what make that infrastructure investment pay off.
In transportation and logistics, private 5G networks are unlocking warehouse automation, real-time asset visibility, and faster last-mile operations at scale. Rugged handhelds and scanners designed for continuous use in high-traffic environments are what allow those capabilities to translate from concept to daily operations.
The NEXA Approach
NEXA was built around a straightforward premise: enterprise organizations deserve mobility solutions that were designed for them, not adapted from consumer products.
Through our portfolio, including Rhino Mobility for enterprise-grade custom devices, Sonim for ultra-rugged mission-critical hardware, and Mambo for unified fleet management, NEXA delivers the full stack. Purpose-built hardware across handhelds, tablets, wearables, and IoT devices, all designed in the USA. 5G-ready platforms, including RedCap-certified modules and carrier-approved devices. And lifecycle guarantees with five to seven years of device and component availability that protect the enterprise investment over the long term.
Whether you're running on 4G LTE today, planning a migration to private 5G, or somewhere in between, the device decisions you make now will shape your operational capability for the next five plus years.
NEXA works with enterprise organizations at every stage of that journey: assessing connectivity needs, recommending purpose-built hardware, deploying at scale, and supporting the full device lifecycle from enrollment to retirement. There's no one-size-fits-all answer, but there is a right partner to help you find yours.