Vehicles, robots, scanners, and people
Maintain sessions across large production areas, warehouses, yards, ports, and campuses where devices move through difficult RF environments.
Private Wireless
Dedicated mobility for operations that cannot depend on best effort.
Private LTE and 5G can provide enterprise-controlled coverage, SIM-based identity, wide-area mobility, and application-specific performance. Nettelix determines where that advantage is real—and builds the radio, core, device, security, and support model needed to realize it.
Use-case firstProve why private cellular is a better fit than Wi-Fi or public carrier service.
Full-stack designSpectrum, radios, core, SIMs, devices, backhaul, security, edge, and operations considered together.
Pilot with evidenceSet measurable coverage, mobility, application, and operational criteria before scaling.
Where private wireless earns its place
Choose it for the workflow—not the acronym.
Private cellular is valuable when device mobility, physical reach, enterprise control, or operational isolation creates a meaningful advantage. It should complement modern Wi-Fi, not replace it by default.
Controlled uplink capacity
Connect cameras, sensors, telemetry, and mobile equipment with coverage and policy designed around operational traffic.
Private identity and policy
Use SIM/eSIM identity, dedicated spectrum options, traffic policy, local breakout, and integration with enterprise security and applications.
Fewer radios over larger areas
Evaluate private cellular for outdoor areas, high ceilings, distributed facilities, and places where Wi-Fi density or handoffs become difficult.
A separate mobility domain
Create a purpose-built access layer for critical workflows rather than sharing every dependency with the corporate WLAN.
Public and private coverage together
Where appropriate, evaluate shared or coordinated in-building distribution for public carrier coverage and private network services.
Decision framework
Private 5G, private LTE, Wi-Fi—or a combination?
| Decision area | Questions we answer | Evidence required |
|---|---|---|
| Coverage & mobility | How far must devices travel, indoors and outdoors, and how sensitive are sessions to handoffs? | Facility model, mobility paths, RF survey, application behavior, and device radios |
| Devices & applications | Do endpoints support the spectrum and SIM model? What throughput, latency, and uplink behavior matters? | Device inventory, certification, traffic profile, integration, and field testing |
| Control & security | Who owns identity, policy, data routing, core services, logging, and incident response? | Security architecture, core location, backhaul, local breakout, and operating roles |
| Economics & scale | Does improved coverage, automation, uptime, or simplification justify deployment and lifecycle cost? | Pilot outcomes, total operating cost, support model, expansion plan, and alternatives |
Program delivery
From feasibility to managed production.
01 · QualifyUse case, device support, spectrum, site conditions, integration, and business case.
02 · PilotLimited scope, representative devices, measurable acceptance criteria, and operating rehearsal.
03 · ScaleRF and core design, SIM lifecycle, security, logistics, installation, testing, and documentation.
04 · OperateMonitoring, incident ownership, performance, subscriptions, software, devices, and lifecycle.
Make private wireless prove its value.
Start with the workflow, compare the alternatives, and pilot against measurable outcomes.