Use case · 5G WAN

Use 5G as your main connection where it makes sense.

For small sites, kiosks and remote offices, a wired circuit can be slow to install and expensive. 5G can be the right primary connection, chosen on purpose and managed properly.

TYPICAL SITEKiosks, small and remote sites
WHAT HURTSCostly, slow circuits
WHAT WE CHANGE5G as the planned primary
Sound familiar?

What it looks like day to day.

A typical scenario based on the environments we work in, not a specific customer.

  • Circuit quotes include big construction charges
  • Lead times run months for a small site
  • The site only needs modest, cloud-based traffic
  • Remote locations have few wired options
Months and construction fees compared with Online in days over 5GNetwork topology. Existing: Months and construction fees. Proposed: a 5G gateway connects the site router through the carrier network to the internet and applications.AEXISTING CONDITIONSNTSSITEINTERNET / APPSFIBER / ISPBUILD-OUT QUOTEEDGE RTRPOS · VOICENO SERVICEEXISTING── WIRED ╌╌ WIRELESSBPROPOSED DESIGNNTSSITEINTERNET / APPSFIBER / ISPNOT REQ.EDGE RTRPOS · VOICE5G GWCARRIER RANPRIMARYONLINEPROPOSED · 5G WAN · MONITORED── WIRED ╌╌ WIRELESSA — Months and construction feesB — Online in days over 5G
Sheet A shows existing conditions; sheet B shows the proposed design. Illustrative, not to scale.
Why it happens

Sometimes wireless is simply the better path.

When a site's needs are modest and wired access is slow or costly, 5G delivers faster deployment and lower cost. Choosing it deliberately means the right carrier, antenna and plan for each site.

What we do

How we fix it.

5G WAN connects a location to the internet over the cellular network, as its main connection, its backup, or a separate path for emergency access.

  1. Check coverage and needs

    A coverage check plus the site's real traffic.

  2. Pick the right setup

    Carrier, antenna and data plan matched to the site.

  3. Add a backup if needed

    A second carrier or wired line for critical sites.

  4. Manage it

    Monitoring, usage alerts and support.

Every site starts with a coverage check for each carrier, so the right carrier and antenna are picked before anything ships.

What changes

What's different after.

Faster to deploy

Sites online in days, not months.

Lower cost

No construction charges.

Managed like any other link

Monitored and supported.

Is it a fit?

Where this works, and where something else fits better.

We recommend what solves the problem, even when it's a different solution.

A good fit for

  • Kiosks and small offices
  • Remote and rural sites
  • Parking, pump stations and field locations

Something else may fit better

  • Large sites with heavy video or data transfer usually still need fiber
For your IT or engineering team

Technical detail

The design decisions, the end-to-end path and how the result is tested.

Show

Traffic volume, concurrency, application sensitivity, carrier performance, installation conditions, and term should drive the choice.

Design decisions

Design decisionWhat we need to understandHow we engineer it
WorkloadModel normal, peak, update, camera, backup, and management traffic.Select plan, shaping, and capacity from real usage.
Radio installationSurvey carriers, bands, quality, loading, antenna options, and cable loss.Install antennas and gateways for stable service, not convenient placement.
LifecycleDefine provider change, SIM inventory, data management, hardware replacement, and alternate path.Operate cellular as a managed circuit class.

The end-to-end path

  1. MOBILE ACCESSSelected LTE / 5G carrierMeasured bands and capacity
  2. SITE RADIOGateway · antenna · SIMInstalled and monitored access
  3. ENTERPRISE EDGEFirewall · SD-WAN · VPNSecurity and route policy
  4. SITE WORKLOADCloud · POS · cameraModeled application demand

Peak throughput is not a service definition. Stability, latency, packet loss, data policy, public/private addressing, and support escalation matter equally.

How the result is tested

  • Busy-hour test Measure service during representative carrier-load periods.
  • Workload test Run every production application and planned concurrent flow.
  • Usage test Validate monthly data model, shaping, alerts, and overage behavior.
  • Addressing test Confirm VPN, inbound management, NAT, and carrier address behavior.
  • Carrier test Exercise alternate SIM or provider recovery where required.
  • Lifecycle test Audit inventory, plan, owner, performance, and migration criteria.
Practical next step

Tell us about the sites that need to stay online.

Share what's happening and where. We'll recommend the right fix and the next step, starting from your floor plans or site details.

Start your project