Indoor 5G/LTE router
Cradlepoint, Cisco, Peplink, desktop or rack-mount, dual-SIM with NuvoLinQ multi-carrier eSIM as the primary.
When fibre fails, NuvoLinQ doesn't.
Enterprise wireless broadband for locations where fibre isn't enough, or isn't there. Multi-carrier failover, static IP, private APN, and the same console you run the rest of your network from.
Primary
→ A
I need primary wireless
Fibre isn't available, or isn't worth the wait. Coverage & deployment →
Failover
→ B
I need failover backup
Fibre is in. The outages are the problem. Failover architecture →
Coverage
Multi-carrier
Failover
Sub-second
Addressing
Static IP
SLA-backed
Enterprise
Fibre · line severed
Failover · last event
312 ms · session preserved
Fibre WAN
✕
Wireless WAN holds the site up.
Direct multi-carrier · static IP preserved
Branch
RTR-NYC-04
))) )))
Cell · 5G NSA
NuvoLinQ core
private APN · static IP
NuvoLinQ · Wireless
Active · auto
Network uptime · 30d
99.99% · 1,800+ sites
↳ Sub-second cut-over · no manual reset.
01 Two buyer scenarios
One platform, built for two very different jobs.
FWA shows up on the procurement list two ways: as a primary broadband choice where fibre can't reach, or as the failover layer where fibre keeps falling over. Choose the path that matches your deployment.
When fixed wireless becomes the primary link
01
Remote or rural location
Fibre infrastructure doesn't reach the building, or the rollout estimate is 18 months and a six-figure CapEx. Wireless covers the gap from day one with an enterprise SLA where coverage and deployment conditions support it.
Day-one connectivity
02
Temporary or pop-up site
Construction office, pop-up retail, event venue, temporary workspace. Connectivity in hours, not quarters, with the same management console you use for permanent sites.
Deploy in hours
03
New location, fibre pending
Lease is signed, build-out is happening, fibre install date keeps slipping. Wireless brings the location online immediately; you keep it as failover when fibre lands or run it as the primary indefinitely.
Bridges fibre delays
Topology · primary wireless
Live
Branch
RTR-NYC-04
Cell · 5G NSA
))) )))
NuvoLinQ core
private APN · static IP
Time to live
< 4h
Carriers
4–5
Uptime
99.95%
When fixed wireless becomes the always-on backup
01
Primary circuit keeps dropping
The fibre is installed, but the SLA credits don't cover the lost transactions. Wireless stands by on a separate carrier path and takes over before the application notices, sub-second, no manual reset.
Sub-second cut-over
02
Single-carrier site, single point of failure
One last-mile provider means you're one outage away from dark. Multi-carrier wireless adds four to five carrier path options behind the same static IP your firewall and processor already trust.
Carrier diversity
03
Compliance needs a provable backup
Payment, uptime, and internal risk reviews often benefit from documented WAN redundancy. Every failover event is logged, timestamped, and exportable, with audit-ready logs available from LinQView.
Audit-ready logs
Topology · failover backup
Live
Fibre WAN
primary · down
Wireless WAN
standby · active
fibre severed
))) → )))
NuvoLinQ core
static IP preserved
Cut-over
312ms
Carriers
4–5
Uptime
99.99%
02 Always on
NuvoLinQ calls it built-in failover. Your ops team will call it peace of mind.
When your primary connection drops, the system switches to the strongest available carrier automatically. No manual intervention, no reboot, no downtime window. This is what the multi-carrier architecture buys you.
One outage. Four carriers standing behind it. Sub-second failover, invisible to the application. That's what always-on looks like on NuvoLinQ.
312 ms
Median time to switch · 30-site fleet
0
Manual actions required on failover · no engineer dispatched
Failover cascade · illustrative example · site RTR-TOR-12
03:14:18.402
Rogers
Primary fibre circuit · upstream outage detected
Down
03:14:18.714
Bell · 5G NSA
Strongest available · −68 dBm · attached
Active
03:14:18.892
TELUS
Standby · −74 dBm · armed
Standby
03:14:19.011
AT&T (cross-border)
Standby · −82 dBm · cross-border path
Standby
03:14:19.118
T-Mobile
Standby · −88 dBm · armed
Standby
Switch latency
312 ms
Connection switches before most applications notice the primary went down.
Carriers per site
4–5
Rogers → Bell → TELUS → AT&T → T-Mobile, ranked by signal at the site.
Manual steps
0
No engineer dispatched, no command run, no router rebooted.
Static IP preserved
✓
Firewall rules, VPN tunnels, processor whitelists, all still valid.
03 Technical specifications
For the IT evaluator who reads the datasheet before the slide deck.
FWA buyers are technical. Network, security, and infrastructure leads need real specs, bands, IP scheme, APN behavior, compatible CPE. Not marketing language. This is the page where we deliver those.
LinQ1Zero · FWA datasheet
5G NSA
5G SA
LTE-A
SGP.32
Network & addressing
Supported tech
4G LTE · 5G NSA · 5G SA. Major bands supported by approved CPE and carrier coverage.
Static IP
Static IP standard on eligible FWA deployments. Enables firewall rules, remote access, and VPN configuration.
Private APN
Available, isolate traffic from the public internet for security-sensitive environments.
IPv4 / IPv6
Dual-stack.
IPv4 /32 static or /29 routed; IPv6 /64 per site.
Failover
312 ms median failover in observed deployment data. Multi-carrier ranked by signal at the site. Automatic
Routing
Direct interconnect options to your WAN edge or SD-WAN, where supported.
Hardware & ops
Compatible CPE
Example supported CPE, subject to firmware, carrier, and configuration validation: Cradlepoint E300/E3000 · Cisco IR1101 · Peplink BR1 Pro · Sierra RV55 · Teltonika RUTX50
Form factor
2FF · 3FF · 4FF · MFF2 embedded eSIM. SGP.32 eUICC across the line.
Management
LinQView, same console as POS, kiosk, telematics. Per-site status, OTA, alerts.
Provisioning
Zero-touch · OTA carrier-profile push. ScanLinQ app device-binding at install.
Throughput
Up to
1.2 Gbps down / 180 Mbps up · band & CPE dependent.
Power
Options vary by CPE. PoE+ and DC available on selected models.
Coverage
8 Carriers on direct contract
CA
Canada, coast to coast
Rogers
Bell
TELUS
US
United States, 50 states via carrier networks
AT&T
T-Mobile
Verizon
Outdoor-rated unit
Outdoor-rated enclosure for fringe-coverage sites, mast-mounted, antenna-integrated, weather-sealed. Indoor router optional.
Embedded LTE/5G sled
Drops into your existing SD-WAN appliance for vendors that ship slots, not radios. Integration options for Fortinet, Versa, and VMware VeloCloud environments.
04 Who uses NuvoLinQ FWA
Five industries. One reason: a downed site is rarely acceptable.
Same architecture across all of them, primary or failover, multi-carrier, static IP, one console. Different operating profiles, same answer to the underlying question.
Primary use case
Retail & restaurant chains running POS over wireless failover.
NuvoLinQ keeps payment processing, inventory sync, and digital signage online while the primary recovers. Your processor never sees a different IP.
Continuouspayment processing through failover
Same IPno processor re-registration
Site offices & pop-up workspaces
Connectivity in hours, not quarters. Site offices and project trailers online before the fibre quote is even written.
Hoursto connect, not quarters
Field-installable
Locations where fibre never arrives
Branch offices, agricultural ops, energy sites, lodges. Wireless as the primary, with enterprise-grade SLA options.
Primaryor failover, same architecture
99.99% SLA
Clinics & multi-site practices
Connectivity redundancy for patient management, e-prescribing, and payment systems. HIPAA-aligned logs, audit-ready posture.
Redundantconnectivity for patient systems
Private APN available
Hotels & multi-property groups
Backup connectivity for front-desk PMS, guest services, and conference networking. A fibre outage that doesn't reach the guest experience.
Backupguest experience stays online
Multi-property
05 Real sites, real failover events
Zero unplanned outages, across every site running on NuvoLinQ FWA.
A snapshot from a recent multi-site deployment, and a word from the operators who run the network.
★ FEATURED INSIGHT · FIXED WIRELESS
FWA: More Than Just Backup Internet
Fixed Wireless Access is no longer just a fallback for when the fibre goes down. It is a primary, programmable connectivity layer that deploys in hours, scales across carriers, and keeps critical systems online wherever they live.
HoursTo deploy
Multi-carrierEvery major network
EitherPrimary or backup
→ Coverage checker · 2 minutes
Get a wireless assessment for your location.
Tell us where the site is and what role wireless plays. We come back with a per-carrier signal estimate and a plan.
Payment processors, fuel retail, vending, security, and connected-device operators across North America
06 get started
Ready to connect your sites?
Get a connectivity assessment built around your locations. We map what you run, find the right primary-or-backup deployment, and hand you a concrete plan. No generic demos, no runaround.
NuvoLinQ delivers enterprise-grade fixed wireless across North America on a private wireless backbone with a 99.99% uptime SLA, primary or backup, with built-in failover.
Consultation form
Fleet size
e.g. 4,200 terminals
Current connectivity
Roaming / direct / mixed
Primary pain point
Reliability · PCI · migration
Work email
name@company.com