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The backup line that actually takes over when it matters

5G Backup and Failover

An untested backup line fails exactly when you need it, and nobody notices in time. Anexum combines fixed-line and mobile across separate carriers, monitors both paths continuously, and tests failover on a schedule. Your 5G backup proves in testing that it takes over when it matters.

Discuss a redundancy design

What is 5G Backup and Failover?

A 5G backup reduces outage risk only when the line, router, signal, and failover state are continuously monitored and regularly tested. Anexum plans primary and backup paths independently of any single carrier and defines support through the selected SLA.

Service scope

  • Separate primary and backup carriers
  • LTE/5G router and SIM management
  • Signal and failover-state monitoring
  • Policies for critical traffic
  • Scheduled failover tests

No blind backup path

Signal, router, and failover state are measured before the primary line fails. A weak backup shows up in testing, well ahead of a real incident.

Carrier diversity

Primary and mobile networks can be selected separately according to local coverage.

Controlled operation

Bandwidth and permitted traffic can be aligned with the location design.

Common questions

When does 5G backup make sense?
For locations with high outage costs, temporary construction sites, branches, and critical cloud applications, mobile connectivity can be an economical second access technology.
What is monitored?
Possible metrics include reachability, latency, jitter, packet loss, bandwidth, mobile signal, router health, and the active failover path.
What is not promised by default?
Static IP, session preservation, and uninterrupted switching depend on architecture, carriers, and applications. These properties are promised only when technically designed and contractually confirmed.
How is carrier diversity assessed?
Different brand names do not automatically mean separate networks. Where possible, Anexum assesses wholesale access, radio network, building entry, router, power, and regional dependencies.
Which routers can be used?
Depending on requirements, options include Cradlepoint, Cisco, and Teltonika. Selection criteria include WAN options, mobile modem, VPN, routing, remote management, interfaces, and lifecycle.
How often should failover be tested?
Frequency depends on criticality, change rate, and SLA. Each test should check switching, applications, alerting, failback, and documented deviations.
What happens when the 5G signal is weak?
Coverage, signal, and antenna options can be assessed before rollout. If quality is insufficient, alternatives include another carrier, external antennas, LTE instead of 5G, or a different access technology.
How are data volume and costs controlled?
Backup traffic can be prioritized or restricted. The design considers the plan, data allowance, roaming, large updates, and non-critical transfers.

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Technical evidence

Architecture Decision Record

ADR: Fixed Line and 5G as Monitored Site Redundancy

Decision framework for carrier-diverse fixed-line and 5G redundancy with monitoring, failover policies, testing, and explicit limitations.

Review your current contracts and connections

Discuss a redundancy design