Use Case

Bonded Internet for Bandwidth-Intensive Sites

How sites that have outgrown a single circuit combine multiple connections into one higher-capacity link, with no single point of failure across the bonded set.

The Problem

Some sites simply use more bandwidth than a single circuit was ever sized for. Large file transfers, cloud backup jobs, video-heavy applications, and a growing number of simultaneous cloud platforms all draw on the same connection, and once that connection is saturated, everything on it slows down at once.

The usual fix is upgrading to a bigger circuit, but that option does not always exist at every location. Some sites cannot get a higher tier of service at all, and others can, but at a cost that is hard to justify for a single connection that is still, in the end, a single point of failure.

A second standalone circuit solves the failure risk but often sits mostly idle, paid for in full while contributing nothing to day-to-day throughput unless something breaks.

At a Glance

Best fit: Sites with bandwidth needs that exceed a single available circuit

Core problem solved: Saturated single connections, or idle redundant capacity that adds no throughput

Underlying technology: Bonded internet combining multiple circuits into one logical connection

Typical trigger: Large transfers or cloud workloads regularly slowing everything else down

Time to value: Bonding takes effect as soon as the additional circuit is provisioned and configured

What Triggers This Conversation

Large transfers slow everything else down

A backup job or large upload eats the connection, and every other application on site feels it immediately.

A bigger single circuit isn't available

The next tier of service simply doesn’t exist at this location, or comes at a cost that’s hard to justify.

A backup circuit sits idle most of the time

A second connection added purely for failover contributes nothing to daily performance while it waits to be needed.

More cloud platforms running at once

Each new cloud tool adds more simultaneous demand on a connection that was sized for fewer applications.

Who Owns This Decision

The person who notices this problem first is usually whoever depends on the connection daily, an operations lead or office manager watching things slow to a crawl during a backup window or a busy upload period.

The decision to actually fund a bonded connection sits with whoever owns the IT or facilities budget for that site, often a regional IT manager or operations director comparing the cost of bonding against the cost of a single bigger circuit, where one is even available.

This usually surfaces after a site has grown into its connection rather than out of it gradually. A single bad week of slow transfers is often what prompts the conversation, even though the underlying bandwidth gap had been building for a while.

When This Isn’t the Right Fit

Sites with modest, predictable bandwidth needs that a single circuit already handles comfortably
Sites where a single upgraded circuit is available and affordable, and extra resilience isn’t a priority
Sites that need failover protection against an outage but don’t actually need more throughput day to day, which is better addressed through backup internet instead
Locations where only one type of connection is available, leaving nothing to bond against

What Success Looks Like

Combined Throughput

Multiple circuits work together as one connection, instead of one circuit carrying the full load alone.

No Idle Redundant Capacity

Every circuit contributes to daily performance, rather than sitting unused as a backup-only connection.

Stable Performance Under Load

Large transfers and peak usage windows no longer drag down every other application on site.

How Fidalia Solves This

OnePort Bonded Internet, part of the broader OnePort connectivity platform, combines multiple circuits into a single logical connection. Instead of one circuit carrying the full load while a second sits idle, both contribute bandwidth at the same time.

Different connection types can typically be bonded together, fibre with cable, for example, depending on what’s available at the site. If one link degrades or drops, the bonded connection continues operating on the remaining capacity rather than failing outright.

Fidalia assesses what’s available at each location and configures the bonded setup to match actual usage patterns, not just theoretical maximum throughput.

Learn More about OnePort Bonded Internet

Frequently Asked Questions

What happens if one of the bonded circuits goes down?

The connection keeps running on whatever capacity remains across the other circuits. Total throughput drops, but the site doesn’t lose connectivity outright the way it would on a single unbonded circuit.

Can different types of connections be bonded together?

In most cases, yes. Fibre and cable, for example, can often be combined depending on what’s physically available at the site. Fidalia assesses the options during the site review.

How is this different from just having backup internet?

Backup internet sits idle until a failure occurs, providing protection but no extra throughput day to day. Bonded internet uses every connection simultaneously, so it adds capacity while still offering resilience if one circuit has a problem.

Is there a minimum bandwidth requirement to make bonding worthwhile?

There’s no strict minimum, but bonding tends to make the most sense for sites that are already running into the ceiling of a single circuit on a regular basis, not occasionally.

Does bonding require new hardware at the site?

Yes, a bonding device is installed to manage the combined connection. Fidalia handles the installation and configuration as part of the deployment.

See What Bonded Internet Looks Like at Your Site

Fidalia can review what’s available at your location and show you what a bonded connection would actually deliver.

Talk to a Network Expert