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Peplink University just published its deepest SpeedFusion session yet: SpeedFusion Beyond the Basics, a 64-minute webinar on advanced SpeedFusion configurations — designing more flexible deployments and handling complex network requirements once the basics are already working. If you have ever built one bonded tunnel and wondered what the other 80% of the engine does, this is the session.

What the webinar covers

The official framing from Peplink: “See how advanced SpeedFusion configurations can help you design more flexible deployments and manage complex network requirements.” In practice that means going past the single-tunnel setup most deployments start with — the layered options SpeedFusion offers when sites, WANs, and traffic classes multiply.

It pairs naturally with the ground we cover in the guides: a SpeedFusion tunnel does nothing until you steer traffic into it, and sub-tunnels are how one physical tunnel serves different traffic classes differently — bonding for the POS lane, WAN Smoothing for voice and video, hot failover where duplication is wasteful. The webinar is the visual, demo-driven version of that story, straight from the vendor.

Before you watch (or after)

• SpeedFusion 101 — our free course: what bonding actually is, why it beats failover, and the honest overhead math.
• The SpeedFusion guide — setup, profiles, sub-tunnels, and steering, built from our own field walkthroughs.
• SpeedFusion under the hood — packet flow, ports, encryption, and when bonding hurts.
• When not to bond — honest sizing: sometimes dual-WAN failover plus monitoring is the right call.

Why we point at this one

Our whole thesis — the New Enterprise — is that if your disaster recovery plan includes the word “failover,” you are doing it wrong. SpeedFusion is the engine that makes that more than a slogan, and most teams only ever use its first gear. A vendor session dedicated to the advanced gears is worth an hour of any network owner’s time.

Find every Peplink University session, categorized by topic and linked to the matching guide, in our Video Library. Questions about applying any of it to your network? Talk to an expert — this is what we do all day.

By Peter West · West Networks

I ran a site survey last week for a retailer opening a brand new 4,500 square foot location. Nice space. Fresh paint. Not a single data drop in the building yet.

The question he asked is the one almost every new store owner asks, usually too late in the process: how long until I have internet?

The usual answer nobody wants

Order circuit. Wait for the survey. Wait for the construction quote. Wait for the trench, or the conduit, or the demarc extension. Wait for the install window. Then find out the install window slipped.

Thirty days is optimistic. Ninety is common. If there’s any construction involved, the number stops being a number and becomes a shrug. Meanwhile the lease is running, the POS vendor needs a network, the credit card terminals need a network, and the grand opening date is already printed on the flyers.

He was three weeks out.

What we actually did

I brought a BR2 Pro 5G to the survey. It sat on a ladder in the middle of the unfinished space with the antennas pointed at the ceiling. That’s the whole install for the test.

Both cellular modems came up on T-Mobile. With the two links bonded through SpeedFusion, we saw close to gigabit throughput standing in the middle of the sales floor. Not in a lab. Not on a rooftop. On a ladder, indoors, with the antennas in their factory position.

The router’s own Wi-Fi covered the office and the back of house without a single access point added. For a space this size, with the router placed centrally, that’s the entire wireless design. If he expands into the stockroom later we’ll add an AP and adopt it in InControl. Today he doesn’t need one.

Why the numbers worked

Cost is the part that surprised him. The bonded 5G solution came in well under what the local carrier wanted for a fiber circuit, and that comparison doesn’t even include the construction charge, which was the real number.

There was no construction charge. There was no install fee. There was no install window. The equipment showed up, it got mounted, and it was online the same hour.

That’s what zero-day connectivity means. Not “fast provisioning.” No provisioning. The circuit travels in the box.

The part that matters in six months

He can still get fiber. I told him to order it if he wants it, on his own timeline, with no pressure and no launch date riding on it. When it lands, it becomes another WAN member on the same router. The 5G links stay in place as backup instead of being ripped out.

That’s the difference between a temporary fix and an architecture. Most businesses buy a single circuit, hope it doesn’t go down, and discover on a Saturday afternoon that it did. This store starts with two independent paths on day one and adds a third later if the economics make sense.

What to take from it

If you’re opening a retail location, a clinic, a branch office, or anything else with a hard opening date, stop treating the internet circuit as a utility that will simply be there. It won’t be. It’s a construction dependency with the longest lead time on your list and the least control over it.

Bonded cellular removes it from the critical path entirely. You open on time. You add wired later if you want to. Nobody spends opening week on hold with a carrier.

His store opens on schedule. The network was the easiest part of the build.

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West Networks is the world’s largest Peplink integrator. If you’re building out a new location and want to know whether this fits, reach out. Retail-specific guidance lives at retailconnectivity101.com.

November 8–12, 2026. San Antonio, Texas. The biggest, deepest, most hands-on Peplink training event in the world turns five — and this year it happens a stone bridge away from the River Walk.

The river under the street

San Antonio hides its best feature a level below its streets. Step down one flight of limestone stairs off any downtown block and the traffic noise disappears: cypress trees, arched footbridges, barges sliding along a green river that loops through the city — quietly carrying everything above it.

Which is, if we’re honest, the best description of a bonded network we’ve ever heard. The people upstairs never think about the river. The uptime just flows. That’s the job. And once a year, the people who build that invisible layer — the engineers, integrators, and operators of the Peplink world — come down the stairs together to compare notes, break things in a lab where breaking things is the point, and go home measurably better at the craft.

This is the Peplink Tech Summit. Our fifth. And it is not a conference.

Not a conference. A field exercise.

Conferences are ballrooms, lanyards, and a vendor pitch with lunch. The Summit is five days of real hardware on real benches — the same training that produced the lab guides in our library: InControl management labs, switching labs, Synergy-mode builds, Wi-Fi design, zero-touch deployment drills. You don’t watch someone configure a SpeedFusion tunnel on a slide. You configure it, steer traffic into it, watch a carrier “fail” on purpose, and see your video stream not care. That moment — the one where the graph doesn’t dip — is why people fly in.

New for the fifth year: the whole event is fully customizable. Courses are organized by topic and difficulty, so a two-person shop can run one track while a ten-person integrator splits across three. Come for the fundamentals, the deep end, or the Peplink certification exams — PCSS, PCA, and PCE testing all happen on site. Bring your team; leave with credentials.

What five days gets you

• Learn from the people who deploy this for a living — the instructors run networks for golf majors, mobile clinics, cruise ships, and 1,900-store fleets. Ask them the question you can’t ask a datasheet. (You’ll recognize a certain Professor P.)
• Hands-on labs, by track and difficulty — routing, SpeedFusion bonding, InControl 2 at fleet scale, switching, Wi-Fi, security hardening. The User Guide is the map; the Summit is the terrain.
• Certification testing — sit the exams with the instructors in the room.
• The 2027 preview — new products, the firmware roadmap after 8.6, and where the platform goes next — before the rest of the market hears it.
• Real-world war stories — success stories from broadcast, healthcare, construction, maritime, and events; the same worlds documented in our industry guides, told by the people who lived them.
• The hallway track — because the connection that matters most at a connectivity conference is the one you make with the engineer solving your exact problem two seats over. Great things happen when this community collaborates.

Why San Antonio

Because after a nine-hour lab day your team deserves better than a hotel bar off an interstate. Dinner is a barge ride past the Arneson River Theatre. The Alamo is a three-block walk. The Pearl District does breakfast tacos that will recalibrate your standards permanently. And in the second week of November, San Antonio runs low-70s and golden — the rest of the country is raking leaves while you’re eating dinner on the water.

There’s a fit here beyond the postcard, too. They call San Antonio Military City USA — a town built on institutions that treat uptime and security as non-negotiable. If you’ve read our Security & Compliance section — FIPS-validated crypto, TAA-compliant hardware, 802.1X, SIEM-grade logging — you know the platform speaks that language fluently. This is the right city for this crowd.

The math (you knew we’d do the math)

This site exists because of one number: the ~$250,000 carrier-grade quote that lost to ~$25,000 of bonded gear back in 2008. Training runs on the same math. One engineer who has actually built a hub-and-spoke SpeedFusion topology in a lab — who has watched sub-second failover happen under their own hands — saves you the truck rolls, the misconfigured tunnels, and the 2 a.m. calls that pay for the trip many times over. Networks bond links. Summits bond engineers. Both beat failover.

The Peplink Tech Summit is produced by West Networks — the team behind Peplink University and this library. See you on the river.