Live Events and Sports

THE CHALLENGE

Every Event is a Greenfield Build

A festival field on Monday is bare grass. By Thursday it needs to carry production comms, vendor card payments, timing data, security radio backhaul, press feeds and public WiFi for tens of thousands of people. By the following Monday, every cable and antenna needs to be gone.

That cycle repeats week after week through the season, at different sites, with different layouts and different ground conditions. Fixed-line infrastructure is rarely an option. Mobile coverage is unpredictable, and it degrades further when crowds arrive. Most event networks fail because nobody tested cellular coverage before the gates opened.

Peplink was built for exactly this. Cellular bonding across multiple carriers, automatic failover, rapid configuration and centralised management from InControl2 give event teams the tools to build a production-grade network in hours rather than days.

What Needs Connecting

A typical large-scale event will run several independent network zones, each with its own requirements:

• Production and backstage: Comms for stage managers, lighting desks, sound engineers, show callers. Low latency and high reliability are non-negotiable.
• Vendor and catering WiFi: Card payment terminals, till systems and stock management for dozens or hundreds of traders. Each terminal must maintain a stable connection throughout trading hours.
• Timing and scoring: Sports events rely on real-time data feeds to scoreboards, broadcast trucks and results platforms. A dropped connection during a finish-line crossing is not recoverable.
• Security and safety: CCTV backhaul, access control systems, medical comms and crowd management radios all need dedicated bandwidth that does not compete with public traffic.
• Press and media: Photographers and reporters uploading large files under deadline pressure. They need raw throughput, and they need it now.
• Public and guest WiFi: Captive portal access for attendees, sponsor activations, social media feeds and app-based services.
• POS and ticketing: Gate scanners, wristband activation stations and on-site box offices processing transactions continuously.

THE SOLUTION

Peplink Rapid Deployment Kits

Each kit arrives on site ready to go: a Peplink router, antennas, cabling, a PoE switch and pre-loaded Alchemy SIM cards. Plug in power, raise the antennas and the network is live. SpeedFusion tunnels establish themselves automatically. InControl2 picks up the device within minutes.

For a small exhibition stand or a single-stage outdoor event, a single MAX Transit Duo Pro with two bonded SIMs will often do the job. Larger events need more headroom. An HD4 MBX as the core router with multiple AP One access points distributed across zones gives the network up to four cellular modules worth of raw bandwidth to carry all traffic types simultaneously.

SpeedFusion Bonding for Event Connectivity

SpeedFusion is what separates a Peplink deployment from a collection of consumer hotspots. It bonds multiple cellular connections into a single, resilient tunnel. When one carrier drops, traffic shifts to the remaining connections without interruption. When all carriers degrade under crowd load, SpeedFusion distributes packets across them to maintain usable throughput.

In practical terms: a card payment that fails mid-transaction frustrates a customer and costs a vendor revenue. A timing feed that drops during a race finish creates results disputes. A security camera feed that freezes at the wrong moment leaves a gap in coverage. SpeedFusion bonding keeps all of these systems running through conditions that would break a single-SIM connection.

Each traffic type gets its own SpeedFusion profile. Production comms get a low-latency profile that prioritises stability. Public WiFi gets throughput-focused shaping with fair-use limits. POS traffic gets packet duplication to ensure every transaction completes on the first attempt.

Alchemy SIM: Data Without Carrier Lock-in

Alchemy SIM cards roam across all major UK networks, selecting the strongest signal at each location. Coverage varies dramatically from site to site: a field in Somerset will have different carrier strengths to a park in central London. Alchemy SIMs adapt automatically, and because they run on rolling data plans, you only pay for the data you use during each event.

For international events, roaming-enabled Alchemy SIMs work across Europe and beyond. The same kit you use at a UK festival works at a trade show in Frankfurt or a sporting event in Dubai.

DEPLOYMENT APPROACH

From Site Survey to Strike

Network planning is part of the wider event build. The process follows a consistent pattern:

Pre-event Planning

Start with the site plan. Identify coverage zones and map where each network segment needs to reach. Run a cellular signal survey at the venue (or use historical data from previous events at the same site) to determine which carriers offer the best coverage. Select hardware, pre-configure every device in our workshop and load Alchemy SIMs with the required data allowances.

Build Day

Our engineers arrive on site with labelled, pre-configured equipment. Routers, access points and antennas go up alongside the rest of the production infrastructure. We verify every zone, test failover behaviour and confirm that SpeedFusion tunnels are healthy. The network is handed over to the event production team with a simple status dashboard and a direct support contact.

Live Event Support

InControl2 gives us remote visibility throughout the event. If a carrier drops or throughput degrades, we see it before the production team does. For larger events, on-site technical support runs throughout the show. Spare hardware is always on hand; if a device fails, we swap it and restore service within minutes.

Strike and Debrief

After the event, we collect the equipment, back up the logs and produce a usage report showing bandwidth consumption, failover events and connection quality across each zone. That data feeds directly into planning for the next event, sharpening kit allocation and SIM data budgets.

EVENT TYPES

Where We Deploy

Formats and scales we deploy for regularly:

• Music festivals: Multi-stage sites with vendor villages, camping areas, VIP compounds and production offices. Networks need to handle high-density public WiFi alongside dedicated production traffic.
• Sporting events: Timing and scoring systems, results platforms, broadcast connectivity, athlete tracking and spectator WiFi. Reliability requirements are absolute during competitive periods.
• Trade shows and exhibitions: Stand connectivity for exhibitors, registration systems, lead-capture apps, demonstration networks and press facilities. Often inside venue buildings where cellular signals penetrate unevenly.
• Corporate events: Conferences, product launches, AGMs and outdoor hospitality. Presentation streaming, delegate WiFi, live polling and social media walls all need stable upstream bandwidth.
• Outdoor cinema and theatre: Ticketing, POS and streaming for outdoor cultural events. Compact deployments where a single MAX Transit Duo and a couple of access points handle the full requirement.
• Motorsport and endurance events: Timing loops, GPS tracking, pit-lane comms and marshal radio backhaul spread across large course perimeters. Point-to-point links between timing stations and the central hub.

RECOMMENDED HARDWARE

Hardware for Events

Hardware is matched to the scale and requirements of each event. These are the products that go out most often:

All hardware is available to purchase from our online shop . For event hire and managed deployment packages, get in touch to discuss your requirements.