TL;DR: The three pieces you shared collectively show a clear shift at major venues and live sports—from guest Wi-Fi and public cellular to Private 5G as the primary digital backbone. Private 5G delivers deterministic performance, massive uplink, tight mobility, and enterprise-grade security that Wi-Fi struggles to guarantee in hyper-dense, high-motion, broadcast-grade scenarios. It’s not “Wi-Fi or 5G,” but Wi-Fi for casual access + Private 5G for mission-critical operations—with the balance tilting steadily toward 5G.

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Why venues are re-architecting their networks

1) Density and determinism

• The problem: Tens of thousands of fans, staff, cameras, sensors, and apps share the same air. In unlicensed bands, contention, interference, and unpredictable back-off times make it hard for Wi-Fi to guarantee latency or uplink.
• What Private 5G changes: Licensed/shared spectrum, scheduled access, and QoS/slicing let operators reserve throughput and latency for priority traffic—even when the venue is full.

2) Uplink-first workloads

• The problem: Modern events are uplink heavy—4K body-cams, POV angles, drone feeds, cashless POS, and real-time analytics. Wi-Fi is historically optimized for downlink.
• What Private 5G changes: Uplink is a first-class citizen. Venues stream broadcast-grade video and telemetry with sub-100 ms latency and high reliability.

3) Mobility and coverage

• The problem: Seamless roaming with dozens of APs is hard; handoffs can be sticky or lossy, especially for fast-moving devices.
• What Private 5G changes: 3GPP mobility and handovers are built for motion—think athletes, carts, cameras, drones, and moving production crews.

4) Security and identity

• The problem: Open SSIDs, MAC spoofing, and varied onboarding flows complicate policy at scale.
• What Private 5G changes: SIM/eSIM/IMSI-based identity, per-slice isolation, and carrier-grade encryption simplify zero-trust access for people, devices, and apps.

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The evidence in action

• Stadiums as digital ecosystems: Private 5G is already powering AR overlays, VR replays, crowd analytics, and safer operations—from Europe’s velodromes to U.S. ballparks. Examples in your materials include a French velodrome (delivering real-time AR/VR experiences) and Petco Park, where private 5G supports mobile ordering, ticketing, and operations without a tangle of temporary cabling.
• Broadcast-grade production at scale: At the MLB All-Star Game, crews used private 5G to carry live umpire body-cam feeds, mobile cameras, HDR links, and remote-controlled rigs—reducing dependence on traditional broadcast trucks and coax runs, while meeting live-TV reliability.
• Super Bowl signal: The “Is Stadium Wi-Fi Dying?” piece notes a headline moment at Super Bowl LIX—fans were nudged toward 5G, and the event moved staggering amounts of data without a hitch. The takeaway: Wi-Fi’s role is shrinking where performance must be guaranteed.
• SailGP—F1 on water: The sailing league shows Private 5G beyond stadium walls. Containerized edge, private radios along the racecourse, and on-boat antennas keep thousands of telemetry signals per second and multiple video feeds flowing with sub-100 ms latency—all while enabling remote race control, cloud analytics, and resilient broadcast in a salt-spray environment where cables simply can’t go.

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Head-to-head: Private 5G vs. Wi-Fi for live venues

Dimension	Wi-Fi (today)	Private 5G (today)
Spectrum	Unlicensed, shared; higher interference risk	Licensed/shared (e.g., local licenses/CBRS); controlled RF environment
Medium access	Contention-based (best-effort)	Scheduled; deterministic QoS & network slicing
Uplink performance	Historically downlink-centric	Uplink-strong, sustained throughput under load
Mobility (handover)	AP-to-AP roaming can be sticky	3GPP mobility; smooth handovers for fast movers
Density & scale	Congestion in bowl-full events	Designed for thousands of devices with policy control
Security & ID	SSID/MAC, captive portals	SIM/eSIM identity, per-slice isolation, encryption
Coverage & power	Many APs; cable-heavy	Fewer radios, macro-style reach; less cabling
Determinism	Variable latency/jitter	Predictable latency and SLA-like behavior
Best fit	Guest internet, staff laptops, back-office	Broadcast, safety, ops, robotics, AR/VR, POS, ticketing

Bottom line: Keep Wi-Fi for low-stakes guest access and office apps. Put anything that must not fail—video, safety, scoring, payments, wearables, drones, robotics—on Private 5G.

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The business case you can take to the CFO

• Revenue lift: Faster concessions and mobile ordering, premium fan experiences (multi-angle cams, AR stats), and new sponsorship inventory tied to data experiences.
• OpEx reduction: Fewer temporary cables/trucks, faster turnarounds between events, simpler device onboarding (SIM-based), and less truck-roll time.
• Risk reduction: Higher reliability for safety systems (crowd flow, cameras, access control), card-present payments, and critical comms.
• Future-proofing: Once the Private 5G “OS” is in place, you can light up new use cases (computer vision, digital twins, autonomous equipment) without ripping and replacing RF.

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A pragmatic migration path

1. Map workloads by business criticality and uplink needs (broadcast feeds, body-cams, ticketing/POS, safety, VMS, AR/VR).
2. Lay the RF foundation: spectrum plan (licensed/local/shared), coverage design for seats, concourses, back-of-house, and field-of-play.
3. Stand up the core & edge: On-prem 5G core + edge compute for video analytics and low-latency control.
4. Slice by intent: Reserve deterministic lanes for broadcast and safety; provide a separate slice for staff devices; keep a guest lane on Wi-Fi.
5. Instrument & iterate: Telemetry everywhere—prove KPIs (latency, frame loss, transaction time), then expand footprint (drones, robotics, digital twins).

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How CellEdge Networks helps

At CellEdge Networks, we design and deliver Private 5G as a venue OS:

• End-to-end design: RF survey, spectrum strategy, core/edge architecture, and integration with your cameras, POS, ticketing, access control, and broadcast tools.
• Uplink-first builds: Architected for live video, telemetry, and safety with deterministic QoS.
• Operations & lifecycle: SIM/eSIM provisioning, policy & slicing, observability, and continuous performance tuning—so your network scales smoothly from trial to league-wide deployment.

If you’re evaluating upgrades for a stadium, racetrack, or festival, we can help you prioritize use cases, quantify ROI, and build the right Wi-Fi + Private 5G blend—so the fan experience, broadcast, and business all win.