5G Telecommunicatie Marktonderzoek 

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Table of Contents

5G Telecommunications Market Research: How Leading Enterprises Convert Network Investment Into Revenue

5G is no longer a connectivity story. It is a vertical revenue story, and the firms pulling ahead are the ones treating it that way.

The early enterprise narrative around 5G centered on speed and latency. That framing has aged poorly. The companies extracting real margin from 5G investment are running a different play: segment-specific use case validation, network slicing economics modeled against verticalized buyers, and private network deployments tied to measurable plant-floor or campus outcomes. Rigorous 5G telecommunications market research is what separates the operators capturing this value from the ones still selling gigabits.

Why 5G Telecommunications Market Research Now Drives Capital Allocation

Carriers, hyperscalers, and OEMs have shifted from horizontal capacity questions to vertical monetization questions. The board-level question is no longer “how fast is the network.” It is “which industrial buyer pays a premium for deterministic latency, and what is the willingness-to-pay curve.”

That shift changes the research mandate. Installed base analytics, total cost of ownership modeling against legacy LTE and Wi-Fi 6E, and supplier qualification audits across the Open RAN vendor pool now drive capital allocation decisions that used to sit with network engineering. The buyer of 5G research has moved from the CTO to the strategy office.

According to SIS International Research, structured interviews with senior decision-makers at North American telecommunications operators show that vendor diversification under Open RAN architectures is being evaluated less on cost reduction and more on supply chain resilience and integration risk against incumbents like Ericsson, Nokia, and Samsung.

The Vertical Monetization Map: Where 5G Revenue Actually Lands

Generic 5G sizing studies miss the asymmetry. Revenue concentrates in a narrow set of verticals where deterministic performance, isolation, and edge compute change the unit economics of an existing operation. Manufacturing, ports and logistics, mining, healthcare imaging, and utility grid management lead. Consumer mobile is a defensive game.

The practitioner read on each vertical differs. In discrete manufacturing, private 5G competes against industrial Wi-Fi and wired fieldbus, and wins on AGV density and machine vision uptime. In ports, the use case is autonomous straddle carrier coordination, where players like the Port of Rotterdam and Hamburg have set the operational benchmark. In utilities, distribution automation and synchrophasor data flows drive the spend, not consumer broadband substitution.

Source: SIS International Research

What Open RAN Adoption Actually Tells Buyers

Open RAN is the most misread signal in the market. It is read by generalist analysts as a cost story. Operators read it as an optionality story. The premium is in being able to swap a radio unit, a distributed unit, or a centralized unit without rewriting the network plan.

SIS International’s proprietary research with telecommunications stakeholders across North America, Europe, the Middle East, and Asia-Pacific indicates that mainstream Open RAN adoption tracks more closely to operator scale and brownfield versus greenfield posture than to headline cost savings, with Rakuten, Dish, and Vodafone setting the reference architectures that Tier 2 operators benchmark against.

The practitioner takeaway: a buy-side market entry assessment that frames Open RAN as cheap kit will mislead the investment committee. The right frame is multi-vendor integration risk, RAN Intelligent Controller maturity, and the realistic timeline for xApp and rApp ecosystems to support carrier-grade SLAs.

Network Slicing Economics: Where Pricing Power Is Concentrated

Network slicing is where most 5G business cases either work or collapse. A slice has marginal cost close to zero once the core is provisioned, but the willingness-to-pay varies by an order of magnitude across verticals. Without disciplined VOC programs and B2B expert interviews against named buyers, operators default to cost-plus pricing and surrender the surplus.

The firms with the strongest slicing economics are running paired comparison exercises with enterprise buyers, calibrating the price elasticity of guaranteed latency against best-effort, and building tiered SLA constructs that mirror what cloud providers learned about reserved versus on-demand instances. The analogy is exact. The pricing playbook from AWS reserved capacity translates to 5G slice contracts with minor adjustments.

The Research Methodology That Separates Signal From Noise

Most public 5G forecasts share a flaw. They blend consumer ARPU assumptions with enterprise use case revenue and produce a number that survives no stress test. The methodology that holds up under board scrutiny is bottom-up, vertical by vertical, anchored in primary data from the buying centers that actually sign the contracts.

SIS International’s approach combines B2B expert interviews with named operators, equipment vendors, and enterprise buyers; competitive intelligence on Open RAN integrators and private network specialists like Celona, Betacom, and Federated Wireless; and market entry assessments that pressure-test spectrum availability, regulatory posture, and the realistic deployment timeline by geography. The deliverable is a 5G telecommunications market research output that an investment committee can defend in a downside scenario, not a headline TAM.

An SIS Framework for Sizing 5G Enterprise Opportunity

The four-axis frame below is what we use to triage 5G opportunities for industrial clients before deeper sizing work begins.

• Determinism Premium: Does the use case fail without sub-10ms latency or guaranteed jitter? If yes, willingness-to-pay rises sharply.
• Isolation Requirement: Is the data subject to regulatory or IP isolation that rules out shared public networks? Drives private deployment economics.
• Mobility Profile: Fixed assets favor wired or Wi-Fi. High-mobility assets across large footprints favor 5G.
• Replacement Versus Net New: Replacing legacy LTE or fieldbus has clear TCO comparators. Net new use cases require willingness-to-pay primary research.

An opportunity that scores high on three of four axes warrants deep 5G telecommunications market research. One or two means the business case likely sits with Wi-Fi 6E or fiber.

What the Next Phase of 5G Telecommunications Market Research Will Address

The questions moving to the front of the queue are 5G-Advanced feature monetization, the AI-RAN convergence and what it means for operator capex, satellite-terrestrial integration as players like AST SpaceMobile and Starlink reshape coverage economics, and the energy cost per bit on densified mid-band deployments. Each of these reframes a capital decision that boards will revisit over the next 18 months.

The operators and industrial buyers who treat 5G telecommunications market research as a continuous intelligence function, not a one-time sizing exercise, are the ones converting network investment into defensible revenue.

Over SIS Internationaal

SIS Internationaal biedt kwantitatief, kwalitatief en strategisch onderzoek. Wij bieden data, tools, strategieën, rapporten en inzichten voor besluitvorming. Wij voeren ook interviews, enquêtes, focusgroepen en andere marktonderzoeksmethoden en -benaderingen uit. Neem contact met ons op voor uw volgende marktonderzoeksproject.