VIAVI Solutions will demonstrate AI-RAN, 6G and next-generation network testing capabilities at IMC 2026, marking the test-and-measurement vendor's continued investment in pre-commercial research tooling.

The booth spans three technology pillars announced for the event. AI-RAN addresses the integration of machine-learning inference into radio access network functions including scheduling, baseband processing, RF optimisation and energy management. The 6G stream covers sub-terahertz propagation measurement, candidate waveform validation and beam-management testing aligned with the ITU-R IMT-2030 framework targeting specification completion near 2030. The third pillar addresses assurance and test workflows across fibre, transport and core network domains.

What does test equipment contribute at this stage of the cycle?

Mobile operators do not procure commercial 6G radios in 2026. Procurement decisions for the 6G generation sit roughly four to seven years away for most carriers, with initial commercial rollouts expected in leading markets from 2030 through 2033. What chief network officers and RAN planning directors buy today is lab infrastructure: channel emulators, signal analysers and software-defined test platforms that compress evaluation cycles for candidate designs.

Test-and-measurement vendors historically release general-availability instrument suites 18 to 24 months ahead of mass operator deployment. That window gives reference laboratories and operator R&D units time to develop procedures, train engineering staff and qualify suppliers. Vendor activity in 2026 therefore signals preparation for the 6G specification freeze and the subsequent operator procurement phase.

How does AI-RAN change the validation workload?

AI-RAN introduces new measurement requirements beyond traditional throughput, latency and coverage KPIs. Operators and reference laboratories now require metrics covering model accuracy under traffic load, energy efficiency gains in real radio conditions, and graceful degradation when inference fails. Traditional KPIs remain necessary but no longer sufficient when machine-learning components enter the baseband and scheduling stack.

Test platforms must therefore extend their toolkits to capture model-level performance alongside conventional radio measurements. Channel emulators need to reproduce realistic traffic mixes that exercise inference paths under stress. Signal analysers require hooks for tracing model decisions inside the baseband pipeline. These requirements reshape the procurement specification for the 2026 to 2030 purchasing window.

Why does the venue matter for this showcase?

IMC ranks as a major annual telecom industry gathering, drawing senior network planners, RAN engineers and procurement leads from South Asia, the Middle East, Africa and parts of Southeast Asia. The audience profile matters because carriers in those regions are simultaneously scaling 5G standalone coverage and allocating 6G research budgets.

The Indian market in particular is executing large-scale 5G mid-band rollouts while supporting early-stage 6G research activity across operator, vendor and academic partnerships. Lab procurement tied to those efforts translates into addressable demand for test instrumentation, channel sounding equipment and O-RAN compliance suites. Vendors targeting IMC 2026 reach chief technology officers who carry both near-term deployment budgets and long-horizon research mandates.

What separates roadmap statements from commercial product?

VIAVI's pre-event material positions the demonstrations as technology showcases rather than general-availability launches. Operators visiting the booth will assess maturity indicators including product readiness level disclosures, integration with existing lab management platforms, and whether pricing terms support multi-year capital planning cycles.

The distinction matters for budget holders. Showcases signal engineering direction but do not commit to procurement schedules. Vendors typically convert showcased capabilities into orderable products within 12 to 18 months, a window that aligns with the operator 2028 to 2030 spending plans now forming across the industry.

Forward look: VIAVI's IMC 2026 booth will centre on O-RAN-compliant AI scheduler validation, sub-THz channel sounding and 6G candidate waveform analysis. Procurement leads visiting the stand will track the company's general-availability dates against their own 2027 to 2028 budget cycles, with formal release announcements expected to follow the event.