Huawei's 5G-A and AI Play Drives Speed and ARPU for GCC Telecom

5G-Advanced plus mobile AI can turn GCC networks into platforms that deliver experiences and boost revenue. With SA and AI-driven ops, services get faster, costs drop; ARPU rises.

Published on: Nov 27, 2025
Huawei's 5G-A and AI Play Drives Speed and ARPU for GCC Telecom

5G-Advanced + Mobile AI: How the GCC Can Turn Networks into Growth Engines

Huawei laid out a clear case for where telecom in the GCC goes next: 5G-Advanced paired with mobile AI moves networks from basic connectivity to programmable platforms that ship experiences, drive new revenue, and speed up innovation.

The pitch centers on a 3A blueprint: 5G-A experiences, Always-Online Standalone (SA), and AI-driven operations. Put simply, better radio + true SA + autonomous ops equals faster services, lower costs, and products you can monetize today, not years from now.

The 3A blueprint, in practice

  • 5G-A experiences: Consistent multi-gigabit performance and device-to-cloud responsiveness that make premium plans worth paying for.
  • Always-Online SA: Independent 5G core with stronger coverage, better uplink, and lower latency-critical for wearables, drones, and FWA.
  • AI-Driven operations: Autonomous planning, optimization, and assurance to cut time-to-fix and launch new services faster.

Momentum by the numbers

  • 25+ live 5G-A networks worldwide
  • GCC 5G-A Region initiative crossed 1M users in record time
  • ~75% of smartphones in the region support Standalone mode
  • 36%+ are AI-capable, primed for AI-powered services
  • With 300 MHz of spectrum, carriers can deliver 5 Gbps-class experiences today; 10 Gbps is expected within two years

This isn't just about speed tests. High bandwidth enables immersive apps and high-quality streaming. Premium tiers up to 3 Gbps can lift ARPU by about 20% and create new VIP and enterprise segments built around guaranteed performance and perks.

Why SA now

  • ~20% better coverage
  • 50%+ faster uplink for creator, enterprise, and sensor use cases
  • Lower latency and longer device battery life
  • Opens the door to wearables, device-to-device services, fixed wireless access, and low-altitude applications like drones and air taxis

NSA got 5G off the ground. SA makes it reliable enough for real services people will pay for, and safe enough for critical operations in the air and on the ground.

AI-driven operations: from intent to outcome

  • Autonomous Networks: AI agents handle planning, optimization, and assurance. Less manual work, faster recovery, more consistent QoE.
  • Unified Data + AI Fabric: Consolidate network, customer, and business data to generate real-time insights for experience management and product decisions.

The result: near-instant experiences across devices, stronger indoor/outdoor coverage, and a faster path from idea to monetizable service.

For background on what 5G-Advanced brings at the standard level, see 3GPP Release 18 details here.

Why the GCC is positioned to lead

  • Fast 5G-A adoption and high SA-ready device penetration
  • Ample spectrum (e.g., 300 MHz) to deliver premium experiences now
  • Market appetite for performance-based pricing in both consumer and enterprise segments

Consumer demand is clear: gaming, streaming, and XR that never buffer. Enterprises want predictable throughput, low jitter, and strong uplink-think video analytics, logistics, and critical IoT.

What operators can do next

  • Move NSA → SA with intent: Prioritize high-traffic, indoor-dense zones; validate uplink and latency SLAs.
  • Package premium tiers clearly: 1-3 Gbps plans with latency commitments, VIP support, and device bundles.
  • Monetize coverage: Offer indoor experience guarantees for malls, stadiums, airports, and campuses.
  • Adopt autonomous ops: AI-assisted planning and closed-loop assurance to reduce outages and OPEX.
  • Build a data fabric: Unify network, care, and billing data; ship real-time dashboards for product and ops teams.
  • Target low-altitude mobility: Launch drone corridors and enterprise packages with geo-fencing and priority uplink.

For IT teams and developers: where to build

  • XR and cloud gaming that leverage multi-gig downlink and consistent low latency
  • Real-time video analytics at the edge for retail, transport, and safety
  • Drone ops: inspection, delivery, and airspace services built on SA prioritization
  • Wearables and health telemetry using device-to-device and better uplink
  • FWA as primary or backup WAN with application-aware QoS

Bottom line

5G-A plus AI turns mobile networks into product platforms. The GCC has the devices, spectrum, and demand to lead. SA and AI-driven operations are the short path to better experiences, healthier unit economics, and new lines of business.

Keep learning

If your team is building AI-native services and automation on top of modern networks, you can explore practical training and certifications here.


Get Daily AI News

Your membership also unlocks:

700+ AI Courses
700+ Certifications
Personalized AI Learning Plan
6500+ AI Tools (no Ads)
Daily AI News by job industry (no Ads)
Advertisement
Stream Watch Guide
🎉 Black Friday Deal! Get 86% OFF - Limited Time Only!
Claim Deal →