Industry Outlook: Telecoms & Connectivity — Week of May 4, 2026

Market Outlook

• Crown Castle exits fiber, doubles down on towers. Crown Castle has closed the sale of its fiber assets to Zayo and its small cell business to Arium, becoming a pure‑play tower company. This sharp separation of passive wireless infrastructure from fiber/small cell operations signals a maturing view that neutral‑host fiber densification may be better run by specialist wholesalers, with towercos focusing on macro and rooftop economics.
• Fiber build momentum reinforced by BEAD allocations. New BEAD awards in New York and continued expansions by WOW, Comcast, and Arvig underscore that public subsidy and private capital are still flowing aggressively into fiber. For the next 5–7 years, this locks in fiber as the default access technology in dense and semi‑rural markets, with fixed wireless and LEO increasingly positioned as complementary or gap‑filling solutions.
• Smartphone stagnation nudges value to network experience. Global smartphone shipments grew just 1% in 1Q26 and the second‑half outlook remains uncertain, according to Omdia. With device volumes flattening and discretionary budgets compressed, operators will see less growth from handset‑driven upgrades and more from differentiated connectivity (QoS tiers, FWA, enterprise slices, and bundled cloud/AI services).

Discussion: This week’s moves reinforce a structural split between tower/fiber asset plays and service innovation on top. CTOs should plan architectures assuming continued fiber densification, modest mobile device growth, and increasing pressure to monetize network quality and APIs rather than hardware refresh cycles.

Headwinds

• Samsung Networks slump flags 5G capex fatigue. Samsung’s networks division has logged one of its weakest quarters since early 5G and is emphasizing “cost discipline,” mirroring broader RAN capex softness. Slowing traditional RAN spend will pressure vendors to defend margins and may delay some 5G SA and 5G‑Advanced deployments, particularly where business cases are not clearly tied to enterprise or FWA revenue.
• Telco cloud spend remains unpredictable, ROI unclear. Vodafone Intelligent Services and Hrvatski Telekom executives describe telco cloud spending predictability as a “touchy subject,” highlighting planning errors and under‑scoped operational changes. Many operators underestimated lifecycle costs (observability, automation, skills) and overestimated short‑term savings, complicating commitments to large‑scale NFV/Cloud RAN and edge rollouts.
• Macro energy shock raises opex and project risk. The Iran conflict is driving higher global energy prices and broader inflation, with knock‑on effects on transport, equipment, and power costs. For telecom networks, this amplifies opex on power‑hungry RAN and data‑center assets, tightens budgets for greenfield 5G/edge projects, and increases the financial risk of long‑payback infrastructure builds.

Discussion: Defensively, CTOs should stress‑test 5G/edge roadmaps under higher energy and capex constraints, tighten business‑case gating for telco‑cloud projects, and push vendors for more transparent TCO and energy‑efficiency metrics before committing to large refreshes.

Tailwinds

• D2D satellite moves from trials to early commerce. Omdia reports that 22% of European telcos are now active in direct‑to‑device satellite, with a clear focus on connecting unmodified smartphones via existing mobile technologies. This marks a shift from experimental pilots to early commercialization, positioning D2D as a mainstream extension of mobile coverage rather than a niche emergency service.
• Fixed wireless access scales via M&A and new players. Inseego’s acquisition of Nokia’s FWA CPE business will more than double its revenues and move it into the consumer CPE market, while CBNG is targeting Tier‑1 operators with FWA for MDUs. These moves deepen the vendor ecosystem for 5G FWA, making it easier for operators to launch differentiated home and enterprise broadband offers without owning full wireline footprints.
• Open RAN gains credibility with AT&T benchmarks. Signals Research Group benchmarked Ericsson and 1Finity small cell radios in AT&T’s Open RAN deployment, with performance validation ahead of broader rollouts later this year. This kind of third‑party evidence, coupled with industry commentary that “if it looks like Open RAN, it is Open RAN,” reduces perceived technical risk and strengthens the case for multi‑vendor RAN strategies.

Discussion: To capitalize, CTOs should treat D2D satellite, FWA, and Open RAN as near‑term levers for coverage and product differentiation, not distant bets—prioritizing commercial pilots, reference architectures, and integration strategies with existing 5G cores and OSS/BSS.

Tech Implications

• Tower–fiber separation reshapes edge and fronthaul design. Crown Castle’s divestiture to Zayo and Arium, plus CommScope’s asset sales to Amphenol and Belden, accelerate a more disaggregated physical layer: towers, transport fiber, and enterprise Wi‑Fi/campus gear increasingly sit with different owners. Architecturally, this pushes operators toward standardized, automated interconnects (MEF, open APIs, zero‑touch provisioning) to stitch together multi‑owner fronthaul, backhaul, and edge hosting.
• Open RAN validation pressures legacy RAN architectures. AT&T’s Open RAN testing of Ericsson and 1Finity radios demonstrates that performance‑competitive, multi‑vendor RAN is operationally viable at a Tier‑1 scale. This raises the bar for traditional single‑vendor RAN stacks and will accelerate demand for interoperable RICs, standardized xApps/rApps, and cloud‑native CU/DU components deployable across both public and private clouds.
• D2D satellite demands 3GPP‑aligned core and RF evolution. European operators converging on D2D solutions for unmodified smartphones are effectively betting on 3GPP NTN integration into existing 5G cores and spectrum portfolios. This will require careful RF planning (link budgets, interference with terrestrial cells), support in policy/charging for hybrid satellite‑terrestrial sessions, and device‑network signaling enhancements as NTN features mature in 5G‑Advanced and early 6G work.

Discussion: Engineering teams should prioritize modular, cloud‑native cores and RAN components with well‑defined interfaces, assuming multi‑owner transport, Open RAN, and NTN will all need to coexist. Network design should explicitly account for power efficiency, observability, and closed‑loop automation as first‑class requirements, not afterthoughts.

CTO Action Items

This week, revisit your infrastructure ownership and partnership assumptions: plan for a world where towers, fiber, Wi‑Fi, and satellite are often controlled by different specialists, and ensure your architectures and contracts support multi‑domain automation and SLAs. Stand up or accelerate a structured Open RAN evaluation program using recent Tier‑1 benchmarks to define performance, interoperability, and energy KPIs before your next major RAN refresh. Launch a cross‑functional working group on non‑terrestrial connectivity (LEO/D2D), tasked with selecting 1–2 concrete use cases—rural coverage extension, maritime, or critical IoT—and mapping the required 3GPP, spectrum, and core changes. Finally, tighten governance around telco‑cloud investments by linking each new deployment to a measurable revenue or opex outcome, and by embedding observability, FinOps, and energy‑efficiency metrics into your design and vendor selection processes.