AI-ready and programmable 5G networks
A new chapter in connectivity is unfolding — one where antennas form the physical foundation of intelligent, adaptive networks. As data flows intensify and applications grow more demanding, our next-generation antenna solutions are built to stay ahead. Deliver the performance and data that AI-driven, programmable networks require with massive uplink impact, trusted antenna insights, and built-in digital resilience for today’s 5G Standalone and tomorrow’s 6G.
Why antennas matter for AI-driven networks
The New Era in antenna technology: Compact trio net antennas
Our latest antennas redefine what’s possible in network performance and programmability. The compact trio net antenna portfolio blends innovative design with real-time data, maximizing performance and network intelligence.
Significant uplink throughput boosts to handle real traffic demand
Seamless support for 5G Standalone data and voice services
Dynamic coverage adjustments powered by precise positioning insights
Enhanced security through encrypted software and continuous monitoring
Reduced energy consumption with industry-leading antenna and beam-efficiency
Real-time antenna positioning data enabling AI-driven closed-loop optimization
This wave is about: Impact, Intelligence, Immunity
Antennas are no longer passive components — they form the platform for delivering measurable network impact, powering AI intelligence, and ensuring digital immunity.
Designed for proven network impact: The trio net difference
Proven network gains in realistic scenarios
Our antennas demonstrate strong performance in rigorous, operator-grade network simulations:
Chamber feeding across all bands drives 90% antenna efficiency for extended 5G reach.
Transparent metal radiators enhance beam precision and turn spectrum into premium capacity.
+30% Uplink / +30% Downlink Throughput*
Superior beam control and ultra‑low PIM boost performance across every connection.
Stable radiation patterns enable more layers active at once for higher user capacity.
*Up to - Average values, network simulations in urban scenario. Compared to current installed base.
Expanding the portfolio for every network
Our latest trio net solutions introduces a new generation of high‑performance passive antennas alongside compact interleaved options, giving operators more choice in how they build capacity and efficiency into every site.
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New passive antennas focused on wide‑area coverage, uplink uplift, and robust multi‑band carrier aggregation, tailored for suburban layers and dense urban hotspots.
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Interleaved solutions that minimize site footprint, accelerate deployments, and extend the lifecycle of existing Massive MIMO investments.
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All models built on common trio net design principles for high efficiency, low PIM, and consistent performance across the network.
Now ready to drive your networks's AI-ready evolution?
Events and webinars
Explore how trio net antennas fit into broader RAN and uplink evolution in these expert sessions.
Frequently asked questions
Internal network simulations and test campaigns show improvements including up to +36% peak data rates in low+mid band CA scenarios, average cell‑edge throughput increases around +7%, uplink gains up to +30% in targeted use cases, and an overall SINR uplift of about +3.5 dB. Actual gains depend on site conditions, spectrum mix, CA configuration and deployment environment.
The cited figures come from a validated approach: product design, digital twin creation and network simulation across relevant spectrums and deployment scenarios, with selected metrics further validated in testbeds to represent realistic network impact. Benchmarks cover multiple environments (e.g., urban close‑in, interleaved city deployments), and while performance varies by environment, urban deployments with high interference and dense CA usage often show the largest proportional gains.
Both antennas are engineered for consistent radiation patterns across bands and reduced pattern squint, enabling more effective use of multiple layers and higher CA efficiency, with CA‑related throughput uplifts around +21% in specific 3‑band CA examples and up to +40% when all layers are leveraged. Higher beam efficiency (around 85% vs an industry ~70% reference), better 3D patterns and reduced interference collectively improve UL SINR and throughput, with uplink gains up to +30% where UL capacity is limiting.
Benefits are site dependent and typically most significant where Antenna 4221/4031 replace degraded or misaligned legacy antennas or where low‑ and mid‑band CA is actively used. A site‑by‑site assessment using digital twin simulations is recommended to evaluate ROI, prioritize rollouts and decide where upgrades will deliver the strongest impact.
The antennas are designed as enablers for programmable, AI‑driven networks and support real‑time antenna positioning data and operational telemetry as part of the broader antenna system, helping improve automation, service assurance and trustworthy network insights. As next steps, request the benchmark summary and a site‑specific RF impact study; we recommend digital twin creation and network simulation with your spectrum and traffic patterns, followed by a small pilot deployment to measure live KPIs before full roll‑out.