By cutting energy use and deployment costs, Doksuri strengthens operators’ ability to scale 5G and future AI‑intensive services, while the marketplace fuels ecosystem innovation and faster automation adoption.
The telecom industry is entering an AI‑driven era where intelligence must be distributed across the network stack. Nokia’s Doksuri radios embed a next‑generation System‑on‑Chip that processes AI workloads at the edge, turning the radio from a passive transmitter into a smart node. This shift reduces latency for AI‑intensive applications such as predictive beamforming and dynamic spectrum allocation, positioning Doksuri as a foundational component for both current 5G and the emerging 6G landscape.
Beyond raw performance, the Doksuri platform delivers tangible operational benefits. Real‑world trials show a 30% boost in power efficiency and a 25% reduction in hardware weight, directly lowering the carbon footprint and site rental costs for operators. The innovative mounting system slashes installation time by up to 70%, enabling faster network densification in urban and enterprise settings. These efficiencies translate into lower total cost of ownership, a critical factor as carriers race to meet escalating data demand while managing sustainability targets.
Ecosystem openness rounds out Doksuri’s value proposition. Compatibility with Open RAN front‑haul standards ensures seamless integration with multivendor deployments, preserving flexibility for operators navigating diverse supplier landscapes. Complementing the hardware, Nokia’s new rApp Marketplace offers a curated environment for developers to launch automation applications that enhance network performance and reliability. Together, the AI‑ready radios and the marketplace accelerate the rollout of autonomous, high‑capacity networks, giving carriers a competitive edge in the rapidly evolving mobile communications market.
Comments
Want to join the conversation?
Loading comments...