en.Wedoany.com Reported - US-based RF and mixed-signal integrated circuit vendor MaxLinear has unveiled the Trinity platform, integrating carrier-grade bidirectional 10Gbps wireless backhaul capabilities with cloud-native APIs and AI-driven link management into a single URX850 system-on-chip. This helps operators extend 5G network coverage with lower costs and a simplified device architecture. The platform leverages built-in AI acceleration and open standard interfaces to systematically restructure the deployment, operation, and optimization of wireless backhaul networks.
Traditional wireless backhaul has long relied on manual configuration and discrete component stacking, resulting in a high total cost of ownership in low-ARPU areas. As global mobile data demand continues to surge, the millimeter wave technology market is projected to grow from approximately $3 billion in 2024 to over $7 billion by 2029, with a compound annual growth rate of about 20%. The launch of the Trinity platform directly addresses this trend by integrating multiple backhaul functions into a single chip, helping operators tackle the dual challenge of coverage expansion and cost control.
The core of the Trinity platform is the URX850 SoC, which consolidates functions previously distributed across multiple ASICs and FPGAs—such as switching, quality of service control, multi-link aggregation, and high-speed encryption—into a single chip. This architecture delivers clear engineering benefits for original equipment manufacturers: related component costs are reduced by up to 50%, power consumption is simultaneously optimized, reduced device size and weight facilitate easier outdoor installation, and the decrease in component count directly increases the mean time between failures. The platform also supports the simultaneous aggregation of up to four microwave links, automatically adjusting transmission strategies based on channel conditions, with an operating temperature range spanning from -40°C to +85°C.
Cloud management and AI link optimization represent another key dimension distinguishing Trinity from traditional solutions. Through its built-in AI acceleration engine and an API framework based on the Open Compute Project's Switch Abstraction Interface specification, the platform supports operators in smoothly migrating from traditional manual network configuration to a software-defined, cloud-managed architecture. AI link management can optimize backhaul channel parameters in real time, reducing reliance on on-site manual intervention. The infusion of network automation and real-time intelligence capabilities is transforming the operational model of backhaul infrastructure.
Puneet Sethi, Senior Vice President and General Manager of the Network Infrastructure and Operator Business Unit at MaxLinear, stated that the Trinity platform reflects the company's continued investment in highly integrated SoC solutions for wireless backhaul. By leveraging the AI acceleration built into the URX and the Trinity SAI API, OEM customers can deliver highly differentiated 10Gbps microwave and E-band wireless systems, achieving cost savings of up to 50%. Bharti Airtel CTO Randeep Sekhon also publicly commented that meeting 5G capacity demands while maintaining sustainable deployment costs requires a new level of integration and cost optimization in backhaul design. He acknowledged MaxLinear's focus and investment in these areas and expressed anticipation for the arrival of next-generation optimized backhaul wireless solutions.
The Trinity platform is now available for supply to original equipment manufacturers, with commercial products based on the platform expected to launch in the first half of 2027. This timeline closely aligns with the rhythm of global 5G mid-band coverage extending to urban fringes and rural towns, where operator reliance on backhaul solutions that can be rapidly deployed without laying fiber is significantly increasing. By integrating 10Gbps throughput, cloud-based AI management, component-level integration, and open standard interfaces into a unified platform, MaxLinear is seeking to establish its technological anchor in the next generation of wireless backhaul infrastructure.
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