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Adtran and Dell Team on Optical Transport for AI-Driven Data Centers

Adtran has introduced a next-generation AI Network Cloud (AINC)-interconnect solution, designed to meet the data transport demands of AI-driven workloads across hyperscalers, government, SLED (state, local and education), and enterprise sectors. The new platform leverages real-time traffic optimization to dynamically adjust optical capacity between data centers and edge locations. Built on Adtran’s FSP 3000 optical transport platform, the AINC solution integrates with Dell’s AI Factory to support scalable, sovereign AI services with enhanced flexibility, performance, and cost efficiency.

The AINC-interconnect is engineered to accommodate fluctuating bandwidth requirements, particularly for agentic AI at the edge and centralized generative AI model training. The solution delivers up to 50x performance acceleration, up to 20% improvement in GPU utilization, and reduces transport costs by up to 50%. It also supports programmable, policy-driven networks through Secured Token Wave Fiber, ensuring trusted and sovereign AI connectivity across both public and private domains.

Adtran’s offering includes Fast-TRX for high-performance core deployments and Fast Ramp-TRX for rapid edge scalability, enabling integration into existing network infrastructures. By moving away from static transport models and embracing dynamic optical networking, Adtran’s AINC solution empowers customers to build high-speed, low-latency networks tailored for real-time AI analytics, predictive modeling, and scalable automation.

“Our AINC-interconnect solution gives customers greater control over their AI service deployment, empowering them to scale without the constraints of legacy transport models,” said Ryan Schmidt, GM of optical transport at Adtran.


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