NAVIGATE 2026 | H3C Launches Full-Stack AI Infrastructure: The New Engine for Token Economics

China,Hangzhou-May 22,2026 - At the NAVIGATE 2026 International Summit, H3C officially introduced its next-generation, system-level full-stack AI infrastructure solutions to the global market. This landmark rollout is spearheaded by the debut of its flagship H3C UniPoD S80000 Series SuperPod, complemented by disruptive technical innovations spanning six core technological domains.

Addressing the critical challenges of soaring computational costs and cluster efficiency bottlenecks in the Agentic AI era, H3C has upgraded its "AI in ALL" technical strategy, establishing "Computing × Connectivity" as its core technological roadmap. Going beyond the simple aggregation of hardware, H3C delivers a deeply integrated, full-stack system solution that optimizes overall fabric efficiency and drastically lowers Total Cost of Ownership (TCO). This architecture empowers global enterprises to achieve unprecedented price-performance ratios in the emerging landscape of Token Economics.

Flagship Innovation: The H3C UniPoD S80000 Series SuperPod

Purpose-built for trillion-parameter models, the H3C UniPoD S80000 Series SuperPod forges a high-performance, integrated training and inference AI computing foundation across four pillars:

Ultra-High Density: Each node integrates 1 CPU and 4 AI accelerators with full liquid cooling. Paired with an 800V HVDC power supply, it supports deployments exceeding 350kW per rack, maximizing density while minimizing PUE.

Ultimate Interconnection: Driven by 102.4Tbps switching silicon, it delivers nanosecond-level latency. Cluster bandwidth leaps by 4x (256-card) and over 10x (1024-card) compared to traditional architectures, eliminating fabric congestion.

Software Optimization: Enables time-sharing multiplexing for "inference by day, training by night." Per-card inference efficiency boosts by 3x via framework optimization, while FlashCheckPoint enables data persistence within 10 minutes, securing an effective training time ratio over 96%.

Open Architecture: Supports smooth scalability from 32 up to 16,384 cards, natively pooling multi-vendor heterogeneous compute (CPU, GPU, NPU, DPU) and mainstream frameworks.

Deep Full-Stack System Integration: The Six Pillars of AI Infrastructure

To support the entire lifecycle of large models and Agentic AI, H3C simultaneously executed massive hardware and software upgrades across six key technical domains:

Compute & Storage: The Next-Gen H3C UniServer G7 Server Series (including R5500 G7 X and R53X0 G7 Ultra), developed with Intel, provides a hardcore foundation for LLM workloads. This is paired with the X20000 Series AI-Native Storage, delivering high-performance, concurrent data pipelines that ensure compute resources never stall.

Network & Security: Driven by "Lossless WAN," H3C introduced 102.4T Single-Chip AI Switches alongside the world’s first enterprise-grade Wi-Fi 8 AP, bringing "deterministic connectivity" to congested environments. Boundary defense is fortified by the H3C SecPath M9000 AI Firewall, establishing a next-generation "AI-against-AI" security fabric.

AI Cloud: Powered by CloudOS, the Next-Gen AI Intelligent Cloud Platform integrates general-intellectual computing and a MaaS platform, directly eliminating siloed heterogeneous compute and inefficient scheduling to accelerate industrial AI upgrading.

Empowering the AI Future: Our Unwavering Pledge

As we embark on a new era of generative intelligence, H3C stands as the foundational architect of the AI era and the definitive enabler of intelligent applications. We understand that infrastructure decisions made today define the ceiling of tomorrow’s cognitive potential. H3C will relentlessly expand the engineering frontiers of "Computing × Connectivity" to deliver seamless, open-system solutions. By bridging computational foundations with agile application enablement, we empower global enterprises to convert massive data into decisive business momentum, navigating together toward an era of transformation.