Core Insights - The core viewpoint emphasizes the importance of optimizing network performance in AI infrastructure, which, despite accounting for only about 10% of investment, can enhance overall computing capabilities by over 30% [1][8]. Group 1: Strategic Focus - The company has adopted "computing power × connectivity" as its core strategy, aiming to break the traditional separation between computing and networking ecosystems [3][7]. - The company is committed to a "diverse heterogeneous" open strategy, collaborating deeply with various GPU manufacturers to adapt to a multi-faceted industry landscape [3][8]. Group 2: Technological Innovations - The company introduced the "end-network collaboration" solution, which allows GPUs or network cards to "perceive" network status, enhancing communication efficiency and achieving an average network performance improvement of 16% and a congestion prevention improvement of 20% [4]. - A new high-performance 800G AI switch, H3C S9828-128EP, was launched, featuring 128 ports and achieving a 70% reduction in equipment usage and a 50% reduction in optical module usage compared to previous models [5]. - The DDC (Diversified Dynamic-Connectivity) architecture was unveiled, achieving a 107% improvement in effective bandwidth compared to ECMP and a 2.5% performance enhancement over InfiniBand in all-to-all scenarios [6]. Group 3: Market Positioning - The company is positioned as a key player in domestic AI infrastructure construction, holding a top 2 or 3 position in both computing and networking fields [7][8]. - The company aims to support national strategies like "East Data West Computing" by providing a deterministic network that ensures stable and high-capacity data transmission across vast distances [8][9].

Core Insights - The Ninth Future Network Development Conference was held in Nanjing, focusing on global network technology and development, with participation from industry leaders and experts [1] - Unisplendour Corporation's subsidiary, H3C Group, showcased cutting-edge technologies in intelligent computing networks and emphasized its strategic approach to enhancing industrial intelligence through network and computing integration [1][2] Group 1: Intelligent Computing Network Innovations - H3C Group highlighted the need for proactive collaboration between computing and networking, moving away from traditional passive models to a more integrated approach [2][3] - The company introduced the concept of "end-network collaboration," which can potentially enhance overall computing capabilities by over 20% to 30% through optimized network adjustments [3][4] - H3C's solutions include advanced algorithms for intelligent network scheduling, significantly reducing the deployment time for large clusters from weeks to days [3][4] Group 2: DDC Architecture and Performance - H3C launched the DDC (Diversified Dynamic-Connectivity) architecture, which aims to decouple computing power from the network layer, allowing for efficient scheduling and integration of diverse computing resources [5][6] - The DDC architecture has been validated to improve effective bandwidth by up to 107% compared to traditional routing protocols, showcasing superior performance in demanding data transmission scenarios [5][6] - The introduction of the new 800G AI computing switch, H3C S9828-128EP, represents a significant advancement in network performance, energy efficiency, and operational cost reduction [6][7] Group 3: Commitment to Open Collaboration - H3C emphasizes an open and collaborative approach, allowing various hardware manufacturers to integrate into its ecosystem without stringent proprietary standards [4][6] - The company's strategy is to provide adaptable solutions that enhance performance across different hardware platforms, fostering a more inclusive computing environment [4][6] - H3C's ongoing commitment to innovation and practical solutions positions it as a leader in the digital transformation landscape, aiming to empower various industries through intelligent connectivity [7][8]

Core Viewpoint - The Ninth Future Network Development Conference held in Nanjing focused on discussing future network technologies and development strategies, with significant participation from Unisplendour Corporation's H3C Group, showcasing advancements in intelligent computing networks [1][8]. Group 1: AI and Network Integration - H3C Group's Vice President Qiao Yan emphasized the need for networks to transition from passive carriers to active collaborators in the era of AI, driven by the increasing scale of AI models [3][4]. - The core concept of "computing power × connectivity" was highlighted, showcasing H3C's innovative practices in solving intelligent computing challenges through end-to-end collaboration and the DDC (Diversified Dynamic-Connectivity) architecture [3][4]. Group 2: End-to-End Collaboration - H3C's approach to end-to-end collaboration aims to optimize network performance, potentially enhancing overall computing capabilities by over 20% to 30% [4]. - The company is committed to an open ecosystem, allowing different brands and technologies to achieve optimal performance without creating a closed ecosystem [4][5]. Group 3: DDC Architecture Innovation - The DDC architecture introduced by H3C aims to decouple computing power from the network, enhancing efficiency and flexibility in accessing diverse computing resources [6][7]. - Testing by Tolly Institute showed that the DDC architecture could improve effective bandwidth by up to 107% compared to traditional protocols, demonstrating significant performance advantages [6]. Group 4: Product Launch and Future Strategy - H3C launched the new generation 800G AI computing switch H3C S9828-128EP, featuring advanced performance specifications and energy efficiency improvements of over 20% [7]. - The company aims to lead in digital solutions for the AIGC era, focusing on intelligent connectivity to empower various industries in their digital transformation [8].