OCP Global Summit 2026 Insights: Five Key Market Trends Shaping AI Infrastructure in 2027
As generative AI and AI agent applications continue to advance rapidly, data centers are undergoing comprehensive upgrades in computing capacity, data transmission speed, power delivery, and thermal management. Held in San Jose from October 12–15, 2026, OCP Global Summit 2026 adopted the theme “Scaling Innovation for the AI Era.” Across 22 technical tracks, the summit addressed AI computing, networking, semiconductors, power, liquid cooling, and photonic integration, reflecting the industry's shift toward higher-density, higher-performance, and more open infrastructure architectures.
According to market forecasts, spending on OCP-recognized IT infrastructure equipment is expected to grow from approximately US$154 billion in 2025 to approximately US$892 billion by 2030, highlighting the continued expansion of demand for AI infrastructure. Against the backdrop of next-generation data center deployment, the following five trends merit attention.
Five Key Technology Trends
Trend 1: Photonic Integration and Inter-Rack Interconnects
As AI models grow in size and computing requirements continue to rise, system architectures are evolving from high-density integration within individual racks to coordinated computing across multiple racks through Scale-Out architectures. High-speed copper connections can maintain performance over short distances within a rack, while optical interconnects are increasingly being adopted between racks to support longer-distance and larger-scale data transmission.
Trend 2: High-Power Delivery Moves Toward 800 VDC and Megawatt-Scale Racks
The power consumption of AI accelerators continues to increase, driving data center power architectures toward higher voltages and greater power capacity. 800 VDC is emerging as an industry focus, while power delivery design is extending beyond the rack to the data center facility level to support the requirements of megawatt-scale racks.
Trend 3: Liquid Cooling Extends from Chips to the Entire System
As chip power and overall system heat density increase, traditional air-cooling architectures face growing challenges, bringing liquid cooling into sharper focus. Thermal design is no longer limited to CPUs and GPUs; it is increasingly extending to system-level components such as memory, high-speed interfaces, and power components.
Trend 4: Rack-Scale AI Drives Demand for System Integration
As AI infrastructure moves toward high-density computing and rack-scale deployment, system design must address more than the performance of individual devices. It must also account for chassis and rack configurations, module installation, space utilization, and future maintenance. Integrating different equipment modules while balancing structural design, assembly efficiency, and deployment flexibility has become a key challenge in expanding AI infrastructure, driving demand for mechanical design, customized chassis, and complete-system manufacturing.
Trend 5: Open Standards Enable Modular Design and Supply-Chain Collaboration
As OCP continues to promote open hardware architectures, standardized interfaces, modular design, and interoperability across suppliers are becoming important to improving equipment compatibility, scalability, and deployment efficiency. For the industry supply chain, open architectures involve more than specifications; they also affect mechanical interfaces, component configurations, manufacturing processes, and integration between different modules. Providing components that combine consistency with customization flexibility, while meeting system design requirements, will be an important part of supporting the development of modular equipment.
NEXTRON’s Perspective on OCP Global Summit 2026
As AI infrastructure continues to advance in high-speed interconnects, high-power delivery, and high-density thermal management, demand is growing for connectors, cable assemblies, and integrated system components. Combining a diversified product portfolio, precision manufacturing capabilities, and an in-house simulation team, NEXTRON provides interconnect and manufacturing solutions aligned with these industry trends.
| Technology Trends | NEXTRON Products and Services |
| 1. Photonic Integration and Inter-Rack Interconnects |
As Scale-Out architectures develop, network interconnects continue to evolve toward higher bandwidth and greater connection density. In addition to pluggable optical modules ranging from 800G to 16T, 12.8T is another market direction for the next stage. Pluggable optical form factors and architectures: QSFP112, QSFP-DD, OSFP, XPO, and OSFP-XD. |
| 2. High-Power Delivery Upgrade |
Designed to address high-current power delivery and distribution requirements, as the industry moves toward 800 VDC. High-current busbar: 500–700 A Power connectors: 35–200 A |
| 3. Liquid Cooling and Thermal Management |
Liquid-cooling requirements for high-power AI chips have reached approximately 1.3 kW, and the industry continues to pursue higher cooling capacity. NEXTRON is currently engaged in the development of next-generation liquid-cooling technology, targeting 2.5–3 kW to address the thermal demands of next-generation high-power chips and high-density AI computing equipment. Liquid-cooling solutions: VC, liquid-cooling quick disconnects (UQD and UQDB), liquid-cooling tubing assemblies, and secondary-side fluid control components. |
| 4. System Integration | NEXTRON provides industrial chassis, 19-inch rack electrical control modules, and related mechanical design and manufacturing services, integrating different equipment modules according to customers’ system architectures and application requirements. These capabilities are complemented by power cabling design, electrical control system integration, and complete-system testing. From mechanical configuration and wiring planning to equipment integration and functional verification, NEXTRON helps customers improve overall integration efficiency and manufacturing quality. |
| 5. Open Standards, Modular Design, and Supply-Chain Collaboration | Starting from complete-system application requirements, NEXTRON works with customers’ equipment architectures and open standards to provide modular integration and customized component design and manufacturing services. Its capabilities cover precision mechanical components such as panels, rails, and manifolds. Combined with manufacturing and integration capabilities, NEXTRON delivers flexibly configurable component solutions to support different system architectures, equipment specifications, and module assembly requirements. |
As AI infrastructure continues to evolve, NEXTRON will continue to integrate its diversified product portfolio, precision manufacturing, and simulation and analysis capabilities to support customer needs in high-speed interconnects, power transmission, and thermal-management-related applications. By enhancing system integration flexibility and product reliability, NEXTRON aims to deepen its collaboration across the AI infrastructure supply chain.
References
l 2026 OCP Global Summit By the Numbers – OCP
l Inside OCP Global Summit 2026 – Dell'Oro Group
l OCP Summit 2026: Scale-Up, Scale-Out, Scale-Across Networks – Meta Engineering
l OCP Global Summit 2026 Preview: AI Fabrics, Optical MSAs and 800 VDC – Converge Digest
l Explore 22 Tracks at the 2026 OCP Global Summit – OCP
l 2026 OCP Global Summit Showcase – NextGenInfra.io
l Infrastructure Highlights from OCP Global Summit – HPCwire
l Original announcements and forecasts: NVIDIA、AMD Helion、Microsoft Azure、IDC 預測
