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From Ambition to Advantage: How Net‑Zero Intelligence Future‑Proofs Your Organization’s Strategy in Asia/Pacific70% of enterprises have announced net-zero targets. Fewer than 5% have achieved them. The challenge is no longer sustainability ambition. It's operational execution. Across Asia Pacific, organizations are facing converging pressures: Rising energy costs Carbon pricing and regula

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05/21/2025Delta Showcases Cyber-Physical Integration Enabled by NVIDIA Omniverse at COMPUTEX 2025

04/22/2025Delta Showcases at Touch Taiwan 2025 with Pioneering Smart Manufacturing and Low-Carbon Sustainability Solutions

03/20/2025Delta Unveils Next-generation Power and Cooling Solutions for AI Data Centers at NVIDIA GTC 2025

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08/26/2026Delta at Automation Taipei 2026: Advancing Digitization with Embodied AI and High-Fidelity Production Line Digital Twin

Delta’s Industrial Automation Business Group (IABG) participated in Automation Taipei 2026 from August 19 to 22. Celebrating its 55th anniversary, Delta showcased smart manufacturing solutions with the theme “Forward, Toward Better: AI-Empowered Digitization,” which addressed challenges including labor shortages, glocalization, and AI-driven industry transformation. Two major highlights attracted significant attention at the show: the “Embodied AI Dual-Arm Robot Platform,” capable of autonomously drawing portraits via voice commands, and the “AI-Enhanced High-Fidelity Production Line Digital Twin.” On the opening day, Delta hosted a press conference and media tour, offering an in-depth look at the technologies behind its latest innovations. Lisa Kao, general manager of Delta’s IABG, stated, “AI is driving explosive demand across industries and fueling manufacturing growth. Smart manufacturing is also a critical foundation for meeting this demand. Delta focuses on robotics, electronics, semiconductors, and machinery industries, leveraging an AI-ready smart manufacturing architecture to enable decentralized manufacturing and centralized management for agile response to evolving needs.” During the media tour, Nat Huang, general manager of Delta’s Industrial Motion Solution Business Unit, shared that robots serve as an important bridge between AI and the physical world. Delta’s “AI Robotic Control Platform” connects diverse forms of robots and AI models through a flexible integration framework, supporting Embodied AI applications across multiple industries and processes. In addition, Peter Chen, director of the Factory Automation Solution Business Division, highlighted high-fidelity digital twins as a key technology for bringing AI closer to real-world applications. Delta’s high-fidelity production line digital twin supports virtual validation before physical deployment, covering the entire process from product design and production line planning to equipment commissioning and defect inspection. The solution also supports cross-region deployment and has already been successfully implemented on AI server power supply production lines at Delta’s Thailand plant. Additionally, Delta displayed its complete IIoT product portfolio in Meeting Room 429 with a mini-game that invited visitors to discover Delta’s smart manufacturing capabilities, from automation products and integrated systems to complete solutions. During the exhibition, Delta also hosted a series of seminars, among which Delta and an NVIDIA expert shared how Delta’s AI Robot Control Platform integrates with NVIDIA’s robotics development ecosystem, covering data and synthetic data collection, model training, high-fidelity simulation, and 3D spatial perception for motion execution to accelerate the deployment of advanced technologies. Delta’s Highlights at Automation Taipei 2026 Robotics Solutions ● Embodied AI Dual-Arm Robot Platform: Powered by Delta’s AI Robotic Control Platform, this solution integrates AI with execution layers, solving pain points such as hardware-software integration challenges and the high cost of AI robots. Users can flexibly adopt diverse types of robots to embody different AI inputs, realizing flexible, multi-tasking applications. The platform enables robots to autonomously learn tasks, analyze workflows, execute and make corrections with multimodal data, making it suitable for high-mix, low-volume, multi-process applications such as AI server assembly. The platform incorporates the NVIDIA Jetson AGX Orin module to deliver up to 275 TOPS of AI performance. Utilizing NVIDIA Isaac ROS Nvblox and cuMotion, it creates real-time 3D environment models and dynamic obstacle avoidance. ● Cobot Pick-and-Place Solution: Delta combines its Collaborative Robot RS-C with the Electric Gripper RS-GP. By manually dragging the robotic arm, paths can be recorded without complex programming, lowering deployment barriers and increasing operational flexibility. It is suitable for machine tool loading/unloading, metal processing, polishing, painting, and AMR application and warehousing & logistics. ● Humanoid Dual-Arm Demonstration: Featuring high integration and a lightweight design, it balances high torque output, compact size, and motion precision. Lightweight joint modules are tailored for multi-degree-of-freedom applications on shoulders, elbows, wrists with a hollow-shaft design and integrated motor, driver, encoder, torque sensor, and functional safety. Patented built-in torque sensing technology measures external forces and contact torque in real-time, improving control precision, human-robot collaboration safety, and collision protection. Smart Manufacturing Solutions ● AI-Enhanced Production Line Digital Twins: This solution demonstrates co-simulation with PCB glue dispensing as an example, with integrating Delta’s Virtual Machine Development Platform DIATwin and the NVIDIA Omniverse libraries. With AI, the solution auto-generates optimal paths, validates with high-fidelity simulation, and instantly translates them into machine recipes. The mechanism completes verification virtually and shortens mass production prep cycles, which has already been successfully deployed in Delta's Thailand plant for AI server power supply lines. Industry Solutions ● AI-Enabled Human-Machine Hybrid Line: For high-end electronics assembly such as AI servers and automotive electronics, the Smart Manufacturing AI Vision Solution leverages AI to analyze manual station actions in real-time, correcting errors to reduce rework costs. Concurrently, it collects manual station data to complete production line digitization. The Smart Press Fit generates press curves with minimal samples using AI, issuing real-time warnings via micro-force detection to boost yields. The Inline Management Solution Line Manager integrates manual station and equipment data to perform cross-analysis, identify line bottlenecks and maximize line capacity and efficiency. At Automation Taipei 2026, Delta showcased a broad range of smart manufacturing solutions, from advanced technologies to practicing intelligent automation for business at different stages of digitization. Leveraging digital twins and embodied AI, Delta presented the AI-ready architecture for decentralized manufacturing and centralized management. Meanwhile, Delta offers deep industry expertise to deliver a complete portfolio of automation products, including the new collaborative robot RS-C, and the AI-Enabled Human-Machine Hybrid Line. Altogether, Delta empowers customers in the machinery, electronics, and semiconductor industries to accelerate their deployments.

07/16/2026Delta’s DIP & Assembly Process Solution Packs for Building Smart Production Lines with Modular Equipment and Digital Twins

In electronics assembly, DIP and assembly operations are critical to product assembly and integration, directly impacting production capacity, product quality, and delivery schedules. As product life cycles shorten and high-mix, low-volume manufacturing becomes more common, production lines must support frequent changeovers, quick recipe switching, and process adjustments. However, conventional DIP and assembly lines often rely on manual setups, leading to longer downtime and inconsistent quality. New product introduction (NPI) requires extensive equipment tuning, program validation, and further extending time-to-production. Moreover, equipment from different brands and generations can create data silos, making quality traceability and digital manufacturing management more difficult. To address these challenges, Delta has developed the Electronics DIP & Assembly Process Solution Packs, which integrate DIP and assembly production equipment through standardized communication interfaces, simplifying the integration of different equipment. Supporting multiple communication protocols, the solutions enable seamless data exchange between equipment as well as accelerate production line expansion and replication. Delta also provides equipment with modular architecture, enabling flexible configurations to meet various process requirements and shorten deployment time. In addition, Delta’s Smart Manufacturing Innovation Center provides a validation environment that simulates real production scenarios, allowing customers to conduct solution verification, pilot runs, and production development. This helps reduce implementation risks and speed up time-to-market. By leveraging the Virtual Machine Development Platform DIATwin, manufacturers can simulate production processes and perform virtual commissioning before deployment, reducing on-site testing risks and accelerating NPI. The Adaptive Compliance and Quality Monitoring System ACME uses AI-powered visual recognition to inspect installation sequence, component position, and missing parts in real time, reducing human error and enhancing quality traceability. The Inline Management Solution Line Manager provides real-time data collection, recipe management, and production traceability, enabling centralized monitoring of equipment status, work order progress, and key production KPIs for enhanced digital quality management. The Electronics DIP & Assembly Process Solution Packs offer the following benefits ● Modular Equipment for Flexible Production: The solution packs combine modular equipment with standardized communication interfaces to integrate DIP and assembly equipment, enabling rapid line replication and expansion. Manufacturers can flexibly configure modules based on product types and capacity needs, enhancing production flexibility. ● Digital Twin Validation for Faster NPI: The Virtual Machine Development Platform DIATwin simulates and validates equipment configuration, material flow, and processes before physical deployment. This reduces testing and commissioning efforts, shortens validation and NPI cycles, and accelerates time-to-market. ● AI and Data Integration for Changeovers and Quality Optimization: The Adaptive Compliance and Quality Monitoring System ACME combines AI-powered inspection with production data analytics to establish a closed-loop process of Detection, Feedback, Correction, and Control. Manufacturers can monitor manual operations in real time and strengthen workflow control. Together with the Inline Management Solution Line Manager, standardized recipe and workflow management help streamline line changeovers and enhance overall line utilization. By integrating production, quality, and equipment data, the solutions enable end-to-end traceability and proactive anomaly alerts, boosting product quality consistency and manufacturing transparency. ● Open Architecture for Simplified Integration: Supporting open communication protocols such as EtherCAT, Modbus TCP, and OPC UA, the solutions enable seamless connectivity with existing equipment and third-party systems, simplifying integration and maintenance. By combining modular equipment architecture, digital twin, and smart line management solution, Delta’s DIP & Assembly Process Solution Packs help manufacturers enhance production flexibility, accelerate NPI, and strengthen quality and data management, enabling smarter, more efficient and competitive production lines.

11/21/2025Delta Unveils Next-Gen EPIQx Platform and Cyber-Physical Integration Smart Equipment at Productronica 2025

From November 18 to 21, Delta showcased a comprehensive portfolio of electronics assembly and semiconductor equipment for advanced packaging with the theme of “Automation for the Next Era—Build Smarter, Produce Faster, Operate Leaner.” Highlight exhibits included the EPIQx Platform high-precision SMT equipment that made its global debut, the Uflex® Platform for complex and versatile SMT processes, the Smart High-Speed Insertion Machine, the Semi-Auto Press-Fit Machine, and the Smart PCB Router Machine. On November 17, Delta brought together its global smart manufacturing teams and channel partners for a sales meeting to explore innovative solutions covering smart equipment, digital twin, intelligent management systems, and advanced packaging. During the evening banquet, Delta teams engaged in vibrant exchanges with partners from across Europe, further strengthening collaboration and local market connections. At the EPIQx global launch event on November 18, Vincent Lin, general manager of the Advanced Manufacturing Business Unit of Delta’s IABG, remarked, “Delta is committed to achieving smart manufacturing strategies under glocalization. AI is driving explosive growth in semiconductors while industries face challenges such as tariffs, labor shortages, and manufacturing site decentralization. Smart upgrades have become the game changer. Delta offers comprehensive cyber-physical integration smart solutions that cover advanced packaging to SMT and empower rapid line replication, precise process control, and highly efficient delivery.” Highlight exhibits included: EPIQx Platform: Its compact footprint is ideal for the space challenges of cleanrooms, and it delivers high-precision, high-speed processing. EPIQx supports up to 40 spindles, each equipped with micro modules for full data acquisition to enable powerful predictive maintenance (PdM) and the realization of lights-out factories. Its standardized modular design significantly enhances line replication and mass-production efficiency. The EPIQx caters to both the NPI and mass production demands of advanced packaging and PCBA processing, which span from HPC, mobile communications, and automotive electronics to IIoT. Uflex® Platform: Uflex integrates multiple application modules, including pick-and-place, pneumatic grippers, screwdriving, and inspection, while allowing seamless switching between operations such as odd-form insertion, SMT placement, dispensing, and screwdriving. It supports components from small devices to 440g transformers, making it a perfect fit for complex assembly requirements. The system also reduces defects and worker fatigue in heavy-duty tasks such as lead bending and high-pressure insertion. With a machine length of only 1 meter, Uflex achieves up to 99% FPY and 4 times throughput. It has been widely adopted in the automotive electronics, AI server, aerospace, and defense industries. Cyber–Physical Integration Smart Assembly Line: Delta presented its digital twin solution by integrating the exhibited equipment on site to cover complete key stations for electronics assembly: From depaneling by the Bottom Router Machine DRB-S20, High-Speed Insertion Machine D30, to SMT placement by the EPIQx Platform, the Semi-Automatic Press-Fit Machine, and eventually to the heavy-duty processing by the multifunctional Uflex® Platform. The Virtual Machine Development Platform DIATwin enables software-in-the-loop (SiL) to verify equipment programs virtually and seamlessly implement to physical machines without any translation. The DIATwin was also integrated with the insertion machine to demonstrate auto-path generation, feeder assignment optimization and virtual validation to effectively enhance layout efficiency and accuracy.

05/21/2025Delta Showcases Cyber-Physical Integration Enabled by NVIDIA Omniverse at COMPUTEX 2025

Delta unveils a cyber-physical integrated manufacturing demo at COMPUTEX this year. Leveraging Delta’s proprietary digital twin technology developed on NVIDIA Omniverse technologies, Delta has successfully developed high-fidelity, real-time, and physically accurate simulations for production lines and workshops. This advancement significantly enhances efficiency in product development, commissioning, and deployment. AI-Powered Digital Twin Manufacturing A demo video of Delta’s AI-powered digital factory vividly showcases how Delta’s digital twin technologies, accelerated by NVIDIA Omniverse libraries, enable virtual simulations across every level of industrial operations, from single machines, complex production lines to the entire factory ecosystem, enabling predictive maintenance, enhanced quality control, and dynamic adaptability on the shop floor. In shop floor simulation, Omniverse enables the visualization of dust movement through real-time airflow simulations with color-coded displays, which helps identify airflow dead zones and potential cleanliness risks, ultimately optimizing process design and layout to ensure reaching yield and quality targets. High-Fidelity Simulation Across Multiple Workstations For production line simulations, multiple workstations in electronic component manufacturing are seamlessly integrated in a cyber-physical environment enabled by Delta and NVIDIA technology — covering every stage from product design to workstation operation simulation. Product Design: Delta’s algorithms, coupled with NVIDIA PhysX, enable high-fidelity virtual product design and simulated deployment on the production line. Glue Dispensing: Delta’s Virtual Machine Development Platform DIATwin is integrated with NVIDIA Omniverse PhysX to ensure high-fidelity spray process modeling, which visualizes and predicts glue overflow scenarios to optimize spray patterns and enhance application precision. Automated Optical Inspection (AOI): Delta uses Omniverse Replicator synthetic data generation (SDG) to randomly generate different types of defects and surface textures, which provides AI training data that enables rapid defect model training and comprehensive quality control. Integrated with NVIDIA Metropolis, it enhances the process, optimizing intelligent inspection across production lines by seamlessly connecting data generation, model training, and deployment. Roughening: Delta leverages NVIDIA PhysicsNeMo to train physics-informed AI models that simulate and monitor water tank temperature, which enables real-time detection of anomalies and uneven heat distribution. Process Simulation Enables Human-Robot Collaboration With the integration of Omniverse, Delta’s Collaborative Robots D-Bot Series can now simulate real-world environments to perform human-robot collaboration with exceptional precision. This reduces the need for physical prototyping, lowers development costs, and shortens time-to-market, helping businesses improve product reliability and accelerate innovation. NVIDIA Omniverse and Isaac Sim offer photorealistic rendering and AI-driven physical simulations, allowing developers to complete high-fidelity simulations before physical deployment. Delta’s D-Bot users can rapidly validate software stacks and robotic behaviors in virtual environments. For example, implementing real-time obstacle-aware motion planning with NVIDIA cuMotion ensures smoother and safer deployment at the packing station on the shop floor. Looking forward, Delta’s human-machine collaboration plans to integrate NVIDIA VLM (Vision Language Models) and Metropolis AI Blueprint for Video Search and Summarization (VSS) technologies, which enable natural language interactions with video analytics AI agents and rapid extraction of key video segments for anomaly detection and process optimization — creating a smarter, real-time collaborative environment. Enabling the Next Era of Industrial AI with NVIDIA Delta’s collaboration with NVIDIA marks a significant milestone in the evolution of smart manufacturing. By combining cutting-edge NVIDIA digital twin technology with advanced AI-enabled simulation platforms, Delta is not only empowering developers and engineers with powerful tools for innovation but also paving the way for a more efficient, agile, and intelligent industrial future. As the industry moves toward full-scale OT+IT digital transformation, Delta remains committed to driving progress through open collaboration, technological excellence, and sustainable innovation.

04/22/2025Delta Showcases at Touch Taiwan 2025 with Pioneering Smart Manufacturing and Low-Carbon Sustainability Solutions

Delta Industrial Automation Business Group (IABG) is showcasing at Touch Taiwan 2025 with a wide range of innovative smart manufacturing solutions ranging from intelligent factory operation and management, advanced electronics manufacturing equipment, to a carbon competitiveness platform focused on sustainability. At the show Delta is highlighting capabilities that empower companies in building high-efficiency factories and sustainable operations, which include: Smart Manufacturing Platform that Enhances Production Agility Delta’s smart manufacturing solutions combine AI edge computing with a powerful manufacturing operations management platform. By bridging data generated from the IT layer and OT layer, the system delivers real-time coordination of logistics, information, and production flows. A 3D monitoring center provides centralized oversight for distributed operations, enabling data-driven, optimized decision-making and agile production. Smart Insertion Machine Powered by AI Vision Delta’s AI-based smart insertion machine features advanced vision calibration to achieve high insertion accuracy across diverse component types and feeding modes. The solution enhances flexibility and throughput, empowering electronics manufacturers to meet growing customization demands with high speed and high precision. DIATwin Accelerates New Product Introduction The DIATwin virtual equipment development platform enables digital twin-based design and verification at the equipment and line level. It significantly shortens equipment development and deployment time by more than 20%, allowing manufacturers to optimize production parameters in a virtual environment and seamlessly apply them to physical systems, paving the way for smarter, faster deployment. Smart Green Manufacturing Solutions Empower Low-Carbon Manufacturing Delta’s comprehensive smart green manufacturing solutions comprise low-carbon operations, energy management systems, carbon inventory, and visualization platforms to assist manufacturers in formulating effective carbon reduction strategies. By enhancing carbon footprint transparency and collaborating with supply chain partners to track carbon emissions throughout the product lifecycle, Delta empowers customers moving towards net-zero transformation. As global manufacturers face multiple challenges including geopolitical shifts, digital transformation, and sustainable operations, Delta continues to support customers worldwide with its strong expertise in advanced equipment and future-ready manufacturing solutions to drive into a new era where intelligent manufacturing and sustainability progress in parallel.

03/20/2025Delta Unveils Next-generation Power and Cooling Solutions for AI Data Centers at NVIDIA GTC 2025

Also featuring an AI-based Smart Manufacturing Demo Line leveraging NVIDIA’s Omniverse and Isaac Sim TAIPEI, March 20, 2025 — Delta, a global leader in power management and a provider of IoT-based smart green solutions, unveiled today its broad spectrum of next-generation power and liquid cooling solutions at NVIDIA GTC 2025. These solutions are designed to bolster the performance and energy conservation in NVIDIA-enabled AI and HPC data centers, including the newly-launched Power Capacitance Shelves and in-row 1.5MW liquid-to-liquid Coolant Distribution Units (CDU). The showcase also demonstrates how Delta’s AI-based Smart Manufacturing Solutions converge with NVIDIA OmniverseTM and NVIDIA Isaac Sim platforms to achieve seamless cyber-physical integration and enhance the productivity and flexibility of smart production processes in diverse manufacturing applications. Ping Cheng, Delta’s Chairman and CEO, said, “Delta strives to collaborate with our customers to provide smart and energy-efficient solutions capable of accelerating the development of the AI industry while fostering sustainability. Our showcase at this year’s GTC demonstrates innovative power and cooling solutions for AI data centers, quite a few of which were designed with NVIDIA for their next-generation GPU architecture, as well as a smart manufacturing demo line integrated with AI technologies. Moreover, our D-Bot cobot, and power and cooling solutions for the NVIDIA MGX platform are also being featured. This comprehensive solutions portfolio for both cloud data centers and edge applications is a testament to Delta’s unique innovation prowess in the AI era.” Key highlights at the Delta booth #1023 at NVIDIA GTC 2025 include: AI-based Smart Manufacturing Demo Line Delta has leveraged its unique smart manufacturing expertise and system integration capabilities to develop 5 smart production scenarios of PC boards assembly, which visitors will have the opportunity to interact with on-site. The AI-based Smart Manufacturing Demo Line features an ecosystem in which Delta’s D-Bot series Collaborative Robots (cobots), Omni® inserter, Integra® modular glue dispensing machine, DIATwin digital twin system, and IIoT-based Line Manager platform, collaborate along with NVIDIA Omniverse and Isaac Sim to enable cyber-physical production with virtual reality synchronization, virtual commissioning and product parameter input, smart production recipe generation and management, automated production line changeover, automated collision avoidance, and more. The IIoT-based Line Manager enables remote control, autonomous production line operations, and data analytics. By uploading product recipe parameters to Line Manager, manufacturers can quickly changeover between different product manufacturing processes while dynamically optimizing process parameters such as processing route and speed, achieving seamless automated mixed-model production. Power Solutions for AI and HPC Data Centers Delta is launching a new Power Capacitance Shelf at GTC. Designed to ensure a stable power supply for AI and cloud computing servers, this system boasts built-in lithium-ion capacitors (LIC), high power density and long hold-up time (5-second/15kW load) to perform fast charge / discharge so as to mitigate the GPU dynamic load reflections (AI server EDPP and idle mode transitions) to the AC electricity grid. In addition, the new 19-inch 1RU 66kW AC-DC Server Power Shelf offers industry-leading efficiency up to 97.5%. In traditional AI data centers, AI servers commonly occupy up to 3/4 of rack space, leaving limited room for power supply, backup power, and power capacitance systems. Delta’s new HVDC server power solution, designed through collaboration with NVIDIA, helps IT managers solve that challenge by offering groundbreaking power supply capacities. The solution includes the newly-developed 72kW AC-DC Server Power Shelf to convert 400-480Vac from the transformer to 800Vdc with efficiency up to 98% while the new 90kW DC-DC Server Power Shelf converts 800Vdc to 50Vdc with efficiency as high as 98.5%. Lastly, Delta is also showcasing new parallel HVDC Modules for 800Vdc to 50/12Vdc power conversion and with power density up to 2,500W/inch3. The industry’s first ORV3 Inverter Power System for 2.5kVA/230Vac, and the new 2RU compact 22kW Battery Backup System to support 48Vdc systems with up to 60 seconds of backup time and surge load capability, are also featured. The Delta-designed rack for the NVIDIA MGX platform, offers a 1,400A busbar as well as 42RU manifold, is also exhibited along with key Delta solutions, such as management switches, server cooling solutions, 1RU inverter shelves, 1RU 55kW power shelves (3 phase), 72kW HVDC power shelves and 90kW DC-DC power shelves, 19’’ power capacitance systems, 2RU 22kW Battery Backup Power, and 4RU L2L CDUs. Liquid and Air Cooling Solutions for AI Data Centers and GPU Systems The newly-launched 1.5MW L2L (liquid-to-liquid) CDU, approved into the privileged NVIDIA RVL and AVL lists, is specifically designed to handle the thermal management challenges of multiple high-density racks, which can exceed 100kW capacity each. Delta’s liquid cooling solutions showcase also includes Cold Plate Loops, designed for the latest NVIDIA GPU/CPU to operate in conjunction with Delta’s 4RU L2L In-Rack CDUs for NVL72/36 as a complete rack scale cooling solution, as well as the powerful new 6RU in-rack CDU design with 200kW cooling capacity for next-generation chips. Also featured are cutting-edge air cooling options, including the new 3D Vapor Chamber boasting 1000W cooling capacity in a 4RU form factor, server fan achieving 20% performance increase versus prior models, and new rack fans capable of supporting different rack power architectures including HVDC (400-800Vdc). Passive Components for AI and HPC Data Centers Delta’s new High Density Power Chokes (dual/quad) support GPU operations under high current, high temperature (up to 150oC) conditions. For power and IT shelves operating in high current (4000-8000A), high voltage (+/-400V), high frequency (10-100MHz) conditions, the newly-launched Core Shell Liquid Cooling Busbars offer power dissipation up to 400kW with ultra-low inductance and superior performance. Welcome to Delta’s booth #1023 at NVIDIA GTC 2025 to learn how Delta and NVIDIA collaborate to usher a new era of AI-based smart manufacturing and energy conservation in the AI realm. https://www.delta-americas.com/en-US/landing/GTC-2025

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