Nearly every digital interaction relies on a data centre: a search query, a streamed video, a QR code payment, an online order or an AI-powered service. These facilities process, store and move data in the background, making the digital economy possible. Data centres have become critical infrastructure. Patient records, industrial automation, online education, global business and public services all depend on them. They support innovation, economic activity and access to essential services across society. Data centres provide the physical infrastructure behind cloud platforms, digital services and artificial intelligence. What does a data centre do? Data is often described as sitting in “the cloud”. In practice, it is stored and processed in physical buildings filled with servers that run continuously. Data centres store information, run applications and support the systems that people, businesses and governments rely on. Without them, most online services would stop working. Data centres vary in scale and purpose. Hyperscale facilities, for example, support cloud platforms, streaming services and enterprise systems at very large scale. Other facilities may serve a particular business, sector or local market. Several systems must work together around the clock. Electricity powers the computing equipment. Cooling prevents servers from overheating. High-capacity network connections move data in and out. Physical and cyber security protect equipment and information. Reliability depends on every component performing as designed. Why does data centre location matter? Location affects how quickly and reliably a data centre can support the applications and businesses that depend on it. Facilities are therefore commonly developed near population centres, business clusters, power infrastructure and strong telecommunications networks. A data centre closer to its users can reduce latency, which refers to the delay between sending a digital request and receiving a response. That difference shapes everyday experiences: whether a video call runs smoothly, a webpage loads quickly…

At the AIDC Workshop 2026 organised by IMDA and SGTech, Tho Lye Yit, VP, Design and Delivery at Bridge Data Centres, joined fellow industry leaders to discuss how data centre infrastructure must evolve to support the next generation of AI workloads. AI Performance Is Redefining Infrastructure Priorities As AI performance is increasingly measured by metrics such as tokens per watt and cost per token, infrastructure considerations must extend beyond traditional efficiency measures like PUE. Supporting AI at scale requires high-density power, advanced liquid cooling, dynamic GPU loads and long-term operational resilience. Enabling AI at Scale The rapid growth of AI is driving new demands across the data centre ecosystem. From power delivery and cooling to operational reliability, every layer of infrastructure plays a critical role in sustaining AI performance and efficiency. As AI models continue to grow in complexity and scale, infrastructure must be designed to support increasingly dense and dynamic computing environments while maintaining reliability and operational continuity. Building the Foundation for Next-Generation AI The AI factory is only as efficient as the infrastructure behind it. At Bridge Data Centres, we are designing for the realities of AI at scale, where power, cooling and resilience directly influence performance and cost efficiency. By focusing on these fundamentals, we are creating data centre environments capable of supporting the evolving requirements of next-generation AI workloads.

Called PowerCore 5.0, the containerised module will reduce power infrastructure delivery timelines by more than 50%. Bridge Data Centres (BDC), a Singapore-headquartered hyperscale data centre provider, and Morong Electric, an electrical manufacturing specialist, have launched PowerCore 5.0, the world's first fully prefabricated power module designed for high-density AI data centres. Built for high-density AI workloads on accelerated deployment timelines, the module complies with the technical standards of BDC's proprietary i-Power Cube, its power system designed for high-performance computing. It integrates seamlessly with the Bridge Omni Platform, BDC's modular intelligent infrastructure platform for the AI era. PowerCore 5.0 combines BDC's global hyperscale delivery experience with Morong Electric's end-to-end electrical manufacturing expertise. Rapid AI advancement has driven rack power densities from 10kW to more than 100kW, placing stringent new demands on mission-critical power infrastructure. Traditional delivery models, which rely on fragmented procurement and on-site system integration, struggle to cater to the rigorous requirements of AI-optimised data centres. Drawing on BDC's global campus delivery footprint and Morong Electric's electrical engineering expertise, PowerCore 5.0 addresses these challenges through four core design attributes: factory pre-integration, standardised global transport, parallel construction and maintenance without downtime. Factory pre-integration Each unit integrates transformers, power distribution, uninterruptible power supply (UPS), cooling, fire suppression and monitoring systems into a single module, fully assembled and tested off-site. Site teams need only complete the final cable connections on delivery, removing the quality inconsistencies that accompany conventional field construction. Standardised global transport Built on a standard 40ft ISO container frame, the module integrates seamlessly with global shipping networks, eliminating oversized freight premiums, dedicated transport and protracted customs delays that hinder cross-border deployments. Purpose-engineered for BDC’s core markets, it complies with local climatic benchmarks and industrial standards to enable dependable global rollout. Shortened delivery timelines by more than 50% On-site civil works and factory…

Bridge Data Centres participated in both HPC Summit Southeast Asia 2026 and the Data Center Investment Summit 2026 in Singapore, contributing to key conversations shaping the future of AI infrastructure, digital ecosystems, and investment strategies across Asia-Pacific. AI Infrastructure: Rethinking Performance, Cost, and Reliability At HPC Summit Southeast Asia 2026, discussions focused on the rapid growth of AI workloads and the increasing demands placed on infrastructure providers. During the panel “Reliable AI Compute: When Cost Meets Performance”, industry leaders explored how operators are balancing high-performance compute, cost efficiency, and system reliability at scale. A key theme was whether traditional data centre design models, such as N+1 and N+2 redundancy, remain practical for large-scale AI deployments—or whether new approaches are needed to support faster, more efficient builds. The session highlighted a broader shift toward optimised, AI-ready infrastructure designed to meet evolving performance and economic requirements. Capital Flows and Liquidity in Digital Infrastructure At the Data Center Investment Summit 2026, attention turned to the financial dimension of the industry, particularly as digital infrastructure matures into a core institutional asset class. During the panel “From Build to Exit: Liquidity Pathways Through REITs, Secondaries and Asset Recycling”, participants examined how investors and operators are approaching liquidity strategies, including REITs, secondary transactions, and asset recycling. The discussion also reflected growing institutional interest in digital infrastructure and how capital strategies are evolving to support both growth and long-term value realisation across Asia. Deeper Industry Dialogue Through Executive Engagements Alongside the main conference programme, Bridge Data Centres hosted a closed-door executive roundtable, bringing together a select group of senior industry stakeholders. The session provided a more focused setting for candid conversations around customer requirements, infrastructure challenges, and emerging opportunities in the AI era. These smaller, targeted engagements continue to play an important role in enabling meaningful dialogue…

Bridged Data Centres (BDC), in collaboration with Vertiv, is advancing next-generation data centre capabilities through a flagship liquid cooling project in Malaysia (MY07). Designed to support high-density, AI-driven workloads, this project reflects the growing demand for more efficient and scalable digital infrastructure. Supporting High-Density AI Workloads As artificial intelligence adoption accelerates, data centres must handle significantly higher power densities. Traditional cooling methods are no longer sufficient. Liquid cooling offers a more effective solution by improving heat transfer, enhancing energy efficiency, and enabling greater compute performance within the same footprint. Full-Scale Factory Testing for Performance Assurance Ahead of deployment, a full 1:1 factory acceptance test (FAT) was conducted to replicate real-world operating conditions. This rigorous validation process ensures that the system meets performance, stability, and integration requirements before installation. The testing approach highlights BDC’s commitment to engineering excellence and delivering reliable, high-performance infrastructure solutions. Strong Collaboration Driving Innovation The MY07 project demonstrates the strength of collaboration between BDC and Vertiv. By combining expertise in data centre development and critical infrastructure technologies, both parties are delivering solutions that meet the evolving needs of AI and high-performance computing environments. Enabling the Future of Digital Infrastructure With increasing demand for AI-ready data centres, liquid cooling will play a critical role in supporting future growth. BDC remains focused on delivering scalable, efficient, and innovative solutions to meet the needs of hyperscalers and enterprise customers across the region. [video width="860" height="480" mp4="https://bdcstaging.nomanwebstudio.com/wp-content/uploads/2026/05/Vertiv-BDC马来项目.mp4"][/video]