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# Attom Technology: We are a global leader in critical data center infrastructure, specializing in high-density AI data center thermal management and liquid cooling solutions. As AI workloads drive unprecedented demand for advanced cooling, we are rapidly expanding our footprint in North America. We are looking for visionary, driven, and highly technical professionals to join our newly established Silicon Valley team to drive the future of sustainable, high-performance data centers.

## Sitemaps
[XML Sitemap](https://attom.tech/sitemap_index.xml): Includes all crawlable and indexable pages.

## Posts
- [How AI Is Changing Traditional Data Centers](https://attom.tech/2026/09/03/how-ai-is-changing-traditional-data-centers/): AI workloads are changing the way data centers are designed, operated and expanded. The most visible change is higher computing density, but the impact goes beyond GPU servers. Higher rack power affects power distribution, heat removal, airflow management, monitoring and the physical layout of the facility.
- [CRAC vs CRAH: Key Differences in Data Center Precision Cooling](https://attom.tech/2026/08/24/crac-vs-crah/): CRAC and CRAH units are the two primary forms of precision air cooling used in data centers. Both remove heat from the white space and maintain temperature and humidity within tight limits for IT equipment. The fundamental difference lies in how cooling is generated and delivered.
- [Direct-to-Chip Liquid Cooling: Working Principle, Architecture and Engineering Guide](https://attom.tech/2026/08/17/direct-to-chip-liquid-cooling/): Direct-to-chip liquid cooling (also called D2C or cold-plate liquid cooling) removes heat from high-power processors by circulating coolant through cold plates mounted directly on the chip packages. It targets CPUs, GPUs, accelerators, and selected other components rather than cooling the entire server volume or relying primarily on air.
- [AI Prefabricated Modular Data Center Design Questionnaire](https://attom.tech/2026/08/13/ai-prefabricated-modular-data-center-design-questionnaire/): The explosive growth of AI computing power is fundamentally reshaping data center construction logic. Traditional on-site construction methods involve long cycles, high risks, and struggle to rapidly respond to the ultra-high power density demands of GPU clusters. AI Prefabricated Modular Data Centers (AI Prefab Modular Data Centers) integrate complete data center functions into transportable modules through standardized factory prefabrication and rapid on-site assembly. This approach significantly shortens delivery timelines while more precisely matching the requirements of high-density heat dissipation solutions such as liquid cooling.
- [How to Optimize Data Center Power Usage to Maximize AI Compute Capacity](https://attom.tech/2026/08/11/how-to-optimize-data-center-power-usage-to-maximize-ai-compute-capacity/): Most data center operators facing AI growth are stuck in the same bottleneck: they need more compute, but new utility power is years away. Interconnection queues, transformer lead times, and permitting create multi-year delays. Meanwhile, high-density AI clusters keep arriving, and existing facilities are left with an uncomfortable reality — a significant portion of the power they already own is being consumed by systems that do not generate any useful compute.
- [Strategic Upgrade, Building the Future Together Attom Officially Introduces Han’s Laser as Wholly-Owned Strategic Shareholder](https://attom.tech/2026/07/15/attom-welcomes-hans-laser-as-wholly-owned-shareholder/): Dear Valued Customers and Partners,
- [Prefabricated Data Centers: Types, Architecture, Benefits, and Solutions](https://attom.tech/2026/06/01/prefabricated-data-centers/): Prefabricated data centers are data center infrastructure systems that are engineered, assembled, and tested in a controlled manufacturing environment before being transported to the deployment site. Instead of completing most infrastructure work sequentially onsite, prefabrication moves a significant portion of integration and testing into the factory.
- [How to Choose the Best Server Racks](https://attom.tech/2026/04/24/how-to-choose-the-best-server-racks/): Server racks have become a fundamental component of modern data center infrastructure. As computing and storage demands continue to grow, these racks must support servers, networking equipment, power systems, and cooling solutions while allowing for efficient installation, maintenance, and future expansion.
- [PDU Buying Guide: How to Choose a Data Center PDU → ](https://attom.tech/2026/03/23/the-ultimate-pdu-buying-guide/): This PDU buying guide explains the practical factors to evaluate when selecting a PDU for a data center, including power capacity, voltage, phase configuration, outlet types, form factor, monitoring, redundancy, and future rack density.
- [Intelligent PDU: Types, Features & Benefits for Data Centers](https://attom.tech/2026/03/23/intelligent-pdus%ef%bc%9atypes-and-benefits/): An Intelligent PDU (Power Distribution Unit) adds monitoring, communication, and, depending on the model, remote control capabilities to rack-level power distribution.
- [Microfluidic Cooling Technology: Principles, Design, Applications, and Future Trends](https://attom.tech/2026/03/16/microfluidic-cooling-technology-principles-design-applications-and-future-trends/): Microfluidic cooling is an advanced thermal management technology that removes heat through fluid flow inside micro-scale channels. Compared with conventional air cooling or traditional liquid cooling systems, microfluidic cooling can achieve highly efficient heat transfer within extremely small spaces. This makes it particularly suitable for high–power-density electronic devices and high-performance computing (HPC) systems.
- [Modular Data Center: Complete Guide for 2026 → ](https://attom.tech/2026/03/10/modular-data-center/): A Modular Data Center is a data center architecture built from standardized, scalable modules that integrate IT infrastructure, power, cooling, networking, monitoring, and other critical systems. Instead of constructing every part of a facility as a one-time, site-built project, modular data centers use repeatable infrastructure units that can be manufactured, integrated, tested, deployed, and expanded according to changing capacity requirements.
- [What Akash Systems’ Diamond Cooling Means for AI Infrastructure](https://attom.tech/2026/03/06/what-akash-systems-diamond-cooling-means-for-ai-infrastructure/): A recent announcement from Akash Systems has caught the attention of the data center industry: the launch of the world’s first diamond-cooled AI servers, powered by AMD Instinct™ MI350X GPUs and manufactured with MiTAC Computing.
- [Comparison of UPS Topologies: Offline vs Line-interactive vs Online](https://attom.tech/2026/02/26/comparison-of-ups-topologies-offline-vs-line-interactive-vs-online/): UPS topologies are a fundamental element of data center power architecture, directly influencing power quality, system availability, and operational stability.Common UPS configurations—offline (standby), line-interactive, and online (double-conversion)—differ in structure, protection level, and efficiency, making them suitable for different application scenarios.
- [Server Rack Sizes: Key Dimensions Affecting Deployment and Compatibility](https://attom.tech/2026/02/19/server-rack-sizes-key-dimensions-affecting-deployment-and-compatibility/): Server racks are often treated as standardized components, but dimensional details still matter. Small mismatches in height, width, or depth can create practical issues during installation and limit future expansion options. In dense or mixed-vendor environments, these issues tend to surface quickly.
- [Understanding Key Elements of Data Center Power Distribution](https://attom.tech/2026/02/15/understanding-key-elements-of-data-center-power-distribution/): Data center power distribution is a core infrastructure layer that determines system availability, scalability, and operational stability.In modern data center design, power distribution is not limited to delivering electricity to IT equipment. It also defines how redundancy is implemented, how loads are balanced, and how failures are isolated across the facility.
- [Edge Data Center: A Complete Guide to Architecture, Infrastructure, Cooling, and Deployment](https://attom.tech/2026/02/10/edge-data-center/): Edge data centers bring computing, storage, networking, and critical infrastructure closer to where data is generated and where applications are used. Unlike traditional centralized data centers, they are designed for distributed deployment, lower latency, localized processing, and operation across a wide range of environments.
- [Single Phase vs Three Phase: Differences And Advantages](https://attom.tech/2026/02/09/single-phase-vs-three-phase-differences-and-advantages/): In power systems, the difference between single-phase and three-phase power is not just theoretical. It directly affects how much load a system can carry, how stable the power supply is, and how efficiently electricity is transmitted.For most real-world applications—from buildings to industrial facilities and data centers—the choice between single-phase and three-phase power is ultimately a decision about capacity, reliability, and scalability.
- [Data Center Management: Best Practices](https://attom.tech/2026/02/05/data-center-management-best-practices/): Data center management is not simply about maintaining equipment or handling faults—it is a comprehensive system encompassing infrastructure, IT resources, energy efficiency, capacity, and operational processes.
- [6 Best Practices for Data Center Design](https://attom.tech/2026/02/04/6-best-practices-for-data-center-design/): Today, outstanding data center design is not about pushing theoretical performance to the limit. Instead, it is about building an infrastructure framework that balances reliability, scalability, energy efficiency, and operational realities.
- [Data Center Three-Phase Power: Principles and Advantages](https://attom.tech/2026/02/03/data-center-three-phase-power-principles-and-advantages/): In the data center industry, three-phase power is not an abstract electrical concept—it is a foundational architecture that directly determines system capacity, efficiency, and scalability.
- [PUE in Data Centers: Definition, Formula & Energy Efficiency Explained](https://attom.tech/2026/01/29/understanding-pue-in-data-centers/): Power Usage Effectiveness (PUE) is one of the most frequently cited energy-efficiency metrics in the data center industry. From design proposals and tender documents to operational reports, PUE is often used as a quick indicator of whether a data center is “efficient.”
- [Liquid Cooling in Modern Data Centers: Unlocking ROI in High-Density Computing](https://attom.tech/2026/01/27/liquid-cooling-in-modern-data-centers-unlocking-roi-in-high-density-computing/): As compute density increases, cooling decisions begin to influence not just thermal performance but overall cost structure. Liquid cooling is often discussed in terms of efficiency gains, but in practice, its value is tied to how it changes capacity limits, infrastructure requirements, and long-term operating costs.
- [UPS Buying Guide: How to Choose a UPS for Your Data Center](https://attom.tech/2026/01/23/ups-buying-guide-how-to-choose-a-ups-for-your-data-center/): In a data center, the Uninterruptible Power Supply (UPS) is a critical layer of power protection that directly impacts availability, scalability, and long-term operational stability. As IT loads grow and infrastructure becomes more consolidated, selecting the right data center UPS is no longer just about backup power—it involves capacity planning, redundancy design, battery strategy, and seamless integration with the overall power infrastructure.
- [What Are UPS Batteries: Types and Differences](https://attom.tech/2026/01/23/what-are-ups-batteries-types-and-differences/): UPS batteries are a core component of any uninterruptible power supply system. While the UPS itself manages power conditioning and switching, the battery is what actually provides energy when utility power fails. In data centers and other critical environments, battery performance directly affects uptime, reliability, and operational risk.
- [CDU for High-Density Data Center Cooling](https://attom.tech/2026/01/20/cdu-for-high-density-data-center-cooling/): Over the past decade, air cooling has remained the dominant thermal management method in data centers. However, the rapid growth of AI training, high-performance computing (HPC), and accelerated workloads is pushing rack-level heat density beyond what traditional air systems can efficiently handle in certain deployments. As a result, liquid cooling is increasingly applied in high-density zones—such as AI clusters and performance-critical halls—where airflow alone becomes costly, complex, or physically constrained. Industry consensus suggests that liquid cooling adoption is selective but expanding, driven by practical operational limits rather than technology hype.
- [What Is a Server Rack? Types, Sizes, Components & How to Choose the Right One](https://attom.tech/2026/01/14/what-is-a-server-rack/): A server rack is a standardized enclosure designed to house servers, networking equipment, storage systems, and other IT hardware. Server racks are essential components of modern data centers, supporting efficient equipment organization, power distribution, cooling, and scalable infrastructure deployment.
- [3 Types of UPS: Understanding Uninterruptible Power Supply Systems](https://attom.tech/2026/01/13/3-types-of-ups-understanding-uninterruptible-power-supply-systems/): An Uninterruptible Power Supply (UPS) plays a critical role in protecting IT equipment from power disturbances. From brief voltage dips to full power outages, even a short interruption can cause data loss, hardware damage, or service downtime.
- [DCIM: Data Center Infrastructure Management Explained → ](https://attom.tech/2026/01/06/what-is-data-center-infrastructure-management-dcim/): DCIM, or Data Center Infrastructure Management, is a technology-based approach to managing and monitoring the physical infrastructure of a data center. A DCIM system brings together data from IT equipment, power systems, cooling systems, environmental sensors, racks, and other infrastructure into a centralized management platform.
- [Data Center Cooling Systems: Types, Trade-offs, and Practical Selection Considerations](https://attom.tech/2025/12/30/data-center-cooling-systems-types-trade-offs-and-practical-selection-considerations/): Cooling is one of the main constraints in data center design. As compute density increases, thermal management shifts from a supporting function to a limiting factor. In many cases, the achievable IT load is defined less by available power and more by how efficiently heat can be removed.
- [Top 10 Precision Air Conditioning Manufacturers for Data Centers in 2025](https://attom.tech/2025/12/23/top-10-precision-air-conditioning-manufacturers-for-data-centers-in-2025/): Precision air conditioning is essential for modern data center cooling and other mission-critical environments. As power density increases, choosing the right precision air conditioning manufacturer has become a key factor in ensuring reliability, energy efficiency, and scalable data center operations. The following list highlights ten leading precision air conditioning manufacturers in 2025, based on their experience in data center precision cooling, system integration, and global deployment.
- [Data Center PDU: Types, Functions & Selection Guide](https://attom.tech/2025/12/22/data-center-pdu/): This guide explains what a data center PDU is, how it works, the main types of PDUs, how rack and intelligent PDUs differ, and what to consider when selecting a PDU for modern data center deployments.
- [Immersion Cooling for Data Center : Advantages and deployment Guide](https://attom.tech/2025/12/19/immersion-cooling/): Against this backdrop, immersion cooling is no longer just a laboratory concept. It is increasingly being evaluated and deployed as a liquid cooling approach for high-density data center environments, particularly where conventional air cooling becomes difficult to scale.
- [How PDUs, CDUs, and PUE Shape Data Center Efficiency](https://attom.tech/2025/12/18/how-pdus-cdus-and-pue-shape-data-center-efficiency/): When data center efficiency is discussed, many people still instinctively think in terms of “how much power is consumed” or “what the PUE looks like.” But in real-world data center operations, efficiency has never been a single-point issue.
- [Direct-to-Chip Liquid Cooling : How It Works and Application](https://attom.tech/2025/12/17/direct-to-chip-liquid-cooling-how-it-works-and-application/): As AI, HPC, and high-density computing workloads become the norm in data centers, cooling is no longer a “supporting system,” but a core piece of infrastructure that directly affects compute performance, energy efficiency, and long-term operational costs. Against this backdrop, Direct-to-Chip (D2C) liquid cooling is moving from niche deployments to large-scale adoption and has become one of the most engineering-viable liquid cooling technologies available today. Compared with traditional air-based cooling, D2C delivers more efficient and controllable thermal management by bringing coolant directly to the heat source.
- [PUE vs. WUE: Balancing Efficiency and Sustainability in Modern Data Centers](https://attom.tech/2025/12/15/pue-vs-wue-balancing-efficiency-and-sustainability-in-modern-data-centers/): For more than a decade, PUE (Power Usage Effectiveness) has been the cornerstone metric for managing energy efficiency in data centers. However, with cooling technologies evolving rapidly, rack densities climbing—especially in AI and HPC environments with high heat-flux servers—and operators bearing greater responsibility for sustainable resource management, WUE (Water Usage Effectiveness) is quickly emerging as an equally critical benchmark.
- [Rack-Mounted UPS Systems: Reliable Power Protection for Critical Applications](https://attom.tech/2025/11/17/rack-mounted-ups-systems-reliable-power-protection-for-critical-applications/): A rack-mounted UPS (Uninterruptible Power Supply) is a backup power system designed to fit into a standard 19-inch server rack. It provides continuous, stable power to critical IT equipment during utility outages, voltage fluctuations, or unstable grid conditions.Unlike traditional floor-standing units, rack-mounted UPS systems feature a modular design ideal for high-density data centers, telecom rooms, and edge computing environments.
- [Data Center Liquid Cooling: Efficiency, Evolution, and Deployment Considerations](https://attom.tech/2025/11/04/data-center-liquid-cooling-efficiency-evolution-and-deployment-considerations/): By 2025, liquid cooling has become a mature and reliable technology in modern data centers — especially in AI training, high-performance computing (HPC), and edge computing environments. Once considered experimental, it is now a core element of mainstream infrastructure planning. Many operators are integrating or planning to deploy liquid cooling systems in new data centers to handle higher-density workloads and meet increasingly stringent energy efficiency and sustainability targets.
- [What is a BESS System?](https://attom.tech/2025/10/28/what-is-a-bess-system/): A Battery Energy Storage System (BESS) stores and releases energy through electrochemical processes, enabling flexible energy management across time and space. With the increasing adoption of renewable energy and distributed grids, the BESS market is expanding rapidly. According to Grand View Research (2024), the global BESS market reached approximately $7.97 billion in 2023 and is projected to exceed $58 billion by 2030. This growth underscores the rising demand for reliable and flexible energy storage solutions in modern power systems.
- [Rackmount UPS System](https://attom.tech/2025/10/27/rackmount-ups-system/): The Rackmount UPS System is an indispensable power protection core in modern data centers and edge computing infrastructures. Through its integrated design and high-density energy management, it ensures that critical IT equipment continues operating during power outages, surges, or voltage fluctuations. Featuring a modular architecture, the rackmount UPS allows for rapid deployment and maintenance within standard racks. Its high energy efficiency not only minimizes power waste but also significantly reduces operational and maintenance costs.
- [HPC Cooling: Technologies, Systems, and Design Considerations](https://attom.tech/2025/10/24/hpc-cooling/): HPC cooling refers to the technologies, systems, and thermal management strategies used to remove heat generated by high-performance computing equipment while maintaining stable operating conditions, energy efficiency, and system reliability.
- [How Efficient Is Direct-to-Chip Cooling?](https://attom.tech/2025/10/22/how-efficient-is-direct-to-chip-cooling/): As data centers evolve to support AI, machine learning, and high-performance computing (HPC) workloads, traditional air-cooling systems are reaching their physical and efficiency limits.Direct-to-Chip (D2C) liquid cooling has emerged as a powerful alternative, offering precise heat management, higher rack density, and significant energy savings — all while supporting sustainable operation goals.
- [What Is Edge Computing](https://attom.tech/2025/10/21/what-is-edge-computing/): In today’s digital era, data is growing at an unprecedented rate. Every sensor, camera, and smart device continuously generates massive amounts of information. For businesses that rely on real-time decision-making, sending all that data to a distant cloud for processing is no longer practical.
- [How to Choose the Right Cooling System for Your Data Center](https://attom.tech/2025/10/16/how-to-choose-the-right-cooling-system-for-your-data-center/): Selecting the appropriate data center cooling system is a fundamental design decision that directly affects reliability, energy efficiency, and long-term scalability. As IT power density increases and workloads become more variable, cooling strategies must adapt to maintain stable operating conditions without excessive energy consumption.
- [Comprehensive Guide to Rack Cooling in Data Centers](https://attom.tech/2025/10/15/comprehensive-guide-to-rack-cooling-in-data-centers/): With the rapid growth of AI, high-performance computing (HPC), and cloud services, data center power density is rising faster than ever before. As server performance increases, so does the amount of heat they generate — and thermal management has become a critical factor affecting both the stability and energy efficiency of data center operations.Rack cooling systems have therefore emerged as one of the most essential and effective thermal management solutions in modern data centers.
- [6 Key Considerations When Introducing Liquid Cooling in Data Centers](https://attom.tech/2025/10/14/6-key-considerations-when-introducing-liquid-cooling-in-data-centers/): With the rapid rise of artificial intelligence in recent years, data center cooling demands have surged dramatically. Traditional air-cooling systems are increasingly challenged by high thermal densities, while liquid cooling, with its superior heat transfer efficiency and energy performance, is emerging as a critical trend for the future of data centers.
- [What Is a Micro Data Center? Definition, Types, Components, Benefits & Solutions](https://attom.tech/2025/10/13/what-is-a-micro-data-center/): A micro data center is a compact, integrated data center system that combines IT equipment with the supporting infrastructure required for reliable operation, including power, cooling, networking, physical security, monitoring, and, where required, fire protection.
- [Liquid Cooling for Data Centers: Complete Guide to Technologies & Solutions](https://attom.tech/2025/10/11/liquid-cooling-for-data-centers/): Liquid cooling addresses this problem by using a liquid as the primary heat-transfer medium. Because liquids can move heat more effectively than air, they allow data centers to support higher thermal loads while reducing the amount of air movement required around IT equipment.
- [Immersion Cooling Systems: Advantages and Deployment in HPC Data Centers](https://attom.tech/2025/10/10/immersion-cooling-systems-advantages-and-deployment-in-hpc-data-centers/): The rapid expansion of AI workloads and high-performance computing has changed how data centers manage heat. Rack power density continues to rise, and traditional air cooling increasingly struggles to keep pace. As a result, liquid-based approaches are no longer experimental concepts but practical options under serious evaluation.
- [What Is Direct-to-Chip Liquid Cooling?](https://attom.tech/2025/10/09/what-is-direct-to-chip-liquid-cooling/): Direct-to-Chip Liquid Cooling (D2C) is a high-efficiency thermal management technology that removes heat directly from chip surfaces. It is specifically designed to meet the demanding cooling requirements of High-Performance Computing (HPC), Artificial Intelligence (AI) training clusters, and ultra-high-density servers.

## Pages
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## Case Studies
- [AgileCub – Enterprise – PoliCloud](https://attom.tech/case-studies/agilecub-enterprise-policloud/): In an era of exponential growth in Artificial Intelligence (AI), computing power has become the core element of national competitiveness and corporate innovation. However, traditional hyperscale data centers are increasingly showing limitations in construction cycles, energy consumption, and data sovereignty. French leading cloud service provider PoliCloud, has partnered with green prefabricated data center expert Attom Technology, to lead a revolution in AI infrastructure construction. By deploying Attom's AgileCoreTM AI Modular Data Centers, PoliCloud not only provides powerful distributed AI computing power for the French government and enterprises but also successfully addresses the three core challenges of data sovereignty, power bottlenecks, and high-density cooling, laying a solid foundation for the future digital society. 
- [AgileCub – Education – MSU – Philippines](https://attom.tech/case-studies/agilecub-education-msu-philippines/): Mindanao State University, commonly referred to as MSU Main, is a regional state, coeducational, research higher education institution in the city of Marawi, Philippines. Founded in 1961, it is the flagship and the largest campus of the Mindanao State University System.
- [AgileCub Central Reserve Bank](https://attom.tech/case-studies/agilecub-finance-central-bank-salvador/): The Central Reserve Bank of El Salvador (Spanish: Banco Central de El Salvador) is the central bank of El Salvador, which controls the currency rate and regulates certain economic activities within El Salvador. The bank was originally privately owned, but was brought under state control through The Law of the Reorganization of Central Banking.
- [AgileCub Prefab Data Center for AI Video Analysis of Kunming Smart City](https://attom.tech/case-studies/agilecub-prefab-data-center-for-ai-video-analysis-of-kunming-smart-city/): In a very short period of 60 days, the Kunming Smart City project needed to go live. The project included high-density video surveillance and analytical computing, requiring carefully designed, high-grade data centers to secure and support this core business. The project deployment space was extremely tight and had to be matched to the right solution for the site.
- [AgileMod Containment DataCenter Solution for CPPA](https://attom.tech/case-studies/agilemod-containment-datacenter-solution-for-cppa/): The Central Power Purchasing Agency (Guarantee) Limited (CPPA-G) is the Central Power Procurement Agency based in Islamabad, Pakistan. It is a state-owned power and utility enterprise wholly owned by the Federal Government of Pakistan. As the sole official power purchaser, it is responsible for procuring electricity from all power generators.
- [Attom Wins The 2025 French Design Award](https://attom.tech/case-studies/attom-wins-the-2025-french-design-award/): ATTOM, a global provider of critical digital infrastructure and solutions, has been awarded the 2026 French Design Award, underscoring the company’s international leadership in design innovation, functional integration, and industry value.The award-winning product, AgileRax v2.0, stood out among numerous outstanding entries from around the world and received high recognition from the international jury. Designed by a multidisciplinary team including Frank Xu, Zhuohan Xu, Dallen Dai, Beichuan Wan, Jack Zhou, Jim Jia, Colin Wang, Lewis Jing, Leo Wang, and Youguang Lei, AgileRax v2.0 represents Attom’s latest innovation in modular data center design and rapid-deployment solutions.
- [How Claro embraced Attom deep Integration Container MDC to meet high performance telecommunication needs](https://attom.tech/case-studies/how-claro-embraced-attom-deep-integration-container-mdc-to-meet-high-performance-telecommunication-needs/): Claro Company is a Mexican company part of América Móvil, a Mexican telecom group. Claro serves clients in Argentina, Brazil, Chile, Colombia, Costa Rica, the Dominican Republic, Ecuador, El Salvador, Guatemala, Honduras, Nicaragua, Panama, Paraguay, Peru, Puerto Rico and Uruguay. The company’s name means “bright,” “clear,” and also “of course,” in both Portuguese and Spanish.

## Events
- [Data Centre World Asia 2026](https://attom.tech/events/data-centre-world-asia-2026/): Data Centre World Asia 2026
- [Elevate 2026](https://attom.tech/events/elevate-2026/): Elevate 2026
- [CDC Vietnam 2026](https://attom.tech/events/cdc-vietnam-2026/): CDC Vietnam 2026 brings together data center operators, technology providers, system integrators, and digital infrastructure professionals from across Vietnam and the wider region. The event focuses on the rapid development of cloud computing, AI infrastructure, digital transformation, and next-generation data center technologies.
- [Intersec Dubai 2026](https://attom.tech/events/intersec-dubai-2026/): Intersec Dubai 2026 is one of the most influential international exhibitions in the fields of security, safety, and fire protection. The event brings together industry experts, system integrators, and leading technology companies from around the world, with a strong focus on areas such as commercial security, smart surveillance, fire protection systems, critical infrastructure protection, and integrated safety solutions.
- [BICSI Saudi Arabia 2026](https://attom.tech/events/bicsi-saudi-arabia-2026/): BICSI Saudi Arabia 2026 is one of the most influential professional events in the Middle East for low-voltage systems and information and communications technology (ICT). The event brings together industry experts, system integrators, and leading companies from around the world, with a strong focus on key areas such as data centers, smart buildings, network infrastructure, and digital transformation.
- [Data Center World Paris 2025](https://attom.tech/events/data-center-world-paris-2025-2/): Attom Technology at Data Centre World Paris 2025
- [GITEX Global 2025](https://attom.tech/events/gitex-global-2025/): Attom is set to showcase its AgileCub Series Data Center Solutions
- [Data Center World Asia 2025](https://attom.tech/events/data-center-world-paris-2025/): Experience Attom’s Next-Gen Cooling Solutions at Data Center World Asia 2025

## Categories
- [AI Infrastructure](https://attom.tech/category/ai-infrastructure/)
- [Critical Power](https://attom.tech/category/critical-power/)
- [Data Center Design](https://attom.tech/category/data-center-design/)
- [Edge Data Center](https://attom.tech/category/edge-data-center/)
- [Industry Insights](https://attom.tech/category/industry-news/)
- [Liquid Cooling](https://attom.tech/category/liquid-cooling/)
- [Modular Data Center](https://attom.tech/category/mdc/)
- [Precision Cooling](https://attom.tech/category/precision-cooling/)

## Tags
- [5G](https://attom.tech/tag/5g/)
- [AI Data Centers](https://attom.tech/tag/ai-data-centers/)
- [Air Cooling](https://attom.tech/tag/air-cooling/)
- [Akash Systems](https://attom.tech/tag/akash-systems/)
- [Asset Management](https://attom.tech/tag/asset-management/)
- [Attom News](https://attom.tech/tag/attom-news/)
- [BESS System](https://attom.tech/tag/bess-system/)
- [CDU](https://attom.tech/tag/cdu/)
- [Chilled Water](https://attom.tech/tag/chilled-water/)
- [Cloud Computing](https://attom.tech/tag/cloud-computing/)
- [Cold Plate](https://attom.tech/tag/cold-plate/)
- [Containerized Data Center](https://attom.tech/tag/containerized-data-center/)
- [Cooling Efficiency](https://attom.tech/tag/cooling-efficiency/)
- [CRAC](https://attom.tech/tag/crac/)
- [CRAH](https://attom.tech/tag/crah/)
- [Data Center Cooling](https://attom.tech/tag/data-center-cooling/)
- [Data Center Retrofit](https://attom.tech/tag/data-center-retrofit/)
- [DCIM](https://attom.tech/tag/dcim/)
- [Diamond Cooling](https://attom.tech/tag/diamond-cooling/)
- [Direct-to-Chip Liquid Cooling](https://attom.tech/tag/direct-to-chip-liquid-cooling/)
- [Edge AI](https://attom.tech/tag/edge-ai/)
- [Edge Computing](https://attom.tech/tag/edge-computing/)
- [Electrical Topology](https://attom.tech/tag/electrical-topology/)
- [Energy Efficiency](https://attom.tech/tag/energy-efficiency/)
- [Free Cooling](https://attom.tech/tag/free-cooling/)
- [High Density Computing](https://attom.tech/tag/high-density-computing-2/)
- [High Performance Computing (HPC)](https://attom.tech/tag/high-performance-computing/)
- [Hybrid Cooling](https://attom.tech/tag/hybrid-cooling/)
- [Immersion Cooling](https://attom.tech/tag/immersion-cooling/)
- [Intelligent PDU](https://attom.tech/tag/intelligent-pdu/)
- [IoT](https://attom.tech/tag/iot/)
- [Micro Data Center](https://attom.tech/tag/micro-data-center/)
- [PDU](https://attom.tech/tag/pdu/)
- [Power Density](https://attom.tech/tag/power-density/)
- [Power Distribution](https://attom.tech/tag/power-distribution/)
- [Precision Air Conditioning](https://attom.tech/tag/precision-air-conditioning/)
- [Prefab Data Center](https://attom.tech/tag/prefab-data-center/)
- [Prefabricated Data Center](https://attom.tech/tag/prefabricated-data-center/)
- [Prefabricated Modular Data Centers](https://attom.tech/tag/prefabricated-modular-data-centers/)
- [PUE](https://attom.tech/tag/pue/)
- [PUE Optimization](https://attom.tech/tag/pue-optimization/)
- [Rack Density](https://attom.tech/tag/rack-density/)
- [Rack Layout Design](https://attom.tech/tag/rack-layout-design/)
- [Rack Units](https://attom.tech/tag/rack-units/)
- [Rapid Deployment](https://attom.tech/tag/rapid-deployment/)
- [RDHx](https://attom.tech/tag/rdhx/)
- [Server Rack](https://attom.tech/tag/server-rack/)
- [Single-Phase Power](https://attom.tech/tag/single-phase-power/)
- [Smart PDU](https://attom.tech/tag/smart-pdu/)
- [Three-Phase Power](https://attom.tech/tag/three-phase-power/)