AI Infrastructure
AI workloads demand more than standard data centre infrastructure. NTC designs, installs and commissions AI-ready facilities built around high-density GPU compute, advanced cooling, and the precision cabling that large-scale AI deployments require. From a single rack to a full facility build-out, we handle the technical complexity so you can focus on what runs inside.
What we offer
From initial design to final verification, NTC delivers end-to-end AI infrastructure services. We bring the technical expertise, tooling and hands-on precision that complex GPU deployments demand.
Rack & Stack
We receive, unpack, assemble and cable your servers and GPU hardware with precision, ensuring every component is correctly installed, labeled and verified from day one.
Cabling & Routing
AI deployments require extensive and complex cabling. We install structured fiber routing and raceways optimised for high-density racks, ensuring clean, maintainable and high-performance infrastructure
Cooling Solutions
High-density GPU compute generates significant heat. We design and install advanced cooling systems including rear door heat exchangers, direct water cooling and immersion cooling tailored to your load.
Power & Redundancy
We engineer power infrastructure with the redundancy your AI workloads demand, including UPS systems, PDU installation and diesel backup to ensure continuous and stable operation.
AI Facility Design
We assist in designing data centres built specifically for AI workloads, with scalability, energy efficiency and performance as core requirements from the ground up.
Testing & Verification
Before handover, every installation undergoes thorough testing and verification. We ensure your infrastructure performs to specification and is ready to support production workloads immediately.
Rack & Stack
We receive, unpack, assemble and cable your servers and GPU hardware with precision, ensuring every component is correctly installed, labeled and verified from day one.
Cabling & Routing
AI deployments require extensive and complex cabling. We install structured fiber routing and raceways optimised for high-density racks, ensuring clean, maintainable and high-performance infrastructure
Cooling Solutions
High-density GPU compute generates significant heat. We design and install advanced cooling systems including rear door heat exchangers, direct water cooling and immersion cooling tailored to your load.
Power & Redundancy
We engineer power infrastructure with the redundancy your AI workloads demand, including UPS systems, PDU installation and diesel backup to ensure continuous and stable operation.
AI Facility Design
We assist in designing data centres built specifically for AI workloads, with scalability, energy efficiency and performance as core requirements from the ground up.
Testing & Verification
Before handover, every installation undergoes thorough testing and verification. We ensure your infrastructure performs to specification and is ready to support production workloads immediately.
Every answer backed by real experience
NTC brings deep expertise across power, cooling, security, and AI infrastructure. Our team handles consultancy, installation, and preventive maintenance across the full data centre lifecycle. That knowledge is reflected in Ainar, our AI assistant. Ask anything about NTC and our services.
Designed for the demands of AI
AI data centres require a fundamentally different approach to design and installation. We engineer facilities that are built to scale, optimised for energy efficiency, and resilient enough to support mission-critical workloads.
Scalability & Performance
We design for growth, selecting high-performance GPUs, TPUs and low-latency network infrastructure that scales with your compute requirements without bottlenecks.
Energy & Cooling
AI workloads consume significantly more power than traditional infrastructure. We implement advanced cooling systems and energy-efficient solutions to ensure stable operation at high density.
Security & Reliability
Physical access control, 24/7 monitoring, encryption and redundant hardware and software architecture ensure your AI infrastructure stays protected and operational at all times.
Sustainability
We design with environmental impact in mind, incorporating efficient energy use, heat recycling and responsible handling of electronic waste to reduce the ecological footprint of each project.
Scalability & Performance
We design for growth, selecting high-performance GPUs, TPUs and low-latency network infrastructure that scales with your compute requirements without bottlenecks.
Energy & Cooling
AI workloads consume significantly more power than traditional infrastructure. We implement advanced cooling systems and energy-efficient solutions to ensure stable operation at high density.
Security & Reliability
Physical access control, 24/7 monitoring, encryption and redundant hardware and software architecture ensure your AI infrastructure stays protected and operational at all times.
Sustainability
We design with environmental impact in mind, incorporating efficient energy use, heat recycling and responsible handling of electronic waste to reduce the ecological footprint of each project.
Our AI infrastructure
There are very many factors to take into consideration when deploying AI infrastructure, not only price and logistics. It is extremely important to engineer the thermal and electrical works to the most minute details. Most installations include a multitude of brands and all of these need to coexist, planned and detailed so that the solutions can be installed and work optimally. Turnkey solutions demand thorough planning initially, where obstacles can be removed in order to have a successful deployment. The system loads dictate which platforms that can be used, but still there is a multitude of brands to choose from. As the density grows in the installations, there are higher demands to the designs, choice of products, installation skills, operation and post sales services. So the approach should be the total life cycle of the installations, even though time to market drives towards fastest possible decisions and an enormous strain on logistics and implementation.
The main takeaway is that there are multiple routes for solving the AI infrastructure platform choices. The time between new releases of technology is steadily getting shorter, making it more important than ever to put the necessary efforts into engineering in advance to avoid all known obstacles in the deployment of the high value data center technology.
FAQ
1. What is AI Infrastructure and how can NTC help?
AI infrastructure consists of the power, cooling, networking, storage and compute resources required to support artificial intelligence workloads. NTC helps organizations design and build AI-ready infrastructure that can support everything from small machine learning projects to large-scale GPU clusters.
2. Why does AI require specialized infrastructure?
AI workloads demand significantly more computing power than traditional business applications. This creates additional requirements for power delivery, cooling systems, networking and scalability. NTC designs infrastructure specifically optimized for these demanding environments.
3. How does NTC design AI-ready data centers?
NTC designs AI-ready data centers by combining high-capacity power systems, advanced cooling technologies and high-performance networking infrastructure. The goal is to ensure reliable performance while supporting future growth in AI workloads.
4. What hardware can NTC support for AI environments?
NTC infrastructure can support a wide range of AI hardware, including GPU servers, AI accelerators, high-performance storage platforms and networking equipment. Solutions are tailored to the specific requirements of each organization.
5. Can NTC support GPU clusters for AI workloads?
Yes. NTC designs infrastructure capable of supporting GPU clusters used for machine learning, deep learning and large language model workloads. This includes the power, cooling and networking needed to maximize performance.
6. What is an AI-ready data center?
An AI-ready data center is specifically designed to support high-density computing environments. These facilities provide enhanced power delivery, advanced cooling systems and networking infrastructure capable of handling modern AI workloads.
7. How much power does AI infrastructure require?
Power requirements vary depending on the workload and hardware configuration. AI environments often require significantly more power than traditional IT systems, making careful planning essential for long-term scalability and reliability.
8. How does NTC handle the power demands of AI workloads?
NTC designs scalable electrical infrastructure that supports high-density racks and future expansion. This ensures organizations can increase AI capacity without major infrastructure redesigns later.
9. Why is cooling critical for AI infrastructure?
AI servers generate significantly more heat than traditional servers. Effective cooling is essential to maintain performance, prevent hardware failures and improve energy efficiency within the data center environment.
10. What cooling technologies does NTC use for AI infrastructure?
Depending on workload requirements, NTC may implement precision cooling, containment systems, rear-door cooling, liquid cooling or direct-to-chip cooling technologies. The chosen solution is based on performance and efficiency goals.
11. What is liquid cooling and why is it becoming more popular?
Liquid cooling removes heat more efficiently than traditional air cooling and allows organizations to support higher rack densities. As AI workloads continue to grow, liquid cooling is becoming an increasingly important part of modern data center design.
12. What is direct-to-chip cooling?
Direct-to-chip cooling uses liquid to remove heat directly from processors and accelerators. This approach improves cooling efficiency and supports the high-performance requirements of AI and high-performance computing environments.
13. Can NTC build AI infrastructure for on-premises deployments?
Yes. NTC can design and deploy AI infrastructure within an organization’s own facility, allowing businesses to maintain full control over their infrastructure, data and operations.
14. Can AI infrastructure be deployed in an NTC Colocation facility?
Absolutely. Many organizations choose to deploy AI infrastructure within a colocation environment to benefit from enterprise-grade power, cooling, connectivity and security without building their own facility.
15. What networking requirements does AI infrastructure have?
AI workloads often require high-speed, low-latency networking to move large volumes of data efficiently between systems. NTC designs networking infrastructure that supports demanding AI applications and future scalability.
16. How does NTC support high-performance computing (HPC) environments?
NTC designs infrastructure capable of supporting HPC environments that require high-density compute resources, advanced cooling and resilient power systems. These capabilities align closely with the requirements of modern AI platforms.
17. Which industries benefit from AI infrastructure?
AI infrastructure is being adopted across industries including manufacturing, healthcare, finance, energy, logistics, research and the public sector. Organizations use AI to improve efficiency, automate processes and gain valuable insights from data.
18. How can organizations scale AI infrastructure over time?
NTC designs AI infrastructure with future growth in mind. By planning for additional power, cooling and compute capacity, organizations can expand their AI capabilities without major operational disruptions.
19. How does NTC help organizations prepare for future AI technologies?
Technology continues to evolve rapidly. NTC focuses on scalable and flexible infrastructure designs that allow organizations to adopt new AI hardware, larger models and more demanding workloads as requirements change.
20. Why choose NTC as your AI infrastructure partner?
NTC combines expertise in data centers, critical power systems, advanced cooling technologies and high-performance infrastructure. Our team helps organizations build secure, scalable and future-ready environments that support the growing demands of artificial intelligence.
