[ SERVICES ]
Built for the future.
From electrical infrastructure to cooling systems, every component is optimized for maximum performance and reliability.
01 / INSIDE AN ATDS MODULE
A modular, hydro-cooled AI data center, part by part.
We build modular data centers and compute campuses capable of expanding from tens to hundreds of megawatts, hydro-cooled from the dry coolers on the roof to the cold plate on each GPU.
- Dry coolerRejects heat from the water loop to outside air.
- Roof deckCarries the dry-cooler bank above the module.
- Water headersSupply and return lines leave the roof for the module.
- BuswayUtility-grade power distribution to every rack.
- Fibre & cable trayHigh-bandwidth network architecture for low-latency training.
- Aisle containmentAirflow-optimized aisles between the rack rows.
- GPU rackHigh-density rack configuration with balanced power + cooling.
- Server tray & cold plateDirect-to-chip liquid cooling at the GPU.
- Rack manifoldBrings supply and return water to each server tray.
- Prefabricated shellWalls and floor built for fast, repeatable deployment.
- RiserCarries water between the roof and the skid.
- CDUCoolant distribution unit: controls flow, pressure and temperature.
- Skid manifoldsSupply and return manifolds beneath the rack floor.
- Steel skidThe base of each module, placed on site and connected.
02 / WHAT WE DELIVER
01
High-density GPU infrastructure
ATDS builds and operates advanced GPU clusters engineered for large-scale AI training, HPC workloads, and next-generation machine learning applications. Our systems are optimized for full-load performance, integrating balanced power distribution, precision cooling, and enterprise-grade reliability.
- Multi-GPU clusters optimized for AI, LLM, and HPC workloads
- High-density rack configurations with balanced power + cooling
- Support for NVIDIA H100, H200, B100, and future generations
- Enterprise-grade networking for low-latency training
- Built for continuous 24/7 high-performance operation
02
AI & compute facility engineering
ATDS designs and engineers high-density compute facilities built to handle the extreme demands of modern AI and HPC workloads. From electrical infrastructure to cooling systems, every component is optimized for maximum performance and reliability.
- Custom-designed AI/HPC-ready data hall layouts
- Utility-grade power engineering and distribution
- Advanced hydrocooling and airflow-optimized systems
- Scalable designs for future hardware generations
- Full-stack engineering: electrical, mechanical, thermal
03
Campus design & buildout
ATDS provides full-scope engineering for compute campuses, from early-stage planning to final commissioning. We design scalable infrastructure that supports next-generation compute hardware with optimized power, cooling, and network topologies.
- Power and cooling architecture design
- Rack layout, airflow simulation, and density optimization
- Electrical engineering and redundancy modeling
- High-bandwidth network architecture
- Full commissioning, testing, and handoff
04
Lenovo partnership
ATDS integrates Lenovo’s data-center-grade platforms across our GPU and AI compute environments to ensure maximum performance, reliability, and thermal efficiency. Through this partnership, we deploy validated server architectures, optimized power delivery, and next-generation cooling solutions engineered specifically for high-density workloads.
- Integration of Lenovo ThinkSystem GPU-optimized servers
- Enterprise-class power design and thermal resilience
- Validated hardware stacks for dense compute deployments
03 / INSIDE A GPU NODE
Direct-to-chip hydro cooling for every GPU.
Our GPU environments are designed for large-language-model training, generative AI inference and multi-node distributed training, with consistent thermal and power stability during sustained compute loads.
- Top coverEncloses the node inside the rack.
- Cold-plate assemblyOne cold plate on every GPU, fed in parallel.
- Supply & return manifoldCarries cool water in and warm water out of the node.
- Quick-disconnect couplingsDrip-free connections to the rack manifold.
- Cold plateMicro-channel plate that sits directly on the chip.
- GPUHigh-performance accelerator for AI training and inference.
- GPU baseboardLinks the GPUs into one node for large-scale AI workloads.
- Network cardsEnterprise-grade networking for low-latency training.
- Power suppliesRedundant power for continuous 24/7 operation.
- ChassisRack-mounted enclosure that slides into the GPU rack.
04 / RELIABILITY
Engineered for reliability and long-term performance.
Our systems are engineered with advanced cooling, industrial-grade electrical design, and continuous monitoring to ensure uninterrupted operation across AI and cloud workloads.
N+1 redundant power architecture
Real-time thermal and load monitoring
Automated failover systems
Enterprise-class RAS (Reliability, Availability, Serviceability) from Lenovo
Hardened, high-efficiency cooling designs
Secure, isolated infrastructure zones
05 / WORKLOADS
Ideal workloads for ATDS infrastructure.
Any workload requiring high throughput, low latency, and dense compute is a strong fit.
01
AI model training & inference
02
GPU-accelerated cloud compute
03
High-performance scientific compute
04
Data-intensive enterprise applications
06 / CONTACT
Let’s talk about your next compute deployment.
Share a few details about your AI or cloud workload, and our team will help you design the right high-density GPU infrastructure.