Atlantis 1.8SP5-D
Built to support up to 8 GPUs and leveraging immersion cooling, this system is engineered for optimal energy efficiency, delivering sustainable performance while reducing data center operational costs.
| Cooling system: Single-phase immersion cooling |
| CPU brand: AMD |
| Number of sockets: 2 |
| CPU socket: SP5 (LGA 6096) |
| Memory slots: 24 slots |
| GPU/FPGA: 8 slots |
| Form factor: 19" 3U |
Atlantis GPU Platform
Extreme AI & HPC Compute Density
Powered by AMD EPYC™ 9005 series processors, the platform delivers outstanding compute performance for modern AI and high-performance computing environments.
Combined with next-generation GPUs and high-bandwidth interconnect technologies, it ensures optimized accelerator performance for demanding workloads.
The server supports up to 8 dual-slot GPUs and advanced technologies such as NVIDIA® NVLink®, enabling high-speed GPU-to-GPU communication and efficient scaling for workloads including AI training, large-scale inference, and scientific computing.
Accelerated by the latest NVIDIA GPU architectures
The Atlantis platform is designed to support the latest generation of high-performance GPU accelerators for AI, HPC, and advanced computing workloads.
The system is fully compatible with leading NVIDIA architectures including NVIDIA RTX 6000 Pro and NVIDIA H200 NVLink4, while also supporting a broader range of GPU configurations depending on workload and deployment requirements.
NVIDIA H200 NVL4
- LLM
- Generative AI
- HPC simulation large scale training
NVIDIA RTX 6000 PRO
- AI development
- Computer vision
- Digital twin
- Visualization
- Inference
AI Cluster Ready Infrastructure
Optimized for single-phase immersion cooling
Immersion cooling enables sustained high-power GPU operation while improving overall infrastructure efficiency.
Higher GPU density per rack
Deploy more GPUs within a smaller footprint to accelerate AI training infrastructure.
Cluster-ready architecture
Combined with 6 PCIe NIC slots for high-speed networking, the Atlantis enables efficient interconnection of multiple GPU nodes.
The Atlantis platform is designed to deliver maximum compute density for modern AI clusters. By integrating up to 8 GPUs within a compact 3U chassis, the system enables organizations to deploy powerful accelerated infrastructure while optimizing rack space and energy efficiency.
This high-density architecture makes the Atlantis an ideal building block for large-scale AI training clusters, HPC environments, and enterprise accelerated computing platforms.
Combined with immersion cooling, the platform supports sustained high GPU power levels while maintaining reliable thermal performance.
Designed for Immersion Cooling
The Atlantis platform is purpose-built for single-phase immersion cooling, enabling stable operation under sustained high GPU power while simplifying infrastructure management.
To provide complete confidence for data center operators, 2CRSi supports immersion deployments with a dedicated manufacturer warranty, ensuring that the system remains protected when operated in qualified immersion environments.
Front I/O accessibility
All networking and system connections are accessible from the top of the server, simplifying installation and maintenance while avoiding complex cabling at the bottom of the immersion system.
Simplified maintenance
The server layout allows operators to quickly access compute nodes and networking components, reducing intervention time and improving serviceability.
Optimized for high-density deployments
The immersion-ready architecture allows higher compute density per rack while maintaining reliable thermal performance for GPU-intensive workloads.
High Performance, Better Cooling
Liquid cooling keeps AM5 CPUs and high-performance GPUs running at lower, more stable temperatures, helping maintain maximum performance under sustained workloads.
With reduced thermal throttling and lower fan speeds, it delivers better efficiency, quieter operation and consistent performance ideal for AI, rendering, engineering and other compute-intensive applications.
