Atlantis 1GG
Dual SP5 socket server designed for immersion.
| Cooling system: Single-phase immersion cooling |
| CPU brand: AMD |
| Number of sockets: 2 per node |
| CPU socket: SP5 (LGA 6096) |
| Memory slots: 24 slots |
| Form factor: 19" 1U |
Immersion ready server!
The Atlantis 1GG is designed for immersion cooling!
2CRSi’s servers made for immersion are innovative and effective, ready to handle heavy-demanding workloads and data. Immersion cooling servers are manufactured to target market such as AI, HPC, virtualization, scientific research…
Any type of applications needing a great amount of computing power to work smoothly.
The Atlantis 1GG ready to be submerged in dielectric liquid and be cooled to run your data and handle your everyday workload!
More density, more reliability but less energy and cost!
3-year warranty in immersion
For over a decade, we've delivered cutting-edge performance backed by warranty coverage on all our servers and internal components.
Whether you opt for single-phase or dual-phase immersion cooling, enjoy up to 3 years of warranty to preserve your peace of mind.
Trust 2CRSi to power your business with state-of-the-art technology and support!
AMD EPYC™ 4th & 5th generation
Discover the AMD EPYC™ 9004 and 9005 Series Processors, designed for unmatched performance, scalability, and energy efficiency in the most demanding data center workloads.
With up to 128 cores and 256 threads in the 4th generation and up to 192 cores and 384 threads in the 5th generation, these processors excel in enterprise applications, HPC, and AI tasks.
The advanced architecture and enhanced memory and I/O bandwidth deliver superior performance per watt.
Up to 192 Cores
The world’s highest performance server processors for computing.
Up to 128 PCIe 5.0 Lanes
128 PCIe 5.0 lanes in single-socket platforms.
Up to 500W TDP
The best ratio between number of cores and power consumption.
Up to 5 GHz in Boost mode
Enjoy even more amazing performance!
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.
