CIARA ORION High Density Servers

The CIARA ORION High Density Servers are designed for high-performance computing applications, infrastructure consolidation, academic research, and cloud & hosting providers. These servers are suitable for small to large enterprises and cater to the needs of IT professionals, data center operators, research institutions, cloud service providers, and hosting providers.

Key Features

High Density Server: According to the vendor, the CIARA ORION High Density Servers offer a high density of cores per rackmount unit, providing optimal rackmount utilization in any data center. They are said to be ideal for large-scale deployment of high density IT and HPC workloads.

Form Factor: 2U 4 Nodes: The servers come in a compact form factor with 4 nodes in a 2U chassis, maximizing rack space utilization.

CPU: The CIARA ORION High Density Servers support both Intel Xeon Processor Scalable Family and AMD EPYC processors, providing options for different performance requirements.

Sockets: According to the vendor, these servers are available in both single socket and dual socket configurations, offering flexibility based on workload demands.

Max RAM: The servers support up to 6TB of RAM (depending on the model), allowing for efficient handling of memory-intensive applications.

Drive Bays: The CIARA ORION High Density Servers come with various drive bay configurations (2, 4, or 6 drive bays), offering flexibility for storage requirements.

PCIe: The servers are equipped with multiple PCIe slots for add-on card support, enabling expansion and customization options.

Built with latest silicon technology: According to the vendor, these servers incorporate the latest advancements in silicon technology, providing optimal performance and efficiency.

Supports high TDP: The servers are designed to support the highest TDP (Thermal Design Power) in the industry, ensuring efficient cooling and operation of high-performance components.

Extensive storage options: The CIARA ORION High Density Servers offer a wide range of storage options for different needs, including HDD, SSD, and NVMe, enabling efficient data storage and retrieval.