Reliable compute nodes built to process heavy corporate workloads. Scale your infrastructure with 2U rackmount CPU servers, available in single and dual-socket configurations for AMD EPYC and Intel Xeon processors.
The Pro Maestro C is a 2U rackmount compute server designed for organizations running workloads that demand sustained, high-throughput processing. It comes in two configurations: a single-processor model for focused, dedicated compute, and a dual-processor model for workloads that require maximum parallel capacity.
Both configurations share the same chassis, the same reliability features, and the same support for AMD and Intel processor families. Your choice comes down to the scale of work you are running today and the headroom you need for tomorrow.
Select the hardware that matches your workload. Both setups utilize the same 2U chassis to maintain consistent physical dimensions in your server rack while offering different processing capacities.
Single ProcessorDeploy a single AMD EPYC or Intel Xeon processor. This system handles standard enterprise applications and localized virtualization environments while leaving PCIe lanes open for high-capacity storage and network expansions.
Explore Pro Maestro CS
Twin ProcessorIntegrate two processors to maximize compute density. This dual-socket architecture doubles your core count within the same 2U rack space to support heavy database management, large-scale virtualization clusters, and intensive data processing tasks.
Explore Pro Maestro CTThe Pro Maestro C series is built to handle serious workloads and give you full control over how it runs.
Up to two 192 core AMD EPYC or Intel Xeon processors, up to 384 cores in a dual socket configuration, for heavy virtualization, large databases, or parallel data pipelines without contention.
Four hot swappable high-RPM fans and a purpose-built airflow path work together to keep processors and memory within optimal operating temperatures under sustained heavy loads. Cooling is part of the performance architecture.
Built in IPMI gives your administrators complete control from anywhere BIOS access, hardware monitoring, and system management available remotely, reducing the operational overhead of managing high density compute environments.
An integrated TPM provides hardware rooted encryption to protect enterprise data at rest. Physical intrusion detection alerts administrators immediately upon unauthorized chassis access, complementing software level controls.
Build your IT foundation with servers designed for heavy workloads. These systems handle the continuous data processing required for scientific research, financial modeling, and physical simulations.
Coordinate data preprocessing, NLP inference, and machine learning pipelines. Engineered to sustain continuous compute tasks and organize massive datasets.
Process genomic sequencing, molecular modeling, and clinical data analysis. Built to maintain consistency and evaluate large medical datasets securely.
Run high-frequency trading algorithms, risk modeling, and economic simulations. Configured for low-latency processing and reliable deterministic execution.
Manage aerospace simulations, fluid dynamics, and structural analysis workloads. Engineered to support intensive hardware demands for physical engineering tests.
Coordinate data preprocessing, NLP inference, and machine learning pipelines. Engineered to sustain continuous compute tasks and organize massive datasets.
Process genomic sequencing, molecular modeling, and clinical data analysis. Built to maintain consistency and evaluate large medical datasets securely.
Run high-frequency trading algorithms, risk modeling, and economic simulations. Configured for low-latency processing and reliable deterministic execution.
Manage aerospace simulations, fluid dynamics, and structural analysis workloads. Engineered to support intensive hardware demands for physical engineering tests.
Every serviceable component in the Pro Maestro C series CPU servers are designed for live replacement, so maintenance won't interrupt your workloads.
Maintains continuous power delivery and server operation during a primary unit failure.
Allows direct module replacement during full operational load to sustain system thermal management.
Facilitates active storage expansion and physical drive replacement while keeping the operating system online.
