The Ampere® Mt. Collins platform provides a balance of performance and power that can scale up with ease. Available in a dual socket configuration in a 1U and 2U form-factor with the Ampere Altra® and Altra® Max processors, Mt. Collins provides 160 cores with predictable performance that is ideal for independent VMs and containers. The 1U Mt. Collins rack server is an excellent fit for rack environments that require peak memory and lower TCO. The 2U Mt. Collins rack server is an excellent fit for Android in the Cloud, AI/ML and HPC usages. It is designed for rack environments that require peak memory, flexible storage, outstanding value, and intuitive management.

The Mt. Snow platform provides a balance of performance and power that can scale up with ease. Available in a single socket configuration with the Ampere® Altra® processor, Mt. Snow provides 80 cores with predictable performance that is ideal for independent VMs and containers. Mt. Snow is well suited for a variety of workloads, including edge computing, telco application, web-tier, AIC, and storage.

The Mt. Hamilton platform provides a balance of performance and power that can scale up with ease. Available in a single socket configuration in 1U and 2U form-factors with the Ampere® Altra® and Ampere® Altra® Max processors, Mt. Hamilton provides up to 128 cores with predictable performance that is ideal for independent VMs and containers. The 2U Mt. Hamilton rack server is an excellent fit for Android in the Cloud, AI/ML and HPC usages. It is designed for rack environments that require peak memory, flexible storage, high-power GPUs, outstanding value, and intuitive management. The 1U Mt. Hamilton rack server is an excellent fit for rack environments that require peak memory, and lower TCO.

The Ampere® Altra® processor-based Mt. Jade platform provides 160 processor cores in a dual socket configuration, making it the platform with the highest core density in the industry. Mt. Jade provides the performance and scalability for a variety of workloads, including data analytics, database, AI, web-tier, and Android-in-the-Cloud (AIC).

A large CPU core count allows for higher datacenter density, allowing service providers to extract even more revenue out of their CapEx. The HPE ProLiant RL300 Gen11 features the Ampere Altra and Ampere Altra Max processors which provide up to 128 cores per socket for extreme scale-out capabilities.