United States
Q
What processors are supported by HPE Apollo servers?
A
HPE Apollo servers support Intel Xeon Scalable and AMD EPYC processors with up to 64 cores per socket, delivering optimized performance for HPC, AI, and data analytics workloads.
Q
How do Intel Xeon Scalable processors enhance HPE Apollo performance?
A
Intel Xeon Scalable CPUs deliver high core counts, large cache sizes, and Intel AVX-512 acceleration, boosting compute density, reducing latency, and enabling faster time-to-insight in HPE Apollo environments.
Q
Can HPE Apollo servers be configured with AMD EPYC processors?
A
Yes. Select HPE Apollo Gen10 Plus models support AMD EPYC 7002/7003 series CPUs, offering up to 128 PCIe lanes, industry-leading memory bandwidth, and competitive TCO for data-intensive workloads.
Q
How many processor sockets do HPE Apollo servers support?
A
Most HPE Apollo rack systems support dual-socket configurations, while ultra-dense and GPU-optimized variants may use single or four sockets to match specific workload requirements.
Q
What is the maximum core count per processor in HPE Apollo servers?
A
HPE Apollo servers accommodate processors with up to 64 cores (Intel Xeon Scalable) or 64 cores (AMD EPYC), delivering exceptional parallelism for simulation, rendering, and scientific computing.
Q
How do HPE Apollo processors accelerate high-performance computing?
A
By combining multi-core CPUs, NVIDIA GPU accelerators, and high-speed interconnects, HPE Apollo processors streamline parallel processing, reduce job runtimes, and maximize cluster efficiency.
Q
Which HPE Apollo series is ideal for AI and deep learning?
A
HPE Apollo 6500 Gen10 Plus, with up to eight NVIDIA GPU accelerators and dual Intel Xeon Scalable or AMD EPYC processors, is optimized for AI training and inference at scale.
Q
Can I upgrade processors in HPE Apollo servers after deployment?
A
Yes. HPE Apollo chassis support field-replaceable processors; you can upgrade to next-generation Intel or AMD CPUs without redesigning the server architecture.
Q
How does HPE Apollo ensure energy efficiency at the processor level?
A
HPE Apollo leverages processor power capping, advanced cooling, and dynamic frequency scaling to optimize performance per watt and reduce data center power and cooling costs.
Q
Do HPE Apollo servers support virtualization workloads?
A
HPE Apollo servers with Intel VT-x/VT-d and AMD-V extensions deliver robust virtualization, enabling high VM density, secure isolation, and efficient resource allocation for cloud environments.
Q
What security features do HPE Apollo processors include?
A
HPE Apollo processors integrate Intel SGX, AMD SEV, secure boot, and silicon root of trust to protect data in use, defend against firmware attacks, and ensure hardware-based security.
Q
How do I choose the right processor for my HPE Apollo deployment?
A
Assess workload requirements—core count, memory bandwidth, accelerator support—and match them to Intel Xeon Scalable or AMD EPYC CPU characteristics for optimal cost and performance.
Q
What management tools support HPE Apollo processor configurations?
A
HPE OneView and Integrated Lights-Out (iLO) deliver comprehensive lifecycle management, health monitoring, firmware updates, and remote configuration for all HPE Apollo processor settings.
Q
How do HPE Apollo processors handle data-intensive analytics?
A
With high-speed memory channels, large L3 caches, and optimized NUMA architectures, HPE Apollo processors accelerate in-memory databases, real-time analytics, and AI inferencing workflows.
Q
What differentiates HPE Apollo 2000 and 4000 series processors?
A
The Apollo 2000 series focuses on density and efficiency with 1U nodes, while the 4000 series delivers GPU-optimized performance and higher memory capacity for advanced HPC and AI tasks.
Q
How quickly can I deploy or replace processors in HPE Apollo servers?
A
HPE Apollo supports hot-swap and field-serviceable processor modules, enabling hardware upgrades or replacements in under 30 minutes with minimal downtime.
