Time to read: 2 minutes 35 seconds | Published: February 26, 2025
Compute server modernization What is compute server modernization?
What is compute server modernization?
To improve speed, scale, security, and efficiency, compute server modernization involves updating and improving compute infrastructure through virtualization, consolidation, and software/hardware upgrades.
- What are the core components of compute server modernization?
- What are the benefits of compute server modernization?
- What are the implementation strategies of compute server modernization?
- HPE and compute server modernization
What are the core components of compute server modernization?
The core components of compute server modernization include:
- Hardware upgrades include faster computers, more memory, faster storage, and GPU acceleration.
- Hybrid cloud, containers, and serverless computing provide flexibility and scalability.
- Security improvements include stronger encryption, zero-trust security, and following industry norms.
- Workload management based on AI, infrastructure as code, and automatic changes are all examples of automation and efficiency.
- Software-defined networking, high-speed links, and load sharing are some of the things that networking and connectivity cover.
- Tracking performance, unified logging, and AI-powered insights are all part of monitoring and analytics.
What are the benefits of compute server modernization?
The benefits of compute server modernization include:
- Increased performance and workload consolidation.
- Energy efficiency to drive power cost savings.
- Support IT sustainability initiatives.
- Faster processing, lower latency, and improved workload management.
- Address inefficiencies with virtualization and deploy new microservices for next gen workloads.
- Advanced security to address future needs for quantum resistance, and higher standard of cryptographic security.
- Automation and energy-efficient hardware reduce operating and maintenance expenses.
- Reduced downtime, automatic updates, and proactive issue identification improve reliability.
- Ability to support AI and other new workloads.
What are the implementation strategies of compute server modernization?
The implementation strategies of compute server modernization include:
- Assessment and planning: Assess infrastructure, identify issues, and set modernization targets.
- Phased migration: To keep problems to a minimum, slowly improve gear, move work to the cloud, or switch to virtualization.
- Hybrid and multi-cloud integration: Leverage cloud services while maintaining essential on-premise systems for flexibility.
- Automation and orchestration: Use infrastructure as code, automatic patching, and AI-run task management.
- Security first: Use zero-trust security, encryption, and compliance throughout.
- Continuous monitoring and optimization: Use AI-driven data to monitor performance and perform preventative maintenance.
HPE and compute server modernization
HPE provides sophisticated hardware, software, and cloud solutions to modernize compute servers and improve performance, security, and efficiency.
HPE's key offerings for compute server modernization:
- HPE ProLiant Servers: Scalable, general purpose, secure, and AI-powered for contemporary applications.
- HPE Compute Ops Management: Ensure smooth enterprise server operations with proactive and predictive automation from data center to edge.
- HPE Integrated Lights-Out (iLO): Safeguard every phase of the server lifecycle with industry-leading HPE iLO Silicon Root of Trust.
- HPE GreenLake: Pay-as-you-go hybrid cloud services with on-demand computing resources.
- HPE Cray Supercomputing: Accelerate your innovation and discovery in the AI era with HPE Cray Supercomputing, HPC and AI solutions and services.
- HPE Synergy: Composable infrastructure that enables dynamic resource allocation for workloads.
- HPE SimpliVity: Improves administration and efficiency using hyperconverged infrastructure (HCI).
- Security and compliance: Built-in security features like Silicon Root of Trust and zero-trust architecture.
