AMI Composer Hyperscale Management

AMI Composer® Hyperscale Management Ecosystem

AMI Composer® from AMI is a robust hyperscale node, rack and POD management ecosystem for both traditional and telco cloud infrastructure. It is built around a central framework that delivers core manageability features with simplified physical configurations of compute, network and storage-level resources. Various extensions to the AMI Composer framework add individual manageability capabilities including server, POD and telco cloud system management, thanks to its compliance with key management specifications like DMTF Redfish® and Intel® Rack Scale Design.

AMI Composer allows users to browse, assign, compose and manage physical resources at the rack, chassis, and system level through an intuitive and powerful web-based user interface. Administrators can compose physical resources to create a logical node and provision the logical node with the operating system and software required. This provides the advantage of demand-driven dynamic scaling to optimize datacenter resource utilization, reducing CAPEX and boosting operational efficiency.

The Four Manageability Extensions of AMI Composer

This extension works with any device that has AMI Composer System Manager and does not require an onboard Baseboard Management Controller (BMC)

This extension brings Redfish® based server management to any Redfish® compliant BMC, and adds BIOS and BMC configuration and update support not native to Redfish®

This extension adds Intel® RSD-based POD management for composable disaggregated infrastructure (CDI) system management

Arriving in late 2019, this extension delivers MANO-based telco cloud management, enabling service providers to provision Open Source MANO (OSM), provision and deploy network services and more

  • Platform agnostic manageability across the datacenter
  • "Automated everything" with deep extensibility and REST APIs for integration with orchestration software like OpenStack® and Microsoft® Azure®
  • Compliant with DMTF Redfish® and Intel® Rack Scale Design management specifications
  • Clean, responsive and flexible web interface dashboard for detailed views of system health and performance
  • Robust provisioning including BIOS and BMC firmware update, application deployment and more
  • System discovery, asset information and health monitoring
  • Logical node composition based on payload templates
  • Node provisioning through PXE server
  • Power operations: Restore composed node resources on PSME power cycle
  • Custom event logs and notifications
  • User Management, including role, privilege and alert management hierarchies