Oracle Acceleron SmartNIC helps Oracle Cloud Infrastructure (OCI) deliver high networking performance, strong isolation, and streamlined operations by bringing host NIC and cloud control functions together in a single device architecture with a security-first design.
First Principles: Oracle Acceleron for Next-Gen AI Workloads (10:11)
Oracle Acceleron SmartNIC helps increase networking performance for OCI Compute shapes by integrating key functions into a single architecture, with up to 2X networking improvements and substantial gains in packet processing.
Oracle maintains a security-first design that helps preserve strong isolation for multitenant cloud environments while supporting secure, segmented, and compliant data processing
Open standards interfaces for networking and storage help simplify workload integration, while Oracle-managed software updates reduce operational burden.
Oracle Acceleron is Oracle’s next-generation architecture for multitenant network and storage virtualization that powers OCI virtual cloud network services.
Oracle Acceleron SmartNIC is the implementation of that architecture in a SmartNIC, bringing together the packet-processing functions needed to improve performance, maintain strong isolation, and simplify operations.
Secure partitions assign resources at boot time to either the customer-managed NIC or the Oracle-managed environment.
Restricted on-chip communication limits processing exposure and helps preserve the security posture of earlier architectures.
These support secure boot, firmware validation, and hardware wipe during decommissioning to help protect customer data.
This service separates security policy from physical network design so administrators can define explicit access paths for data.
These help customers manage, monitor, and validate network behavior.
Virtual test access points, flow logs, OCI Network Path Analyzer, and others provide enhanced observability into network operating conditions.
Integrates host networking and cloud control functions into a single device rather than separating them across multiple components.
Reduces overhead, improves bandwidth efficiency, and simplifies infrastructure design while preserving OCI’s isolation model.
Integrated host networking, cloud control functions, and streamlined infrastructure design.
Brings storage, management, and tenant data traffic onto a single high performance physical interface.
Supports more efficient data movement and a simpler architecture across demanding cloud environments.
Storage traffic, management traffic, tenant data traffic, and a single physical interface.
Moves more networking and infrastructure processing into dedicated hardware instead of leaving that work on the host CPU.
Helps improve throughput, reduce latency, and free host resources for application workloads.
Packet processing acceleration, reduced CPU overhead, and more efficient infrastructure processing.
Preserves strict separation across critical functions within OCI’s multitenant cloud model, even within a more integrated design.
Maintains OCI’s isolation model while supporting greater efficiency and performance.
Secure partitioning, multitenant protection, and infrastructure-level isolation.
Supports interfaces such as VirtIO and NVMe to simplify integration across compute and storage environments.
Helps reduce operational complexity, improve compatibility, and support easier adoption.
Broader compatibility and simpler integration.
Provides built-in capabilities for observability, diagnostics, and lifecycle management across networking and infrastructure services.
Supports more consistent operations, improved troubleshooting, and stronger availability for demanding workloads.
Observability, diagnostics, lifecycle management, and operational insight.
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