Workflow
Oracle Introduces New Cloud Networking Capabilities for Any Workload
OracleOracle(US:ORCL) Prnewswireยท2025-10-14 12:26

Core Insights - Oracle has announced new networking capabilities in Oracle Acceleron, enhancing data movement with direct paths, reducing overhead, and providing high-bandwidth, ultra-low-latency connections [1][2] - The new features aim to help customers run workloads faster and more cost-effectively, leveraging over a decade of cloud networking innovation [1][3] Networking Capabilities - Oracle Acceleron integrates dedicated network fabrics, direct data paths, and a converged NIC to enhance performance and reduce costs, while also implementing host-level zero-trust routing and multi-planar designs for improved security and resilience [2][3] - The architecture allows for line-rate encryption throughput, ultra-low latency, and up to 2x potential network processing capacity and storage IOPS, benefiting a wide range of OCI customers [2] Fabric Network Architecture - The dedicated fabric network architecture provides predictable low-latency, high-bandwidth connectivity by isolating traffic and supporting multiple fabrics, optimizing throughput and latency for various workloads [7] - Multi-planar networking enhances network resiliency and flexibility by connecting customer NICs to multiple isolated network planes, allowing for instant traffic shifts in case of issues [7] Converged NIC and Security Features - The converged NIC increases throughput and lowers costs while maintaining strong isolation between customer and provider planes, enabling storage acceleration and line-rate encryption [8] - Zero-Trust Packet Routing (ZPR) secures workloads with least-privilege enforcement and simplifies policy management, enhancing security for sensitive endpoints [8][9] Industry Collaboration - Industry leaders like Arista Networks and AMD are leveraging Oracle Acceleron to enhance AI initiatives, improve efficiency, and strengthen security, indicating strong partnerships and collaborative innovation [10]