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This article discusses advancements in Azure's computing capabilities showcased at Ignite 2025. Key features include Direct Virtualization for low-latency access to GPUs, Large Container sizes for enhanced performance, and automation tools like Scheduled Actions for managing multiple VMs efficiently.
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Ignite 2025 showcased trends in cloud computing, particularly around the growing demands of modern workloads like AI inference and data analytics. Key advancements from Azure aim to enhance performance, scalability, and operational efficiency. Direct Virtualization stands out, offering near bare-metal performance with low latency for workloads that depend heavily on GPUs and NVMe storage. This feature allows faster launches and improved cost efficiency for high-demand applications.
Large containers received significant attention for their ability to support AI and big data applications with increased vCPU and memory configurations. This change simplifies orchestration by reducing the number of containers needed, which in turn cuts down on latency. Azure also introduced VM Applications, allowing users to deploy multiple applications across thousands of VMs effortlessly, with automatic replication across regions and streamlined updates. Scheduled Actions now enable users to automate power operations for up to 5,000 VMs, optimizing costs during off-peak hours.
The Azure Compute Gallery has improved its resiliency features, including Soft Delete and Zonal Redundant Storage (ZRS), enhancing data protection and minimizing downtime. Customers can now mix different VM sizes using VMSS Instance Mix, which allows for flexible capacity management. Best practices shared at Ignite emphasized using the latest SKUs and leveraging these new features for optimal performance and cost management. Overall, Azureβs updates reflect a strategic shift towards an intelligent, adaptable compute platform designed to meet the needs of next-generation workloads.
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