Azure Beginner to Hero

🎯 อยากรู้ไหมว่าองค์กรใหญ่ ๆ เขาออกแบบ EA ยังไงกันจริง ๆ? EP7 นี้คุณ B และคุณ Lee จะพาคุณเจาะลึก Case Study จริงจากองค์กรระดับโลก ✅ เห็นภาพการนำ EA ไปใช้จริง ✅ เรียนรู้วิธีลดความซับซ้อนของระบบ ✅ จัดการโครงสร้างองค์กรแบบมืออาชีพ 👩‍💼 ฟังเรื่องจริงจากองค์กรที่ "ทำได้จริง" 📺 รับชมได้ทุกวัน เวลา 20.00 น. ทาง YouTube ช่อง: ไอไลค์ไอที ดอด อินโฟ

🎧 EP8 ปิดซีรีส์ EA Cloud Talk อย่างเต็มระบบ! ในตอนสุดท้ายนี้ เราพาคุณไปรู้จัก 5 เครื่องมือที่ Cloud Architect ทุกคนควรมี เพื่อวาง EA ให้ใช้งานได้จริงในองค์กร ✅ จากแค่แผน → สู่ระบบจริง ✅ ใช้ได้กับ Azure, AWS, GCP ✅ ครอบคลุมทั้ง Infra, DevOps, Business Alignment 🎯 และนี่คือ ตอนสุดท้ายของซีรีส์ EA Cloud Talk ขอบคุณทุกการฟัง แชร์ และแรงสนับสนุนตลอด 8 ตอนที่ผ่านมา 🙏 📺 ดูย้อนหลังทุกตอนได้ที่ช่อง YouTube: ไอไลค์ไอที ดอด อินโฟ และเตรียมพบกับพอดแคสต์รายการใหม่ Podcast IT เร็ว ๆ นี้!

The Azure Synapse Runtime for Apache Spark 3.4 was released as generally available (GA) on November 21, 2023, succeeding Apache Spark 3.3 in Synapse Analytics. It offers performance improvements, new features, and enhanced security. Users were encouraged to upgrade from older runtimes like 3.3 to 3.4, with a recommended migration plan involving assessment of compatibility, codebase analysis, and creation of new Spark pools for testing purposes[1]. Regarding its retirement, Azure announced that the Azure Synapse Runtime for Apache Spark 3.4 will be retired in March 2026. This means support for this runtime will end at that time, and customers should plan to migrate their workloads to newer supported runtimes before this date[3][5]. In summary: Release : Apache Spark 3.4 runtime for Azure Synapse became GA in November 2023. Upgrade advice : Users should test and migrate workloads from versions 2.4, 3.1, 3.2, or 3.3 to 3.4 to benefit from improvements. End of support / Retirement :...

Azure Backup has introduced public preview support for Azure Elastic SAN, providing a fully managed solution for backing up and restoring Elastic SAN volumes. This integration enables users to take instant point-in-time backups of Elastic SAN workloads, enhancing data protection and recovery capabilities for enterprise storage in the cloud[1][2]. Azure Elastic SAN itself is a cloud-native, fully managed storage area network (SAN) service designed to deliver high throughput, low latency, and enterprise-grade block storage, suitable for both migrated on-premises SAN workloads and new cloud applications. Key features include autoscale for capacity, snapshot capabilities, private endpoint support for secure network access, and shared volumes with SCSI Persistent Reservations allowing multiple compute clients to access a volume safely and concurrently[2][3][5]. The integration of Azure Backup with Elastic SAN allows users to: Efficiently back up Elastic SAN volumes with minimal operati...

Here is a summary based on the information from the Azure Migrate update and supporting documentation: Azure Migrate Support for Premium SSD v2 Disks – General Availability Overview Enhanced Support: Azure Migrate now generally offers support for Premium SSD v2 disks as part of migration projects. This enables organizations to leverage high-performance, cost-effective storage options for migrated workloads. Premium SSD v2 Features: These disks are designed for IO-intensive enterprise workloads, providing sub-millisecond disk latencies, high IOPS, and throughput at a lower cost compared to previous generations[2]. Migration Process: Migrating to Premium SSD v2 requires using snapshots—specifically, incremental snapshots for certain disk types (like Standard HDD, Standard SSD, or Premium SSD) when targeting Premium SSD v2 or Ultra Disks. Direct conversion is not supported for all scenarios, so migration via snapshots is recommended[1][5]. Limitations: Premium SSD v2 and Ultra...

Here is a structured summary of the Generally Available: Private Subnet launch announcement and key information from the official Azure Updates page referenced (https://azure.microsoft.com/updates?id=492953): General Availability of Azure Private Subnet Announcement Date: May 2025[1] Feature Status: Launched (now generally available for all Azure customers) Description: The "private subnet" feature for Azure Virtual Network is now production-ready, enabling customers to create subnets with enhanced network isolation and security. Key Benefits: Enhanced Security: Private subnets help restrict outbound internet access, reducing the risk of unauthorized data exfiltration. Explicit Internet Access: VMs in a private subnet do not have default outbound internet access, requiring explicit configuration of NAT gateways or other routes for connectivity[5]. Greater Control: Organizations gain more granular management over their Azure VM network traffic, allowing them t...

Summary of Azure Load Testing Updates Managed Identity Support Azure Load Testing now supports managed identity-based authentication flows , which allows users to securely simulate authentication requests without using passwords or keys. This feature is generally available and enables more secure authentication methods for load testing scenarios[4][5]. Key Features: Security : Managed identities provide a secure way to authenticate without exposing credentials, aligning with Azure's security initiatives[3][5]. Ease of Use : The feature simplifies the setup of load tests by allowing users to select managed identities directly in their test configurations[3]. Flexibility : It supports both system-assigned and user-assigned managed identities, giving users flexibility in managing access permissions[1][3]. Update on Azure Load Testing As of the latest updates, Azure Load Testing has enhanced its capabilities to support advanced authentication flows, ensuring that load tests ...

Certainly! Here’s a concise, expert summary of the recent launch and Microsoft Update for Change Streams for Azure Cosmos DB for MongoDB (vCore) . Overview Feature Launch: Change Streams for Azure Cosmos DB for MongoDB (vCore) is now generally available (GA)[1][3][5]. Purpose: Enables applications to react instantly to data changes in the vCore-based Azure Cosmos DB for MongoDB. Benefits: Supports real-time scenarios such as live dashboards, alert systems, and reactive applications by streaming database changes directly to your app[2][3][5]. Key Features and Details Real-Time Data Streaming: Change streams allow your application to subscribe to database changes, eliminating the need for continuous polling[2]. Cluster Support: Currently supported for single-shard clusters; multi-shard cluster support is in development[2]. Limits: Azure Cosmos DB for MongoDB (vCore) enforces a 400 MB limit on change streams; a support request is required to increase this limit[2]. Mana...

Retirement of Azure Regions in China Microsoft Azure operated by 21Vianet is planning significant changes to its regional infrastructure in China. Specifically, the China North 1 and China East 1 regions are scheduled for retirement. Key Points About the Retirement Retirement Date : Both China North 1 and China East 1 regions will be retired on July 1, 2026 [1]. Impact : Customers with services in these regions will experience disruptions if they do not migrate their services to other regions by the retirement date[1]. Recommended Action : Microsoft advises customers to migrate their services to alternative regions, such as China North 3 , to avoid service disruptions. Additional Service Updates Beyond the region retirement, there are other service updates relevant to Azure in China: Azure Batch Service Retirement : The Azure Batch service will also be retired on March 31, 2026 , in regions like India West , China North 1 , and China East 1 , due to regional constraints...

Overview of Azure Container Apps Serverless GPUs with Azure AI Foundry Models Azure has announced a public preview for Azure Container Apps serverless GPUs, which now support Azure AI Foundry models. This integration allows users to deploy ready-to-use AI models directly during container app creation, providing flexibility and efficiency in AI application development. Key Features Azure AI Foundry Models Support : Azure Container Apps now supports deploying Azure AI Foundry models, allowing users to integrate these models during app creation for efficient AI workflows[1][3]. Serverless GPUs : These GPUs enable automatic scaling, optimized cold start, and per-second billing. Users only pay for the GPU compute they use, and the feature scales down to zero when not in use[2][4]. Benefits for AI Development : Serverless GPUs accelerate AI development by focusing on core AI code rather than infrastructure management. This feature provides a middle layer between Azure AI Model Catalog...

Availability of Azure Premium SSD v2 and Ultra Disk in Indonesia Central Azure has expanded its storage offerings by making Premium SSD v2 and Ultra Disk available in the Indonesia Central region. This move enhances the storage options for users in this region, providing them with more choices for their workloads[4]. Key Features of Premium SSD v2 Performance : Offers a baseline performance of 3,000 IOPS and 125 MB/s for any disk size without additional cost[2]. Workloads : Suitable for IO-intensive enterprise workloads such as SQL, Oracle, MariaDB, SAP, Cassandra, and MongoDB[1]. Sector Size : Supports both 4K and 512E sector sizes, making it compatible with a wide range of applications[1]. Key Features of Ultra Disk Availability : Requires specific VM sizes and regions to ensure compatibility. It is now available in regions like Indonesia Central with two availability zones[3]. Redundancy : In regions without multiple availability zones, VMs must be deployed without in...

Calling all Azure Local (formerly Azure Stack HCI) users!  Take this 10-minute survey to give us your thoughts on running AKS Arc (Azure Kubernetes Service enabled by Azure Arc) on Azure Local for a chance to win one out of three (3) $250 USD virtual gift cards! Previous Kubernetes experience is NOT required—we’re looking for … The post Survey: Azure Local (formerly Azure Stack HCI) users!  appeared first on Thomas Maurer . อ้างอิงค์ : https://www.thomasmaurer.ch/2025/01/survey-azure-local-formerly-azure-stack-hci-users/

Calling all Azure Local (formerly Azure Stack HCI) users!  Take this 10-minute survey to give us your thoughts on running AKS Arc (Azure Kubernetes Service enabled by Azure Arc) on Azure Local for a chance to win one out of three (3) $250 USD virtual gift cards! Previous Kubernetes experience is NOT required—we’re looking for … The post Survey: Azure Local (formerly Azure Stack HCI) users!  appeared first on Thomas Maurer . อ้างอิงค์ : https://www.thomasmaurer.ch/2025/01/survey-azure-local-formerly-azure-stack-hci-users/

In this video, Thomas Maurer sits down with Thomas Bryant from Commvault to explore the capabilities of Commvault Cloud Rewind. Learn how to efficiently recover your Azure cloud environment and ensure the safety and integrity of your data. Whether you’re facing accidental deletions, cyber-attacks, data corruption, or other cloud-related challenges, this discussion provides valuable insights … The post Recover your Azure cloud environment with Cloud Rewind appeared first on Thomas Maurer . อ้างอิงค์ : https://www.thomasmaurer.ch/2025/03/recover-your-azure-cloud-environment-with-cloud-rewind/

Calling all Azure Local (formerly Azure Stack HCI) users!  Take this 10-minute survey to give us your thoughts on running AKS Arc (Azure Kubernetes Service enabled by Azure Arc) on Azure Local for a chance to win one out of three (3) $250 USD virtual gift cards! Previous Kubernetes experience is NOT required—we’re looking for … The post Survey: Azure Local (formerly Azure Stack HCI) users!  appeared first on Thomas Maurer . อ้างอิงค์ : https://www.thomasmaurer.ch/2025/01/survey-azure-local-formerly-azure-stack-hci-users/

The Docker Compose feature in Azure App Service will be officially retired on March 31, 2027. Users currently deploying and managing multi-container applications with Docker Compose are advised to transition to the newer Sidecar feature before this date[1][2][3]. The Sidecar feature, now generally available, is designed to replace Docker Compose by offering a more modern and streamlined approach to building and managing multi-container apps on Azure App Service. Key advantages of Sidecar over Docker Compose include: Simplified configuration for deploying multi-container applications. Full integration with the Azure portal, allowing individual container monitoring, management, and log viewing. Native compatibility with Azure App Service capabilities such as Virtual Network (VNet) integration and Managed Identity, which provide enhanced security and architectural flexibility[1]. Microsoft recommends using deployment slots during migration to test Sidecar configurations safely in ...

Summary of Docker Compose Feature Retirement for Azure App Service Announcement: Azure App Service has announced the retirement of the Docker Compose feature for multi-container deployment, effective March 31, 2027[1][2][5]. Replacement: The Docker Compose feature will be replaced by the new Sidecar feature, which is now generally available and offers a modernized approach to multi-container application management on Azure App Service[1][3][5]. Key Differences and Benefits of Sidecar Simplified Configuration: Sidecar provides a more intuitive and streamlined model for configuring and deploying multi-container applications compared to Docker Compose[1]. Azure Portal Integration: Offers deeper integration with the Azure portal, allowing users to monitor, manage, and view logs for each container individually[1]. Enhanced Features: Native support for Azure App Service features such as VNet and Managed Identity, enabling more secure and flexible architectures[1]. Modern Man...

In this episode of the Azure Essentials Show, Thomas is joined by Kailyn and Ben from Azure Marketing for a conversation about Azure Essentials, a comprehensive solution developed by Microsoft to help organizations navigate their cloud and AI journeys. The discussion highlights the high failure rate of AI projects, the importance of having robust organizational … The post Azure Essentials Overview Video appeared first on Thomas Maurer . อ้างอิงค์ : https://www.thomasmaurer.ch/2025/03/azure-essentials-overview-video/

Are you looking for ways to enhance the security of your Windows Server environment? In this video, we explore how to leverage App Control to secure your Windows Server and manage it at scale using Microsoft Azure Arc. Joining me is Carlos Mayol Berral, Program Manager at the Azure Edge Security team, who shares invaluable … The post Video: Windows Server App Control and Azure Arc appeared first on Thomas Maurer . อ้างอิงค์ : https://www.thomasmaurer.ch/2025/04/video-windows-server-app-control-and-azure-arc/

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I couldn't find specific information about the "Generally Available" status of DiskANN on Azure Database for PostgreSQL or the details from the update link you provided. However, I can give you an overview of DiskANN and its integration with Azure Database for PostgreSQL based on available information. Overview of DiskANN on Azure Database for PostgreSQL DiskANN is a powerful vector indexing algorithm developed by Microsoft Research. It is designed to enhance the performance of AI-driven applications by providing advanced vector search capabilities. DiskANN is now available on Azure Database for PostgreSQL - Flexible Server . Key Features of DiskANN Improved Performance : DiskANN offers superior latency and accuracy compared to existing methods like HNSW and IVFFlat in pgvector[1][3]. Scalability : It allows developers to build highly scalable and performant generative AI applications[3]. Filtered Vector Search : DiskANN overcomes limitations of pgvector by provi...

Summary of Azure File Sync in Italy North and Related Updates Azure File Sync in Italy North Availability : Azure File Sync is now generally available in the Italy North region as of May 16, 2025[1]. Purpose : Azure File Sync is designed to allow users to centralize their file services in Azure while maintaining compatibility with existing applications and file systems. Regional Significance : The Italy North region is a strategic location for Azure services, offering low latency and high performance, which are crucial for businesses operating in Italy. It aligns with European and Italian data residency regulations, ensuring data remains within regional borders[5]. Related Azure Updates The specific update from https://azure.microsoft.com/updates?id=492879 does not provide direct information related to Azure File Sync in Italy North, as the content is not available in the search results. However, generally, Azure updates often include new features, services, and region availa...

Azure Premium SSD v2 Disk Storage has now been made generally available in the Japan West region. This expands the regions where Premium SSD v2 is supported, which previously included several other locations such as Switzerland North, Japan East, Korea Central, and others[2][3]. Premium SSD v2 offers: Baseline performance of 3,000 IOPS and 125 MB/s per disk regardless of disk size, with no additional cost for performance[1]. Designed for IO-intensive enterprise workloads requiring sub-millisecond disk latencies and high IOPS/throughput at a low cost. Suitable for workloads like SQL Server, Oracle, MariaDB, SAP, Cassandra, MongoDB, big data/analytics, gaming, on virtual machines or stateful containers[2]. Supports 4k physical sector size by default, with the option to configure 512E sector size for compatibility with certain applications like Oracle Database[2]. In regions that support availability zones, including Japan West, Premium SSD v2 disks can only be attached to zonal ...

Azure Extended Zones in Perth: Public Preview and Updates Overview of Azure Extended Zones Azure Extended Zones are designed to support latency-sensitive and throughput-intensive applications by positioning them closer to end-users, thereby reducing latency and improving overall service delivery[3]. This technology is particularly beneficial for applications requiring quick data processing and fast response times. Public Preview: Perth - Azure Extended Zones The Azure Extended Zone in Perth is currently in public preview, with a planned full deployment by mid-2025[1][4]. This initiative is part of Microsoft's broader strategy to expand its global data center footprint and enhance cloud services in Western Australia[1][5]. Key Features and Benefits Reduced Latency : By hosting applications closer to users, Azure Extended Zones reduce latency, improving the efficiency and reliability of essential services[1][5]. Localized Services : This technology allows data to be processe...

Summary of Azure NetApp Files Support for Active Directory Connection Azure NetApp Files now supports creating one Active Directory (AD) connection per NetApp account. This feature allows for more flexibility in managing AD connections, which are crucial for various Azure NetApp Files functionalities, such as creating SMB, NFSv4.1 Kerberos, or dual-protocol volumes. Key Points Default Configuration : Previously, Azure NetApp Files supported only one AD connection per subscription and account within the same region. This limitation has been adjusted to allow one AD connection per NetApp account[1]. AD Integration Requirements : For effective deployment of Azure NetApp Files volumes, it is essential to integrate with Active Directory Domain Services (AD DS) or Microsoft Entra Domain Services. Incorrect integration can lead to client access issues for SMB, dual-protocol, or Kerberos NFSv4.1 volumes[2]. Supported Authentication Scenarios : Azure NetApp Files supports AD DS authentic...

Azure Ultra Disk Storage has been announced as generally available (GA) in the New Zealand North region, expanding its global availability. This service provides high throughput, extremely high input/output operations per second (IOPS), and consistent low latency disk storage for Azure virtual machines (VMs), making it ideal for data-intensive workloads such as SAP HANA, top-tier databases, and other transaction-heavy applications[4][1]. Key features of Azure Ultra Disk Storage include: Dynamic performance tuning of SSDs without VM restarts, allowing adjustment of disk throughput and IOPS in real-time based on workload needs. High scalability with disk sizes ranging from 4 GiB to 64 TiB. Throughput options between 300 MB/s and 2000 MB/s. IOPS capacity from 1,200 up to 160,000 per disk. Support for both Linux and Windows VMs, including flexible and uniform scale sets[1][5]. Regarding availability, Azure Ultra Disks support various redundancy options depending on the region. In...

Azure Migrate: Support for Premium SSD v2 Disks Azure Migrate has entered a public preview phase that includes support for migrating to Premium SSD v2 disks . This enhancement provides users with advanced disk options, offering greater flexibility and enhanced performance, particularly for mission-critical applications requiring high IOPS and throughput. Key Features and Benefits Performance and Flexibility : Premium SSD v2 disks are designed to provide higher performance compared to previous versions, making them suitable for demanding applications[5]. Public Preview : This feature is currently available in public preview, allowing users to test and evaluate its capabilities before general availability[5]. Migration Support : Azure Migrate now supports the migration of workloads to Premium SSD v2 disks, facilitating a "lift and shift" process for on-premises workloads moving to Azure[5]. Related Azure Updates The official Azure updates page highlights the support f...

Calling all Azure Local (formerly Azure Stack HCI) users!  Take this 10-minute survey to give us your thoughts on running AKS Arc (Azure Kubernetes Service enabled by Azure Arc) on Azure Local for a chance to win one out of three (3) $250 USD virtual gift cards! Previous Kubernetes experience is NOT required—we’re looking for … The post Survey: Azure Local (formerly Azure Stack HCI) users!  appeared first on Thomas Maurer . อ้างอิงค์ : https://www.thomasmaurer.ch/2025/01/survey-azure-local-formerly-azure-stack-hci-users/

Calling all Azure Local (formerly Azure Stack HCI) users!  Take this 10-minute survey to give us your thoughts on running AKS Arc (Azure Kubernetes Service enabled by Azure Arc) on Azure Local for a chance to win one out of three (3) $250 USD virtual gift cards! Previous Kubernetes experience is NOT required—we’re looking for … The post Survey: Azure Local (formerly Azure Stack HCI) users!  appeared first on Thomas Maurer . อ้างอิงค์ : https://www.thomasmaurer.ch/2025/01/survey-azure-local-formerly-azure-stack-hci-users/

Azure Migrate Support for Premium SSD v2 Disks in Public Preview Overview Azure Migrate has introduced support for Premium SSD v2 disks in its public preview phase. This addition enhances the flexibility and performance of Azure Migrate by allowing users to migrate to these advanced disks, which are particularly suited for mission-critical applications requiring high IOPS and throughput[4]. Key Features of Premium SSD v2 Disks Performance : Premium SSD v2 disks offer improved performance compared to their predecessors, making them ideal for applications that demand high input/output operations per second (IOPS) and high throughput[4]. Flexibility : Users now have more options for disk types when migrating or deploying workloads through Azure Migrate[4]. Sector Size : These disks support a 4K physical sector size by default but can also be configured to use a 512E sector size, accommodating a variety of application needs[2]. Migration Process The migration process to Premium...

Azure Migrate Support for Premium SSD v2 Disks Overview Azure Migrate has entered a public preview phase, offering support for migrations to Premium SSD v2 disks . This enhancement provides users with more advanced disk options, allowing for greater flexibility and improved performance, particularly suited for mission-critical applications requiring high IOPS and throughput[4]. Key Features and Benefits Performance and Flexibility : Premium SSD v2 disks are designed to offer superior performance compared to their predecessors. They support both 4k and 512E sector sizes, catering to a wide range of applications[2]. Enhanced IOPS and Throughput : These disks are optimized for high-performance applications, making them ideal for scenarios where data access speed is crucial[4]. Migration Support : Azure Migrate's support for Premium SSD v2 facilitates smoother transitions for users looking to upgrade their storage infrastructure[4]. Azure Update (ID: 482220) The Azure update...

Azure Migrate Supports Premium SSD v2 Disks Azure Migrate has recently entered a public preview phase, now supporting migrations to Premium SSD v2 disks . This feature offers enhanced flexibility and performance, making it ideal for mission-critical applications that require high IOPS and throughput[4]. Key Features of Premium SSD v2 High Performance : Designed for applications needing high IOPS and throughput. Sector Size Flexibility : Supports both a 4k physical sector size by default and can be configured for a 512E sector size[2]. Migration Support : Azure Migrate now supports migrating to these disks, providing a more streamlined process for upgrading storage solutions[4]. Migration Process Public Preview : Currently in public preview, indicating that it is being tested and refined before general availability[4]. Azure Migrate Integration : Facilitates easier migration of workloads to Premium SSD v2 disks, aligning with Azure's goal of providing robust storage opti...

Azure Migrate now supports migrating virtual machine disks to Azure Premium SSD v2 disks in public preview, enhancing users' ability to leverage advanced disk options with greater flexibility and improved performance. Premium SSD v2 disks are designed for mission-critical applications requiring high input/output operations per second (IOPS) and throughput, making them suitable for demanding workloads[4]. Previously, migrating from Premium SSD v1 to Premium SSD v2 involved a snapshot-based process, which was not seamless. The new feature introduced by the Azure disk product team enables direct conversion of disks from Premium SSD to Premium SSD v2 with just a few clicks, reducing complexity and downtime. However, this direct conversion currently requires the virtual machine to be stopped and deallocated and is available only in certain Azure regions[1][5]. Premium SSD v2 disks also support a 4K physical sector size by default, with an option to configure to a 512E sector size, ca...

Azure Migrate Supports Premium SSD v2 Disks Public Preview Azure Migrate has announced public preview support for migrating to Premium SSD v2 disks. This update aims to provide users with enhanced disk options that offer greater flexibility and improved performance. Here's a summary of the key aspects of this preview: Key Features Performance Enhancement : Premium SSD v2 disks are designed to deliver high IOPS (I/O operations per second) and throughput, making them ideal for mission-critical applications that require intense data processing[4]. Flexibility : The addition of Premium SSD v2 support allows users to select disk types based on specific workload requirements, offering versatility in deployment options[4]. Integration with Azure Migrate : Azure Migrate now facilitates seamless migration to these high-performance disks, streamlining the migration process for advanced applications[4]. Related Azure Updates The support for Premium SSD v2 disks is part of broader ...

Overview of Azure Migrate Supporting Premium SSD v2 Disks Azure Migrate now supports the migration to Premium SSD v2 disks in public preview. This enhancement provides users with advanced disk options, offering greater flexibility and improved performance[4]. Key Features: Performance Enhancement : Premium SSD v2 disks are designed for mission-critical applications that require high IOPS (Input/Output Operations Per Second) and throughput[4]. Migration Flexibility : Users can migrate their existing disks to Premium SSD v2, which supports a 4k physical sector size by default but can be configured for a 512E sector size[2][4]. Public Preview Status : The feature is currently available in public preview, allowing early adopters to test and refine their deployment strategies with these newer disk types[4]. Update from Azure Migrate As part of this update, Azure Migrate provides a streamlined process for migrating to Premium SSD v2 disks, enhancing the overall migration experienc...

Public Preview: Azure Migrate Supports Premium SSD v2 Disks Azure Migrate has introduced a public preview feature that supports migration to Premium SSD v2 disks. This update provides users with advanced disk options, offering greater flexibility and enhanced performance, making them ideal for mission-critical applications requiring high IOPS and throughput[4]. Key Features and Benefits: Enhanced Performance : Premium SSD v2 disks offer improved performance capabilities, making them suitable for demanding applications. Flexibility : The support for Premium SSD v2 disks in Azure Migrate provides users with more options for managing their storage needs, especially in environments where high IOPS and throughput are critical. Migration Support : Azure Migrate now allows users to migrate their existing infrastructure to Premium SSD v2 disks, facilitating upgrades and migrations for enhanced performance. Link to Azure Update: For more details on the Azure update, you can refer to t...

Summary: Azure Migrate Support for Premium SSD v2 Disks Azure Migrate has entered a public preview phase where it supports migration to Premium SSD v2 disks. This update provides users with advanced disk options, offering greater flexibility and enhanced performance, making them ideal for mission-critical applications that require high IOPS and throughput[4]. Key Features of Premium SSD v2 Disks Performance : Premium SSD v2 disks are designed to deliver higher performance compared to their predecessors. Flexibility : They support both 4k physical sector size by default and can be configured for 512E sector size to accommodate different application needs[2]. Use Cases : Suitable for high-demand applications requiring high IOPS and throughput. Migration Process Azure has introduced features to simplify the migration process from older disk types to Premium SSD v2 disks. Users can convert existing Standard SSD, Standard HDD, or Premium SSD v1 disks to Premium SSD v2 disks wi...

Retirement of Language Understanding (LUIS) Overview Language Understanding (LUIS) is a cloud-based conversational AI service that applies machine-learning intelligence to predict the meaning of natural language text and extract relevant information[3]. However, there is no evidence that the retirement date of LUIS has been extended to October 31, 2025. The official retirement date remains October 1, 2025[1][3]. Retirement Details Retirement Date : LUIS will be retired on October 1, 2025[1][3]. New Resource Creation : Starting April 1, 2023, users cannot create new LUIS resources[1][3]. Existing Resources : Existing LUIS resources and applications will continue to receive full support until the retirement date[1]. Migration Recommendations Microsoft recommends migrating LUIS applications to Conversational Language Understanding (CLU), a capability of Azure Cognitive Services for Language, to benefit from continued support and multilingual capabilities[1][3]. However, CLU doe...

Calling all Azure Local (formerly Azure Stack HCI) users!  Take this 10-minute survey to give us your thoughts on running AKS Arc (Azure Kubernetes Service enabled by Azure Arc) on Azure Local for a chance to win one out of three (3) $250 USD virtual gift cards! Previous Kubernetes experience is NOT required—we’re looking for … The post Survey: Azure Local (formerly Azure Stack HCI) users!  appeared first on Thomas Maurer . อ้างอิงค์ : https://www.thomasmaurer.ch/2025/01/survey-azure-local-formerly-azure-stack-hci-users/

Calling all Azure Local (formerly Azure Stack HCI) users!  Take this 10-minute survey to give us your thoughts on running AKS Arc (Azure Kubernetes Service enabled by Azure Arc) on Azure Local for a chance to win one out of three (3) $250 USD virtual gift cards! Previous Kubernetes experience is NOT required—we’re looking for … The post Survey: Azure Local (formerly Azure Stack HCI) users!  appeared first on Thomas Maurer . อ้างอิงค์ : https://www.thomasmaurer.ch/2025/01/survey-azure-local-formerly-azure-stack-hci-users/

Summary of Azure's 6th Generation Intel-based VMs Azure has announced the general availability of its 6th generation Intel-based virtual machines, specifically the Dv6 and Ev6 series. These VMs are powered by the 5th Generation Intel Xeon Platinum processors, offering enhanced performance and scalability for various workloads. Key Features and Specifications Dv6 Series : Offers a balance of CPU to memory performance with scalability up to 128 vCPUs and 512 GiB of RAM. This series includes the Dlv6 and Dv6 models, both providing increased CPU cache size, higher memory bandwidth, and faster storage options[1][2]. Ev6 Series : Ideal for memory-intensive workloads, offering up to 192 vCPUs and over 1.8 TiB of RAM. These VMs are suitable for applications like relational databases, data warehousing, and in-memory analytics[2][4]. Processor Technology These VMs utilize the 5th Generation Intel Xeon Platinum processors, specifically the 8537C (Emerald Rapids) processor for the Dv6...

Calling all Azure Local (formerly Azure Stack HCI) users!  Take this 10-minute survey to give us your thoughts on running AKS Arc (Azure Kubernetes Service enabled by Azure Arc) on Azure Local for a chance to win one out of three (3) $250 USD virtual gift cards! Previous Kubernetes experience is NOT required—we’re looking for … อ้างอิงค์ : https://www.thomasmaurer.ch/2025/01/survey-azure-local-formerly-azure-stack-hci-users/

Introduction to 6th Generation Intel-based VMs Azure has announced the general availability of the 6th generation Intel-based virtual machines, specifically the Dv6 and Ev6 series. These VMs are powered by the 5th Generation Intel Xeon Platinum processor, providing enhanced performance and scalability. Key Features and Specifications Processors : The new VMs are based on the Intel Xeon Platinum 8537C (Emerald Rapids) processor, which is associated with the 5th generation in the context of new VM series support[5]. CPU and Memory Scalability : The Dv6 series offers up to 128 vCPUs and 512 GiB of RAM, making it suitable for general-purpose workloads[3]. In contrast, the Ev6 series provides even higher scalability with up to 192 vCPUs and more than 1.8 TiB of RAM, ideal for memory-intensive applications[3]. Storage Options : Both series offer VMs with and without local disk storage. Users can attach remote persistent disks like Premium Disk v1, Premium Disk v2, or Ultra Disks to th...

Neon Serverless Postgres has officially reached General Availability (GA) as an Azure Native Integration as of May 7, 2025. This milestone signifies that developers using Azure can now access a powerful, serverless Postgres database solution fully embedded within the Azure ecosystem without friction[1][2]. Key Features and Benefits at GA Native Azure Integration: Neon Serverless Postgres appears directly in the Azure portal alongside Microsoft's own database offerings, allowing provisioning and management of Neon projects, branches, and connection strings via the Azure portal, CLI, and SDK[2]. Seamless Provisioning and Management: Developers can create Neon organizations, projects, and branches directly from Azure, streamlining workflows and enabling a faster path from development to production[1][2]. Single Sign-On (SSO): Authentication is integrated with Microsoft Entra ID (formerly Azure Active Directory), allowing secure access with existing Microsoft credentials[2][3]...

Azure Storage Actions: Serverless Storage Data Management – Generally Available Azure Storage Actions has officially launched as a generally available (GA) serverless data management solution for Azure Blob Storage and Azure Data Lake Storage. This feature revolutionizes the way organizations manage large-scale data assets by automating complex data operations with minimal manual intervention or programming expertise[3][2][5]. Key Features No-Code Task Automation Users can compose, validate, and deploy data management tasks using an intuitive, no-code interface, allowing even non-developers to define complex conditional logic for processing objects[3][5]. Serverless Infrastructure No provisioning or management of infrastructure required. The platform automatically scales to handle billions of storage objects across multiple storage accounts[2][3]. Dynamic Targeting Tasks can target objects based on properties like blob tags and metadata, enabling precise, automated operation...

Launched: Generally Available Enhanced Cost Management Exports Microsoft announced the general availability of enhanced Cost Management exports in April 2025, introducing significant improvements to streamline FinOps practices[1][2]. Key Enhancements Expanded datasets : Export price sheets, reservation recommendations, reservation details, and reservation transactions alongside standard cost/usage data (actual and amortized)[1][5]. FOCUS compliance : Supports the FinOps Open Cost and Usage Specification to standardize cost data across cloud providers, combining actual/amortized costs and reducing storage needs[1][5]. Optimized file handling : Formats : CSV or Parquet with compression Partitioning : Splits large datasets into manageable chunks Overwrite : Replaces previous files in daily exports[1][5] Security : Export directly to storage accounts behind firewalls[1]. API & UX improvements : New API for programmatic export management[1] Simplified workflow...

Modernization Advisor for SQL Server on Azure Virtual Machines The Modernization Advisor for SQL Server on Azure Virtual Machines is a tool currently in public preview that aids in modernizing SQL Server workloads by transitioning them to a fully managed PaaS environment, specifically Azure SQL Managed Instance. This tool is designed to assist users in migrating from SQL Server on Azure VMs to Azure SQL Managed Instance, which can provide cost savings, performance optimization, and simplified management. Key Features of Modernization Advisor Cost Optimization : It helps assess whether Azure SQL Managed Instance is a more cost-effective option compared to SQL Server on Azure VMs[1][2]. Performance Optimization : The tool evaluates your current SQL Server configuration and provides insights on how to improve performance by migrating to Azure SQL Managed Instance[1][3]. Configuration Matching : It matches your SQL Server VM configuration with a suitable Azure SQL Managed Instance c...

Here's a concise summary of Azure's Generally Available: Fallback to Internet on Private DNS Zones based on available documentation and relevant sources: Overview The Fallback to Internet feature for Azure Private DNS Zones is now generally available, allowing DNS queries for non-private records to resolve via public DNS servers when no matching record exists in the configured private zones[1][3][5]. This ensures seamless hybrid environments and reduces DNS resolution failures. Key Functionality Automatic Public DNS Resolution : Queries for records not defined in private DNS zones automatically resolve using public internet DNS servers if enabled[5]. Hybrid Environment Support : Ideal for scenarios requiring access to both private endpoints and public resources without manual DNS configuration[3][4]. Enhanced Resilience : Minimizes application downtime caused by DNS resolution failures in isolated or on-premises environments[2][4]. Configuration Steps Enabl...