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Pre-Installation Setup for Pure Storage FlashArray Installation Overview (Pure Storage FlashArray) Version . Installation Overview (Pure Storage FlashArray) Use the
Introduction to FlashArray - Pure Storage
Associate Pure Storage FlashArray Architect Associate Exam ID: FAAA_005 Certification Offered: Pure Storage Certified FlashArray Architect AssociateDemonstrate your knowledge, skills and ability to identify, qualify, and architect FlashArray™ solutions by completing the FlashArray Architect Associate certification exam. This exam establishes all candidates with a foundation in Pure Storage FlashArray product architecture.Target candidates for this certification are technical sellers who have 1-3 years of storage experience and 3-12 months of Pure Storage experience. They should have a general knowledge of the Pure Storage product portfolio and associated market differentiation, with an emphasis on product positioning and qualifying solutions. Successful candidates understand the design principles necessary to architect storage solutions including Pure Storage FlashArray, Evergreen™, and Pure1®.Click here to access the Exam Guide, which serves as an essential resource for candidates preparing for the certification. The guide details the exam structure, content areas, and the skills and knowledge required to succeed. It aims to equip candidates with a clear understanding of the exam expectations, enabling effective preparation and boosting confidence to achieve certification.Exam topics:Workload Evaluation and PlanningQualify, Position, and SellArray Architecture and Monitoring Advance your career as a Pure Storage Certified FlashArray™ Implementation Specialist with professional skills in pre-installation, installation, upgrades, and post-installation procedures. You’ll be qualified to implement Pure Storage FlashArray storage within a small, medium or enterprise environment, keeping the infrastructure reliable and resilient. Targeted roles include internal Pure Storage Support Specialists, Partner Support Specialists who have root level access, and Enterprise or Dark Site customers who have root level access.Take the Pure Storage Certified FlashArray Implementation Specialist Prep to get ready for this certification exam. All on-demand courses are currently available at no charge through the Pure Academy (Customer Portal | Partner Portal | Employee Portal) with a login ID and password. Register for instructor-led training (ILT) and virtual instructor-led training (vILT) through your Pure Storage Partner or Channel Account Manager.The Pure Storage Certified FlashArray Implementation Specialist Study Guide is a robust resource that will help you in preparing for your exam. Along with featuring all exam topics and associated subtopics, it includes recommended study resources and sample questions. Use the study guide to gauge your competency and tailor your study approach to achieve success in your certification journey.Exam TopicsUpgrades (32%) Pre-Installation/Upgrade (25%) Post-Installation/Upgrade (20%) Installation (23%)The exam consists of 60 multiple choice scored questions and up to 15 unscored questions with a 120-minute time limit.Pure Storage FlashArray vs Pure Storage FlashBlade
Nature. The file system must ensure that the user won’t be able to create a cycle by moving a directory into its own subdirectory. For distributed systems, this isn’t necessarily trivial because the entire directory graph isn’t known to any one node. So, in the presence of potentially many concurrent modifying operations, the file system must ensure that a user won’t manage to create a cycle of directories. These types of problems simply don’t exist in an object store.Snapshots vs. VersionsSince the file and object storage models are fundamentally quite different, features that have been built in the two worlds also differ.For example, a common way to protect a file system against accidental data destruction is by taking point-in-time consistent snapshots of the entire file system or a top-level directory. Since a file system has an interdependent hierarchical structure, you typically want to be able to recover back to a consistent point in time. Due to operations like a directory move, an inconsistent view of a file system could have a cycle or unreachable clusters of directories.In object stores, the individual objects are completely independent. A common way to protect objects is through object versions—by keeping old versions of replaced or deleted objects.Furthermore, as you get into advanced features for file and object use cases, there’s further divergence between the file and object worlds. For example, the expectations around replication and geo-distribution are quite different in each.Let’s SummarizeThe goal is to design a system that can store two types of entities with different properties: DirectoryBucketOrganizationHierarchicalFlatOrderingUnorderedOrderedEntry CountModerateMassiveModificationsTransactionalIndependentProtectionSnapshotsVersionsSo, while the file and object worlds have some similarities, there are plenty of deep differences. And our goal is to design a system that can handle both! Read part two of the series: Designing a System to Store Both Files and Objects Expanding Snapshot Monitoring with Modern Pure Storage InnovationsAs organizations continue to prioritize efficient storage management, Pure Storage has evolved its product offerings to meet modern data demands. Building on the principles outlined in monitoring snapshot space consumption, let’s explore some of the latest advancements in Pure Storage’s portfolio.Unified Block and File Storage with FlashArray//CThe Pure Storage FlashArray//C, designed for cost-efficient capacity-optimized workloads, offers enhanced capabilities that align perfectly with snapshot-based data management. With unified block and file storage, users can consolidate multiple workloads on a single platform while maintaining predictable performance. The integration of file storage capabilities extends snapshot management to file-based workflows, enabling seamless space consumption monitoring across different data types.Some key features of FlashArray//C include:Cost-optimized Storage: Built for secondary workloads, FlashArray//C provides high-density storage at a lower total cost.Data Reduction: Industry-leading data reduction technologies ensure minimal snapshot space usage.Always-On Efficiency: Inline deduplication and compression work together to optimize storage space, making snapshot retention cost-effective.By leveraging FlashArray//C, organizations can simplify storage management and enhance their snapshot monitoring strategies, particularly for hybrid or secondary storage environments.Comprehensive Product Suite for End-to-End Data ManagementPure Storage’s product lineup offers a robust foundation for addressing diverse storage needs, from mission-critical workloads to scalable, cost-effective solutions. The. Pre-Installation Setup for Pure Storage FlashArray Installation Overview (Pure Storage FlashArray) Version . Installation Overview (Pure Storage FlashArray) Use thePure Storage FlashArray: Uncomplicated Storage for VDI
The same array. They also have the ability to move workloads in and out of realms, as well as delegate “consumers”—tenant users who can manage data services inside a realm as a tenant.SAW Sample Use Case: Test/Dev OperationsImplementing an SMT model isn’t just for service providers wanting to securely isolate tenants and prevent data spillage between the two—there are many possibilities for enterprises and organizations. Consider an array that concurrently supports production workloads and the Test/Dev team. Many data center architectures might mitigate CPU overconsumption by controlling resources to virtual machines between those tenants but have no way of accomplishing the same with the enterprise storage side. This becomes an easy fix with Pure Storage SMT, where the Test/Dev environment is set up as a consumer tenant that can be managed with a quota and QoS while doing its testing on replicas from production data and managing its own snapshots. This configuration allows for database managers to self-manage their snapshots and any testing they perform without fear of suffocating the production tenant of the array. Pure Storage FlashArray and FlashBlade: Dead-easy SMT to Be IncludedPure Storage is proud to announce that FlashArray will be capable of supporting SMT with Purity updates beginning this month. Once updated, the array will be capable of allowing storage administrators the option to logically divide their storage to better align with upstream demands from their end customers and workloads. Here are some highlights of how our multi-tenancy approach shines brighter than alternative solutions:Simpler configuration for shared infrastructure. Pure Storage SMT requires 75% fewer parameter definitions compared to the competition, making it simpler to implement and manage.Better visibility and isolation capabilities. This capability allows an infrastructure owner to provision more workloads per array, thus increasing array utilization and tenant density.Improved security to prevent data leakage. SMT’s implementation filters traffic at the protocol level based on upstream namespaces to ensure data is not leaked among tenants.This is the first step to a bigger vision. Secure Application Workspaces is the end goal, with traditional and container SMT storage being managed by a unified console.And, in true Pure Storage fashion, SMT will be included with no extra costs and will be simple to implement and manage. In fact, any volumes will be able to non-disruptively migrate into a new tenant space.Some Initial Release NuancesOn its release, FlashArray will support SMT on block-only volumes, while FlashBlade® will support it on file workloads. It will be available on FlashArray files later in the year. SMT will also be only accessible via the command line on initial release. It will be integrated into the array UIs by the end of the year, as well.Keep up with the latest innovations to the Pure Storage platform.Learn More about Pure Storage SMT The Pure Storage release of SMT comes at a great time in the industry. Many organizations are looking to make their data center infrastructure more “cloud-like” in how it operates. SMT and SAW deliver on that vision. Be sure to reach out to Ciclos de P/E). Sin embargo, el rendimiento y la resistencia son relativos. Flash aún posee órdenes de aumentos con más rendimiento que los HDD y existen soluciones alternativas para abordar las limitaciones de resistencia de QLC (p. ej., utilizar flash con SLC como caché). La misma compensación retrasó la adopción de las TLC luego de su primera aparición, pero la tecnología mejoró con el tiempo y, en la actualidad, la mayoría de las matrices de almacenamiento en flash empresariales ofrecen alto rendimiento, confiabilidad y velocidad con NAND para TLC. Con la llegada de flash con QLC, ahora puede disfrutar la velocidad del almacenamiento basado íntegramente en tecnología flash a un costo por capacidad que puede igualar o superar las matrices de almacenamiento en HDD. Las ventajas de flash con QLC Las ventajas frecuentes de la memoria flash con QLC incluyen: Un costo total de propiedad (TCO, total cost of ownership) menor para las cargas de trabajo centradas en la lectura. Una reducción de la huella de los centros de datos. Un aumento exponencial en la capacidad con la velocidad de flash completo. ¿Por qué conviene elegir Pure Storage para flash con QLC? Pure Storage® FlashArray//C no utiliza módulos flash SSD como otros proveedores de almacenamiento. Los módulos DirectFlash® de Pure permiten que el flash en bruto se conecte directamente mediante NVMe, lo cual reduce la latencia e incrementa la tasa de transferencia. Esto permite que FlashArray//C maximice el rendimiento de sus módulos flash con QLC y, al mismo tiempo, ofrece un costo por capacidad comparable con las matrices de almacenamiento híbridas y en HDD. Otras ventajas del uso de FlashArray//C para sus necesidades de almacenamiento incluyen: Evergreen™ Storage para verdaderas actualizaciones sin interrupción, sin ningún tiempo de inactividad ni migración de datos. Un único panel para administrar todos los recursosPure Storage FlashArray//XL NVMe Storage
Cases for customers running on a variety of Pure products including FlashArray™, FlashBlade®, and Evergreen//One™, as well as any other underlying on-premises or cloud storage. With Portworx, Pure customers get a modern data platform that manages storage and data protection for their Kubernetes applications, no matter where they are running. 2. Who uses Portworx’s offerings today? As the #1 Kubernetes Storage Platform, according to GigaOm Research, many of the world’s largest digital enterprises use Portworx in production, including Carrefour, Comcast, GE Digital, Kroger, Lufthansa, and T-Mobile. Developers can download Portworx software; use it for free in initial deployments and pilot projects; and then scale it to the largest, most-resilient global deployments with paid editions and enterprise support as they progress through the Kubernetes lifecycle. 3. What does Portworx bring to Pure Storage? Portworx helps Pure Storage realize the vision of a Modern Data Experience™ by providing a subscription-based data-services platform for cloud-native applications running across hybrid-cloud environments in containers. With Portworx, Pure Storage can accelerate their digital transformation by easily running any cloud-native data service, in any cloud, using any Kubernetes platform with built-in high availability, data protection, data security, and hybrid-cloud mobility. Together, Pure and Portworx provide the most complete set of Kubernetes storage choices, from bare metal or cloud storage with Portworx software-defined storage to fully managed all-flash arrays, providing the right storage options at all phases of the cloud-native lifecycle. ResourcesInstall Portworx with Pure Storage FlashArray
Require minimal impact on host system resources, VirtualBox is an excellent choice. It’s efficient enough to run multiple VMs on a single machine with limited resources, making it ideal for educational purposes, learning about different operating systems, or running less demanding virtualized environments.User-friendly interface with active community support: VirtualBox provides an intuitive GUI that makes VM creation and management accessible even to beginners. Coupled with extensive documentation, tutorials, and a large, active community forum, users can easily find support, troubleshoot issues, and learn best practices, making VirtualBox a great option for those new to virtualization.ConclusionYour choice between Hyper-V and VirtualBox depends on your specific requirements. Hyper-V suits enterprise environments prioritizing performance, security, and Microsoft service integration. VirtualBox offers flexibility and ease of use for individual developers and cross-platform environments.Consider how your chosen virtualization platform aligns with your broader infrastructure. Pure Storage solutions like FlashArray™ and Pure Cloud Block Store™ complement both VMware and alternatives like Hyper-V and VirtualBox. To optimize storage and maximize virtualization performance, explore Pure Storage’s modern hybrid cloud solutions.17 pages, EbookReal-World Data Virtualization Stories. Pre-Installation Setup for Pure Storage FlashArray Installation Overview (Pure Storage FlashArray) Version . Installation Overview (Pure Storage FlashArray) Use the Download Pure Storage FlashBlade product report Also Known As. Pure FlashArray//X NVMe, Pure FlashArray//X, FlashArray//X. PowerStore. No data available Overview. Pure StorageCustomers Love Pure Storage FlashArray
1. Returns The 30-day return period is calculated from invoice date. Exceptions to Dell's standard return policy still apply, and certain products are not eligible for return at any time. See dell.com/returnpolicy. 2. Expedited Delivery: Expedited Delivery not available on certain TVs, monitors, batteries and adapters, and is available in Continental (except Alaska) U.S. only. Other exceptions apply. Not valid for resellers and/or online auctions. Offers subject to change, not combinable with all other offers. See Dell.com/rewardsfaq. 3. Onsite Service After Remote Diagnosis and Other Important Information: *On-site Service or Advanced Exchange Service after remote diagnosis: (a) On-site Service after remote diagnosis is determined by the online or phone technician, and may involve customer access to the inside of the system and multiple extended sessions. If the issue is covered by the Limited Hardware Warranty and cannot be resolved remotely, the technician and/or replacement part will be dispatched, usually in 1 or 2 business days, following the completion of the remote diagnosis. The customer must return the original hardware to Dell according to the rules specified. On-site service is provided by Dell Marketing L.P; Availability varies. Other conditions apply. (b) Advanced Exchange Service replaces hardware after remote diagnosis. The customer must return the original hardware to Dell according to the rules specified. Advanced Exchange Service is subject to country availability. (c) For complete details about On-site Service or Advanced Exchange Service, see dell.com/servicecontracts.4. Accidental Damage-Additional Information: Accidental Damage Service excludes theft, loss, and damage due to fire, flood or other acts of nature, or intentional damage. Customer may be required to return damaged unit to Dell. Limit of 1 qualified incident per contract year. For more information, consumers visit Accidental Damage Service Contract (Consumer) or commercial customers visit Accidental Damage Service Contract (Commercial). 5. PowerScale optimizes your workloads with up to 186PB per cluster.5 Feel the flexibility of PowerScale. 9.5x more PB per cluster than Pure FlashBlade//S.5 5Based on Dell analysis, July 2023. 6. PowerStore intelligently automates with 5x better data density.6 PowerStore delivers 5x better data density than Pure FlashArray//X20.6 6Based on Dell internal analysis using publicly available specs in August 2023 comparing maximum effective capacity for PowerStore 1200 and FlashArray //X20. Assumes average 4:1 data reduction for PowerStore, 5:1 for Pure Storage. Actual results vary. 7. World’s broadest storage portfolio with comprehensive security features.7 7Based on Dell analysis of Primary, Unstructured, PBBA and HCI segments, April 2023. 10.Comments
Associate Pure Storage FlashArray Architect Associate Exam ID: FAAA_005 Certification Offered: Pure Storage Certified FlashArray Architect AssociateDemonstrate your knowledge, skills and ability to identify, qualify, and architect FlashArray™ solutions by completing the FlashArray Architect Associate certification exam. This exam establishes all candidates with a foundation in Pure Storage FlashArray product architecture.Target candidates for this certification are technical sellers who have 1-3 years of storage experience and 3-12 months of Pure Storage experience. They should have a general knowledge of the Pure Storage product portfolio and associated market differentiation, with an emphasis on product positioning and qualifying solutions. Successful candidates understand the design principles necessary to architect storage solutions including Pure Storage FlashArray, Evergreen™, and Pure1®.Click here to access the Exam Guide, which serves as an essential resource for candidates preparing for the certification. The guide details the exam structure, content areas, and the skills and knowledge required to succeed. It aims to equip candidates with a clear understanding of the exam expectations, enabling effective preparation and boosting confidence to achieve certification.Exam topics:Workload Evaluation and PlanningQualify, Position, and SellArray Architecture and Monitoring
2025-04-14Advance your career as a Pure Storage Certified FlashArray™ Implementation Specialist with professional skills in pre-installation, installation, upgrades, and post-installation procedures. You’ll be qualified to implement Pure Storage FlashArray storage within a small, medium or enterprise environment, keeping the infrastructure reliable and resilient. Targeted roles include internal Pure Storage Support Specialists, Partner Support Specialists who have root level access, and Enterprise or Dark Site customers who have root level access.Take the Pure Storage Certified FlashArray Implementation Specialist Prep to get ready for this certification exam. All on-demand courses are currently available at no charge through the Pure Academy (Customer Portal | Partner Portal | Employee Portal) with a login ID and password. Register for instructor-led training (ILT) and virtual instructor-led training (vILT) through your Pure Storage Partner or Channel Account Manager.The Pure Storage Certified FlashArray Implementation Specialist Study Guide is a robust resource that will help you in preparing for your exam. Along with featuring all exam topics and associated subtopics, it includes recommended study resources and sample questions. Use the study guide to gauge your competency and tailor your study approach to achieve success in your certification journey.Exam TopicsUpgrades (32%) Pre-Installation/Upgrade (25%) Post-Installation/Upgrade (20%) Installation (23%)The exam consists of 60 multiple choice scored questions and up to 15 unscored questions with a 120-minute time limit.
2025-04-20Nature. The file system must ensure that the user won’t be able to create a cycle by moving a directory into its own subdirectory. For distributed systems, this isn’t necessarily trivial because the entire directory graph isn’t known to any one node. So, in the presence of potentially many concurrent modifying operations, the file system must ensure that a user won’t manage to create a cycle of directories. These types of problems simply don’t exist in an object store.Snapshots vs. VersionsSince the file and object storage models are fundamentally quite different, features that have been built in the two worlds also differ.For example, a common way to protect a file system against accidental data destruction is by taking point-in-time consistent snapshots of the entire file system or a top-level directory. Since a file system has an interdependent hierarchical structure, you typically want to be able to recover back to a consistent point in time. Due to operations like a directory move, an inconsistent view of a file system could have a cycle or unreachable clusters of directories.In object stores, the individual objects are completely independent. A common way to protect objects is through object versions—by keeping old versions of replaced or deleted objects.Furthermore, as you get into advanced features for file and object use cases, there’s further divergence between the file and object worlds. For example, the expectations around replication and geo-distribution are quite different in each.Let’s SummarizeThe goal is to design a system that can store two types of entities with different properties: DirectoryBucketOrganizationHierarchicalFlatOrderingUnorderedOrderedEntry CountModerateMassiveModificationsTransactionalIndependentProtectionSnapshotsVersionsSo, while the file and object worlds have some similarities, there are plenty of deep differences. And our goal is to design a system that can handle both! Read part two of the series: Designing a System to Store Both Files and Objects Expanding Snapshot Monitoring with Modern Pure Storage InnovationsAs organizations continue to prioritize efficient storage management, Pure Storage has evolved its product offerings to meet modern data demands. Building on the principles outlined in monitoring snapshot space consumption, let’s explore some of the latest advancements in Pure Storage’s portfolio.Unified Block and File Storage with FlashArray//CThe Pure Storage FlashArray//C, designed for cost-efficient capacity-optimized workloads, offers enhanced capabilities that align perfectly with snapshot-based data management. With unified block and file storage, users can consolidate multiple workloads on a single platform while maintaining predictable performance. The integration of file storage capabilities extends snapshot management to file-based workflows, enabling seamless space consumption monitoring across different data types.Some key features of FlashArray//C include:Cost-optimized Storage: Built for secondary workloads, FlashArray//C provides high-density storage at a lower total cost.Data Reduction: Industry-leading data reduction technologies ensure minimal snapshot space usage.Always-On Efficiency: Inline deduplication and compression work together to optimize storage space, making snapshot retention cost-effective.By leveraging FlashArray//C, organizations can simplify storage management and enhance their snapshot monitoring strategies, particularly for hybrid or secondary storage environments.Comprehensive Product Suite for End-to-End Data ManagementPure Storage’s product lineup offers a robust foundation for addressing diverse storage needs, from mission-critical workloads to scalable, cost-effective solutions. The
2025-04-21The same array. They also have the ability to move workloads in and out of realms, as well as delegate “consumers”—tenant users who can manage data services inside a realm as a tenant.SAW Sample Use Case: Test/Dev OperationsImplementing an SMT model isn’t just for service providers wanting to securely isolate tenants and prevent data spillage between the two—there are many possibilities for enterprises and organizations. Consider an array that concurrently supports production workloads and the Test/Dev team. Many data center architectures might mitigate CPU overconsumption by controlling resources to virtual machines between those tenants but have no way of accomplishing the same with the enterprise storage side. This becomes an easy fix with Pure Storage SMT, where the Test/Dev environment is set up as a consumer tenant that can be managed with a quota and QoS while doing its testing on replicas from production data and managing its own snapshots. This configuration allows for database managers to self-manage their snapshots and any testing they perform without fear of suffocating the production tenant of the array. Pure Storage FlashArray and FlashBlade: Dead-easy SMT to Be IncludedPure Storage is proud to announce that FlashArray will be capable of supporting SMT with Purity updates beginning this month. Once updated, the array will be capable of allowing storage administrators the option to logically divide their storage to better align with upstream demands from their end customers and workloads. Here are some highlights of how our multi-tenancy approach shines brighter than alternative solutions:Simpler configuration for shared infrastructure. Pure Storage SMT requires 75% fewer parameter definitions compared to the competition, making it simpler to implement and manage.Better visibility and isolation capabilities. This capability allows an infrastructure owner to provision more workloads per array, thus increasing array utilization and tenant density.Improved security to prevent data leakage. SMT’s implementation filters traffic at the protocol level based on upstream namespaces to ensure data is not leaked among tenants.This is the first step to a bigger vision. Secure Application Workspaces is the end goal, with traditional and container SMT storage being managed by a unified console.And, in true Pure Storage fashion, SMT will be included with no extra costs and will be simple to implement and manage. In fact, any volumes will be able to non-disruptively migrate into a new tenant space.Some Initial Release NuancesOn its release, FlashArray will support SMT on block-only volumes, while FlashBlade® will support it on file workloads. It will be available on FlashArray files later in the year. SMT will also be only accessible via the command line on initial release. It will be integrated into the array UIs by the end of the year, as well.Keep up with the latest innovations to the Pure Storage platform.Learn More about Pure Storage SMT The Pure Storage release of SMT comes at a great time in the industry. Many organizations are looking to make their data center infrastructure more “cloud-like” in how it operates. SMT and SAW deliver on that vision. Be sure to reach out to
2025-04-19Ciclos de P/E). Sin embargo, el rendimiento y la resistencia son relativos. Flash aún posee órdenes de aumentos con más rendimiento que los HDD y existen soluciones alternativas para abordar las limitaciones de resistencia de QLC (p. ej., utilizar flash con SLC como caché). La misma compensación retrasó la adopción de las TLC luego de su primera aparición, pero la tecnología mejoró con el tiempo y, en la actualidad, la mayoría de las matrices de almacenamiento en flash empresariales ofrecen alto rendimiento, confiabilidad y velocidad con NAND para TLC. Con la llegada de flash con QLC, ahora puede disfrutar la velocidad del almacenamiento basado íntegramente en tecnología flash a un costo por capacidad que puede igualar o superar las matrices de almacenamiento en HDD. Las ventajas de flash con QLC Las ventajas frecuentes de la memoria flash con QLC incluyen: Un costo total de propiedad (TCO, total cost of ownership) menor para las cargas de trabajo centradas en la lectura. Una reducción de la huella de los centros de datos. Un aumento exponencial en la capacidad con la velocidad de flash completo. ¿Por qué conviene elegir Pure Storage para flash con QLC? Pure Storage® FlashArray//C no utiliza módulos flash SSD como otros proveedores de almacenamiento. Los módulos DirectFlash® de Pure permiten que el flash en bruto se conecte directamente mediante NVMe, lo cual reduce la latencia e incrementa la tasa de transferencia. Esto permite que FlashArray//C maximice el rendimiento de sus módulos flash con QLC y, al mismo tiempo, ofrece un costo por capacidad comparable con las matrices de almacenamiento híbridas y en HDD. Otras ventajas del uso de FlashArray//C para sus necesidades de almacenamiento incluyen: Evergreen™ Storage para verdaderas actualizaciones sin interrupción, sin ningún tiempo de inactividad ni migración de datos. Un único panel para administrar todos los recursos
2025-03-30