<\/div>\n

Today VMware is announcing support for vSAN Express Storage Architecture (ESA) Initial Availability (IA) for VMware Cloud on AWS. vSAN ESA is the next evolution and replaces vSAN\u2019s Original Storage Architecture (OSA) on VMware Cloud on AWS Software Defined Datacenter (SDDC), which has been the storage foundation of the VMware Cloud on AWS service.<\/p>\n

vSAN OSA with VMware Cloud on AWS empowered businesses to accelerate adoption and understanding of multi-cloud models. While customers do run some of the world\u2019s most important workloads on VMware Cloud on AWS, hardware manufacturers have not sat idle and have developed new CPUs, memory, network, and disk subsystems, so VMware customers can benefit from these new technologies, VMware invested in developing vSAN ESA, which takes advantage of these new components to deliver more performance, scale, and reliability.<\/p>\n

What is vSAN ESA?<\/h2>\n

vSAN ESA was released in October 2022 with vSphere 8.0. VMware has released two major updates to vSAN ESA since the initial release. VMware Cloud on AWS\u2019s SDDC version 1.24, represents the third release and another critical milestone & improvement in ESA\u2019s performance and stability.<\/p>\n

vSAN ESA Customer Benefits:<\/h3>\n

2.5x more performance at no additional cost<\/p>\n

Estimated 14% to 46% more storage capacity in VMware Cloud on AWS at no additional cost<\/p>\n

Default enabled TRIM\/UNMAP data services provides storage capacity recovery<\/p>\n

Performance:<\/h3>\n

ESA replaced OSA\u2019s use of disk groups, where there were often two or more disk groups representing a single write cache for each disk group.\u00a0 vSAN ESA has a per-node, single tier architecture where each SSD services writes as well as reads.\u00a0 With vSAN ESA<\/em><\/strong> workloads now have higher throughput and lower latencies without consuming more storage capacity.<\/em><\/strong><\/p>\n

The VMware performance engineering team found vSAN ESA RAID-5 and RAID-6 delivered higher performance vs vSAN OSA\u2019s RAID-1 performance.\u00a0 Often in OSA, performant-centric workloads use RAID-1 mirroring and consume twice the capacity of the workload.\u00a0 Using vSAN ESA, RAID-5 ensures resilience with just 25% additional capacity of the workload and can exceed the performance capabilities of RAID-1 mirroring found in the OSA.<\/p>\n

vSAN ESA Fact:<\/h4>\n

A single VMDK using RAID-6 and the ESA can match the performance of an entire host of VMDKs using RAID-1 in the OSA.\u00a0<\/p>\n

\nComparing vSAN Original Storage Architecture to Express Storage Architecture<\/strong><\/div>\n

Storage Capacity Savings:<\/h3>\n

On vSAN ESA storage capacity savings are automatically achieved on VMware Cloud on AWS with the Managed Storage Policy (MSP) service. The MSP service automates RAID policies based on SDDC cluster sizes to meet availability, compliance, and service level agreements (SLA).\u00a0 As SDDC clusters grow, this service allows customers to adhere to SLAs while ensuring data availability.<\/p>\n

These storage capacity savings are delivered in part because of the performance advancements vSAN ESA erasure coding (RAID-5\/6) has but also because RAID-5 is not possible on cluster sizes 3 and above.\u00a0 What this means is that vSAN ESA and MSP together enable Single-AZ clusters to gain 35% more capacity with the same hardware and at the same cost<\/em><\/strong>.\u00a0 The following table represents OSA legacy and ESA MSP configurations.<\/p>\n

Managed Storage Policy Changes (OSA -> ESA)<\/strong><\/em>\u00a0vSAN OSA<\/em>vSAN ESA<\/em>Custer Size<\/em><\/strong>RAID Type<\/em><\/strong>Used Capacity<\/em><\/strong>RAID Type<\/em><\/strong>Used Capacity<\/em><\/strong>`3 \u2013 5 HostsRAID-1 \/ FTT 12.xRAID-5 \/ FTT 11.5×6 \u2013 16 HostsRAID-6 \/ FTT 21.5xRAID-6 \/ FTT 21.5x<\/p>\n

\nvSAN ESA Capacity Estimated Improvements \u2013 Compared by Cluster<\/div>\n

The table below outlines the estimated capacity gains using vSAN ESA improvements.<\/strong><\/p>\n

\n<\/div>\n

vSAN ESA Always-On TRIM\/UNMAP:<\/h3>\n

vSAN ESA now natively supports in-guest TRIM\/UNMAP commands.\u00a0 Over time, guest operating systems may consume unnecessary amounts of storage capacity if space reclamation techniques are not sent to the storage system through TRIM\/UNMAP commands. \u00a0VMware recognizes this phantom inefficiency and makes sure that TRIM\/UNMAP support is always on.\u00a0 While in Tech Preview today, OSA TRIM\/UNMAP has proved to save customers upwards of millions of dollars in recurring costs; ESA continues this work and savings going forward since the feature is enabled by default.<\/p>\n

vSAN ESA IA Requirements:<\/h3>\n

ESA IA is available today on the VMware Cloud on AWS SDDC version 1.24 .\u00a0 If interested, existing and prospective VMware Cloud on AWS customers with i4i.metal on-demand or 1\/3 year subscriptions can contact their sales teams to request access into the IA program.<\/p>\n

Prerequisites:<\/p>\n

SDDC Version 1.24 GA or later<\/p>\n

i4i.metal instance type (on-demand or subscription)<\/p>\n

Single-AZ clusters only<\/p>\n

IA program entry subject to VMware review and approval<\/p>\n

Please note:<\/h3>\n

Customers using APIs to deploy OSA-based SDDCs can continue to use the same methods.\u00a0 <\/p>\n

HCX migrations from on-prem and between SDDCs OSA -> ESA are supported.<\/p>\n

What\u2019s Next: Learn more about vSAN ESA using the resources below:<\/h2>\n

Resources:<\/h3>\n

vSAN ESA Technical Details \u2013 https:\/\/core.vmware.com\/vsan-esa<\/a><\/p>\n

An Introduction to the vSAN Express Storage Architecture
https:\/\/core.vmware.com\/blog\/introduction-vsan-express-storage-architecture<\/a><\/p>\n

Performance Improvements with the Express Storage Architecture in vSAN 8 Update 2
https:\/\/core.vmware.com\/blog\/performance-improvements-express-storage-architecture-vsan-8-u2<\/a><\/p>\n

Fast and Efficient Reads in vSAN Express Storage Architecture
https:\/\/core.vmware.com\/blog\/fast-and-efficient-reads-vsan-express-storage-architecture<\/a><\/p>\n

vSAN 8 Compression- Express Storage Architecture
https:\/\/core.vmware.com\/blog\/vsan-8-compression-express-storage-architecture<\/a><\/p>\n

The Impact of Storage Device Failure in vSAN ESA versus OSA
https:\/\/core.vmware.com\/blog\/impact-storage-device-failure-vsan-esa-versus-osa<\/a><\/p>\n

Capacity Overheads for vSAN ESA in vSAN 8
https:\/\/core.vmware.com\/blog\/capacity-overheads-esa-vsan-8<\/a><\/p>\n

Scalable, High-Performance Native Snapshots in vSAN Express Storage Architecture
https:\/\/core.vmware.com\/blog\/scalable-high-performance-native-snapshots-vsan-express-storage-architecture<\/a><\/p>\n

The post vSAN ESA now available in VMware Cloud on AWS<\/a> appeared first on VMware Cloud Blog<\/a>.<\/p>\n

\u200bToday VMware is announcing support for vSAN Express Storage Architecture (ESA) Initial Availability (IA) for VMware Cloud on AWS. vSAN ESA is the next evolution and replaces vSAN\u2019s Original Storage Architecture (OSA) on VMware Cloud on AWS Software Defined Datacenter (SDDC), which has been the storage foundation of the VMware Cloud on AWS service. vSAN \u2026 Continued
\nThe post vSAN ESA now available in VMware Cloud on AWS appeared first on VMware Cloud Blog.\u00a0Read More<\/a>\u00a0VMware Cloud Blog\u00a0\u00a0<\/p>\n

Today VMware is announcing support for vSAN Express Storage Architecture (ESA) Initial Availability (IA) for VMware Cloud on AWS. vSAN ESA is the next evolution and replaces vSAN\u2019s Original Storage Architecture (OSA) on VMware Cloud on AWS Software Defined Datacenter (SDDC), which has been the storage foundation of the VMware Cloud on AWS service.<\/p>\n

vSAN OSA with VMware Cloud on AWS empowered businesses to accelerate adoption and understanding of multi-cloud models. While customers do run some of the world\u2019s most important workloads on VMware Cloud on AWS, hardware manufacturers have not sat idle and have developed new CPUs, memory, network, and disk subsystems, so VMware customers can benefit from these new technologies, VMware invested in developing vSAN ESA, which takes advantage of these new components to deliver more performance, scale, and reliability.<\/p>\n

vSAN ESA was released in October 2022 with vSphere 8.0. VMware has released two major updates to vSAN ESA since the initial release. VMware Cloud on AWS\u2019s SDDC version 1.24, represents the third release and another critical milestone & improvement in ESA\u2019s performance and stability.<\/p>\n

2.5x more performance at no additional cost
\nEstimated 14% to 46% more storage capacity in VMware Cloud on AWS at no additional cost
\nDefault enabled TRIM\/UNMAP data services provides storage capacity recovery<\/p>\n

ESA replaced OSA\u2019s use of disk groups, where there were often two or more disk groups representing a single write cache for each disk group.\u00a0 vSAN ESA has a per-node, single tier architecture where each SSD services writes as well as reads.\u00a0 With vSAN ESA<\/em><\/strong> workloads now have higher throughput and lower latencies without consuming more storage capacity.<\/em><\/strong><\/p>\n

The VMware performance engineering team found vSAN ESA RAID-5 and RAID-6 delivered higher performance vs vSAN OSA\u2019s RAID-1 performance.\u00a0 Often in OSA, performant-centric workloads use RAID-1 mirroring and consume twice the capacity of the workload.\u00a0 Using vSAN ESA, RAID-5 ensures resilience with just 25% additional capacity of the workload and can exceed the performance capabilities of RAID-1 mirroring found in the OSA.<\/p>\n

A single VMDK using RAID-6 and the ESA can match the performance of an entire host of VMDKs using RAID-1 in the OSA.\u00a0<\/p>\n

Comparing vSAN Original Storage Architecture to Express Storage Architecture<\/strong><\/div>\n

On vSAN ESA storage capacity savings are automatically achieved on VMware Cloud on AWS with the Managed Storage Policy (MSP) service. The MSP service automates RAID policies based on SDDC cluster sizes to meet availability, compliance, and service level agreements (SLA).\u00a0 As SDDC clusters grow, this service allows customers to adhere to SLAs while ensuring data availability.<\/p>\n

These storage capacity savings are delivered in part because of the performance advancements vSAN ESA erasure coding (RAID-5\/6) has but also because RAID-5 is not possible on cluster sizes 3 and above.\u00a0 What this means is that vSAN ESA and MSP together enable Single-AZ clusters to gain 35% more capacity with the same hardware and at the same cost<\/em><\/strong>.\u00a0 The following table represents OSA legacy and ESA MSP configurations.<\/p>\n

Managed Storage Policy Changes (OSA -> ESA)<\/strong><\/em>vSAN OSA<\/em>vSAN ESA<\/em>Custer Size<\/em><\/strong>RAID Type<\/em><\/strong>Used Capacity<\/em><\/strong>RAID Type<\/em><\/strong>Used Capacity<\/em><\/strong>`3 \u2013 5 HostsRAID-1 \/ FTT 12.xRAID-5 \/ FTT 11.5×6 \u2013 16 HostsRAID-6 \/ FTT 21.5xRAID-6 \/ FTT 21.5x<\/p>\n

vSAN ESA Capacity Estimated Improvements \u2013 Compared by Cluster<\/div>\n

The table below outlines the estimated capacity gains using vSAN ESA improvements.<\/strong><\/p>\n

<\/div>\n

vSAN ESA now natively supports in-guest TRIM\/UNMAP commands.\u00a0 Over time, guest operating systems may consume unnecessary amounts of storage capacity if space reclamation techniques are not sent to the storage system through TRIM\/UNMAP commands. \u00a0VMware recognizes this phantom inefficiency and makes sure that TRIM\/UNMAP support is always on.\u00a0 While in Tech Preview today, OSA TRIM\/UNMAP has proved to save customers upwards of millions of dollars in recurring costs; ESA continues this work and savings going forward since the feature is enabled by default.<\/p>\n

ESA IA is available today on the VMware Cloud on AWS SDDC version 1.24 .\u00a0 If interested, existing and prospective VMware Cloud on AWS customers with i4i.metal on-demand or 1\/3 year subscriptions can contact their sales teams to request access into the IA program.<\/p>\n

Prerequisites:<\/p>\n

SDDC Version 1.24 GA or later
\ni4i.metal instance type (on-demand or subscription)
\nSingle-AZ clusters only
\nIA program entry subject to VMware review and approval
\nCustomers using APIs to deploy OSA-based SDDCs can continue to use the same methods.\u00a0
\nHCX migrations from on-prem and between SDDCs OSA -> ESA are supported.
\nvSAN ESA Technical Details \u2013 https:\/\/core.vmware.com\/vsan-esa<\/a>
\nAn Introduction to the vSAN Express Storage Architecturehttps:\/\/core.vmware.com\/blog\/introduction-vsan-express-storage-architecture<\/a>
\nPerformance Improvements with the Express Storage Architecture in vSAN 8 Update 2https:\/\/core.vmware.com\/blog\/performance-improvements-express-storage-architecture-vsan-8-u2<\/a>
\nFast and Efficient Reads in vSAN Express Storage Architecturehttps:\/\/core.vmware.com\/blog\/fast-and-efficient-reads-vsan-express-storage-architecture<\/a>
\nvSAN 8 Compression- Express Storage Architecturehttps:\/\/core.vmware.com\/blog\/vsan-8-compression-express-storage-architecture<\/a>
\nThe Impact of Storage Device Failure in vSAN ESA versus OSAhttps:\/\/core.vmware.com\/blog\/impact-storage-device-failure-vsan-esa-versus-osa<\/a>
\nCapacity Overheads for vSAN ESA in vSAN 8https:\/\/core.vmware.com\/blog\/capacity-overheads-esa-vsan-8<\/a>
\nScalable, High-Performance Native Snapshots in vSAN Express Storage Architecturehttps:\/\/core.vmware.com\/blog\/scalable-high-performance-native-snapshots-vsan-express-storage-architecture<\/a>
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