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Backblaze b2 pricing calculator6/30/2023 ![]() ![]() HPE Assessment Foundry - HPE Sizing Tools ![]() "NAS Calculator.XLS" - Contact Me Directly "Object_Storage_Calculator.XLS" - Contact Me Directly "Veeam_VBR_Estimation_Calculation.XLS" - Contact Me Directly ProPartner Sizing Tool - NOTE: Veeam Partners and Internal only ReFS - By Timothy Dewin, SE working for Veeam ![]() Veeam Backup Sizing Tools - By vPracticesīackup Capacity Calculator. Sizing for Local Backup Repositories - By Global Data Vault VBR Sizing Calculator: "EnvironmentDataAnalysis-1.1.02" - Contact Me Directly VBR Sizing Calculator: "SizingMath-v10.xlsx" - Contact Me Directly The Restore Point Simulator ( Version:0.4.1 ) - By Timothy Dewin, SE working for Veeam a three-year scope, an 8-hour backup window, a 5% daily change rate, assuming a 50% data reduction rate, using ReFS, with 21 daily recovery points, would result in ~160TB in a backup repository.Įxample 2: The exact same scenario as above, only with 14 daily, 4 weekly, 6 monthly, and 3 yearly recovery points ( GFS ), with backups moved to a Capacity Tier after 21 days, would result in ~180TB in a SOBR Performance Tier and ~320TB in a SOBR Capacity Tier/Archive Tier (S3-compatible). Įxample 1: 200 VMs consuming 100TB of data, with a 10% growth rate. In 90% of environments the change rate is 20% or less. In 70% of environments the change rate is 10% or less. In 50% of environments the change rate is 5% or less. IMPORTANT note on "Change Rates" : In 35% of environments the daily change rate is 3% or less. Consider using the full blown SQL if you are protecting more than 500 VMs or using files to tape extensively. How to Size Veeam for YOUR Environment - Veeam Size Estimation Tool "Quick tip: If you want to calculate ONLY using Cloud as a copy target for offsite data - do not turn on Capacity Tier under Workload settings - then go to the Object tab and you can select the Copy Only mode." NOTE the option to import data from RVTools. Number 3 : The Veeam Size Estimation Tool - From the Veeam Architects Siteīest used for management requirements, repository capacities, and per-site proxy and repository requirements (CPU, RAM, storage, etc.). "Sizing, component, architecture and costing recommendations for an end users on-premise, hybrid and/or multi cloud set of VBR solution requirements". Number 2 : The Veeam Backup Capacity Calculator (from )īest used for Primary Backup ( Performance Tier ), Backup Copy, and Capacity Tier sizing. If you are new to the tool, it is recommended to start with a single workload design tutorial as described in the "Getting Started Guides" These API calls are generally called "transactions" and they are important for cost sizing of object storage Transactions Usages : To add object or update object in Object storage, API calls are required. Repository Requirements : Disk usage and/or object storage to store Veeam Backups It focuses on 3 main outputs.Ĭompute Requirements : CPU and Memory calculations for data processing by Veeam Components It can be used in a basic 2 Site (or datacenters) Design or can be configured to simulate a complex multi-site architecture hosting different workloads. The VSE calculator is supplied as a free tool to make quick estimations over multiple workloads scattered over multiple sites. Number 1: The Veeam Size Estimater (from ) The three m ost popular Common Veeam Backup & Replication (VBR) Calculators. ![]()
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