Azure VM vs Raff Windows VPS — Real Cost Comparison

In short

For a typical SMB Windows VPS workload (4 vCPU / 8 GB RAM, 24/7), Azure D2s v3 pay-as-you-go costs ~$200/month (compute + Windows licensing + managed disk + egress) versus Raff Windows VPS at $36/month with included Windows Server evaluation, NVMe SSD, and unmetered bandwidth. Azure wins on managed services (AAD, Azure SQL, Functions), 60+ global regions, and enterprise integrations. Raff wins on price, simplicity, no surprise egress bills, and dedicated Windows-team support. Pick Azure if you need its ecosystem; pick Raff for the underlying VM at a fraction of the cost.

Quick verdict by use case

Side-by-side cost comparison

Workload assumed: 4 vCPU, 8 GB RAM, 120 GB storage, Windows Server, 24/7, ~500 GB egress/month — the equivalent of Raff's $36 plan.

[VERIFY: Azure prices change quarterly. Confirm against Azure Pricing Calculator as of publish date. Numbers below are illustrative for D2s v3 in East US, March 2026 rates per costbench.com and Microsoft's published rates.]

3-year TCO (36 months, assuming Raff's BYOL at month 7):

Azure's "best case" (3-year reservation + you already own a Windows licence with active Software Assurance) gets close to Raff's pricing. Azure's "easy case" (PAYG, no commitment, no existing licences) is 3× more expensive.

[VERIFY: actual Azure pricing for a 3-yr Reserved D2s v3 with Hybrid Benefit before publishing — Microsoft updates rates frequently.]

Where Azure wins

Managed services ecosystem. This is Azure's real moat:

• Azure SQL Database / Hyperscale — fully managed, auto-patching, automated backups, zero-downtime scaling. If your app uses Azure SQL bindings, Raff (or any IaaS provider) means you self-manage MSSQL.
• Azure Active Directory / Entra ID — native VM join, conditional access, MFA, SSO. Replicable via on-prem AD on Raff but more friction.
• Azure Functions, Logic Apps, Service Bus — serverless / messaging. No equivalent on a VPS host.
• Azure DevOps / GitHub Actions — tight integrations for CI/CD. (You can run GitHub Actions runners on a Raff VPS; just less seamless.)

Global regions. 60+ Azure regions versus Raff's current US East ([VERIFY current Raff regions]). If your customers need data residency in São Paulo or Frankfurt, Azure has it natively.

Compliance certifications. Azure ships SOC 2, ISO 27001, HIPAA BAA, FedRAMP, IRS 1075 — packaged. Raff has [VERIFY current certifications].

Spot VMs. Up to 90% discount for workloads tolerant of preemption. Useful for batch jobs, dev/test, render farms. Raff doesn't offer spot pricing.

Where Raff wins

Predictable pricing. $36/month means $36/month. No metered egress, no per-IO charges, no separate disk billing, no "we noticed an extra $40 in your bill from the public IP". The bill on the 1st looks identical to the bill on the 30th.

Unmetered bandwidth. Azure charges $0.087/GB egress after 100 GB/month — a single 1 TB data transfer costs ~$80 extra. Raff includes unmetered bandwidth (subject to fair use). For backup-heavy or content-heavy workloads, this difference dominates the TCO calculation.

Windows licensing included for 6 months. Raff bundles a Windows Server evaluation licence in the plan price for the first 6 months — zero upfront. Azure charges Windows licensing from hour one (PAYG) or requires Hybrid Benefit setup with existing on-prem licences.

Dedicated Windows team. Raff support engineers actually run Windows Server in production. Azure support is general-purpose; tickets that need Windows-specific knowledge often bounce between teams.

Faster deployment. 2 minutes from sign-up to RDP on Raff. Azure VM provisioning typically 5-15 minutes plus the time to configure NSGs, public IP, OS disk, NIC.

Simpler mental model. A Raff VPS is "a Windows Server you can RDP into". An Azure VM is "a Windows Server you can RDP into, plus a Resource Group, an NSG, a Subnet, a Virtual Network, a Public IP, a NIC, a Managed Disk, a Diagnostic Storage Account, …" — Azure trades simplicity for flexibility.

Where they tie

• Underlying performance: a 4 vCPU / 8 GB Windows Server VM performs similarly on either platform for typical OLTP, web, and office workloads. Azure's specific VM families (B/D/F/L/N) target different IOPS / CPU / memory profiles; Raff offers a similar tier ladder.
• Windows Server versions available: both offer Server 2019, 2022, and 2025 with identical OS-level features.
• PowerShell remoting, RDP, IIS, MSSQL, Active Directory: all work identically — these are OS-level features, not provider features.
• Backup options: Azure has Azure Backup ($per-GB stored); Raff includes 3 free backups + offers paid additional backup storage. Both can be augmented with third-party backup software.

Migration path: Azure → Raff

If the comparison says "switch to Raff", here's the typical lift-and-shift:

1. Inventory Azure resources: VMs, attached disks, public IPs, network rules, OS, installed software
2. Snapshot each Azure VM disk as a baseline
3. Export VM disks: Azure → VHD download (or use Azure Backup → restore as VHD)
4. Provision matching Raff Windows VPS at the equivalent spec
5. Restore the VHD to the Raff VPS using Hyper-V mount + file copy, OR use a third-party migration tool (Carbonite, Veeam, MigrationWiz)
6. Test the restored workload — connectivity, application behaviour, scheduled tasks
7. DNS cutover during a maintenance window — old Azure VM stays running until you're confident

For domain-joined VMs / AD / Group Policy environments, plan a dedicated AD migration session (FSMO role transfer, replication topology). See Migrate from Azure VM to a self-managed Windows VPS [VERIFY this article exists; otherwise link to Microsoft docs].

Average migration time for a single-VM workload: 4-8 hours including testing. Multi-VM AD environments: 2-3 days.

Raff offers free migration assistance during onboarding — talk to the team.

Common misconceptions

"Azure is more reliable because it's hyperscale"

Azure publishes a 99.95% SLA for single-instance VMs (with premium SSD). Raff offers [VERIFY current Raff SLA]. Both targets are similar; actual reliability depends on the specific datacenter and your workload's resilience design (single-instance, multi-AZ, etc.). Hyperscale = global reach + service breadth, not necessarily better single-VM uptime.

"Azure means less work because it's managed"

True for services like Azure SQL or App Service. Not true for VMs — an Azure Windows VM is exactly as managed as a Raff Windows VPS. You patch the OS, you manage the firewall, you back up your data. The Azure Portal gives more buttons; the underlying responsibility is the same.

"Azure Hybrid Benefit is free savings"

Azure Hybrid Benefit requires Windows Server licences with active Software Assurance (~25% of the licence price annually) and a minimum of 8 core licences per VM. If you don't already own SA-licensed Windows, you're not eligible for the savings.

"Egress is small for my workload"

A single full-disk backup of a 120 GB Windows VPS = 120 GB egress = ~$10 in Azure. Weekly backups = $40/mo. SQL Server log shipping to a remote site = continuous outbound = unpredictable bills. The egress charge is one of the most-cited reasons SMBs migrate off Azure.

Our recommendation

For 80% of SMB Windows VPS workloads — accounting, ERP, internal apps, MSSQL, IIS, MetaTrader: Raff.

The math doesn't work for Azure's PAYG pricing on a single-VM workload. Azure becomes economical when you (a) have existing Windows licences with active Software Assurance to apply Hybrid Benefit, AND (b) commit to 1-3 year reservations, AND (c) genuinely need Azure-native services your app integrates with.

For 20% of workloads needing Azure services or compliance: Azure.

If your app uses Azure SQL Hyperscale, Azure Functions, Azure Service Bus, or you require FedRAMP / IRS 1075 certifications, the ecosystem lock-in is the right trade-off — Raff can't replicate those.

The honest test: list the Azure services your workload uses. If only "Virtual Machines" and "Managed Disks" — switch to Raff and pocket the savings. If the list includes Azure SQL, Functions, AAD, App Service — stay on Azure or plan a more thoughtful migration.

Tested on

[HUMAN-REQUIRED: Replace before publishing.]

Cost comparison run [DATE] using Azure Pricing Calculator for D2s v3 in East US, Raff $36 plan rate. Includes Windows Server licensing, 128 GB managed disk, 500 GB monthly egress, static public IP. Tester: [Engineer name].

What's next

• Connect to a Raff Windows VPS via RDP — first step after migrating
• Install MSSQL Server 2022 / 2025 on a Windows VPS — replace Azure SQL DB on a VM
• RDS CAL Licensing on Windows Server (BYOL & SPLA) — license multi-user RDP after migration
• Microsoft Azure Pricing Calculator — verify current Azure rates

Sources

• Azure Pricing — Windows Virtual Machines
• Microsoft Learn — Azure Hybrid Benefit for Windows Server
• Microsoft Learn — Explore Azure Hybrid Benefit for Windows VMs
• Azure — Hybrid Benefit Pricing
• Azure — Bandwidth Pricing
• Date last verified: 2026-04-20