When AWS bills start climbing, the question surfaces quickly: is there a better way to run this infrastructure? AWS vs dedicated server is one of the most commercially significant infrastructure decisions a growing business makes, and the answer changes dramatically depending on how the workload actually behaves.
Amazon Web Services is the world’s largest cloud provider. Its flexibility, global reach, and managed service ecosystem make it genuinely valuable for variable, unpredictable, or short-duration workloads. For production servers running continuously at stable utilisation, however, the same flexibility that makes AWS attractive becomes a cost burden, and the gap between AWS and dedicated server pricing is larger than most teams realise before they run the numbers.
This guide runs those numbers honestly, compute, storage, bandwidth, egress, and the hidden costs that rarely appear in initial comparisons, so you can make the decision based on what each option actually costs for your specific workload.
Note: AWS prices in this guide are quoted in USD as billed by Amazon Web Services. Swify prices are quoted in EUR. For comparison purposes, USD and EUR are treated at approximate parity, actual conversion will vary with exchange rates.
📖 How do dedicated servers reduce long-term infrastructure costs?
The cost case for dedicated infrastructure is strongest at sustained utilisation. Read How Dedicated Servers Reduce Long-Term Infrastructure Costs, a detailed breakdown of why fixed-price bare metal becomes more economical than cloud as workloads mature and stabilise.
The Core Difference: How AWS and Dedicated Servers Charge
The AWS vs dedicated server cost comparison starts with understanding why the two pricing models produce such different outcomes for the same workload.
How AWS Charges
Amazon Web Services charges per resource consumed: per CPU-hour, per GB of RAM allocated, per GB of storage provisioned, per GB of data transferred out of its network. This per-unit model works efficiently for variable workloads: a server running at full capacity for 8 hours and idle for 16 costs roughly one-third of continuous operation.
For production servers running 24 hours a day, 7 days a week: a live web application, a database, a SaaS backend, the per-hour model means you pay the full rate continuously. The flexibility premium that makes AWS efficient for variable workloads becomes an ongoing cost burden for stable ones.
AWS also charges egress fees for every gigabyte of data leaving its network. For applications serving real traffic, these fees accumulate into a substantial monthly line item — one that simply does not exist on dedicated server pricing.
How Dedicated Servers Charge
A dedicated server charges a fixed monthly fee for exclusive use of physical hardware. The server costs the same amount whether it runs at 10% or 100% utilisation, whether it transfers 1GB or 10TB of data per month. No egress fees, no per-hour compute charges, no storage provisioning costs beyond the base plan.
This fixed-cost model is efficient for workloads that run continuously at reasonably stable utilisation — which describes the majority of production web applications, databases, and SaaS backends.
AWS vs Dedicated Server: Compute Cost Comparison
AWS EC2 Instance Costs
A comparable entry-level production server on EC2: approximately 8 vCPUs, 32GB RAM, runs as an m6i.2xlarge instance at approximately $0.384/hour on-demand in the eu-west-1 region. Running continuously produces:
- Monthly (on-demand): ~$280
- Monthly (1-year reserved, no upfront): ~$177
- Monthly (3-year reserved, all upfront): ~$72 amortised
Reserved instances require upfront commitment and payment. A 1-year partial upfront reservation requires approximately $1,050 upfront plus ~$144/month. A 3-year all-upfront reservation requires approximately $2,600 paid in advance.
Dedicated Server Compute Costs
A Swify Dedicated 1 – Intel Xeon Gold 5215, 10 physical cores, 64GB RAM, 1TB SSD, costs €120/month with no upfront commitment, no reservation period, and no cancellation penalty. Dedicated 2 with 128GB RAM costs €150/month.
These are physical cores with no virtualisation overhead, not vCPUs sharing a physical core with other tenants. For CPU-intensive workloads, this architectural difference produces meaningful performance advantages alongside the cost difference.
AWS vs Dedicated Server: Storage Cost Comparison
AWS EBS Storage Costs
Amazon Web Services charges for Elastic Block Storage separately from compute. The most common volume type, gp3, costs $0.08/GB/month in eu-west-1. A 1TB storage volume costs approximately $82/month on top of the EC2 instance price.
Database workloads requiring IOPS beyond the gp3 baseline (3,000 IOPS included) pay $0.006 per provisioned IOPS per month. A database requiring 10,000 IOPS adds approximately $42/month in provisioned IOPS costs on top of the storage volume.
Dedicated Server Storage Costs
Storage is included in every Swify dedicated server plan price, a 1TB SSD on Dedicated 1, 2TB SSD on Dedicated 5, and 2x 2TB SSD on Dedicated 6 and 8. There are no separate storage provisioning fees, no per-IOPS charges, and no additional cost for higher I/O workloads.
📖 How does NVMe storage compare to cloud block storage?
The storage architecture differs significantly between dedicated and cloud environments. Read How NVMe Storage Boosts Dedicated Server Performance, covering how locally-attached NVMe storage compares to network-attached cloud block storage in latency and IOPS.
AWS vs Dedicated Server: Bandwidth and Egress Costs
AWS Egress Fees
So, AWS charges for every gigabyte of data transferred out of its network to the internet. In eu-west-1:
- First 10TB/month: $0.09/GB
- Next 40TB/month: $0.085/GB
- Next 100TB/month: $0.07/GB
For an application transferring 5TB per month, moderate for a content site or SaaS application, egress costs reach approximately $460/month. At 10TB/month, the egress bill reaches approximately $920/month. These fees sit on top of compute and storage costs. For applications serving meaningful traffic, egress frequently exceeds compute as the largest line item on the AWS bill.
Dedicated Server Bandwidth Costs
All Swify dedicated server plans include 1Gbps unmetered bandwidth, no monthly transfer cap, no per-GB egress charges. An application transferring 5TB, 10TB, or 50TB per month pays the same fixed monthly server price. Traffic growth does not change the bill.
The True Monthly Cost: Side-by-Side Numbers
The following comparison uses a realistic moderate-traffic production web application: 8 cores, 64-128GB RAM, 1TB storage, 5TB monthly data transfer.
AWS Monthly Cost
| Component | Configuration | Monthly Cost |
|---|---|---|
| EC2 Compute | m6i.2xlarge on-demand | ~€280 |
| EBS Storage | 1TB gp3 | ~€75 |
| Egress | 5TB @ $0.09/GB | ~€420 |
| Total | ~€775/month |
With 1-year reserved instance (no upfront):
| Component | Configuration | Monthly Cost |
|---|---|---|
| EC2 Compute | m6i.2xlarge 1yr reserved | ~€165 |
| EBS Storage | 1TB gp3 | ~€75 |
| Egress | 5TB @ $0.09/GB | ~€420 |
| Total | ~€660/month |
Swify Dedicated Server Monthly Cost
| Component | Configuration | Monthly Cost |
|---|---|---|
| Dedicated 2 | Xeon Gold 5215, 128GB RAM, 2x 1TB SSD | €150 |
| Bandwidth | 1Gbps unmetered | €0 |
| Storage | Included | €0 |
| Total | €150/month |
At on-demand AWS pricing, the dedicated server costs approximately 5 times less. Against a 1-year reserved AWS instance with storage and egress included, the dedicated server still costs approximately 4 times less, and without any upfront commitment or lock-in period.
When AWS Is More Cost-Effective Than a Dedicated Server
The comparison above strongly favours dedicated servers for the described workload. However, AWS has genuine cost advantages in specific scenarios that are worth understanding clearly.
Variable and Unpredictable Workloads
A workload running at full capacity for 4 hours and idle for 20 costs roughly one-sixth of continuous operation on AWS. For genuinely variable workloads: batch processing jobs, development environments running only during business hours, seasonal traffic with large off-peak periods, AWS on-demand pricing is more economical than paying for dedicated hardware that sits idle most of the time.
Short-Duration Requirements
A dedicated server makes financial sense as a monthly commitment. For workloads needing capacity for days or weeks rather than months, a temporary data processing job, a product launch spike, a proof of concept, AWS provides the ability to provision and terminate capacity without a monthly billing cycle.
Global Multi-Region Deployments
AWS operates data centres in dozens of regions globally. For applications genuinely requiring infrastructure across multiple continents simultaneously, AWS simplifies multi-region deployment significantly compared to managing dedicated servers across multiple providers.
Managed Services and Ecosystem
AWS provides managed databases (RDS), managed Kubernetes (EKS), managed caching (ElastiCache), and dozens of other managed services. For teams wanting these services without managing underlying infrastructure, the AWS ecosystem justifies a higher compute cost through reduced operational complexity.
When to Move from AWS to a Dedicated Server
The financial case for moving from AWS to a dedicated server becomes clear when a workload meets the following conditions.
Sustained utilisation – the server runs at meaningful utilisation throughout the month. A database server running continuously at 40 to 60% utilisation pays the AWS flexibility premium for flexibility it does not use.
High egress volume – applications serving significant traffic pay substantial egress fees on AWS that do not exist on dedicated infrastructure. When egress costs approach or exceed compute costs, the case for moving is clear.
Predictable resource requirements – workloads with reasonably stable, known CPU, RAM, and storage requirements benefit from fixed dedicated server pricing rather than AWS variable pricing.
GDPR and data residency – for European businesses processing EU personal data, a dedicated server in a European data centre provides data residency certainty without the configuration complexity of AWS region management and data transfer agreements.
📖 Is a dedicated server worth the cost vs cloud?
The cost comparison is one part of the decision. Read Is Dedicated Server Hosting Worth the Cost?, including a three-step framework for calculating whether the upgrade from cloud infrastructure pays for itself.
Stop paying the AWS premium for stable workloads
Swify dedicated servers start at €120/month, enterprise HP ProLiant Gen10 hardware, 1Gbps unmetered bandwidth, NVMe storage included, no egress fees, no per-hour billing, no reservation commitments.
→ Explore Swify Dedicated ServersFrequently Asked Questions
Is AWS always more expensive than a dedicated server?
No, but for most production workloads running continuously, yes. AWS is more cost-effective for variable workloads with significant idle periods, short-duration capacity requirements, and multi-region deployments where its global infrastructure simplifies operations. For a server running 24/7 at stable utilisation, dedicated infrastructure at a fixed monthly price consistently costs less than AWS on-demand or reserved instances at equivalent specification.
The egress fee component shifts the comparison most dramatically. A dedicated server with unmetered bandwidth has no per-GB transfer cost, AWS charges $0.09/GB for the first 10TB of monthly egress. For applications serving meaningful traffic volumes, this single cost component can exceed the entire dedicated server monthly fee. Read more about the long-term cost case in How Dedicated Servers Reduce Long-Term Infrastructure Costs.
What are AWS egress fees and how much do they cost?
AWS egress fees are charges for data transferred out of Amazon Web Services’ network to the public internet. In eu-west-1, AWS charges $0.09 per GB for the first 10TB per month, $0.085/GB for the next 40TB, and $0.07/GB beyond 50TB. Data transfer between AWS services within the same region is free; transfer between regions incurs additional charges.
For a moderate-traffic application transferring 5TB per month, egress fees total approximately $450/month, more than three times the cost of an entry-level Swify dedicated server. At 10TB/month, egress alone reaches $900/month. These fees do not exist on dedicated server infrastructure with unmetered bandwidth. Read more about bandwidth planning in What Is Network Bandwidth and How Much Do You Really Need?
Are AWS reserved instances cheaper than dedicated servers?
Reserved instances reduce AWS compute costs significantly, a 1-year reserved m6i.2xlarge costs approximately $177/month versus $280/month on-demand. However, the reservation covers only compute, storage and egress remain on top. Adding realistic storage ($75/month) and egress ($420/month for 5TB) brings the 1-year reserved total to approximately $660/month.
Compared to €150/month for a Swify Dedicated 2 with equivalent or superior specification, unmetered bandwidth, and no commitment period, the reserved instance reduces the compute cost gap but does not close the total cost gap. Reserved instances also require upfront payment, $1,050 upfront for a 1-year partial upfront reservation, which dedicated servers do not require. Read more in Is Dedicated Server Hosting Worth the Cost?
Does moving from AWS to a dedicated server affect performance?
Moving from AWS to a dedicated server typically improves performance for sustained workloads. AWS EC2 instances use virtualised vCPUs, virtual cores sharing physical hardware with other instances. A dedicated server provides physical cores with no virtualisation overhead and no other tenants competing for the same hardware. For CPU-intensive workloads, the performance difference is meaningful.
Storage performance also differs. AWS EBS is network-attached storage with additional latency compared to locally-attached NVMe on a dedicated server. For database workloads where storage latency affects query performance, locally-attached NVMe consistently outperforms network-attached block storage. The performance advantage of dedicated infrastructure compounds the cost advantage for most production workloads. Read more in Why Dedicated Servers Deliver Superior Performance Compared to Shared Hosting.
Is a dedicated server GDPR-compliant for EU data?
A dedicated server in a European data centre provides data residency within the EEA by default, EU personal data stays on hardware physically located within the EU without requiring additional configuration. This satisfies GDPR data residency requirements directly, without the Standard Contractual Clauses or region configuration complexity that AWS deployments may require to guarantee EU data residency.
AWS does offer EU-region deployments, but multi-region replication, service integrations, and support access can introduce data flows outside the EEA that require careful configuration to prevent. A dedicated server in the Netherlands provides unambiguous data residency certainty that simplifies GDPR compliance documentation significantly. Read more in Dedicated Servers and GDPR: What European Businesses Need to Know.
How do I migrate from AWS to a dedicated server?
Migrating from AWS to a dedicated server follows the same principles as any server migration: provision the new server, export data from AWS services (RDS snapshots, S3 exports, EBS snapshots), replicate data, test the application in the new environment, update DNS, and cut over traffic. Running both environments in parallel during transition allows thorough testing before committing to the cutover.
DNS changes with a low TTL allow rapid rollback if issues arise after cutover. The migration investment is typically recovered within the first month of operating on dedicated infrastructure given the cost differential. Read the complete migration framework in Dedicated Server Migration Checklist: How to Move Without Downtime.