10Gbps Dedicated Server Providers in Europe

Upgrading to a 10 Gbps dedicated server looks simple until you start comparing providers. Traffic policies, bandwidth caps, and overage pricing vary wildly. Two servers with the same port speed can end up costing very different amounts.

This guide compares five providers with 10 Gbps dedicated servers in Europe. We review their server specifications, bandwidth, traffic policy, and best use cases.

#What is a 10 Gbps dedicated server?

A 10 Gbps dedicated server is a physical machine reserved for a single customer, with a network port capable of moving about 1.25 GB/s. That’s roughly ten times the throughput of a standard 1 Gbps connection. How much of that speed you can actually use depends on the provider. Some meter your outbound traffic and charge per TB. Others cap it at a fixed monthly allowance. A few offer fully unmetered transfers with no usage limits at all.

#5 10 Gbps dedicated server providers in Europe

The following five providers offer 10 Gbps dedicated servers in Europe. Here’s how they compare on hardware, traffic allowances, and the workloads they handle best.

#1. Cherry Servers

Cherry Servers focuses on customizable bare-metal servers with a developer-first approach. Their 10 Gbps dedicated servers are available in three European locations: Frankfurt (DE), Stockholm (SE), and Amsterdam (NL). Pre-built setups deploy in 15 to 30 minutes.

You get API and infrastructure-as-code integrations out of the box. Billing is hourly or fixed-term, and hardware is fully customizable down to individual components.

Server specifications

10 Gbps configurations run on AMD EPYC processors, from the 16-core 7313P up to the 64-core 9554P, including several 5th-gen Turin models. There's also a Threadripper PRO 7965WX option. Memory starts at 64 GB and goes up to 2,304 GB DDR5 ECC.

Bandwidth and traffic policy

Each 10 Gbps dedicated server comes with 100 TB of free outbound (egress) traffic per month. Inbound traffic is unlimited. Bandwidth allowances are pooled across all servers within a project, so two servers with 100 TB each create a shared 200 TB pool.

Only outgoing traffic counts toward the limit. Cherry Servers sends alerts at 90% usage, and each server gets a dedicated 10 Gbps port with no contention.

Best for

Video streaming platforms, blockchain validators (particularly Solana), gaming and esports hosting, and data-intensive workloads where egress volume is high and overage costs need to stay predictable. If you're running multiple servers with uneven traffic patterns, the pooled bandwidth model is a big plus.

#2. OVHcloud

OVHcloud offers 10 Gbps connectivity through two dedicated server lines: the High Grade range (10 Gbps guaranteed by default) and the Scale range (upgradeable to 10 Gbps).

With 46 data centers globally and a strong European presence, they are the largest provider on this list. Monthly billing is standard, with commitment discounts available.

Server specifications

High-grade servers use Intel Xeon Gold 5th Gen (Emerald Rapids) processors with Intel TDX confidential computing. If you’re handling regulated or sensitive data that needs to stay encrypted even in memory, that's the line to look at.

Scale servers use AMD EPYC CPUs with up to 384 cores and 1.5 TB of DDR5 RAM. Scale uses SSD NVMe storage. The HGR-STOR-1 model goes up to 792 TB, built for archiving, disaster recovery, or large database deployments.

Bandwidth and traffic policy

In Europe, OVHcloud includes unlimited, unmetered public traffic on dedicated servers, with free ingress and egress. No per-TB overage charges apply, regardless of server line. For bandwidth-heavy workloads, this removes the cost uncertainty that metered providers introduce. Anti-DDoS protection is also included.

Best for

Large enterprises and organizations that need unlimited bandwidth with no traffic caps, hybrid cloud environments, and workloads requiring Intel-based confidential computing.

#3. Hetzner

Hetzner offers the cheapest path to 10 Gbps in this comparison, but with a significant tradeoff on traffic allowance. Their 10 Gbps connectivity is an optional uplink addon on existing dedicated server lines, not a separate product tier. Only one uplink is allowed per server, replacing the default 1 Gbps connection.

The uplink is priced separately from the base server, which keeps the total entry point low. European data centers are in Nuremberg, Falkenstein, and Helsinki.

Server specifications

Hetzner's 10G uplink works with several of their dedicated server lines: EX, AX, RX, SX, GPU, and Dell-based brand servers. CPU options vary by line and include AMD Ryzen, AMD EPYC, Intel Core, and Intel Xeon.

Memory starts at 64 GB, with some models going well beyond 256 GB. Storage covers NVMe SSD setups and larger HDD-based layouts, especially in the SX storage range.

Bandwidth and traffic policy

Every server with a 10 Gbps uplink gets 20 TB of outgoing traffic per month. On Hetzner's default 1 Gbps uplink, traffic is unlimited, so the drop is significant. Factor that into your costs before upgrading.

Incoming traffic is free and unlimited. DDoS protection is included with all dedicated servers.

Best for

Budget-conscious teams that want a lower-cost path to 10 Gbps and can work within Hetzner’s 20 TB monthly outgoing traffic allowance.

#4. Vultr

Vultr provides single-tenant bare metal servers with 10 Gbps networking across seven European locations. Higher-tier EPYC configurations move up to 25 Gbps. Hourly billing is available, though configuration options vary by location and inventory.

Server specifications

CPU options include Intel Xeon E and AMD EPYC processors, from entry-level 6-core configurations up to dual 128-core systems. RAM scales from 32 GB to 2,048 GB, depending on the server model.

Storage varies widely across the lineup, ranging from 2 x 240 GB SSD up to 16 x 6.4 TB NVMe.

Bandwidth and traffic policy

Vultr uses metered bandwidth with relatively tight included allocations: 5 TB on entry plans, 10 TB on mid-tier, and 25 TB on the highest configuration. For streaming, CDN origin, or other transfer-heavy workloads, these limits can add up quickly.

Private network traffic is unmetered within the same Vultr location. Unused bandwidth doesn’t roll over.

Best for

Developers and businesses that need instant bare metal deployment across many European cities with API-driven provisioning.

Vultr works well for moderate bandwidth needs, but you’ll hit those traffic limits quickly with streaming, CDN origin traffic, or any data-heavy workload. The included allocation isn’t enough for serious transfer volume.

#5. RedSwitches

RedSwitches has 10 Gbps dedicated servers in Amsterdam and Frankfurt. They also offer 25 Gbps and unmetered options. Servers deploy in under 10 minutes, and every one includes DDoS mitigation and a 99.99% uptime SLA.

They run their own network (AS50049) across 20+ locations globally. What that means in practice: direct control over routing and peering, no third-party dependency.

Server specifications

Their European 10 Gbps servers run Intel Xeon and AMD EPYC, in single-socket and dual-socket configurations. Memory goes from 32 GB to 256 GB. Storage starts at dual 480 GB SSD, with NVMe options available in 1 TB and 2 TB.

Bandwidth and traffic policy

Standard 10 Gbps plans come with 100 TB+ of included transfer. Higher tiers are available at checkout. There's also a true unmetered option: no traffic caps, no per-TB charges, no throttling. If your egress is unpredictable or consistently heavy, you don't have to watch the meter.

Best for

Bandwidth-intensive European workloads such as streaming, CDN origin servers, and large-scale data transfer, where high traffic volumes are needed at 10 Gbps without punitive overage fees. The Amsterdam location is particularly well-connected to Western Europe.

#What sets 10 Gbps dedicated servers apart?

Now that we’ve covered the providers, the next question is what separates real 10 Gbps performance from marketing. A 10 Gbps port is only as useful as the infrastructure behind it. Five factors determine whether a server actually delivers 10 Gbps performance or just advertises it.

#1. Sustained throughput needs

Most dedicated servers top out at 1 Gbps, which is enough for typical business hosting and file transfers. 10 Gbps servers serve workloads that need sustained multi-gigabit throughput, not just brief spikes.

When evaluating providers, the distinction between burst and sustained speeds matters. Some providers allow 10 Gbps bursts but throttle after short periods. Checking whether the plan guarantees sustained 10 Gbps in both directions is worth doing before committing.

#2. Network architecture

When running at 10 Gbps, the network behind the server matters as much as the port itself. Providers with spine-leaf architectures, non-blocking switches, and redundant fiber connections ensure:

• Low-latency, high-reliability interconnects
• Direct peering with major ISPs and content networks
• Support for private VLANs and cross-connects, especially for hybrid cloud or multi-location setups

Whether the uplink is shared or dedicated also matters. Shared uplinks introduce contention during peak hours. Oversubscription ratios are worth checking with the provider.

#3. Bandwidth commitment and billing

Billing models at the 10 Gbps tier vary more than at 1 Gbps. The most common approaches are:

• Unmetered plans that include no per-TB charges but may enforce soft caps or throttle after sustained high usage.
• Included transfer with overage, where a monthly traffic allowance is included, with per-TB charges beyond that.
• 95th percentile billing, which bills based on sustained usage rather than total volume, and discards the top 5% of traffic spikes.

#4. Input/Output and disk subsystems

At 10 Gbps, bottlenecks shift from the network to the server itself. The components that matter most are:

• Storage: SATA SSDs top out at roughly 550 MB/s, well below the 1,250 MB/s that a 10 Gbps link can deliver. NVMe drives, ideally in a RAID array, are necessary to keep up.
• PCIe lanes: Enough lanes must be available to avoid contention between NVMe drives and the network interface card.
• File systems: Tuned block sizes and I/O schedulers affect how efficiently the OS moves data between disk and network.

#5. Packet processing capabilities

Handling millions of packets per second at 10 Gbps places demands beyond the network port itself:

• NICs: Cards with hardware offloading (checksum, segmentation) and multi-queue support distribute packet processing across CPU cores, avoiding bottlenecks on a single core.
• CPUs: High clock speeds help per-packet processing, while high core counts handle parallel flows. Both matter at this traffic volume.
• Stack tuning: Kernel parameters (ring buffer sizes, interrupt coalescing), IRQ balancing, and frameworks like DPDK can significantly affect whether the server reaches its theoretical throughput.

#Which workloads benefit most from a 10 Gbps dedicated server?

Not every workload needs 10 Gbps. The upgrade pays off when the network is what holds the workload back, not the CPU, storage, or application logic.

• Video streaming and OTT platforms

  A 1 Gbps server saturates faster than most teams expect. At 4K and 25 Mbps per stream, the limit is roughly 40 concurrent viewers. A 10 Gbps server handles 400.

  Drop to 1080p at 5 Mbps, and the numbers shift to 200 versus 2,000. Adaptive bitrate streaming pushes the requirement even further when multiple quality tiers are served simultaneously.

• Blockchain nodes and validators

  Solana's official documentation lists 10 Gbps as the preferred network speed for mainnet validators. The chain moves large volumes of gossip and transaction data, enough to saturate a 1 Gbps connection during high-activity periods.

  Ethereum needs far less bandwidth today, but danksharding and other upcoming protocol changes will increase those requirements.

• CDN origin servers

  Most of the time, edge nodes absorb the traffic. The origin server only handles cache misses and dynamic requests.

  But during a cache-warming event, every edge node pulls fresh content from the origin at once. That spike can exceed 1 Gbps within seconds, especially after a content release or a cache invalidation.

• Backup and disaster recovery

  Restoring 10 TB of data takes about 22 hours over a 1 Gbps link. At 10 Gbps, that drops to roughly 2.2 hours. For organizations with recovery time objectives measured in minutes, not hours, the faster link isn’t optional.

• AI/ML data pipelines

  Large-scale training clusters run on 100-400 Gbps interconnects, but the data pipeline feeding them often bottlenecks at 1 Gbps when moving training datasets from storage to compute. A 10 Gbps link moves 1 TB in about 13 minutes, instead of over 2 hours.

• Gaming and esports hosting

  A single game server uses modest bandwidth. But hosting platforms running dozens or hundreds of concurrent instances alongside spectator streams can saturate 1 Gbps fast. The extra headroom also helps absorb DDoS traffic without dragging down player sessions.

#Final words

The five providers in this guide cover the full range of 10 Gbps dedicated server options in Europe. Hetzner offers the lowest entry point through its add-on model. OVHcloud delivers unlimited traffic on its enterprise High Grade line. Vultr and RedSwitches sit between the two with different bandwidth and pricing tradeoffs.

Each provider has a clear strength. OVHcloud leads in traffic volume with no caps or overage charges. Vultr covers seven European cities, the widest geographic reach on this list after OVHcloud. Hetzner wins on entry cost with its addon model.

For most high-bandwidth workloads, the deciding factors are egress volume and cost predictability. That’s where Cherry Servers stands out. They offer 10 Gbps dedicated servers with 100 TB of free monthly traffic, pooled across projects, so bursty and uneven traffic patterns don’t lead to surprise overage charges. Servers deploy in 15 to 30 minutes, with hourly billing and 24/7 human technical support.