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You typed "amsterdam ddos protected dedicated server" into a search box, so let's not pretend you're here for a casual browse. Something's getting hammered — your game server, your payment gateway, your community forum, the side project that suddenly got popular in all the wrong ways. Whatever it is, it lives in Europe somewhere, and it needs a metal box of its own with attack filtering baked in from the first hop. That's the whole conversation.
Here's the thing though: a lot of "DDoS protected" listings out there are really just a server in a building that happens to have a scrubbing appliance down the hall, billed to you per attack, capped at some number you'll only discover the hard way. So when you're shopping an amsterdam ddos protected dedicated server, the two questions that actually matter are: how much mitigation comes included without a surcharge, and does the filtering sit inline on the network or does someone have to manually "turn it on" while your customers are already leaving.
This is where Sharktech enters the picture, and why their Amsterdam deployment keeps showing up in this corner of the market. Let me walk you through what they actually run, then we'll get into the specific boxes you can order today.
The Amsterdam Side of the Story
The Amsterdam Side of the Story
Sharktech's Amsterdam footprint sits inside Equinix AM11, which if you know the city's data center scene is the kind of address that practically sells itself — right on top of the densest cluster of international backbone carriers in Europe. AM11 is roughly 8,320 m² of raised floor, redundant cable-entry, energy-efficient cooling, the works. The reason that matters for an amsterdam ddos protected dedicated server specifically is route density: more carriers in the same building means more paths to scrub traffic through, and less latency between you and your European users.
The network itself is natively built on 40G and 100G technology, with an Intelligent Routing Protocol layer that watches jitter, packet loss, and latency in real time and shifts traffic onto the cleanest path automatically. Translation for anyone who's dealt with "my server is up but it feels broken" during an attack: the route optimization is doing something about it before your monitoring pings you.
Sharktech publishes a 99.99% uptime guarantee on the Amsterdam facility, and they back it with 24/7 on-site engineers — not a remote NOC forwarding tickets to someone who shows up on Monday.
What "DDoS Protected" Actually Means Here
What "DDoS Protected" Actually Means Here
This is the part worth slowing down on, because it's the entire reason you're searching.
Every Sharktech dedicated server — every one, every location, every plan — ships with their proprietary DDoS mitigation included as a default, not as a checkbox add-on you have to remember to buy. It monitors the network continuously and filters common attacks inline, the moment they're detected, with no manual activation step.
The baseline protection that comes free with each server is 60Gbps per IP. That covers the overwhelming majority of attacks that real-world servers actually receive — the 3Gbit to 8Gbit floods, the UDP junk, the SYN storms — the kind of stuff that takes down unprotected boxes in seconds and barely registers on Sharktech's gear. Their own published customer anecdotes include game server operators saying exactly that: attacks in the single-digit Gbit range and the box "never skips a beat."
For workloads that attract bigger attention, Sharktech's global mitigation capacity currently sits at 1.1Tbps, distributed across all five of their points of presence, and they sell 100Gbps of dedicated protection per single IP as an add-on for $39/month. That add-on attaches to any dedicated server or colocation box. So the ceiling on what you can actually defend against is considerably higher than the entry-level free tier — you just pay for the difference.
A quick reality check on the architecture: the filtering is inline on Sharktech's own network, not a third-party scrubbing center you reroute to under attack. That's a meaningful distinction if you've ever watched a "cloud mitigation" provider add 80ms of latency to your traffic the moment they decide your session is suspicious.
The Bare-Metal Detail
The Bare-Metal Detail
Every Sharktech dedicated server is a true bare-metal box, which is a slightly loaded term worth defining. You get access below the OS layer — direct hardware-level access through their server management panel, the ability to install custom operating systems, IPMI-style controls, the works. You're not renting a virtualization layer that someone else administers. The CPU, RAM, disk, and NIC are yours and yours alone for the term.
Hardware is customizable at order time and upgradeable at any point after — CPU, RAM, GPU, disk configuration. If a specific configuration isn't listed on the site, their sales team will quote it, including parts they have to source from vendors. Free setup is standard across the lineup, and 24/7/365 technical support is included rather than metered per ticket.
All of that is relevant context for the configurations below, because the price tags you're about to see are the actual recurring price — not "starting from" before setup fees, RAM upgrades, and a DDoS line item.
Amsterdam Configurations You Can Actually Order
Amsterdam Configurations You Can Actually Order
These are the Sharktech Amsterdam dedicated server configurations currently listed as in-stock and orderable. All of them include the 60Gbps baseline DDoS protection, free setup, /29 IPv4 (5 usable IPs), free IPv6 allocation, the SECURE management platform, and 24/7 support. Storage options are listed as either-or where Sharktech offers the swap.
Entry-Tier 1Gbps Unmetered — Intel Xeon E3-1270v5, 16GB, $99/mo
The cheapest way into an amsterdam ddos protected dedicated server on this footprint. Four cores at 3.5GHz, 16GB RAM, 500GB SSD in a 4-bay 3.5" chassis with one M.2 bay available for an NVMe add-on. 1Gbps unmetered uplink.
Best fit for: a single game server, a small-to-medium community site, a low-traffic application backend, or anyone who needs the DDoS filtering more than they need raw compute. This is the configuration I'd point a friend at if they'd just had their first real attack and wanted to stop worrying.
Mid-Tier 1Gbps Unmetered — Dual Xeon E5-2678v3, 128GB, 1TB NVMe, $149/mo
Dual-socket E5-2678v3 for 48 threads at 2.5GHz, 128GB DDR4, and 1TB of M.2 NVMe in a single M.2 bay. Six 2.5" drive bays available for SATA expansion. 1Gbps unmetered.
Best fit for: heavier game server clusters, mid-traffic SaaS backends, virtualization hosts where you want to carve the box up yourself, anyone whose workload has outgrown 16GB and is tired of swapping.
Storage-Variant 1Gbps Unmetered — Dual Xeon E5-2678v3, 128GB, 500GB SSD, $169/mo
Same CPU and RAM as above, but configured with 500GB SSD across six 3.5" bays and eight M.2 bays available for NVMe expansion. Slightly more for the storage flexibility.
Best fit for: workloads where you want to grow into NVMe over time rather than pay for it on day one, or where the 3.5" bays matter for spinning rust capacity.
High-End 1Gbps Unmetered — Dual Xeon Gold 6148, 128GB, 2TB NVMe, $229/mo
Dual Gold 6148s give you 80 threads at 2.40GHz, paired with 128GB RAM and 2TB of M.2 NVMe across eight M.2 bays. Available in either a 6-bay 2.5" SATA layout or a 3-bay 3.5" layout, same price.
Best fit for: production application stacks, multi-tenant hosting, anything where the Skylake-SP era cores and big NVMe matter more than pushing 10Gbps of network. At $229 with 2TB NVMe and free DDoS baked in, this is probably the sweet spot of the 1G lineup.
10Gbps Unmetered Tier — Dual Xeon E5-2695v4, 256GB, 2TB NVMe, $379/mo
This is where you step up to 10Gbps unmetered bandwidth. Dual E5-2695v4 delivers 72 threads at 2.10GHz, 256GB RAM, 2TB M.2 NVMe across eight M.2 bays, plus twelve 3.5" bays for SATA expansion.
Best fit for: high-traffic game server farms, streaming or media workloads, large community platforms, anyone whose previous 1Gbps pipe was the actual bottleneck during peak hours.
10Gbps Storage-Dense Variant — Dual Xeon E5-2695v4, 256GB, 24-Bay, $399/mo
Same CPU, RAM, and NVMe as the $379 box, but with twenty-four 3.5" drive bays. Twenty dollars a month for an extra twelve bays is the kind of math that explains itself.
Best fit for: archival workloads, backup targets, anything that wants lots of warm spinning disk alongside fast NVMe for the hot layer.
10Gbps Gold Tier — Dual Xeon Gold 6148, 256GB, 2TB NVMe, $559/mo
80 threads at 2.40GHz, 256GB RAM, 2TB NVMe, 10Gbps unmetered. Available in either an 8-bay 3.5" layout or an all-NVMe 4×M.2 / 10×U.2 layout, same price.
Best fit for: production multi-tenant hosting, SaaS backends that have outgrown the E5 generation and need the per-core performance of Skylake-SP under real concurrency.
Top-Tier 10Gbps Unmetered — AMD EPYC 7702P, 256GB, 2TB NVMe, $599/mo
128 threads at 2.0GHz on a single EPYC 7702P, 256GB RAM, 2TB M.2 NVMe across fourteen U.2 bays, 10Gbps unmetered. No SATA bays — this one is all-NVMe, all the time.
Best fit for: dense virtualization, container platforms, workloads that want maximum core count and PCIe bandwidth in a single box. If you're shopping at this tier you already know who you are.
How the Pricing Math Actually Works
How the Pricing Math Actually Works
A couple of things worth flagging while you're comparing these numbers to other amsterdam ddos protected dedicated server listings you'll find in search results.
First, every plan above includes free setup. That's not a promotional waiver — it's standard. So the monthly number is the monthly number, not "monthly plus a $199 setup fee amortized over the first invoice."
Second, the 60Gbps DDoS protection is included in the monthly price on every single configuration. If you've been pricing out a competitor that lists a server at $79/mo and then quietly charges $30/mo for 20Gbps of add-on mitigation, do the addition honestly before you compare. On Sharktech the included protection is the baseline; the $39/mo 100Gbps upgrade is optional and only relevant if your threat model genuinely calls for it.
Third, the 1Gbps and 10Gbps lines are unmetered — meaning the port speed is the cap, not a transfer quota with overage fees lurking in the terms. The difference between the $99 entry box and the $379 10Gbps box is fundamentally port speed and hardware, not a bandwidth allowance that runs out.
Fourth, IPv6 allocation is free, included at order time, selectable on the order form. Five usable IPv4 addresses come with every box via /29.
Choosing the Right Box Without Overthinking It
Choosing the Right Box Without Overthinking It
If you're here because of a specific attack problem and you're not sure how much machine you need, the honest shortcut is this: start at the $99 E3-1270v5 if your workload fits in 16GB and 500GB of SSD. The DDoS protection is identical to what the $599 EPYC box gets — same network, same inline filtering, same 60Gbps baseline, same 1.1Tbps global ceiling. You're paying for CPU, RAM, storage, and port speed, not for "better DDoS." If you outgrow the entry box, Sharktech will migrate you to a bigger one, and their team handles the move.
If you already know you're pushing real traffic or running a multi-tenant stack, the $229 Dual Gold 6148 with 2TB NVMe is the configuration I'd actually look at twice. Eighty threads, 2TB of fast storage, 1Gbps unmetered, full DDoS, free setup — it's the configuration where the price-to-hardware ratio starts looking like you're getting away with something.
If 1Gbps is genuinely your bottleneck — not your imagination, your actual bandwidth graphs — skip straight to the 10Gbps tier. The $379 Dual E5-2695v4 is the cheapest 10Gbps unmetered entry point on the Amsterdam list, and the 256GB of RAM means you're not going to be memory-pressured while you're network-pressured.
And if you're building something where the threat model includes sustained large-volume floods aimed specifically at your IP, budget the extra $39/mo for 100Gbps of dedicated per-IP mitigation and stop thinking about it. That's still less than a single mid-tier overage bill from a metered mitigation provider would run you for one bad weekend.
A Word on the Promotion Code Question
A Word on the Promotion Code Question
You'll find older Sharktech promotional pages floating around — coupon codes like E51Gams, v5LACHI, New2637v2, and similar — many of them tied to time-limited offers whose original end dates have long passed. Some of those codes have been reported as still applying a recurring discount at checkout; some have not. Rather than quote you a code I can't verify is currently active, the practical move is to click through to the live order page and see what the cart actually shows. Sharktech runs rotating promotions on the 10Gbps line and on specific data centers fairly regularly, and the price you see at checkout is the price you'll pay recurring — no creeping increases after the first month.
If a listed promo code does still apply at checkout, great. If it doesn't, the prices above are the standard list prices, and they're already competitive for an amsterdam ddos protected dedicated server with inline mitigation at Equinix AM11.
The Bottom Line on This Search
The Bottom Line on This Search
When you strip away the marketing, what makes an amsterdam ddos protected dedicated server worth the money versus a generic dedicated box is one thing: the protection has to be on the network you're plugging into, not bolted on as an afterthought. Sharktech's setup — inline proprietary mitigation, 60Gbps per IP included by default, 1.1Tbps of global capacity behind it, the box sitting inside Equinix AM11 on top of Europe's densest carrier cluster, free setup, unmetered ports, true bare-metal with hardware-level access — is a coherent answer to that question rather than a checkbox.
The $99 entry point lets you actually test that thesis without committing to a $400/mo box on faith. If the DDoS filtering behaves the way their long-term game-server customers describe — and the architecture suggests it should, because it's the same inline network on the $99 box as on the $599 box — you'll know within the first month whether you've solved your problem.
From there you scale hardware to fit the workload, not the other way around. That's really all you needed from this search.
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