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Low-Latency Dedicated Servers
Reduce delay for trading, gaming, streaming, and other real-time workloads with dedicated bare metal, guaranteed bandwidth, high-speed network connectivity, and tuned European peering.
Low-latency infrastructure built around your application needs
Predictable Performance
Reliable compute, error-correcting memory, and high-speed solid-state storage for demanding workloads.
Full Hardware Control
Direct IPMI/iDRAC and KVM access for reboots, OS installs, and troubleshooting.
Custom Configurations
CPU, RAM, storage, and network layouts tailored to your workload.
Use Cases for Low-Latency Dedicated Servers
Support applications where response time, throughput, and consistent performance directly affect the workload. High-capacity networking and direct IX connectivity support real-time and performance-sensitive applications.
Financial Services and Trading
iGaming and Betting Platforms
Video Streaming and OTT Platforms
SaaS Applications
Choose Your Compute Profile
2 x Intel Xeon Silver 4216
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2.10 Ghz, 16 cores, 32 threads
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128 GB 4 x 32 GB DDR4 RAM
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7.68 TB 2 x 3.84 TB SSD
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25 Gbps uplinkE810-XXVDA4 Dell
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Unmetered Bandwidth200 TB or 1 Gbps port = €350/mo
2 x Intel Xeon Silver 4314
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2,40 Ghz 16 cores, 32 threads
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128 GB 4 x 32 GB DDR4 RAM
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0.48 TB SSD 2 x 0.24 TB SSD
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25 Gbps uplinkE810-XXVDA4 Dell
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Unmetered Bandwidth200 TB or 1 Gbps port = €350/mo
Low-Latency Connectivity Between Our Dedicated Servers
Connect dedicated servers over private networks and across three interconnected data centers, with sub-millisecond RTT between sites.
- Sub-millisecond inter-site latency: <1 ms RTT between the three connected sites.
- Private server networking: Connect dedicated servers over customer-specific VLANs.
- Multi-site server placement: Deploy servers across three interconnected data centers.
Networking Built for Time-Sensitive Workloads
Dedicated-server networking with guaranteed public capacity and high-speed private connectivity
Guaranteed Public Bandwidth
Each server gets guaranteed channel width, regardless of traffic consumption.
Burst Egress up to 100 Gbps
Add egress capacity for traffic spikes and high-throughput workloads.
VXLAN-Ready Private Networks
Run dedicated VLANs prepared for VXLAN, with unmetered private traffic included.
The Infrastructure Behind Unwavering Reliability
Our servers connect through high-capacity ports, direct IX access, and backbone connectivity designed to support latency-sensitive workloads.
What Makes a Dedicated Server Low Latency?
Low latency depends on how server performance, network connectivity, routing, and server location work together. Dedicated hardware provides the compute foundation, while peering, transit, and network capacity determine how traffic moves between your server and its destination.
Dedicated Compute
Run directly on physical hardware with no virtualization layer installed by default, giving your workload direct access to server resources.
Peering and Routing
Direct IX access, optimized BGP routing, and tuned peering and transit shape traffic paths to major European networks.
Bandwidth and Capacity
Guaranteed bandwidth gives each server committed network capacity at all times, while egress bursts are supported up to 100 Gbps for traffic spikes.
Server Location and Network Path
Physical distance affects latency, while server placement, peering, and IX connectivity influence the path traffic takes to its destination.
Proven at Infrastructure Scale
Low-latency performance is backed by an established server footprint, high-capacity network infrastructure, and more than two decades of network engineering.
6,000+ Managed Servers
Infrastructure experience built around thousands of servers already under management.
2 Tbps per Location
Capacity across our Amsterdam locations for high-traffic and performance-sensitive environments.
Three Amsterdam Data Centers
Servers deployed across Digital Realty and Equinix facilities, interconnected through dual optical rings.
More Than Two Decades of Network Engineering
Experience spanning server infrastructure, BGP routing, VLAN/VXLAN design, and transit capacity.
Operational Control for Dedicated Servers
Keep control over your server and network setup while Advanced Hosting handles the physical hardware layer.
Bring Your Own IPs
Use Advanced Hosting IPs or bring your own /24 or larger subnet.
Repair SLA
On-site spares backed by a 6-hour hardware repair SLA
24/7 Remote Hands
Get on-site support for power, hardware, cabling, and connectivity.
End-to-End Hardware Support
Procurement, deployment, repair, and replacement handled by Advanced Hosting.
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Answering All Your Questions
What is a low-latency dedicated server?
A low-latency dedicated server combines bare-metal hardware with network connectivity designed for fast, predictable data transfer. Advanced Hosting servers run directly on physical hardware without a virtualization layer and connect through high-capacity networking and European peering infrastructure.
What latency can I expect from Amsterdam to major European hubs?
Advanced Hosting states that its peering and transit are tuned for sub-10 ms latency to major EU hubs under normal conditions. Latency between its Amsterdam data center sites is under 1 ms RTT.
Which internet exchanges are available?
Advanced Hosting lists connectivity to AMS-IX, DE-CIX, and NL-IX, providing access to major European internet exchange infrastructure from Amsterdam.
What network speeds are available for dedicated servers?
Public connectivity options range from 1 to 100 Gbps per server or rack. Private networking is available at up to 400 Gbps, while the Amsterdam network fabric lists 4×25 Gbps aggregated server ports.
Can I connect multiple dedicated servers over a private network?
Yes. Dedicated servers can run on customer-specific VLANs, with connectivity up to 400 Gbps on demand. VLANs are preconfigured to support VXLAN traffic, and private network traffic is unmetered and included.
Which workloads benefit from low-latency dedicated servers?
Advanced Hosting positions its Amsterdam infrastructure for performance-sensitive workloads including financial services and trading, iGaming, video streaming, SaaS, and other high-traffic applications.
Are the servers bare metal?
Yes. Advanced Hosting dedicated servers are physical bare-metal servers with no virtualization layer installed by default, providing direct access to the hardware and full workload isolation.
Can I customize a low-latency dedicated server?
Yes. CPU, RAM, storage, and network layouts can be tailored to the workload. Advanced Hosting also offers ready-to-deploy configurations in Amsterdam.
Is DDoS protection included?
Yes. Dedicated servers include DDoS protection up to 10 Gbps per IP.
What happens if server hardware fails?
Advanced Hosting provides readily available replacement hardware backed by a 6-hour repair SLA. Its team handles diagnostics, replacement, and on-site work, with Remote Hands available when needed.
Can I use my own IP addresses?
Yes. You can use Advanced Hosting IP addresses or bring your own /24 or larger subnet.
Can the infrastructure scale beyond one server?
Yes. Dedicated-server environments support horizontal scaling by adding nodes, expanding private networks, and aggregating public egress bandwidth across cluster members.