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BARE METAL
High-Performance Dedicated Servers
Run CPU-intensive workloads on compute-intensive dedicated bare metal servers with AMD EPYC and Intel Xeon processors, enterprise memory, and fast solid-state storage. Configure CPU, RAM, storage, and network configuration around your exact workload and performance targets.
Last updated:
AMD EPYC & Intel Xeon
server processors
Balanced & CPU-intensive
compute profiles
ECC memory
for data integrity under load
6-hour
hardware repair SLA
WHY ADVANCED HOSTING
High-Performance Infrastructure, Managed End to End
Dedicated Compute
Run directly on physical hardware with full isolation and predictable performance. No hypervisor is installed by default.
End-to-End Services
From discovery to deployment and maintenance, Advanced Hosting manages the full server delivery process for you.
Proactive Infrastructure Guidance
We flag opportunities to improve stability, performance, or cost as your setup evolves.
USE CASES
Use Cases for Compute-Optimized Dedicated Servers
Use compute-optimized dedicated servers where processing capacity is central to the application – from model training and analytics to private cloud environments and custom high-load platforms.
AI/ML and HPC
Run AI model training, analytics pipelines, and large-language workloads on dedicated infrastructure with high-memory and GPU options where required.
Analytics and Data Processing
Run analytics pipelines on dedicated servers with enterprise-grade CPUs, NVMe storage, and configurations tailored to your performance targets.
Private Cloud and IaaS
Run private cloud, IaaS, or container platforms on bare-metal nodes with full hardware control.
High-Load Custom Platforms
Build custom platforms for high-load and non-standard deployments.
SERVER PROFILES
Choose Your Compute Profile
Pick a profile by the CPU characteristics your workload needs
High Performance (CPU)
2 x Intel Xeon Silver 4314
-
2,40 Ghz 16 cores, 32 threads
-
128 GB 4 x 32 GB DDR4 RAM
-
8.16 TB SSD 4 x 1.92 TB SSD + 2 x 0.24 TB SSD
-
25 Gbps uplinkE810-XXVDA4 Dell
-
Unmetered Bandwidth200 TB or 1 Gbps port = €350/mo
Starting at
€ 349/mo
High Performance (CPU)
Intel Xeon Gold 6244
-
3.60 Ghz, 8 cores, 16 threads
-
32 GB 2 x 16 GB DDR4 RAM
-
0.96 TB 2 x 0.48 TB SSD
-
25 Gbps uplinkE810-XXVDA4 Dell
-
Unmetered Bandwidth200 TB or 1 Gbps port = €350/mo
Starting at
€ 209/mo
High Performance (CPU)
AMD EPYC 9454P
-
2.75 Ghz, 48 cores, 96 threads
-
256 GB 4 x 64GB DDR5 RAM
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1.9 TB NVMe 2 x 0.96 TB NVMe
-
25 Gbps uplinkE810-XXVDA4 Dell
-
Unmetered Bandwidth200 TB or 1 Gbps port = €350/mo
Starting at
€ 890/mo
Order Server
EPYC 9254
1 vCPU
256 GB DDR4 ECC
4x 1.92 TB SSD (NVMe/SATA per spec)
25 Gbps uplink
20TB included
€ 414/mo
Ready-to-Deploy or Custom
Choose a ready build or request a custom spec sized for how you plan to grow.
COMPUTE TUNING
Core Count or Clock Frequency?
Higher core counts suit workloads that can distribute processing across multiple cores. Higher clock frequencies suit workloads where per-core processing speed is important. Choose the profile according to how your application uses CPU resources.
PERFORMANCE FACTORS
What Makes a Compute-Optimized High-Performance Server?
A compute-optimized server is built around demanding processing requirements, with the CPU profile and supporting hardware chosen to match.
High-Load Readiness
We specialize in high-load and non-standard deployments tailored to specific workload requirements.
CPU-Intensive Profiles
Choose configurations built for CPU-intensive tasks.
Built for Sustained Workloads
We provide enterprise-grade servers built for long, stable runtimes.
Configure supporting resources to match your compute demands.
Extend Your Compute Configuration
High-Memory Nodes
GPU Options
Add graphics acceleration where your workload requires it.
Flexible Storage Layouts
Configure SSD and NVMe storage around your application requirements.
OUR PROCESS
From Compute Profile to Production
Once the server configuration is defined, Advanced Hosting handles the physical delivery process from hardware preparation through deployment and ongoing maintenance.
Solution Design
Configure the server around your workload type, performance targets, and scaling expectations.
Set Up & Test
Systems are assembled, internally validated, and tested for power, thermal, and network readiness.
Production Deployment
Servers are wired, connected, and prepared for production with access and monitoring configured.
Ongoing Maintenance
Advanced Hosting handles hardware checks, upgrades, reboots, replacements, and on-site work.
SCALING OPTIONS
Scale Across Multiple Dedicated Servers
Expand beyond a single server by adding nodes and connecting them through private networks.
Add Server Nodes
Add dedicated servers as your environment grows.
Private Server Networks
Connect nodes over customer-specific VLANs with private connectivity available on demand.
Aggregated Cluster Bandwidth
Pool public egress across all servers in a cluster.
VXLAN-Ready Networking
Use dedicated VLANs preconfigured for VXLAN traffic.
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FAQ
Answering All Your Questions About Compute-Optimized Dedicated Servers
What is a compute-optimized dedicated server?
A compute-optimized dedicated server is configured around CPU-intensive workload requirements. Processor selection, core count, memory, storage, and networking can be tailored around the application’s performance targets.
Are Advanced Hosting compute-optimized servers bare metal?
Yes. Advanced Hosting dedicated servers run directly on physical hardware with no hypervisor installed or integrated by default.
Which processors are available for compute-intensive workloads?
Current featured configurations include AMD EPYC and Intel Xeon processors. One available CPU-intensive configuration uses the 32-core AMD EPYC 7513 at 2.6 GHz, while other profiles include the 8-core AMD EPYC 7252 at 3.1 GHz and 8-core Intel Gold 6244 at 3.6 GHz.
Should I choose a higher clock frequency or more CPU cores?
The appropriate profile depends on how your application uses CPU resources. Advanced Hosting offers configurations with different combinations of processor frequency and core count and can tailor the server to your workload and performance targets.
Can I customize CPU, RAM, and storage?
Yes. CPU, RAM, storage, and network layouts can be tailored to your workload. High-memory nodes, GPU options, and flexible storage layouts are also available.
Is ECC memory available?
Yes. Advanced Hosting uses enterprise-grade server platforms with error-correcting memory for demanding workloads.
Are NVMe drives available?
Yes. Advanced Hosting offers configurations with NVMe storage, including the AMD EPYC 7252 and AMD EPYC 7513 featured builds.
Can compute-optimized dedicated servers support AI and machine learning?
Advanced Hosting infrastructure supports AI model training, analytics pipelines, and large-language workloads, with high-memory configurations and GPU options available for compute-intensive work.
Can I manage the server at the hardware level?
Yes. Direct IPMI/iDRAC and KVM access is available for reboots, OS installation, and troubleshooting.
What happens if hardware fails?
Readily available replacement hardware is backed by a 6-hour repair SLA. Advanced Hosting handles diagnostics, replacement, and on-site work.
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