We maintain a vast physical inventory to match varying workload demands.
Enterprise EPYC and Xeon platforms support up to 768GB DDR5 ECC RDIMM. Ryzen platforms support DDR5 memory configurations, with ECC where validated by the motherboard. Storage options include high-IOPS PCIe NVMe SSDs and standard SATA SSDs. High-capacity storage configurations are available with enterprise SAS HDD arrays, including custom deployments with up to 50 × 14TB (700TB raw capacity) drives, subject to hardware availability.
Build scalable database and virtualization clusters using single or dual-socket Intel Xeon (Silver/Gold) and AMD EPYC processors. Choose from multiple AMD EPYC generations, including high-core-count EPYC 9754 platforms and newer EPYC Turin (9555P) configurations.
Select custom configurations feature dedicated NVIDIA GPUs (such as the Quadro series) designed to accelerate machine learning, rendering, and AI inference tasks.
For single-threaded performance, game servers, and algorithmic trading, choose from our dedicated AMD Ryzen 9 (including 9950X and 7950X3D) and Intel Core i9 configurations.
Matching Hardware to Your Workload. Evaluate the hardware categories and specifications below to ensure compatibility with your specific enterprise or high-frequency deployment requirements.
| Hardware Category | Available Architectures | Target Workloads |
|---|---|---|
| Enterprise AMD | EPYC 7000 series, 9754 (Bergamo), 9555P (Turin) | Heavy Virtualization, Enterprise Databases |
| Enterprise Intel | Xeon E-Series, Xeon Silver, Xeon Gold (e.g., 6438M) | SaaS Backends, Big Data Analytics |
| High-Frequency | AMD Ryzen 9 (9950X, 7950X3D), Intel Core i9 | Game Servers, Algorithmic Trading |
| Memory | DDR4 / DDR5 (ECC RDIMM on enterprise platforms) | In-Memory Caching, High-Traffic APIs |
| Storage | NVMe PCIe Gen4, Enterprise SATA SSD, SAS HDD | High-IOPS databases, Bulk Archiving |
Frankfurt is home to DE-CIX, one of Europe's major internet exchange ecosystems. Its extensive carrier and network infrastructure makes the city an important location for dedicated server deployments serving users across the European market.
1Gbps, 10Gbps, 25Gbps, and up to 100Gbps physical uplinks available on select enterprise configurations.
Choose between generous terabyte traffic allowances (e.g., 50TB to 100TB) or unmetered dedicated ports for sustained throughput.
Standard IPv4 and IPv6 allocations are provided with every server. Additional IP resources are available subject to RIPE justification.
We support Bring Your Own IP (BYOIP) and BGP sessions for enterprise clients requiring independent routing policies (subject to LOA and ROA verification).
Network-layer (L3/L4) DDoS mitigation is included to filter malicious volumetric traffic and protect base service availability.
Frankfurt's central geographic position and dense carrier ecosystem enable low-latency routing across Continental Europe, the UK, and transatlantic corridors to North America. While exact round-trip times (RTT) depend on your end-users' ISP, routing path, and the specific Frankfurt facility selected, typical regional latency benchmarks from Frankfurt carrier-neutral hubs fall within the following ranges:
| Destination Hub | Region | Typical Round-Trip Time (RTT) | Primary Workload Benefit |
|---|---|---|---|
| Zurich, Switzerland | DACH / Central EU | ~4 – 8 ms | Financial APIs, Low-Latency Trading |
| Amsterdam, Netherlands | Western Europe | ~5 – 8 ms | Multi-Region SaaS, CDN Peering |
| Paris, France | Western Europe | ~6 – 12 ms | Enterprise Web Apps, Media Delivery |
| London, United Kingdom | UK / Northern EU | ~8 – 15 ms | Cross-Border Fintech, Multiplayer Gaming |
| Vienna, Austria | DACH / Central EU | ~10 – 14 ms | Regional ERP, Enterprise Databases |
| Milan, Italy | Southern Europe | ~9 – 15 ms | E-Commerce, Real-Time Collaboration |
| Warsaw, Poland | Central & Eastern EU | ~18 – 22 ms | Eastern European Game & App Backends |
| Madrid, Spain | Southwestern Europe | ~25 – 32 ms | Pan-European Content Distribution |
| New York / Ashburn, US | North America (East) | ~80 – 90 ms | Transatlantic Replication & Hybrid Cloud |
Choose the perfect bare metal configuration engineered for your specific enterprise or high-frequency deployment:
Utilize high-core-count AMD EPYC platforms with maximum DDR5 ECC RAM to run dense virtual machine environments.
Deploy dual-socket Intel Xeon Gold servers with hardware RAID NVMe storage for maximum transactions per second (TPS).
Leverage the high clock speeds and large L3 cache of AMD Ryzen 7950X3D processors for latency-sensitive multiplayer environments.
Utilize custom SAS HDD arrays (JBOD or RAID) for immutable backup targets and large-scale media archiving.
We provide the secure facility and network; you retain absolute control over your software.
Servers are physically hosted within Germany, allowing your business to maintain data sovereignty within the EU. Customers retain full control over their applications, data processing, and access policies to support their own GDPR compliance frameworks.
Where supported by the hardware, servers include out-of-band management access (IPMI, iDRAC, or KVM). This allows your engineering team to remotely mount ISOs, configure BIOS settings, and recover systems independently of the primary network.
Our unmanaged servers are backed by a 24/7 remote hands technical team. We operate under a defined hardware replacement policy to systematically swap faulty physical components and minimize downtime.
Frankfurt's extensive carrier density and major internet exchanges make it a strategic location for infrastructure. Deploying here provides a central European network presence, offering efficient data transit to users across the DACH region and neighboring European markets.
Unlike shared virtual machine instances, bare metal provides exclusive access to the server's physical CPU, memory, and storage resources, without a provider-managed virtualization layer between the customer and the hardware. This ensures predictable performance without resource contention.
Hosting your data physically within Germany places it under European jurisdiction, which is a foundational step for many organizations' GDPR strategies. However, true GDPR compliance depends on your internal data processing agreements and application security. We provide the physical infrastructure; you retain control over how your data is managed and protected.
Yes, depending on the specific hardware configuration and facility selected, we can deploy enterprise servers with dedicated physical uplinks scaling from standard 1Gbps up to 100Gbps to support heavy data ingestion and streaming workloads.
We monitor the physical data center environment continuously. If a hardware failure occurs, our on-site remote hands team will replace the component according to our defined hardware support and replacement policy. We highly recommend utilizing RAID configurations and maintaining independent off-site backups to protect your data during component degradation.
Power. Performance. Precision.
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