High Core Count Dedicated Servers: Massive Compute. Absolute Control.
Break through the limitations of traditional infrastructure. Deploy unshared, enterprise-grade bare metal servers ranging from 96 to 256 cores designed to crush your most aggressive workloads. Whether you are running complex machine learning algorithms, high-frequency trading simulations, or massive in-memory databases, our high core count servers deliver the raw multi-threaded power you need to accelerate time-to-insight.
- 100% Single-Tenant Bare Metal: Zero shared resources and absolute hardware control.
- Data Center GPU Acceleration: Supercharge AI, machine learning, and inference workloads by pairing massive CPU core counts with enterprise-grade accelerators like the NVIDIA L4 Tensor Core.
- DDR5 ECC Memory: Massive bandwidth to keep hundreds of cores constantly fed.
- PCIe Gen 5 NVMe Storage: Eliminate read/write bottlenecks entirely.
- 10Gbps+ Dedicated Uplinks: Move massive datasets with unmetered, low-latency transit.
Consolidate Your Infrastructure, Multiply Your Output
When enterprise applications outgrow standard hardware, scaling horizontally by adding more small servers leads to complex networking, wasted rack space, and inflated software licensing costs.
Upgrading to a high core count dedicated server allows you to scale vertically. By consolidating your workloads onto a single massive compute server, you drastically reduce latency between tasks, streamline your infrastructure management, and lower your overall power consumption—all while multiplying your raw processing capabilities.
- Drastically reduced latency between tasks
- Streamlined infrastructure management
- Lower overall power consumption
Horizontal Sprawl
- Complex multi-server networking
- Wasted rack space
- Inflated software licensing costs
- Latency between small nodes
One High-Core Server
- Workloads consolidated in one place
- Simpler infrastructure management
- Reduced power consumption
- Multiplied raw processing power
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Choose Your Compute Density
We stock premium hardware configurations designed to precisely match your operational demands. Select from our ultra-dense bare metal deployments:
96 Cores
The ideal entry point for heavy databases, multi-threaded rendering, and robust enterprise environments.
112 Cores
A highly balanced architecture providing exceptional sustained frequency across a massive thread count.
128 Cores
The industry standard for aggressive data analytics, heavy machine learning preprocessing, and algorithmic trading.
192 Cores
Extreme compute density built for deep learning pipelines, physics simulations, and advanced VFX rendering.
256 Cores
Ultimate bare metal dominance, offering unmatched parallel processing for the most demanding enterprise applications on earth.
Deploy Massive Compute Closer to Your Users
Our high core count servers are strategically deployed across premium global data centers to ensure low latency and high availability for your enterprise. We feature elite 96-core AMD EPYC architectures including the EPYC 9654, 9655, 7642, and 7k62 processors—available for rapid deployment worldwide.
- AMD EPYC 9654
- AMD EPYC 9655
- AMD EPYC 7642
- AMD EPYC 7k62
Global Network Footprint
North America
Asia
Elite Hardware Capabilities
Extreme Memory
Configure your node with massive RAM allocations, scaling up to 1.152TB DDR5 in select facilities like Chicago and Frankfurt.
Unmatched Bandwidth
Move immense datasets effortlessly. Select locations like Amsterdam offer up to 100Gbps unmetered network transit.
Massive NVMe Storage
Build custom storage arrays, such as configurations supporting 4x 8TB NVMe SSDs in Frankfurt for zero bottleneck read/writes.
Hybrid AI Acceleration
Pair your 96-core CPU with powerful data center GPUs for advanced machine learning pipelines. Add NVIDIA L4 Tensor Core GPUs in locations like Amsterdam to rapidly train and deploy your most demanding models.
Engineered for Data-Driven Industries
AI, Machine Learning & Data Engineering
Feeding data to GPUs requires immense CPU power. With up to 256 cores, your data engineering teams can execute heavy preprocessing pipelines, Apache Spark tasks, and complex ETL operations without bottlenecking your neural networks.
High-Frequency Trading & Financial Analytics
In quantitative finance, latency is a liability. Our massive compute servers provide the backbone for Monte Carlo simulations, real-time risk modeling, and complex algorithmic trading, executing simultaneous calculations across hundreds of threads.
VFX, 3D Rendering & Game Development
Eliminate the wait times of traditional render farms. Media studios rely on our high core count infrastructure for CPU-based offline rendering and compiling massive codebase builds. Software like Unreal Engine and Maya benefit directly from immense core availability, shrinking project timelines dramatically.
In-Memory Databases & Big Data Analytics
Handle massive, concurrent database requests seamlessly. Deploying our highest core counts ensures your Elasticsearch clusters, SAP HANA environments, and Redis databases process thousands of real-time queries without latency spikes.
Enterprise Public Cloud & VPS Infrastructure
High-density bare metal is the foundational building block of profitable cloud hosting. By leveraging high core count servers, Infrastructure-as-a-Service (IaaS) providers and MSPs can utilize hypervisors like Proxmox, KVM, or VMware to spin up hundreds of high-performance Virtual Private Servers (VPS) on a single physical server, drastically maximizing hardware ROI and reducing data center footprint.
Blockchain & Cryptographic Workloads
Securing decentralized networks and validating distributed ledgers requires immense, sustained parallel processing. Deploy massive core bare metal to run heavy cryptographic hashing, zero-knowledge proof (ZK-proof) generation, and high-throughput blockchain validator nodes with absolute hardware-level isolation and unwavering stability.
Mission-Critical Reliability for Your Heaviest Workloads
When you run massive-scale applications on high core count infrastructure, downtime and data breaches are not an option. Our bare metal environments are secured at both the hardware and network levels.
Hardware-Level Isolation
Operating on a 100% dedicated server means absolute physical isolation. Your sensitive financial data, proprietary algorithms, or unreleased media files are never exposed to the vulnerabilities of shared hypervisors or noisy neighbor environments.
Advanced Thermal Design
Pushing up to 256 cores requires exceptional thermal management. Our enterprise data centers utilize cutting-edge cooling infrastructure to ensure your processors maintain peak clock speeds without thermal throttling, even under 100% sustained loads.
Always-On DDoS Mitigation
Heavy compute workloads are prime targets for disruption. We safeguard your network pipeline with enterprise-grade, inline DDoS filtering to keep your pipelines flowing during volumetric attacks.
N+1 Redundancy
From dual power supplies on the chassis to fully redundant power grids and network routes in the facility, your server is backed by infrastructure designed for uninterrupted availability.
Frequently Asked Questions
Everything you need to know about our high core count bare metal servers. Need something more specific? Our team is available 24/7.
Talk to Our TeamWhat processor brands power your high core count servers?
Can I configure the RAM and storage on a massive core server?
Are these servers shared or virtualized?
How does per-core licensing work on these servers?
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Ready to Deploy Massive Compute?
Don't let legacy hardware limit your enterprise potential. Secure your high core count server today.