Dedicated performance on real hardware
Base Metal Servers deliver single-tenant power, zero noisy neighbors, and full-stack control for latency-critical workloads.
Raw performance
Direct access to CPU, RAM, and NVMe—no hypervisor overhead, no resource contention.
Full control
Choose OS, kernel, file systems, RAID, and network topology; tune for exact workloads.
Secure by design
Single-tenant isolation, dedicated NICs, & hardened baselines with strict controls.
Predictable costs
Flat monthly or flexible hourly with transparent line items and no surprise throttling.
What is a Base Metal Server?
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A Base Metal Server is a dedicated physical machine—exclusive to one tenant—provisioned with cloud speed and managed options. No virtualization layer means consistent performance, tighter latency, and low jitter for high-stakes apps.
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Think “own the lane” computing: the entire box, configured for specific needs like high IOPS, memory density, or GPU acceleration.
Built for What Matters
From high‑traffic apps to AI, gaming, and regulated workloads—optimized for speed, scale, and compliance.
High-traffic apps and APIs
Eliminate noisy neighbors and stabilize p95/p99 latencies during spikes.
Databases and caches
Postgres, MySQL, Redis, and time-series DBs thrive with direct NVMe and tuned kernels.
AI/ML and analytics
GPU/CPU-optimized builds, fast local scratch, and high-throughput networking.
Game servers and realtime
Low jitter and steady tick rates for multiplayer and streaming.
Regulated workloads
Single-tenant hardware and dedicated network paths simplify compliance.
Right‑Sized for Workloads
Purpose-built builds for peak performance—pick the right blend of CPU, memory, storage, or GPUs to match workload demands
High‑frequency CPUs, moderate RAM, and NVMe scratch for low‑latency web/app tiers, API backends, and steady tick‑rate game servers, delivering fast response times and efficient autoscaling under bursty traffic.
Large RAM footprints and tuned kernels for in‑memory databases, high‑hit‑rate caches, real‑time analytics, and stream processing, enabling reduced I/O contention and consistently low p95/p99 latencies.
Multi‑NVMe or hybrid arrays with RAID, write‑back caching, and high IOPS for write‑intensive databases, logs, telemetry, and OLTP workloads, ensuring durable writes, faster commits, and predictable throughput at scale.
Latest GPUs with PCIe Gen4/Gen5, high‑watt power budgets, and fast interconnects for training, fine‑tuning, and low‑latency inference, supporting mixed precision, larger batch sizes, and rapid experiment iteration.
Why choose Base Metal over virtualized cloud?
Base Metal delivers consistent, high performance without virtualization tax—no hypervisor overhead, steadier throughput, and predictable latency under sustained load. Dedicated cores, RAM, storage paths, and NICs provide strong isolation, minimizing noisy‑neighbor effects and cross‑tenant risk.
It also enables deep tuning and cost control: tailor BIOS flags, kernel params, NUMA pinning, and NIC offloads to the workload, and reserve bandwidth with private transit for predictable egress costs and latency.
Consistency
No hypervisor overhead; stable throughput under sustained load.
Isolation
Dedicated cores, RAM, storage paths, and NICs reduce cross-tenant risk.
Customization
BIOS flags, kernel parameters, NUMA pinning, and NIC offloads tuned to the use case.
Egress predictability
Reserve bandwidth and use private transit to keep costs and latency in check.
Built‑In Power, End‑to‑End
End‑to‑end primitives for networking, storage, security, observability, and automation—built to scale and integrate cleanly into existing workflows.
Discover & Design
Align on performance targets, compliance requirements, and budget guardrails, then define the hardware profile, network topology, storage plan, and OS/security baseline to meet SLAs and growth forecasts.
Deploy & Validate
Automate provisioning with repeatable workflows, perform burn‑in and health checks, load golden images and configs, and complete secure access handoff with audit‑ready documentation.
Operate & Optimize
Run 24/7 monitoring and patching, forecast capacity, and execute quarterly tune‑ups—covering performance tuning, cost reviews, and resilience improvements aligned to changing workloads.
35%
higher sustained throughput under peak load
50%
reduction in p95/p99 latency variability
45%
faster cold-starts and rebuild times
Build Smarter, Ship Faster
Everything developers need—quickstarts, docs, and status updates—all in one place.
Quickstarts
Ready‑to‑use Terraform modules and sample repositories for popular stacks like LAMP, MERN, and Kubernetes.
Documentation
Comprehensive guides on service limits, region availability, APIs, SDKs, and operational runbooks.
Status
Real‑time service health dashboard with historical uptime and reliability insights.
Built in India, Built for Global Growth
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Strategic Location: Low-latency connectivity across Asia-Pacific.
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Regulatory Compliance: Meets Indian IT & Data Protection standards.
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Enterprise-Grade Security: 24/7 monitoring, biometric access, and advanced firewalls.
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Green Infrastructure: Energy-efficient cooling and renewable energy adoption.
Real Experiences. Real Results.
Trusted by startups and enterprises alike for secure, scalable infrastructure.
Migrating our business website to HostGenX was the best decision we made. The uptime and speed are phenomenal, and their support team always goes the extra mile.
We needed a reliable hosting partner who could handle high traffic campaigns, and HostGenX delivered flawlessly. Our digital campaigns now run without a single glitch.
With HostGenX colocation, our data is housed in a secure, compliant environment. The redundant power and cooling systems give us complete peace of mind.
HostGenX GPU servers have drastically cut down our AI model training time. Performance, scalability, and affordability — all in one package.
HostGenX cloud hosting has been a game-changer for our SaaS platform. Scalability is smooth, and we can deploy new environments within minutes.
Running SAP on HostGenX infrastructure gave us enterprise-level performance at a fraction of the cost. Their SAP expertise is truly impressive.
For ML workloads, their GPU hosting is unmatched. We get enterprise-grade GPUs with seamless scaling, helping us deliver projects faster.
Their colocation service is simply world-class. The 24/7 monitoring and security standards are exactly what our healthcare business required.
Quick Answers, Clear Solutions
Explore our FAQs to better understand how HostGenX helps you scale with confidence.
1.What is a bare metal server hosting?
A bare metal server is a single‑tenant physical machine dedicated to one customer, with no hypervisor layer, giving full control over hardware, OS, and performance for consistent, low‑latency workloads.
2.How is bare metal different from VPS?
Bare metal runs directly on hardware with exclusive resources; virtual servers share a host via a hypervisor. Bare metal delivers steadier performance and deeper customization, while VPS offers finer on‑demand elasticity.
3.Who should consider bare metal hosting?
Teams running latency‑sensitive apps, high‑throughput databases, game/realtime services, AI/ML with GPUs, compliance‑sensitive workloads, or predictable 24/7 production services benefit most.
4. What operating systems are supported?
Most providers support popular Linux distributions (e.g., Ubuntu, Debian, RHEL, Rocky/Alma), Windows Server, and custom images. Some also allow hypervisor installs if building a private virtualization layer.
5.Can I add GPUs or specialized storage?
Yes. Bare metal often offers configurable GPUs, NVMe arrays, RAID (0/1/10), and high‑memory profiles for databases, analytics, and training/inference workloads.
6.How is pricing structured?
Pricing is typically monthly reserved or hourly on‑demand. Expect transparent line items for hardware, bandwidth, and add‑ons (GPUs, storage, support), with savings for term commitments or fleets.
