Tag: Bare Metal Dedicated Servers

This page compares the OpenMetal Large v4 bare metal server against the AWS i4i instance family, the closest match by storage-optimized spec profile. The comparison is structural, not just price-vs-price:

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The Storage Large v4 is a different server from the compute-focused Large v4. It pairs high-capacity SATA HDDs with NVMe cache drives in a three-tier storage architecture designed for Ceph

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OpenMetal Large v4 TDX Edition with dual Xeon Gold 6526Y, 1TB DDR5-5200, Intel TDX confidential computing. Hardware-isolated VMs, HIPAA-eligible, fixed monthly pricing.

The Large v4 is OpenMetal’s mid-tier bare metal dedicated server, built on dual 5th Gen Intel Xeon Gold 6526Y processors (Emerald Rapids). It is the next generation of the Large

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Q: What Proxmox reference architecture does OpenMetal recommend for bare metal servers? OpenMetal publishes a full Proxmox reference architecture for bare metal, developed with Wendell Wilson from Level1Techs, using a

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Baltimore Data Center

Updated on March 24, 2026 by Sash Ghosh

Deploy dedicated servers, hosted private cloud, and GPU infrastructure for Baltimore, MD via OpenMetal’s Ashburn facility. Estimated ~6.59 ms avg latency. HIPAA eligible.

Secret Network proves encrypted smart contracts work. Intel TDX on bare metal completes the confidential computing stack from application layer to silicon.

HTAP databases are highly sensitive to latency, network variance, and storage performance. This article explains why bare metal infrastructure provides predictable performance, operational clarity, and cost stability for running distributed SQL systems at scale.

Equinix Metal ends service in June 2026. This comprehensive guide helps teams evaluate replacement infrastructure by philosophy rather than features. Includes decision frameworks, migration timelines, and key questions to ask providers to avoid another EOL event.

The 2018 Spectre, Meltdown, and Foreshadow vulnerabilities exposed fundamental CPU flaws that shattered assumptions about hardware isolation. Learn how these attacks sparked the confidential computing revolution and how OpenMetal enables Intel TDX on enterprise bare metal infrastructure.

Design fault-tolerant validator infrastructure combining dedicated bare metal performance, redundant networking, self-healing Ceph storage, and OpenStack orchestration for maintaining consensus uptime through failures.

Cloud infrastructure often represents one of the largest—and least understood—expenses during technical diligence. Learn what to evaluate, which red flags to watch for, and how transparent infrastructure platforms simplify the assessment process for PE firms evaluating SaaS acquisitions.

Blockchain validators demand millisecond precision and unthrottled performance. Public cloud throttling, unpredictable costs, and resource sharing are driving operators to bare metal infrastructure. Learn why dedicated hardware with isolated networking eliminates the risks that shared environments create.

Private equity firms are replacing variable cloud costs with fixed-cost infrastructure to improve EBITDA predictability and portfolio valuations. Learn how transparent, hardware-based pricing creates financial advantages for PE-backed SaaS companies.

Network spikes test validator infrastructure beyond normal limits. Discover how bare metal servers deliver the consistent performance, predictable costs, and operational control needed to maintain validator operations during high-stress network events while maximizing rewards.

PE firms struggle with fragmented infrastructure across portfolio companies. Private cloud standardization delivers 30-50% cost savings, predictable EBITDA, and operational efficiency across all holdings.

SaaS companies preparing for exit can achieve premium valuations through private cloud infrastructure that delivers predictable costs, margin stability, and operational discipline that buyers reward with higher multiples.

Discover how blockchain teams build complete infrastructure stacks using dedicated compute, storage, and networking instead of basic hosting. Learn why validator nodes, RPC endpoints, and data-heavy applications need integrated infrastructure control to achieve predictable performance and scale reliably.

Private equity firms are systematically implementing cloud repatriation strategies across SaaS portfolios to convert unpredictable cloud costs into fixed expenses, typically reducing infrastructure spending by 30-50% while improving EBITDA forecasting accuracy. This strategic shift addresses the margin compression caused by usage-based cloud billing and creates sustainable competitive advantages for portfolio companies.

Discover how GPU acceleration transforms blockchain applications with AI-driven smart contracts. Learn why bare metal infrastructure provides the performance, security, and cost predictability needed for next-generation blockchain workloads that integrate machine learning and decentralized computing.

Discover how bare metal infrastructure eliminates public cloud bottlenecks that impact validator performance. Learn why dedicated hardware, predictable networking, and fixed pricing models directly translate to higher staking rewards and better validator economics in proof-of-stake networks.

Cloud costs eating your EBITDA? CFOs and Operating Partners need strategic alignment to tackle unpredictable public cloud pricing. Discover how fixed pricing models deliver 20-30% savings and financial predictability for PE-backed SaaS companies.

Private cloud infrastructure solves the unique challenges blockchain consortia face with public cloud – eliminating data egress fees, noisy neighbor effects, and compliance complexity while enabling secure multi-party collaboration with predictable costs and performance.

Discover how portfolio managers are transforming blockchain startup growth with predictable infrastructure costs. OpenMetal’s fixed-cost bare metal eliminates unpredictable cloud expenses, delivering 30-60% savings when monthly spend hits $20,000. Learn the infrastructure strategy that’s reshaping blockchain investment returns.

Bare metal confidential computing eliminates virtualization overhead, resource constraints, and unpredictable costs. OpenMetal’s dedicated TDX servers deliver consistent performance for sensitive AI, blockchain, and financial workloads where security can’t be compromised.

Private equity operating partners are missing a major value creation opportunity by not tracking infrastructure optimization as a KPI. Cloud costs often represent 50% of software companies’ revenue, directly impacting EBITDA and valuations. This guide shows how to make infrastructure efficiency measurable and systematically improve portfolio company margins through predictable, optimized infrastructure strategies.

Discover how OpenMetal’s on-demand private cloud with integrated Ceph storage eliminates AI infrastructure bottlenecks. Real customer case study shows 50% cost reduction and seamless scaling from 0.5PB to 1.9PB capacity. Get enterprise-grade performance with predictable pricing.

Learn how OpenMetal’s dedicated VLAN and VXLAN-ready private cloud architecture provides secure multi-tenant environments with true Layer 2 isolation, unlimited scalability, and unmetered 20 Gbps private networking for compliance-ready deployments.

Privacy-first blockchain applications need infrastructure that supports confidential computing, network isolation, and regulatory compliance. Discover how bare metal and private cloud solutions provide the foundation for zero-knowledge proofs, confidential smart contracts, and secure multi-party computation.

Learn how OpenMetal’s private networking architecture delivers 20 Gbps per server, free internal traffic, customer-specific VLANs with VXLAN support, and predictable egress billing. Perfect for AI training clusters, database replication, and high-throughput workloads requiring performance without bandwidth constraints.

AI-driven smart contracts require dedicated infrastructure to handle real-time inference, protect sensitive data, and maintain blockchain consistency. Shared cloud environments introduce performance variability and security risks that compromise both AI accuracy and blockchain reliability.

Explore how confidential computing transforms blockchain security by protecting oracle data feeds and smart contract execution. This guide covers implementation strategies, performance optimization, and deployment best practices for building secure decentralized applications on OpenMetal’s bare metal infrastructure.

Discover five blockchain workloads that demand dedicated infrastructure over shared public cloud. From validator nodes to MEV systems, learn why bare metal servers and private cloud provide the performance, security, and control these critical operations require.

Learn how confidential computing infrastructure protects PHI, AI models, and proprietary algorithms during processing. Discover implementation strategies for HIPAA-compliant AI workloads on OpenMetal’s secure bare metal platform, including real-world healthcare use cases and deployment guides.

Regulated financial institutions need blockchain infrastructure that balances innovation with compliance. Discover why bare metal servers deliver the control, performance, and security that enterprise blockchain demands—from validator nodes to tokenization platforms. No compromise required.

MPC lets multiple parties compute together without sharing private data — but infrastructure matters. Learn how confidential computing on OpenMetal bare metal servers with Intel TDX helps secure MPC deployments for blockchain, fintech, and privacy-first apps.

Modular blockchain networks like Celestia, Cosmos, and Polygon CDK are redefining infrastructure needs. This post outlines why bare metal servers and private clouds offer the control, performance, and predictability that modular blockchains require.

Learn how to enable Intel SGX and TDX on OpenMetal’s Medium, Large, XL, and XXL v4 servers. This guide covers required memory configurations (8 DIMMs per CPU and 1TB RAM), hardware prerequisites, and a detailed cost comparison for provisioning SGX/TDX-ready infrastructure.

Discover how OpenMetal delivers performance and flexibility through tiered cloud storage options. Learn the pros and use cases of direct-attached NVMe, Ceph-based high availability block storage, and scalable, low-cost erasure-coded object storage—all integrated into OpenStack.

Discover the power of the OpenMetal Large v4 Storage Server with dual Intel Xeon Silver 4510 CPUs, 720TB HDD storage, 76.8TB NVMe flash, and 512GB DDR5 RAM. Perfect for building high-performance, scalable, and resilient storage clusters for cloud, AI/ML, and enterprise data lakes.

With the new OpenMetal Private AI Labs program, you can access private GPU servers and clusters tailored for your AI projects. By joining, you’ll receive up to $50,000 in usage credits to test, build, and scale your AI workloads.

As blockchain technology moves beyond cryptocurrency, more companies are running blockchain workloads on bare metal to meet growing demands for speed, security, and control. This post explores how it works, why it matters, and where it’s already being used in real-world industries.

Discover how machine learning and data analytics teams could accelerate training, inference, and data pipelines using OpenMetal’s infrastructure. This example setup combines a Large v3 Cloud Core with high-capacity Storage v3 servers, NVMe speed, and 95th percentile egress pricing.

The OpenMetal Large v1 Storage Server features dual Intel® Xeon® Silver 4210R CPUs, 12x 12TB HDDs, and 4x 1.92TB NVMe SSDs—ideal for scalable, high-capacity storage and Ceph-based clusters.

Discover the OpenMetal Large v3 Storage Server, featuring 12x18TB HDDs, customizable NVMe flash options up to 15.36TB per drive, and the Intel Xeon Silver 4314 processor. Ideal for Ceph-based clusters, it delivers scalable performance, hot-swappable flexibility, and enterprise-grade storage.

OpenMetal’s Storage Large v1 and v3 bare-metal servers deliver scalable hybrid storage, powerful compute, and 95th percentile bandwidth pricing. Ideal for demanding workloads like AI, blockchain, media production, and data analytics—without surprise egress fees.

At OpenMetal, every bare metal server is deployed with dual high-speed 10Gbps uplinks, providing a critical layer of both performance scalability and fault tolerance. To fully leverage these redundant connections, OpenMetal configures these uplinks as a bonded logical interface using Link Aggregation Control Protocol (LACP).

At OpenMetal, we design our bare metal servers for high availability, ensuring resilience across private clouds and storage clusters. To protect the operating system from hardware failures, many servers feature dual boot drives in RAID 1, providing redundancy and seamless recovery.

The adoption of Infrastructure-as-a-Service (IaaS) is on the rise as businesses seek to harness the scalability, flexibility, and cost-effectiveness of cloud computing. While virtualization has been a central component of IaaS, the integration of bare metal servers introduces a new dimension to infrastructure management.

Ironic, a vital part of OpenStack, focuses on provisioning and managing bare metal servers. It seamlessly integrates with Keystone, Nova, Neutron, Glance, and Swift to provide a unified interface for managing hardware resources within a cloud environment. With Ironic, operators can treat physical servers like virtual machines, streamlining the management of resources in an OpenStack cloud. It simplifies bare metal management through a unified interface, seamless integration with OpenStack services, and automated provisioning.