Loading Products...
Delivers exceptional multi-threaded performance utilizing the robust xeon E5 servers architecture for compute-heavy tasks.
Built-in AVX and AVX2 instruction sets accelerate complex cryptography, scientific computing, and data processing.
Massive L3 cache capacity ensures ultra-low latency execution for demanding enterprise workloads.
Features advanced Error-Correcting Code (ECC) to instantly detect and fix single-bit memory errors
High-frequency DDR4 modules support massive memory bandwidth for large-scale databases.
Ensures 100% data integrity and prevents catastrophic system crashes on your Intel dedicated servers.
Eliminates storage bottlenecks completely by utilizing ultra-fast PCIe Gen 3.0 data lanes.
Achieves massive IOPS (Input/Output Operations Per Second), perfect for real-time analytics and heavy I/O applications.
Rapid data throughput significantly outpaces traditional SATA SSDs, maximizing overall dedicated servers performance.
Scalable network interfaces offering flexible connectivity from 1Gbps up to massive 100Gbps unmetered bandwidth.
Automated hardware-level DDoS mitigation seamlessly filters malicious traffic to keep your infrastructure online.
Premium Tier-1 BGP routing guarantees extreme low latency for global users accessing your xeon servers.
Fully optimized at the hardware level for leading bare-metal hypervisors like Proxmox, VMware ESXi, and KVM.
Dedicated IPMI 2.0 access provides out-of-band management, ISO mounting, and remote power cycling.
Securely allocate isolated CPU and RAM resources across multiple virtual machines on Intel xeon dedicated servers.
Supports dedicated hardware RAID controllers for zero-compromise data redundancy (RAID 1, 5, 10).
Battery-backed write cache (BBWC) technology protects critical database transactions during unexpected power events.
Enables seamless hot-swapping of drives with zero downtime, ensuring continuous high-availability hosting.
When you deploy bare-metal compute, you need hardware that perfectly aligns with your specific workload. Our Intel xeon dedicated servers are specifically architected to handle continuous, resource-intensive operations without bottlenecking. Whether you are running complex data pipelines or deploying dense hypervisors, these xeon E5 servers provide the exact balance of processing power, I/O speed, and memory bandwidth required by modern enterprise architectures.
Leverage the multi-threaded compute capabilities of our Xeon servers combined with optional NVIDIA GPUs to train machine learning models and process large datasets efficiently. The high-throughput PCIe NVMe storage lanes ensure your algorithms are never starved for data, making these GPU-accelerated machines highly optimized for AI inferencing and complex predictive analytics.
Maximize your infrastructure footprint by running multiple virtual machines on a single, robust physical node. These Intel dedicated servers are engineered for seamless compatibility with industry-leading bare-metal hypervisors like VMware ESXi, Proxmox, and KVM. With massive core counts and ECC memory, you can securely isolate CPU and RAM resources across countless client containers with zero performance degradation.
Ensure zero downtime and ultra-fast query execution for your mission-critical SQL, MongoDB, or PostgreSQL deployments. The powerful combination of high-frequency ECC memory and blazing-fast NVMe I/O on our dedicated servers allows for rapid caching and massive IOPS. This guarantees absolute data integrity and millisecond response times, even during extreme transactional traffic spikes.
Build highly scalable cloud environments and deploy resilient microservices architectures using Kubernetes and Docker swarms. The highly reliable compute nodes within our xeon E5 servers lineup provide the immense network throughput and bare-metal agility needed to spin up, scale, and manage containerized applications globally, ensuring your distributed systems remain continuously available.
At MIG servers, we deploy our Intel xeon dedicated servers exclusively within high-availability environments engineered to eliminate all single points of failure.
Our global infrastructure spans across 6 continents—including the USA, UK, Germany, Netherlands, Australia, Singapore, and China. We house our xeon servers in top-tier, enterprise facilities to guarantee extreme reliability and low latency.
Partnered with industry giants like Equinix, Digital Realty, and CoreSite.
Equipped with battery-backed UPS systems, diesel generators, and precision HVAC cooling.
24/7 on-site security guards, biometric access control, and full CCTV surveillance.
Our network is engineered for extreme throughput and low latency. Every machine in our dedicated servers fleet connects directly to global fiber-optic backbones, ensuring smooth data flow even during traffic spikes.
Direct routing via NTT, Lumen (Level 3), Telia, and Cogent for zero packet loss.
High-speed fiber ports scaling up to 100Gbps unmetered dedicated bandwidth.
Automated BGP rerouting and hardware DDoS mitigation for uninterrupted uptime.
When you choose MIG servers, you get more than just raw compute. Every server comes standard with enterprise-grade networking, robust security, and rapid deployment features to keep your business running seamlessly.
We guarantee near-perfect availability for your mission-critical applications. Our redundant power and network architecture ensures your xeon servers stay online continuously, backed by a strict, industry-leading Service Level Agreement (SLA).
Protect your infrastructure from malicious volumetric and Layer 3/4/7 attacks. Every machine in our dedicated servers lineup includes advanced, always-on 250Gbps automated hardware mitigation at completely no extra cost.
In the rare event of a component failure, we guarantee ultra-fast resolution to minimize your downtime. Our 24/7 on-site data center technicians will physically identify and replace any faulty hardware, such as drives, RAM, or power supplies—on your Intel dedicated servers within 45 minutes.
Take absolute control of your global network routing. We offer seamless BGP session announcements, allowing enterprises to bring your own IP (BYOIP) space and optimize traffic pathways directly to your Intel xeon dedicated servers.
Expanding your virtualized environment or managing multiple clients? Easily provision additional IPv4 subnets and IPv6 blocks. Perfect for isolating virtual machines and securing applications hosted on your xeon E5 servers.
We exclusively utilize data-center-grade components for maximum lifespan and reliability. Scale your bare-metal performance with high-frequency ECC RAM, enterprise SATA SSDs, ultra-fast PCIe NVMe drives, and optional NVIDIA GPUs for AI workloads.
Maximize your enterprise compute power. Explore these step-by-step guides to deploy clusters, monitor resources, and configure AI workloads on your bare-metal server.
Leverage your Xeon E5 multi-core architecture. A step-by-step guide to building a 7-node High-Availability (HA) cluster using HAProxy, Keepalived, Nginx, and MariaDB Galera.
View Guide ->Perfect for AI & Machine Learning workloads. A complete technical walkthrough for enabling NVIDIA MIG, managing GPU slices, and Docker orchestration on your server.
View Guide ->Enterprise servers require enterprise monitoring. Learn how to install Prometheus and Node Exporter on CentOS Stream 9 for bandwidth visibility and Linux server alerting.
View Guide ->An Intel Xeon E5 dedicated server is a private, physical server where all hardware resources—CPU, RAM, and storage—are 100% reserved for your business only. Unlike VPS or shared hosting, you do not share computing power with anyone else, giving you maximum speed, stability, and control.
Yes. Every one of our dedicated servers comes with complete root (Linux) or Administrator (Windows) privileges, along with dedicated IPMI access. This allows you to install custom software, configure operating systems, and manage your server settings with total freedom.
Absolutely. Our xeon E5 servers are fully optimized for bare-metal hypervisors such as Proxmox, VMware ESXi, and KVM. With multi-core Xeon processors and ECC memory, you can easily split your server into multiple virtual machines (VMs).
We support a wide range of operating systems including Ubuntu, CentOS, Debian, AlmaLinux, Rocky Linux, and Windows Server versions. You can also mount your own custom ISO image via IPMI to install any specialized OS you need.
Standard SATA SSDs offer fast read/write speeds suitable for general web hosting. NVMe storage connects directly via PCIe lanes, offering significantly faster performance than standard SSDs. NVMe is ideal for high-traffic databases and heavy applications running on your xeon servers.
ECC (Error-Correcting Code) memory automatically detects and corrects internal data corruptions in real time. This prevents sudden server crashes and data loss, making Intel dedicated servers extremely reliable for mission-critical business applications.
Standard hardware deployment for our Intel xeon dedicated servers takes between 24 hours to 72 hours. Our technical team uses this time to carefully rack, cable, test hardware integrity, and perform custom OS installations to ensure your server works perfectly upon delivery.
Yes. Every server hosted with MIG servers includes automatic, enterprise-grade DDoS protection. Our network shields your server against volumetric traffic spikes and malicious attacks without interrupting your legitimate business traffic.
Yes! As your business grows, you can easily request upgrades for your RAM, additional SSD/NVMe drives, or higher network ports (up to 100Gbps). Please note that hardware expansion is only applicable to suitable servers with available physical slots or chassis capacity.
We offer 24/7/365 infrastructure monitoring and network support. Our expert data center technicians are always on standby to resolve network issues, replace failing hardware components, and assist with out-of-band IPMI access.
Maximize your compute capabilities with our Intel Xeon E5 dedicated servers. Harness the robust E5 architecture, DDR4 ECC memory, and high-throughput NVMe I/O for your enterprise workloads. Secure your isolated, high-performance infrastructure today.
Need a help? Talk to a Server Architect
