High-Performance Dedicated Servers: Intel Xeon Gold with 128GB RAM Starting at $99/Month

Looking for serious server power without breaking the bank? Sometimes you need more than a basic VPS—something that can handle heavy workloads, multiple virtual machines, or resource-intensive applications without sweating. That's where dedicated servers with enterprise-grade hardware come into play.

What Makes These Servers Stand Out

Let's talk specs. We're looking at dual Intel Xeon Gold 5120 processors—that's 28 cores and 56 threads running at 2.20 GHz. Pair that with 128GB of DDR4 RAM, and you've got a machine that can handle pretty much anything you throw at it.

The storage setup is particularly interesting. You get two 960GB NVMe SSDs configured in your choice of RAID1 for redundancy or RAID0 for maximum performance. NVMe drives are significantly faster than traditional SATA SSDs, which means your databases, applications, and file operations will feel noticeably snappier.

Network connectivity? Unmetered 1 Gbit connection. No bandwidth caps, no throttling—just consistent, reliable speed for whatever your projects demand.

Who Should Consider This Setup

This kind of configuration makes sense for several scenarios:

Heavy virtualization needs - With 128GB of RAM and 28 cores, you can comfortably run multiple virtual machines simultaneously. Perfect for development environments, testing labs, or hosting separate client workloads.

Database-intensive applications - All that RAM means your databases can keep more data in memory, leading to faster query responses and better overall performance.

High-traffic web applications - When you're handling serious traffic volumes, having dedicated resources ensures consistent performance without noisy neighbors affecting your uptime.

If you're currently struggling with resource limitations on shared hosting or VPS solutions, 👉 upgrading to dedicated server infrastructure can dramatically improve your application performance and reliability.

Management Flexibility with TenantOS

Here's something worth noting: these servers come with full TenantOS control panel access. What does that mean practically? You can reload your operating system whenever needed, reboot the server, monitor resources, and handle most management tasks without opening support tickets.

This level of control is crucial when you're running production workloads and need to respond quickly to issues or make configuration changes. No waiting around—just direct access to manage your server as if you were standing right next to it in the data center.

Location and Connectivity Details

The servers are located in Ohio, which offers solid connectivity to both US coasts and generally good international routing. You get one IPv4 address included, with the option to order additional IPs if your setup requires multiple addresses. IPv6 support comes standard with a /64 subnet, future-proofing your infrastructure.

The unmetered 1 Gbit connection means you won't need to worry about bandwidth overages. Whether you're serving media files, handling API traffic, or running backup operations, the connection can handle sustained high-bandwidth usage.

Payment and Getting Started

Payment is straightforward—credit cards and PayPal are both accepted. The pricing sits at a competitive point for this level of hardware, especially when you consider you're getting enterprise-grade processors, substantial RAM, and NVMe storage.

For teams or businesses looking to consolidate multiple VPS instances or upgrade from aging hardware, 👉 dedicated servers with this specification level offer both performance headroom and better cost efficiency compared to running numerous smaller instances.

Is This Right for Your Needs?

Not every project needs this much power—and that's perfectly fine. But if you're experiencing performance bottlenecks, planning for growth, or simply tired of resource limitations, dedicated hardware starts making a lot of sense.

The sweet spot for this configuration is projects that have outgrown shared hosting but want the simplicity of managing a single powerful machine rather than orchestrating multiple smaller servers. You get predictable performance, full control, and the peace of mind that comes with dedicated resources.

Consider whether your current infrastructure is holding you back or if you're constantly working around resource constraints. Sometimes the solution isn't optimizing your code further—it's simply giving your applications the resources they need to run properly.