Ever wondered what happens when you combine an Intel i9-11900K processor with a user-friendly control panel? I recently got my hands on HostCram's KVM VPS offering, and the experience has been eye-opening. Let me walk you through what makes this setup interesting for anyone who values both performance and control.
Here's the thing—I've been eyeing HostCram's KVM deals for a while, but something always held me back. The missing piece? A self-management panel. I'm the kind of person who likes to tinker, reinstall operating systems at 2 AM, and not wait for support tickets. When HostCram rolled out their ProxCP-based control panel, that changed everything.
The plan I'm testing is their Killer Core KVM-3C configuration. Nothing fancy in the name, but the specs tell a different story: 3 vCPU cores running on an i9-11900K, 3GB of dedicated DDR4 RAM, and 70GB of NVMe storage. The bandwidth allocation sits at 3TB on INAP's network, plus you get a dedicated IPv4 address.
HostCram runs their KVM infrastructure on Proxmox with ProxCP as the frontend, and honestly, it's refreshingly straightforward. If you've used their LXC panel before, this feels like coming home—same clean interface, same logical layout.
The main dashboard gives you everything you need without hunting through menus. Those critical Start, Shutdown, and Restart buttons? They're right there, big and impossible to miss. No accidentally clicking the wrong thing when you're managing your server in a hurry.
Network settings are laid out clearly if you need to dive into manual configurations. And here's where it gets practical: the Rebuild tab lets you reinstall your OS whenever you want. Sure, custom ISO support would be nice, but here's the workaround—Proxmox boots from iPXE without breaking a sweat. The VNC console is responsive, and reboot times are genuinely fast.
Let's cut to the chase: the i9-11900K processor is the real star here. Running YABS benchmarks revealed exactly why this matters.
The disk speeds are impressive across the board. Random 4K operations hit 1.17 GB/s total throughput, while sequential 1M block transfers maxed out at 5.40 GB/s. That's NVMe doing what NVMe does best—making traditional SSDs look sluggish.
But here's what caught my attention: the Geekbench scores. Single-core performance clocked in at 1897 on Geekbench 5, with multi-core reaching 4736. For comparison, that single-core score puts this VPS in the same ballpark as many dedicated servers from just a few years ago.
Network performance through INAP's infrastructure showed consistent speeds to various test locations. Outbound to US locations regularly hit 900+ Mbits/sec, while European endpoints maintained 850+ Mbits/sec. The receive speeds varied more depending on routing, which is typical for any provider.
This VPS makes sense if you're running workloads that benefit from strong single-threaded performance. Think compilation tasks, certain database operations, or applications that haven't been optimized for multi-threading. The i9-11900K's high clock speeds shine in these scenarios.
The self-management aspect means you need to be comfortable handling your own OS maintenance and troubleshooting. HostCram labels this as "Limited Support," which is transparent—you're trading hand-holding for control and presumably better pricing.
👉 Ready to experience i9-powered VPS performance with full control? Get started with HostCram
HostCram's KVM offering delivers where it counts: genuine performance from quality hardware and a control panel that doesn't get in your way. The ProxCP interface handles daily management tasks smoothly, while the i9-11900K provides the computational muscle for demanding workloads.
Is it perfect? Not if you need white-glove support or custom ISO mounting through the panel. But if you're comfortable managing your own server and want hardware that can actually handle intensive tasks without choking, this setup deserves a serious look.
The combination of self-service management and powerful hardware creates a sweet spot for experienced users who know what they're doing and don't want to compromise on performance. Sometimes that's exactly what you need.