So I just pulled the trigger on a new VPS from HostCram, even though I didn't really need another server. But when you see an i9-11900K processor at that price point, curiosity gets the better of you. I wanted to see what this CPU could actually deliver in real-world conditions.
The signup process was smooth, except for one minor hiccup—my credit card company flagged the transaction as suspicious. First time that's ever happened to me. Had to manually approve HostCram as a legitimate retailer and unfreeze my card before trying again. Second attempt went through without issues.
The processor speed is exactly what you'd expect from an i9-11900K. It handles tasks quickly and efficiently, no complaints there. If you're running applications that need serious single-core performance or multi-threaded workloads, this chip won't let you down.
What's really interesting to test with high-performance hardware like this is how well the network infrastructure keeps up with the processing power. After all, a fast CPU is only useful if your data can move in and out quickly enough.
I ran iperf3 tests to various locations worldwide, and the results were... interesting. Network speeds showed quite a bit of variation depending on the destination, which isn't entirely unusual, but some specific results caught my attention.
European Routes Perform Strongly:
London connections ranged from 23-552 Mbits/sec upload and around 108-109 Mbits/sec download
Paris delivered solid 871-872 Mbits/sec upload speeds
Netherlands maintained 865 Mbits/sec upload consistently with 658-666 Mbits/sec download
The transatlantic performance is genuinely impressive. If you're serving European audiences from a Dallas location, these speeds should handle traffic without breaking a sweat.
US Domestic Routes Show Mixed Performance:
NYC connections were excellent: 921-922 Mbits/sec upload and 383-390 Mbits/sec download
Los Angeles performed similarly well: 927-929 Mbits/sec upload and 493-495 Mbits/sec download
Dallas tests were surprisingly inconsistent: first run showed only 101 Mbits/sec upload and 97.3 Mbits/sec download, though the second run improved dramatically to 868 Mbits/sec upload
Here's what really surprised me: the Dallas-to-Dallas test results. You'd think local routing would be the fastest and most consistent, right? That first test run showing barely 100 Mbits/sec in both directions was unexpected for a local connection. The second run performed much better, suggesting the initial result might have been a temporary routing quirk or congestion issue.
When you're evaluating VPS providers, inconsistent local network performance is worth noting, though a single test isn't conclusive. Network conditions fluctuate, and what matters more is the overall pattern over time.
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For most practical applications, these speeds are more than adequate. The strong European connectivity makes this server particularly interesting if you're running services that need to reach both North American and European users. The processing power ensures your applications won't be bottlenecked by CPU limitations.
The network variance suggests you should test your specific use case if network-intensive applications are your primary concern. For web hosting, development environments, or compute-heavy tasks where network speed is secondary to processing power, this setup delivers solid value.
The i9-11900K's performance is the real star here—fast, responsive, exactly what modern server applications need. The network speeds are generally good, especially for international routes, though local routing showed some inconsistency in my testing.
Would I recommend it? If you need strong CPU performance and your use case can handle some network variability, absolutely. The processor alone makes it worth considering, and those European connection speeds are a nice bonus that many Dallas-based servers don't prioritize.