HostCram's AMD Ryzen 7 7700 VPS: Real Performance Numbers That Actually Matter

If you've been hunting for a VPS that doesn't just look good on paper but actually delivers when you push it, this benchmark tells an interesting story. We put HostCram's Ryzen 7 7700 setup through its paces, and the numbers are worth talking about.

What We're Actually Looking At

This is a KVM-based virtual server running on AMD's Ryzen 7 7700 processor—a chip that's been making waves in the hosting world lately. The test setup includes 4 CPU cores running at 3.8 GHz base clock, paired with about 8GB of RAM. Nothing fancy, just solid hardware doing what it's supposed to do.

The location? Centreville, Virginia. That's important if you're serving North American traffic, less so if your users are scattered around the globe.

CPU Performance: The Numbers Don't Lie

Here's where things get interesting. The Geekbench 6 scores came back at 2882 for single-core and 8846 for multi-core performance. To put that in perspective, that single-core score is genuinely impressive for a VPS environment.

Why does this matter? Single-core performance is what you feel when you're running web applications, database queries, or any task that can't easily split across multiple cores. A higher score here means your WordPress admin panel loads faster, your API responses come back quicker, and your users spend less time staring at loading spinners.

The multi-core score of 8846 shows this setup can handle parallel workloads without breaking a sweat. If you're running multiple services, compiling code, or processing data in batches, those four cores work together efficiently.

For developers and businesses looking for reliable compute power without the enterprise price tag, 👉 HostCram's Ryzen-powered VPS options deliver measurable performance gains that translate directly to better user experiences.

Storage Performance: Fast Enough to Notice

The disk speed tests reveal something you'll actually feel in day-to-day use. We're seeing 857 MB/s read and 860 MB/s write speeds on 4k block sizes—that's the stuff that matters for random access patterns like database operations and loading lots of small files.

When you jump to larger block sizes, the numbers really take off. Sequential reads hit 9 GB/s on 64k blocks and peak at around 7 GB/s for 512k blocks. What does this mean in practice? Your backups complete faster, large file operations don't bottleneck your applications, and database imports that used to take 10 minutes might finish in 2.

This kind of disk performance is what separates a usable VPS from one that constantly leaves you waiting.

Network Speed: The Reality Check

Network performance is where things get more nuanced. The tests show consistent 800-900 Mbits/sec outbound speeds to most locations, which is respectable for a VPS in this price range.

The inbound speeds tell a different story—ranging from 20 to 119 Mbits/sec depending on the test location. That's noticeably asymmetric. For most web applications where you're serving content to users (outbound), this works fine. If you're frequently pulling large datasets into your server, you'll want to keep those inbound limits in mind.

The ping times are reasonable: 20ms to Los Angeles, 49ms to New York, and 116-130ms to European locations. Nothing groundbreaking, but solid enough for most use cases.

Who Should Care About These Benchmarks

These numbers paint a picture of a capable workhorse VPS. It's not trying to be everything to everyone, but it does certain things really well:

You'll be happy here if you're running: web applications that benefit from strong single-thread performance, development environments where compilation speed matters, or medium-traffic websites that need consistent response times.

You might want to look elsewhere if: you need guaranteed high-speed inbound transfers, your application requires IPv6 connectivity right now, or you're serving primarily Asian or Australian traffic where latency would be higher.

When evaluating VPS providers, raw benchmark scores only tell part of the story. Consistency matters more than peak performance, and 👉 HostCram's infrastructure demonstrates the kind of stability that keeps applications running smoothly under real-world conditions.

The Bottom Line

A Geekbench single-core score of 2882 puts this VPS in the upper tier of shared hosting performance. Combined with excellent disk I/O and solid network connectivity, it's the kind of setup that gets out of your way and lets you focus on building things.

The AMD Ryzen 7 7700 proves itself as a smart choice for VPS hosting—offering modern performance characteristics without the premium pricing of flagship server processors. Whether you're deploying your next project or migrating from slower infrastructure, these benchmarks suggest you'll notice the difference where it counts.