Standardised
Global Server Hardware

At Qonzer, we understand that simply selecting a particular type of processor for our servers and making claims about performance isn't enough. We recognize the importance of backing up our assertions with concrete data. That's why we take testing seriously—really seriously. We don't just promise higher performance because of a specific processor; we guarantee it through rigorous testing protocols.

In an industry where claims often outweigh evidence, we're committed to setting a new standard. Testing isn't just something we do; it's woven into the fabric of our operations. We believe that every provider should follow suit, yet we acknowledge that this isn't always the case. It's a reality that has persisted for far too long, but at Qonzer, we're determined to change that narrative.

We needed a server class like no other, one that could do anything from powering simple websites to game servers to the highest frequency compute virtualization available and we found it with the AMD ZEN4 architecture and here's how we did it.

Reading, watching, and observing are crucial aspects when compiling a list of top processors. We consider everything from user-reported issues to performance claims.

Our list includes a wide range of AMD and Intel processors, covering both server and desktop lines. To refine our selection, we prioritize specific requirements essential for performance and game server hosting:

• Cost and Availability
• Cores / Threads
• Per Core Clock Frequency
• Cooling Requirements
• Memory Compatibility

Xeon and EPYC processors were excluded from our list due to their lower clock frequency despite offering high core counts. While they excel in multitasking environments, almost all game server software only benefits more from high single-core performance.

After thorough evaluation, we settled on two processor series that offer the best combination of cores/threads, frequency, hardware compatibility, and functionality. Most importantly, they deliver exceptional overall performance. We also tested these processors in standard mainstream gaming motherboards for comparision.

All the processors aced the benchmarks, but when put through our 'Scenario Testing,' the Intel 13900k and 14900k just didn't cut it. Plus, Intel's habit of switching CPU sockets means no upgrade path. That's a deal-breaker for us.

On the flip side, AMD's AM5 socket promises longevity until 2026. The 7900x and 7950x were solid performers, but the 7950x stole the show, especially in multitasking. It's all thanks to its lack of E-Cores, allowing every core to hit up to 5.7GHz.

We ditched the 7900x in favor of the 7950x; the price difference wasn't worth it. AMD's Ryzen 7950x blew us away, and the beauty is, if a newer, better AMD CPU drops, like the 8950x, we can easily upgrade our entire global network.

After months of testing, the 7950x won our hearts. But deploying the same hardware worldwide was a challenge. Thankfully, our partners came through. We've set up a global network of servers with identical hardware, ensuring everyone gets the same top-notch experience. It's all about delivering the performance and reliability you deserve, without breaking the bank.