High-frequency KVM virtual servers on the AMD Ryzen 9 9950X. 16C / 32T Zen 5 up to 5.7GHz, DDR5, Gen4 NVMe, free anycast DDoS protection, and self-service BGP. Built for game servers, trading and compiles. From $6.72/mo — free trial.
Monthly pricing in USD, tax-inclusive. Hourly billing from $0.010/hr with a monthly cap. Every plan runs on the AMD Ryzen 9 9950X (Zen 5, up to 5.7GHz) with DDR5, Gen4 NVMe, free anycast DDoS protection, and self-service BGP on AS398999.
The combination no budget host bundles together — flagship Zen 5 silicon, real network control, and free mitigation.
Ryzen 9 9950X: 16 cores / 32 threads boosting to 5.7GHz. Class-leading single-thread speed for games, trading and real workloads.
High-bandwidth DDR5 memory and Gen4 NVMe storage keep the critical path fed, with no noisy-neighbour SATA bottleneck.
Always-on L3/L4/L7 mitigation across a multi-PoP anycast network. No add-on fee, ever.
Announce your own IP space (BYOIP) on AS398999, billed hourly with a monthly cap, plus a free trial before you commit.
Current-generation desktop-class silicon, not years-old datacenter EPYC. Clock speed is where game servers, RP frameworks and trading tools actually live — and the 9950X has it in abundance.
The Ryzen 9 9950X (Zen 5) pairs 16 physical cores and 32 threads with a 5.7GHz max boost — class-leading single-thread throughput, the metric that decides FiveM, Minecraft and low-latency app responsiveness.
Zen 5 widens the core with a stronger front-end, deeper execution and full AVX-512, so each cycle does more work. More instructions per clock plus a higher clock compounds into a real per-thread advantage.
High-bandwidth DDR5 with a large L2/L3 cache keeps memory-bound workloads fed — databases, caches, game world state and voice servers stop stalling on memory.
KVM guests sit on fast Gen4 NVMe for responsive disk I/O and consistent latency under load, with no noisy-neighbour SATA bottleneck between you and your data.
Real KVM virtualization with your choice of Linux or Windows images, console access, dedicated vCPU allocation and complete control of your instance.
Budget hosts run 2.5–3.5GHz server EPYC/Xeon parts tuned for density. At up to 5.7GHz the 9950X finishes the same single-threaded work in far fewer wall-clock milliseconds.
Most virtual servers are sold on core count and RAM, but the number that actually governs how a game server, a trading terminal or a build pipeline feels is single-thread performance — how quickly one core can run one chain of instructions. The AMD Ryzen 9 9950X is built to win exactly that fight. It is a 16-core, 32-thread Zen 5 processor that boosts up to 5.7GHz, and Zen 5 adds meaningful instructions-per-clock on top of that frequency. The result is a virtual machine that clears the critical path faster than the 2.5–3.5GHz datacenter EPYC and Xeon parts that most low-cost hosts still deploy for their density and power efficiency.
That difference is easiest to see in game servers. FiveM, Minecraft, Rust, Valheim and most community frameworks run their main simulation loop on a single core. The server tick rate — 20 ticks per second for Minecraft, higher for FiveM — is bound by how much work that one thread can finish inside each tick window. Add players, entities, scripts and mods and the per-tick workload grows; a slow-clocked core starts missing ticks and players feel the lag long before CPU sits at 100%. A 5.7GHz Zen 5 core holds a stable tick rate with dramatically more load, which is why serious FiveM and Minecraft operators chase clock speed over raw core count.
The same logic drives trading and financial tooling. MetaTrader 4 and 5, cTrader, custom Expert Advisors and backtesting engines are heavily single-threaded, and every millisecond shaved off tick processing and order logic matters. A high-frequency Ryzen VPS runs indicators, EAs and strategy tests faster and more consistently than a shared low-clock instance, and DDR5 bandwidth keeps large historical datasets moving during backtests. Emulation — RetroArch, console and arcade cores, CI runners that spin up emulated targets — is another clock-bound workload where a fast core is the difference between full speed and stutter.
Developers feel it in compile times. Linking and many build steps are latency-bound on a single core even when the overall compile is parallel, so a faster core shortens the edit-build-test loop; and when a build does fan out, 32 threads of Zen 5 chew through it. Underneath all of these, the platform is the same: DDR5 memory, Gen4 NVMe storage, real KVM with dedicated vCPU, free always-on anycast DDoS protection, self-service BGP and BYOIP on AS398999, hourly billing with a monthly cap, and a free trial so you can benchmark the hardware against your own workload before committing.
Most VPS hosts won't let you touch the network. We built our whole panel around it.
Bring your own prefixes (BYOIP) and announce them from your Ryzen VPS over AS398999. IRR and RPKI-aware, with community tooling documented on our network pages.
Terminate protected tunnels into your VPS or your own edge. Set them up yourself from the Nexus panel — no ticket, no waiting.
Spin up trial BGP or DDoS-protected tunnels and convert them to a paid subscription in place — no teardown, no rebuild.
Canadian-owned, operating our own PoPs with our own ASN — not a faceless reseller. Real people you can actually reach.
High single-thread clock speed decides these workloads — and the 9950X leads the field.
Tick rate is bound to one core. A 5.7GHz Zen 5 core holds a stable tick with more players, entities and scripts than a slow many-core datacenter chip — plus free anti-DDoS for community servers.
MetaTrader, cTrader, Expert Advisors and backtesting are heavily single-threaded. Faster cores and DDR5 bandwidth mean quicker tick processing, order logic and strategy tests, hosted close to the EU.
Console and arcade emulation, RetroArch cores and interactive backends live and die on per-core speed. The 9950X runs them at full speed where slow-clock VPS instances stutter.
Fast cores shorten linking and the edit-build-test loop; when a build fans out, 32 Zen 5 threads and Gen4 NVMe chew through it. A free trial lets you time your own build first.
Common questions about high-frequency AMD Ryzen 9 9950X virtual machines.
It is a KVM virtual server built on the AMD Ryzen 9 9950X, a 16-core / 32-thread Zen 5 desktop-class CPU that boosts up to 5.7GHz. Paired with DDR5 memory and Gen4 NVMe storage, it delivers the high single-thread performance that game servers, trading tools and interactive workloads depend on. Every VM includes free anycast DDoS protection and self-service BGP on AS398999.
Game server software like FiveM, Minecraft and Rust runs its main simulation loop on a single core, so the tick rate is bound by how fast one thread runs, not by how many cores you have. The Ryzen 9 9950X boosts to 5.7GHz on Zen 5, which keeps ticks stable with more players and entities on the map than a slower many-core datacenter chip can hold.
Anything latency- or clock-sensitive: FiveM and Minecraft game servers, MT4/MT5 and other trading and backtesting tools, console and arcade emulation, CI and code compiles, and interactive web and database backends. High per-core speed plus DDR5 bandwidth and Gen4 NVMe means less waiting on the critical path than a slow-clocked shared VPS.
Many budget hosts run years-old server EPYC or Xeon CPUs that top out around 2.5 to 3.5GHz per core to fit high core counts and low power. The Ryzen 9 9950X is current-generation Zen 5 silicon boosting to 5.7GHz, so for the single-threaded work that decides game tick rate, trade execution and compile times, each core simply finishes the job faster.
Plans start at $6.72 per month for VM-1C-2G (1 vCPU, 2GB RAM) and scale to VM-8C-32G at $110.21/mo. Billing is hourly from $0.010/hr with a monthly cap, so you only pay for the runtime you use. Prices are shown in USD and are tax-inclusive on the Nexus panel, and a free trial is available.
Yes. Every Ryzen 9 9950X VPS includes always-on anycast SucuraGuard DDoS mitigation at no extra cost, covering L3/L4 volumetric floods and L7 attacks. You can also run a BGP session and bring your own IP space (BYOIP) self-service from the Nexus panel over AS398999, with GRE, WireGuard and VXLAN tunnels and IRR/RPKI-aware announcements.
Our Ryzen 9 9950X nodes run in Frankfurt, Germany, giving single-digit-millisecond latency across the EU. Deployment is automated through the Nexus panel: order a VM and it provisions in minutes with your choice of Linux or Windows image and full root or administrator access. A free trial lets you benchmark the hardware before you commit.
5.7GHz Zen 5, DDR5, Gen4 NVMe, free anycast DDoS, self-service BGP — provision in minutes, or start a free trial and benchmark it yourself.
Virtual machines and DDoS-protected networking on the same Sucura Networks platform.