Some workloads do not need more cores. They need faster ones. These KVM instances run on Ryzen 9 9950X hosts with DDR5 memory and NVMe storage, sized for game servers, busy sites, build pipelines and anything where a single slow thread holds up everything behind it.
Every tier sits on the same 9950X host platform, so per-thread speed does not change as you move up. What changes is how much concurrent CPU time, memory and disk you get. Move up when you run out of one of those, not before.
Fast entry tier for game instances, production websites, APIs and control panels.
Balanced capacity for heavier web stacks, larger game servers and business applications.
High-memory tier for busy services, larger databases and multi-process workloads.
Largest 9950X tier, for dense application stacks and high-traffic services.
Prices are monthly in INR, before applicable taxes and any operating-system or panel licensing. Confirm stock, IP allocation, bandwidth and protection scope on the order before payment.
The Ryzen 9 9950X is a 16-core, 32-thread Zen 5 part that boosts to 5.7 GHz. That headroom is the reason to pick this range. Everything else about running the server stays familiar.
Game ticks, web requests, compilers and single-threaded application work all finish sooner when the core running them is faster. Adding cores does not fix that; clock speed does.
Enough headroom for panels, plugin-heavy game servers, database working sets, caches and a realistic number of concurrent service processes.
OS, application and hot data sit on low-latency NVMe sized to the tier, so disk waits stop being the thing your profiler keeps pointing at.
KVM isolation and full root. Run your own Linux stack, firewall policy, monitoring agents and deployment tooling without asking anyone.
Public services sit behind DDoS-aware routing and filtering, so a hostile traffic spike does not take the whole box off the internet.
Compare all four tiers in rupees per month. No converting an annual headline figure to work out what you actually pay each cycle.
Minecraft, Rust, FiveM and similar servers run their world loop on one thread. Tick stability tracks clock speed far more closely than core count, which is why a 4 vCPU 9950X instance often beats a wider, slower one.
WordPress, Laravel and Node stacks under real traffic, where PHP or JS execution time is the bottleneck and every millisecond shows up in time-to-first-byte.
Compile jobs, asset pipelines and test suites finish measurably faster on high-frequency cores, which shortens the feedback loop for the whole team.
API servers, queue workers and schedulers where request latency matters more than raw parallelism, and where DDR5 bandwidth helps under concurrency.
Matchmaking, real-time messaging, trading helpers and anything where a p99 spike is a support ticket rather than a statistic.
Mid-size PostgreSQL or MySQL instances that fit in DDR5 and benefit from fast NVMe. Move genuinely heavy I/O to bare metal.
Standard Linux distributions are available on every tier. Windows Server can be aligned to the plan subject to licensing and management scope.
Ubuntu
Debian
AlmaLinux
Fedora
Windows ServerA 4 to 10 vCPU plan receives a virtual CPU allocation on a Ryzen 9 9950X host. It does not give you exclusive ownership of all 16 physical cores. If you need full-machine isolation or guaranteed sustained access to the entire processor, take the 9950X bare metal server instead — 16 cores, 64 GB DDR5 and 1 TB NVMe at ₹16,999 per month.