starter
9950X VPS 16
Game instances, production websites, APIs and control panels.
₹2,399/month
- Host CPURyzen 9 9950X
- vCPU4
- DDR516 GB
- NVMe64 GB
AMD Ryzen 9 9950X VPS
For workloads where one thread is the whole story.
Four KVM plans on a Ryzen 9 9950X host platform with DDR5 memory and NVMe storage. A 16-core, 32-thread Zen 5 processor rated up to 5.7 GHz boost — chosen for per-thread speed, not core count.
Zen 5Up to 5.7 GHz boostDDR5KVMNVMe
Four tiers
Same host platform, different allocations.
Move up only when the workload needs more concurrent CPU time, memory or storage.
pro
9950X VPS 32
Heavier web stacks, larger game servers and business applications.
₹4,799/month
- Host CPURyzen 9 9950X
- vCPU6
- DDR532 GB
- NVMe128 GB
elite
9950X VPS 48
Busy services, larger databases and multi-process workloads.
₹7,199/month
- Host CPURyzen 9 9950X
- vCPU8
- DDR548 GB
- NVMe192 GB
max
9950X VPS 64
Dense application stacks and high-traffic services.
₹9,599/month
- Host CPURyzen 9 9950X
- vCPU10
- DDR564 GB
- NVMe256 GB
The honest version
What a fast host clock does and does not do.
What it does. When a game server has 50 milliseconds to finish a tick, or a PHP request has to complete before the user notices, that work happens on one thread. A faster core finishes it sooner. That is the whole argument, and it is a good one.
What it does not do. It does not make a parallel workload faster in proportion to price. It does not fix a slow query, an N+1 loop or a badly indexed table. And clock speed alone does not determine single-thread performance: instructions per cycle, cache, memory latency and host contention all contribute.
Where the money goes. At the same monthly price you generally trade vCPU count for per-core speed. If you cannot say which of those your workload needs, measure before you buy — or send the measurement to us and we will say.
- Host processorAMD Ryzen 9 9950X
- ArchitectureZen 5
- Physical cores / threads16 / 32
- Max boost clockUp to 5.7 GHz
- Memory typeDDR5
- StorageNVMe
- VirtualisationKVM
- vCPU per plan4 to 10
A 4–10 vCPU plan receives a virtual allocation on the 9950X host. It does not include exclusive ownership of all 16 physical cores. AMD's published specifications are the source for the processor figures above.
Fit
Choose this range when…
9950X is the right call
Latency-bound, single-thread critical path
- Game server tick loops — see game server hosting
- Busy single-process application servers
- Compilers and build steps that do not parallelise
- Interpreted runtimes holding a hot loop
- Audio transcoding for media and voice bots
A standard plan is better value
Throughput-bound, naturally parallel
- Container fleets and worker pools
- Batch processing and queue consumers
- Multi-tenant panels with many small sites
- Databases sized by memory rather than clock
- CI runners executing jobs in parallel
Common questions
Before you order a 9950X plan.
What is the AMD Ryzen 9 9950X?
A 16-core, 32-thread Zen 5 desktop processor rated by AMD for boost clocks up to 5.7 GHz. On a hosting node it is chosen for per-thread speed rather than for total core count.
Do I get all 16 cores?
No. A plan in this range receives a virtual allocation of 4 to 10 vCPU on a 9950X host. It is not exclusive ownership of the physical processor. If you need the whole machine, that is a dedicated server.
When is this range worth the extra money?
When the critical path is one thread. Game server tick loops, single-threaded interpreters, compiler passes and busy application processes all finish in the time one core takes.
It is worth less when your workload spreads naturally across many processes. Batch jobs, parallel workers and container fleets usually get more from a standard plan with a higher vCPU count at the same price.
Is a faster clock the only thing that matters?
No, and it would be dishonest to say so. Single-thread performance also depends on instructions per cycle, cache behaviour, memory latency, how much contention there is on the host, and how the application itself is written. A high-clock host removes one common bottleneck; it does not remove the others.
How does this compare to a standard VPS at the same price?
At Rs 2,399 per month you can have either 6 vCPU with 16 GB on the standard range, or 4 vCPU with 16 GB DDR5 on the 9950X range. The standard plan gives you more parallel capacity. The 9950X plan gives you faster individual threads. Which is better depends entirely on whether your bottleneck is throughput or latency.
Is DDoS protection included for game servers?
The network sits behind a Cloudflare-backed protected edge, but the precise scope for your plan — protected prefixes, always-on versus on-demand, protocol coverage, Layer 7 handling — must be confirmed before ordering. Game servers attract attacks, so this is worth settling in writing rather than assuming.
Next step
Send the workload, get a straight answer.
If a standard plan would serve you better at the same price, that is what you will be told.