All specifications on PingBench are derived deterministically from upstream documentation and public vendor pricing retrieved 2026-11-12; validate workload-specific disk IOPS and network latency directly on your target instance before production cutover.

PINGBENCH SPEC PROFILE // ULTAHOST-EPYC-VDS

PingBench Specification Profile: UltaHost Dedicated EPYC VDS in Singapore & Tokyo

On PingBench, we list UltaHost VDS ($37.50/mo entry spec retrieved 2026-11-12 for 6 dedicated cores, 32 GB RAM, and 400 GB RAID-10 NVMe) for workloads outgrowing shared-vCPU VPS plans.

This PingBench profile references official vendor specifications retrieved 2026-11-12 (https://ultahost.com/vds-hosting) and remains noindexed pending raw ISP telemetry.

PingBench Published Hardware & Billing Summary (UltaHost)

Specification Axis	Published Vendor Specification (2026-11-12)
Compute / RAM	6–16 Dedicated Cores / 32–128 GB RAM
Storage Subsystem	400–1920 GB RAID-10 NVMe
Network / Transfer	Unmetered Fair-Use + DDoS Spec
Published Entry Rate	From $37.50/mo

PingBench Recommended Post-Provisioning CLI Probe

mtr -rwzc 100 --tcp -P 443 <your-ultahost-sg-vds> && mpstat -P ALL 2 15

Verify UltaHost Dedicated EPYC VDS via PingBench -> Compare Hostinger Game Panel VPS via PingBench ->

PingBench Architecture Notes: Dedicated VDS Slices vs Shared vCPU

Published UltaHost VDS specifications allocate dedicated virtualized CPU threads and 32 GB to 128 GB RAM across Singapore and Tokyo locations alongside unmetered fair-use transfer and inline DDoS mitigation claims.

PingBench Post-Deployment CPU Isolation & UDP Jitter Audit

Because public pre-checkout Looking-Glass IPs can route differently from scrubbed VDS subnets, our PingBench runbook advises testing TCP/UDP MTR jitter and mpstat steal % immediately after VDS activation.

PingBench Profile FAQ

When does PingBench categorize a workload for UltaHost VDS instead of standard KVM?

PingBench points to 32 GB+ VDS tiers when sustained multi-core compilation, database background merges, or public multiplayer endpoints require dedicated thread reservations.